Method for implementing fully-intelligent security protection of mobile terminal, and system and product

Abstract

The present invention relates to the technical field of mobile terminals. Disclosed is a method for implementing fully-intelligent security protection of a mobile terminal, such as secure loss reporting, obstacle removal and automatic answering of the mobile terminal. Further disclosed are a system and a product. A method for effectively reducing false photographing and false reporting during photograph-based loss reporting comprises: when or after a mobile terminal is powered on and activated for the first time, guiding a user to set a secure area, wherein the secure area comprises a Wi-Fi coverage area at home, a dormitory and / or a work place; guiding the user to register a cloud account and log in to same and / or bind a loss reporting number, and input and store facial recognition data in the mobile terminal; when it is detected by the mobile terminal that same is currently on standby in the secure area, not starting facial recognition and photograph-based loss reporting programs or a photograph-based loss reporting program; and when it is detected by the mobile terminal that same is currently in standby out of the secure area, starting the facial recognition and photograph-based loss reporting programs or the photograph-based loss reporting program.

Description

Implementation method, system and product for fully intelligent security of mobile terminals

[0001] This application claims priority to a Chinese patent application filed with the Patent Office of China, with application date of 2024.03.01, application number 202410240628.2, and invention name “Method for implementing secure encryption, clearing loss reporting obstacles, and automatic connection of mobile terminals”, the relevant contents of which are incorporated into this application by reference. Technical Field

[0002] The present invention relates to intelligent applications in the field of mobile terminal security, and in particular, supplements technical details such as automatic loss reporting and remote control on the premise of enhancing the security of the mobile terminal itself and user information security, and discloses more innovative implementation plans. Background Art

[0003] Mobile terminal products represented by mobile phones entered the smart era more than ten years ago. However, many problems such as the security of smart mobile terminals themselves and information security have not been completely solved until now. All current mobile phones still do not have the function of fully intelligently identifying whether they are legally held or used or illegally held or used, and can highly likely allow the owner to recover the device after it is lost, or even not worry about theft.

[0004] The three Chinese patent applications 20221107338.0, 202211073705.7 and 202211073352.0 respectively disclose comprehensive technical solutions to the above problems from different technical dimensions, but the technical implementation details can be further supplemented and expanded.

[0005] In particular, regarding a series of issues such as reducing false photos and false alarms when reporting lost phones with facial recognition and taking photos, whether the owner has enabled relevant function restrictions before the phone is lost, and how to ensure that the phone has sufficient power in time and can be legally remotely controlled after being stolen, the present invention provides further detailed solutions while explaining the background technology; at the same time, the present invention also pioneers very practical technical solutions such as the spontaneous or triggered alarm sound of stolen mobile phones and many innovative implementation methods that are recombined on innovative solutions, further promoting the full intelligence of mobile phone security; in addition, in response to the shortcomings of existing technologies in managing incoming calls in various usage scenarios of mobile phones, especially the missed calls caused by forgetting to restore the ringing after setting the mobile phone to mute incoming calls, the present invention also provides new technical solutions such as optimizing the ringing of mobile phone calls and creating new technical solutions such as turning off and on the phone according to power thresholds and abnormal usage spaces or systems. Summary of the Invention

[0006] Background technology has disclosed a method for implementing a fully intelligent security mobile phone: when the mobile phone is turned on and activated for the first time or after the mobile phone is turned on and activated, the user is guided to set unlocking information for multiple related functions or set the unlocking information to be synchronized to the multiple related functions, and the user is guided to quickly register and log in to a cloud account and / or quickly bind an emergency reporting number and start the corresponding intelligent reporting operating system. When the mobile phone detects abnormal use or is reported lost, the mobile phone starts one or a combination of corresponding reporting programs in the intelligent reporting operating system.

[0007] The unlocking information is equivalent to the general term for password data, including at least one or a combination of the lock screen password, cloud account password, mobile phone account password, PIN password, shutdown password, flash password, disassembly password, and legal card replacement password. The unlocking information includes non-biometric password data such as alphanumeric characters and unique biometric data. The unique biometric data includes palm print data, iris data, fingerprint data, and face data. In addition to being used for unlocking information, the password data can also be used as a basis for determining whether to scan, take photos, speak, choose to enter different space systems and different displays, etc.

[0008] The corresponding loss reporting procedures include: a loss reporting procedure triggered by abnormal use of the mobile phone, an invisible loss reporting procedure when the battery power of the mobile phone is lower than a threshold, a loss reporting procedure triggered when an attempt is made to flash the mobile phone, a loss reporting procedure triggered when an attempt is made to disassemble the mobile phone, an automatic loss reporting procedure caused by illegal card removal from the mobile phone, a loss reporting procedure for the mobile phone, a delayed shutdown or pseudo-shutdown program for the mobile phone, or a loss reporting procedure for the mobile phone without shutting down. The mobile phone has a built-in user card and / or a fixed anti-removal device for the user card.

[0009] Regarding the above disclosed technical solution, the present invention first further explains the background technology:

[0010] The mobile phone abnormal use reporting program can also be called an abnormal use reporting program. The identification data for the mobile phone loss report is mainly divided into two categories: active scanning and passive input. The identification data for active scanning that is easy to operate with one hand is mainly face, iris, eye pattern, palm print data, etc., and the identification data for passive input that is not easy to operate with one hand is mainly alphanumeric passwords, graphic passwords, fingerprint data, etc. The above data can be used as the basis for identification of the mobile phone loss report, as well as the unlock screen password and / or other function passwords of the mobile phone. It can also be used as both the basis for identification of the mobile phone loss report and the unlock screen password and / or other function password of the mobile phone, and can also be used to trigger entry into different screen displays and / or different states and / or drive different running programs; the alphanumeric password includes alphanumeric passwords, numeric passwords and alphanumeric mixed passwords, etc.; the automatic reporting program for illegal card removal and replacement of the mobile phone includes automatic reporting of illegal card removal of the mobile phone, automatic reporting of illegal card replacement and PIN code comparison of the mobile phone, automatic reporting of illegal virtual user card number replacement of the mobile phone, automatic reporting of illegal card insertion of the mobile phone, automatic reporting of illegal code writing of the mobile phone, etc.

[0011] The said simultaneous setting of the lock screen password and registering the cloud account means that when the mobile phone is turned on for the first time, the mobile phone will guide you to set the lock screen password and register the cloud account simultaneously. The password for the mobile phone lock screen and the login password for the cloud account can be the same. If it is a physical user card mobile phone or a pure eSIM card mobile phone that needs to change the PIN password, the PIN password can also be the same as the digital password for the mobile phone lock screen, and is automatically modified and generated by the program.

[0012] The step of guiding the user to set unlocking information for multiple related functions or synchronizing the unlocking information to the multiple related functions, and guiding the user to quickly register and log in to the cloud account can also send the number of the emergency reporting contact mobile phone set in the mobile phone to the cloud system and store it in the cloud account, that is, the numbers of the multiple emergency contact mobile phones stored in the cloud account can be the numbers of the emergency reporting contact mobile phones in the corresponding mobile phones; of course, these numbers can also be entered by the mobile phone user after logging in to the cloud account user terminal for verification login or other purposes of the cloud account.

[0013] In addition, the lock screen password set on the mobile phone can also be synchronized with the shutdown and flash passwords, as well as emergency and report loss numbers. The program will automatically generate associations to enable multiple codes to be set at one time.

[0014] It should be noted that the lock screen password is synchronized with the shutdown and flashing passwords, etc., and can take many forms. One is to directly lock the shutdown, flashing menu and other menus; the second is to lock the shutdown, flashing menu and other privacy menus into the privacy interface; the third is to set the shutdown, flashing password and lock screen password synchronously after pressing the physical button or solid-state button, and automatically generate them by the program, etc.

[0015] The above-mentioned technical solution of multiple code sharing can be expanded into a method for realizing synchronous setting of mobile phone password data and / or number. This technical solution can solve the problem that multiple passwords of mobile phones are difficult to remember after a while and the previous setting is cumbersome.

[0016] Furthermore, based on the description in the above background technology, a method for implementing mobile phone intelligent face recognition and photo-taking to report a lost device can be derived. The method includes the following steps:

[0017] Guide users to register a cloud account and log in to their mobile phone account and / or set a reporting number;

[0018] Guide users to enter screen unlock password and face recognition data on their mobile phones;

[0019] When the mobile phone detects that the mobile phone camera module meets the scanning state in the standby state, the mobile phone camera module starts scanning and performs focused face image scanning and face data perception calculation;

[0020] If the mobile phone camera module does not scan a face image within the scanning cycle or the scanned face image is incomplete, the phone returns to the standby state or remains in the unlocked screen display state;

[0021] If the scanned complete and clear facial image data matches the recorded facial recognition data, the phone will enter the working state without taking a photo to report the loss;

[0022] If the scanned complete and clear facial image data does not match the recorded facial recognition data, or if the number of times a relatively complete facial image is not scanned exceeds the threshold within the program's preset time, the phone will take a photo and send the photo address information to the cloud account and / or the reported number, and the phone will enter an abnormal (abnormal) working state; or the phone will enter an abnormal working state, take a photo, and send the photo address information to the cloud account and / or the reported number;

[0023] The facial recognition data is used to identify whether the mobile phone holder is the owner and to set the conditions for initiating a lost phone report, and / or to unlock the screen; the parameters of the boot settings can all be forced boot settings, and the same applies to the following;

[0024] The camera module of the mobile phone satisfies the scanning state, which can also be said to trigger the camera to turn on when the built-in sensor of the mobile phone detects that the mobile phone is tilted horizontally to a preset angle and / or rotated to a preset arc, is held by a person and is stationary, or when the relevant physical buttons, solid-state buttons or virtual buttons using pressure touch are pressed, or the mobile phone receives an incoming call signal, or the mobile phone screen display is slid or clicked; and the mobile phone camera is not blocked. The mobile phone camera module satisfies the scanning state and can be further refined, such as further operation of the floating menu that requires face recognition. However, in actual implementation, the tilt sensor is mainly preferred to detect the tilt angle and / or rotation arc of the mobile phone, and the power button and HOME button are pressed to trigger the mobile phone camera to turn on;

[0025] The terms "incomplete" and "complete" are relative terms and can be adjusted based on the numerical comparisons of existing mobile phone face unlocking technologies. For example, if a face is captured with and without a mask, then the masked face is considered incomplete if both the mouth and nose must be captured. However, existing 3D facial recognition technology can effectively identify even a masked face and therefore consider it complete.

[0026] Therefore, the incompleteness or completeness of the scanned facial image will vary depending on the specific facial recognition system and algorithm. Different systems may have different requirements for the quality and features of facial images, but the present invention refers to facial images that can be correctly recognized by the facial recognition algorithm of the mobile phone system.

[0027] A complete and clear facial image should meet the following conditions, including that the facial image is relatively clear, the facial image is relatively complete, the facial image distance and angle are appropriate, and the facial image lighting is appropriate; the facial image should have a certain clarity so that the system can accurately extract facial features and perform facial recognition; the facial image should contain a relatively complete facial area, at least including the eyes and surrounding main features; the facial image distance is moderate and should be presented at a frontal or moderately tilted angle so that the system can accurately capture the shape and features of the face; the facial image should be taken under appropriate lighting conditions to ensure that facial features are clearly visible.

[0028] According to the above implementation method, the facial data perception calculation is relatively complex, involving many aspects such as face and / or eye image modeling, phase focusing, image data capture and comparison, etc. However, facial perception technology is relatively mature and can directly draw on the technical principles and implementation methods of mobile phone face unlock screens. Furthermore, the accuracy of facial recognition can be optimized on this basis, with a lenient approach followed by stricter measures, aiming to obtain clear photos of the person who found the stolen phone and the illegal user as much as possible, while minimizing the possibility of false photos and false reports of theft. Theft, in this invention, includes loss and / or theft.

[0029] According to the above implementation method, whether the facial image is relatively complete is a criterion for judging the facial data perception calculation. The facial image that meets the judgment criterion can be subjected to several focus scans to obtain relatively complete and clear facial image data and then compared with the facial recognition data that has been entered and saved in the mobile phone.

[0030] According to the above implementation method, the number of times a relatively complete facial image is not scanned within the preset time of the program exceeds the threshold. This is mainly developed to address the situation where people deliberately avoid facial scanning in future actual applications. Such a photo report can at least obtain photos of the surrounding environment and the location where the photo was taken, and put the mobile phone into an abnormal working state; further, in the abnormal working state, the mobile phone takes photos at regular intervals to report the loss, or induces or triggers a photo report, etc., and then further confirms that it is in lost mode to conduct more induced reports and accept remote control, etc.

[0031] According to the above implementation method, when or after the mobile phone is turned on to the scanning state, the photosensor or camera processing module starts to light up the mobile phone screen and adjust the screen brightness according to the ambient brightness; the scanned image data is scanned by the mobile phone screen through an invisible scanning method that does not display the scanning identifier; the mobile phone photo taking method is an invisible photo taking method that can automatically adjust the brightness of the mobile phone screen.

[0032] It should be noted that face recognition photo reporting is different from face photo reporting. Face recognition photo reporting requires comparison of facial data, while face photo reporting, in addition to comparing facial data, can also directly take photos and take photos to report loss by comparing other password data or failing to enter the password within the time limit or under specific conditions such as abnormal use. For example, after the phone enters lost mode, it will start taking photos to report loss as long as it detects that the screen has been turned.

[0033] The present invention provides a variety of technical solutions for reporting lost persons by taking photos of faces, and also provides a technical solution for reporting lost persons by taking photos of faces by face recognition.

[0034] The above supplementary explanation details the technical solution for mobile phone face recognition photo reporting, but it does not solve the problem of false photos and false alarms caused by the owner's family members or colleagues using the same mobile phone, especially the problem of false photos and false alarms caused by the relatively frequent use of the same mobile phone by many family members or colleagues. Therefore, the present invention provides a method for implementing mobile terminal security reporting. The following programming steps of this method can reduce false photos and false alarms:

[0035] When the mobile terminal is first used and activated or after it is activated, the user is guided to set a safe zone, which includes the Wi-Fi coverage area of ​​the home, dormitory and / or workplace;

[0036] Guiding users to register a cloud account and log in to the cloud account and / or bind a loss reporting number, as well as input and store facial recognition data on a mobile terminal, which is used for facial recognition photo reporting;

[0037] When the mobile terminal detects that the current location is in a safe area and is on standby, the face recognition photo reporting program or the photo reporting program is not started;

[0038] When the mobile terminal detects that the current location is not in a safe area, a face recognition photo-taking and loss reporting program or a photo-taking and loss reporting program is started.

[0039] Furthermore, when the phone detects it's not in a non-secure zone like the one at home and / or work using Wi-Fi, it can restrict access to security features and important parameters, such as passwords. It can even prevent certain crucial security feature settings from appearing in the non-secure zone, such as a flashless entry point. The concept of secure and non-secure zones is a relative concept based on the vulnerability of phones to loss. Detailed implementation of this concept could make phones more intelligent, preventing false alarms and adding an extra layer of protection.

[0040] According to the above implementation method, if the user is instructed to enter and store other password data for authenticating the loss report, when the mobile phone detects that it is in a safe standby area under the home and / or work Wi-Fi environment, the corresponding loss report procedure will not be initiated; when the mobile phone detects that it is not in a non-safe standby area under the home and / or work Wi-Fi environment, the corresponding loss report procedure will be initiated;

[0041] In addition, in non-secure areas, in order to reduce false alarms by mistake, when the password data does not match or is not entered after the timeout, you do not need to take a photo to report the loss immediately. Instead, you can take a photo to report the loss to the cloud account when you detect illegal operations such as the phone screen being slid, turned, clicked, or slid several times to try to turn the page, clicked several times, or turned the page continuously. The turned page can be the home screen, lock screen, wallpaper, screen to be unlocked, negative one screen, public interface or public page, etc. The screen sliding, page turning, etc. are also trigger instructions for initiating photo reporting by abnormal use.

[0042] The menus and contents in the above-mentioned public interface are publicly displayed and can be non-lock screen pages in a single legal use space or system, including pages that are grouped together with public menus, home screens, wallpapers, password login interfaces, and non-privacy and non-security pages; the public interface corresponds to the privacy interface in the mobile terminal interface, and the menus and contents in the privacy interface must be correctly unlocked before they can be displayed.

[0043] It should be noted that since the present invention provides safe areas, non-safe areas, legal use systems, abnormal use systems, etc., the public interface in the present invention is not exactly the same as the public interface described in the background technology, and the public interface in the present invention may be locked in disguise.

[0044] In addition, it should be noted that the inventive point of this technical solution is to divide the password data loss reporting, especially the face recognition photo reporting, into a safe area and a non-safe area. Preferably, the identification is based on the WIFI signal. Other identification methods such as Bluetooth and other low-power communication module short-range positioning signals, mobile base station signals, satellite navigation signals, etc. can also be used to determine the safe and non-safe areas, which also fall within the scope of protection of the present invention. The division of the mobile phone into safe and non-safe areas, in addition to preventing false photos and false reports, can also make the mobile phone safer, more convenient, and more intelligent in different usage scenarios.

[0045] In addition, to handle false alarms, a temporary storage area can be created in the cloud account and / or on the phone. Photos or videos taken due to password mismatch or timeouts can be sent to the temporary storage area of ​​the cloud account and / or stored in the temporary storage area of ​​the phone. After the phone detects and confirms that it has entered lost mode, the photo and video loss report in the temporary storage area will be officially sent to the reporting number and / or cloud account, or a signal will be sent to transfer the loss report information in the temporary storage area of ​​the cloud account to the long-term storage area. The information stored in the temporary storage area is preferably stored for one week and automatically deleted at that time.

[0046] A temporary storage area is created in the mobile phone cloud account or on a mobile terminal that can receive positioning information. Positioning information can also be automatically sent to the cloud account temporary storage area every N hours or every time the mobile phone is turned on (including scheduled automatic startup or automatic startup when charging, etc.) when the mobile phone is in normal use or even if it is not determined whether it is stolen. In other situations (such as the Nth call from the mobile terminal within the threshold time, etc.), the mobile phone also automatically sends positioning information to the mobile terminal temporary storage area. If the positioning information received by the cloud account or the mobile terminal temporary storage area is not manually stored, it will be automatically deleted in chronological order, preferably every week.

[0047] According to the above-mentioned concept of temporary storage, in order to prevent false alarms, the face recognition algorithm can also be adjusted to take photos and store the first N suspected face images obtained by quick scanning (N is an integer greater than 0, preferably N is less than 6), until the scan obtains complete and clear face image data that matches or does not match the entered face recognition data or times out; if the face image data matches, the mobile phone automatically deletes the suspected face image data of the first N photos; if the face data does not match or the scan times out, the mobile phone takes photos and sends all the images to the cloud account and / or the reported lost number, or sends them to the cloud account and / or the reported lost number on a preferential basis.

[0048] In addition, to solve the problem of false shooting and false alarm, the many innovative technical solutions of the present invention can also be used to appropriately add screen prompts and quotations, or appropriately delay the loss or alarm and other specific and detailed solutions to control.

[0049] The above solutions to the problem of false alarms and misreporting when using mobile terminal facial recognition to take photos for loss can be implemented individually or in combination without contradiction.

[0050] However, as mobile phones have become private items, the likelihood of multiple people using the same phone is decreasing. Furthermore, families can share passwords or set multiple biometric passwords. Therefore, the aforementioned secure or non-secure zone technology may be somewhat practical for mobile devices such as laptops and tablets. For mobile phones, however, the multiple or dual security encryption discussed in the background technology is even more important.

[0051] Combined with the patent application documents in the background technology, a method for implementing multiple or dual security encryption and quick screen unlocking on a mobile phone can be obtained, which includes:

[0052] For a mobile phone that has saved different types of lock screen password data, if all types of password data or all password data entered during each use correspond to all types of lock screen password data or all lock screen password data saved in the mobile phone, the mobile phone screen is unlocked or enters the mobile phone privacy interface; or, if at least two or two password data entered during each use correspond to the same two or two password data saved in the mobile phone, the mobile phone screen is unlocked or enters the mobile phone privacy interface or password reset page; if just one of the password data entered during each use of the mobile phone does not match the lock screen password data saved in the mobile phone, the mobile phone screen stays on a non-unlocked page or a public page; the non-unlocked page may include a page to be unlocked.

[0053] The above method is applicable to mobile phones that have saved different types of lock screen password data. These different types of lock screen passwords may include alphanumeric passwords, pattern passwords, fingerprint data, palm print data, iris data, facial data, etc. Mobile phone development usually prefers two to three types. When setting the mobile phone password parameters, the user selects the settings menu or sets it according to the boot program and stores it in the mobile phone.

[0054] It should be noted that the above method is not only applicable to the unlocking screen of a mobile phone, but also to the important function menu of the mobile phone, the security function setting menu of the mobile phone, or the important function and security function setting menu set.

[0055] This series of inventions (including background technology solutions) preferably use alphanumeric, facial, and fingerprint password lock screen mobile phones. If the mobile phone supports users to store these three password data in the form of a side-by-side password lock, then when using the mobile phone, all the alphanumeric, facial, and fingerprint password data must correspond to the password data previously entered by the owner, and the mobile phone screen can be unlocked (for mobile phones with mixed public and private menus in the existing technology) or the mobile phone privacy interface can be entered (for mobile phones with public and private menus in different interfaces of the present invention).

[0056] Alternatively, if a user stores alphanumeric, facial, and fingerprint combination locks on their phone, then when using the phone, at least two of the alphanumeric, facial, and fingerprint passwords must match the passwords previously entered by the owner in order to unlock the phone screen or access the phone's privacy interface or password reset page. This is equivalent to the alphanumeric, facial, and fingerprint combination forming three doors in series, with each door having a side-by-side lock with alphanumeric, facial, and fingerprint combination in no particular order (if it is a series lock with a sequence of alphanumeric, facial, and fingerprint combinations, then there are six doors). Of course, only one, two, or several of the three or six doors can be selected to be locked in series. For phones with only two password unlock screens, the combination of password locks can be equivalent to side-by-side locks on one door, or a dual-channel series combination with two locks, one in front and one behind, or two locks alternating front and back.

[0057] Furthermore, for a mobile phone that has registered a cloud account and logged in to a mobile phone account and / or bound a lost / reported number, if any one of the above alphanumeric, face, fingerprint and password data does not match, the mobile phone will initiate a lost / reported and / or send a location sharing request, a screen projection control request, etc.; of course, if any two of the data do not match, the mobile phone will initiate a lost / reported and / or send a location sharing request, a screen projection control request, etc.

[0058] However, considering the potential for unexpected recognition failures with facial or fingerprint passwords and forgotten alphanumeric passwords, it is recommended that two of the alphanumeric, facial, or fingerprint passwords match the previously entered passwords. This will unlock the phone screen or access the phone's privacy screen or password reset page. For phones with only two passwords entered, the order and / or number of password entries can be considered when unlocking the screen; incorrect order and / or number of entries will not unlock the screen.

[0059] In addition, restrictions can also be imposed based on the number of times the password data does not match. If the number of times the password data does not match is greater than a threshold within a certain period of time, the mobile phone enters the inducement interface or opens the inducement menu or directly displays the inducement content.

[0060] If the above password data does not match the password data stored in the mobile phone, the mobile phone will initiate a report of loss, which is described in detail in this invention; if the above password data does not match the password data stored in the mobile phone, the mobile phone can also send location sharing requests, screen projection controlled requests, and enter the induction mode, etc., which are further security measures after the mobile phone initiates a report of loss, allowing the owner to better track and control the stolen mobile phone, forcing the person who illegally holds or uses the stolen mobile phone to return the mobile phone.

[0061] In addition, if other password recognition technologies such as palm prints, irises, and voice prints are also applied to the mobile phone unlocking screen, the above-mentioned method for implementing the mobile phone's multiple password unlocking screen can be further subdivided and combined, and the present invention does not limit all new combinations and subdivisions of the unlocking screen passwords. However, the more types of unlocking screen passwords there are, the more complex the combination of the unlocking screen passwords will be. It is preferred that the above three passwords be combined in pairs, and after actual implementation and development, when the mobile phone reaches the hands of the consumer, after the first use according to the boot program settings, the unlocking screen password combination lock and the cloud account login password data combination lock are automatically and synchronously generated by the program. Under normal circumstances, the consumer does not need to set them separately, which is both easy to remember and safer than the existing technology. Of course, since the unlocking password can not only unlock the mobile phone interface but also unlock the mobile phone menu and applications or other, different brands of mobile phone manufacturers should have more flexibility in actual implementation and development.

[0062] Despite the changes, the core remains the same. Through these multiple or dual security encryption methods, the phone requires multiple correct passwords or combinations of passwords to unlock the phone or access private information, significantly enhancing its security. This is especially true for stolen phones. Even if criminals obtain the phone's alphanumeric password, they cannot obtain the owner's identity or private information, let alone access the phone's privacy and security menus and applications.

[0063] The above method also allows the user to reset the password by providing other correct password data combinations in the event that the user forgets the alphanumeric password or some biometric password data fails, thereby improving user convenience.

[0064] To ensure the convenience of phone owners and information security, a combination of password recognition data that can be easily operated with one hand and requires active scanning can be considered, such as a dual password data combination of face and iris, or palm print and face. First, consider the face and iris combination: when the phone owner uses it, after holding the phone up and tilting it toward the screen at a threshold angle, the last page used in the public interface will automatically appear; if the owner's eyes move slightly closer to the phone and look closely, the phone screen will automatically display the last page used in the private interface. Next, consider the palm print and face combination: when the phone owner uses it, after holding the phone with their palm facing the palm print sensor, the phone screen will automatically display the last page used in the public interface; after tilting the phone at a threshold angle and facing the screen, the phone screen will automatically display the last page used in the private interface. The advantage of these two password data combinations is that as long as the phone is held up and facing the screen, no active operation is required to achieve automatic recognition of the phone unlock screen password data, and even automatic verification of the phone loss identification data.

[0065] For combinations of facial and fingerprint data that require passive input but are relatively convenient, dual password data identification and verification can be omitted in designated secure areas such as home, work, or the owner's car. Simply facing the phone or placing your finger close to and lightly touching the fingerprint sensor directly accesses the privacy interface, improving user convenience and reducing false alarms. Beyond designated secure areas, dual password data identification and verification are still required. These designated secure areas can be automatically distinguished based on the phone's Wi-Fi connection. These designated secure areas can also be set during phone activation using the bootloader, which includes menus and guidance instructions. Similarly, any important phone function parameters or security-related settings can be configured in the bootloader, allowing all security features to be automatically configured at once. Multiple or dual security encryption on mobile phones may seem simple, but actual implementation is complex and diverse. For example, in parallel space on mobile phones, dual password data identification and verification is recommended for convenience outside the home area, while dual password data is not required at home.

[0066] The above technical solution that does not require dual password data in the secure area is also applicable to mobile terminals such as laptops or tablets. Therefore, the present invention provides a method for implementing fully intelligent security encryption in mobile terminals. The implementation steps are as follows:

[0067] When the mobile terminal is first used and activated or after it is activated, the user is guided to set a safe zone, which includes the Wi-Fi coverage area of ​​the home, dormitory and / or workplace;

[0068] Guiding the device owner to set unlock information for multiple related functions, or synchronizing the set unlock information with these related functions, wherein at least two of the unlock information correspond to the multiple related functions in parallel or in sequence to lock the screen in a non-secure area; and at least one of the unlock information corresponds to the multiple related functions in a secure area to lock the screen;

[0069] If the mobile terminal detects that the current location is in a safe area, when the mobile terminal receives password data to unlock, and the password data corresponds to at least one of the unlocking information, the mobile terminal is unlocked to display the multiple related functions;

[0070] If the mobile terminal detects that the current location is not in a safe area, and the password data matches at least two of the unlocking information, the mobile terminal is unlocked to display the multiple related functions.

[0071] According to the above implementation method, the multiple related functions are for unlocking information, and its essence is to encrypt the screen lock by collecting the function menus or applications of multiple mobile phones or other mobile terminals on one or more pages. The screen lock must be unlocked to open the interface; the unlocking information gathers multiple related functions on a mobile phone page, which can also be called an encrypted interface or lock screen interface; the encrypted menu similar to the encrypted interface refers to the encryption and locking of a single function menu or application of the mobile phone, and the menu or application must be unlocked to enter.

[0072] Furthermore, mobile terminal function menus or applications can be categorized by function or nature, employing progressive multiple encryption, with large sets nested within medium sets, and medium sets nested within small sets. For example, all menus within a mobile terminal's legally accessible system could be grouped as a large set, divided into public and private interfaces based on public accessibility. Security function settings interfaces could then be nested within the private interfaces, with each level requiring a password, password combination, or threshold.

[0073] In addition to the above password data, you can also use voice as a phone password data for special circumstances or entertainment chats. For example, you can add a phone name function in the phone's function settings. After selecting it, enter the unique voice name that the owner has given their phone. When searching for the phone at close range, you can call out the unique name to get a response from the phone, or use it when engaging in AI-powered conversations with the phone. Furthermore, in special cases, such as forgetting the alphanumeric password, you can use multiple password data including the unique voice name in a secure area to retrieve or reset the alphanumeric password.

[0074] Regarding the mobile phone interface and menu, the patent application documents in the background technology specifically provide a number of terms and related technical solutions such as public interface, private interface, public menu, and private menu. When the related technical solutions are actually implemented, for the convenience of development, the public interface of the mobile phone cannot have a private menu containing private information, especially a security menu, except for the inductive false privacy menu, but the private interface can contain a public menu. In other words, the public interface of the mobile phone can be a partial or relatively fixed number of public menus and inductive menus that can be filled on one or two pages of the screen; while the private interface is relatively flexible and can accommodate more menus and applications; further, the private interface of the mobile phone can contain all private menus and most or all public menus, that is, when the mobile phone interface is divided into a public interface and a private interface, the public interface can be a partial public menu, and the private interface can be a collection of all public and private menus.

[0075] In addition, for apps that can be downloaded from the public interface, whether the app has been registered, logged in, and used since downloading, the time since downloading, and the keywords used will determine whether it will be automatically transferred to the private interface, or whether the information left behind by the previous use will only be visible after the screen is unlocked when it is used again. In other words, in the public interface, if a menu that may generate privacy issues is used once or again, the information left behind by the previous use will be moved to the private menu section, and it will only be displayed after entering the correct screen unlock password.

[0076] It should be emphasized that the purpose of this series of inventions, including public and private interfaces and non-fully locked screens, is to facilitate the use of stolen phones and thereby obtain more information about the unauthorized user. This does not limit the scope of protection of these inventions. Specifically, if a phone is used improperly and a photo is taken to report the loss, a conventional phone without a distinct public and private interface can directly report the loss or trigger a photo report regardless of the screen display if the password data does not match or the entry timeout occurs. Furthermore, this series of inventions proposes the concept of public and private interfaces, which allows the phone to enter different operating states based on its intelligent judgment of different users. For example, if the phone detects a password mismatch, it can enter a public interface containing a deceptive interface, menu, or program, or another application system or operating space. If the phone detects a password match, it enters a public interface and a private interface that do not contain the deceptive interface, menu, or program. This series of inventions also proposes the concept of public and private interfaces, which can increase the probability of automatic reporting of the phone's loss in the event of an illegal card swap, making it relatively easy for the phone owner to obtain the unauthorized user's phone number.

[0077] It should also be noted that the inducement described in this series of inventions also includes the intentional functional confusion of all functions or function icon buttons or guide statements when the mobile phone is used abnormally, so that the illegal user can expose more personal information. For example, when the mobile phone is in an abnormal state, the icon buttons in the wallpaper can add instructions to take a photo and send it to the cloud account. The illegal user only needs to operate to take a photo and report the loss; after the mobile phone enters the lost mode, some or most menus can also become buttons that trigger taking a photo and reporting the loss.

[0078] The above terms such as public interface, private interface, public menu, private menu, and related technical solutions are also applicable to computers and other mobile terminal products in addition to mobile phones. Combined with Parallel Space and the concept of setting home and / or workplace WIFI as a safe area in the present invention, there can be more implementation plans for fully intelligent security encryption and reporting of mobile terminal products.

[0079] For example, to increase the chances of a smart phone connecting to WLAN to report a loss or being remotely controlled, the ability to successfully connect to WLAN by scanning a QR code with the phone's camera while the screen is locked can be enabled. This means scanning a WIFI QR code with the phone's camera while the screen is locked can connect to WIFI without requiring a password. Furthermore, to increase the chances of a smart phone connecting to WLAN to report a loss or being remotely controlled, the phone can be automatically shared with another phone without a password when in close proximity.

[0080] In summary, one of the starting points of this series of inventions is that regardless of whether the password data and unlocking information match when the mobile phone is locked, some non-privacy and non-security interfaces or menus of the mobile phone can be used. The password data, especially the identification data of active scanning, is not only used to unlock the screen, but also to identify whether the owner is using the mobile phone, and can be a trigger or prerequisite for the mobile phone to automatically report the loss and / or send noise, so as to use illegal use modes or illegal use systems to leave information and clues of illegal users, and make the illegal holders of the stolen mobile phone frightened, irritated and uneasy; the focus of the mobile phone lock screen is on the privacy and security interface and menu, and multiple encryption protections are used as much as possible.

[0081] Among the previously disclosed methods for implementing fully intelligent security phones, a series of technical solutions for taking photos and reporting the loss of illegal phone shutdowns, illegal flashing, and illegal factory resets are also disclosed. Some of these solutions can be simplified into a method for safely shutting down, restoring, or flashing a phone without using physical buttons. This can be combined with other methods for reporting the loss or manipulation of a phone by taking photos to track down a stolen phone. Furthermore, by combining automatic power-on methods such as charging, sound and light control, and timer with power-off methods that do not require physical buttons, a phone can be turned on and off without the need for physical buttons.

[0082] The other photo loss reporting method can be an induced photo loss reporting method, that is, a mobile phone with a power off menu in the lock screen interface or privacy interface can set the power off option or the sub-option under the power off option after pressing the physical button or solid-state button as the start button for secret photo loss reporting, and clicking the power off option or the sub-option under the power off option actually executes the program of sending the photo and location to the cloud account after taking the photo; or the power off option or the sub-option under the power off option after pressing the physical button or solid-state button is synchronized as a button for secret photo loss reporting, and clicking the power off option or the sub-option under the power off option actually executes the program of taking the photo and sending the photo and location to the cloud account before shutting down or executing the sub-option program under the power off option; this type of induced photo loss reporting does not require face recognition and is also applicable to mobile phones without a power off menu in the lock screen interface or privacy interface. Of course, such induced photo loss reporting can be explained to the owner in the relevant technical solution of "Mobile Phone Function Instructions" or in the sub-option under the power off option.

[0083] Furthermore, the actual shutdown menu in the privacy interface can select delayed shutdown, set delayed shutdown time, scheduled startup time, scheduled invisible startup time, interval startup time and / or default startup time, etc. and corresponding programs, which are automatically presented after the user clicks the shutdown menu; the factory reset and flashing menus can select all functions and applications to restore to factory settings or restore some functions and applications to factory settings, as well as delayed factory reset, flashing or set delay time, or system default delay time, etc. Not using physical buttons to shut down or restore factory settings or flashing the phone not only increases the security of the phone, but also makes the phone more functional, and can prevent the phone owner from missing important information due to not turning on the phone in time. Canceling the physical button flashing function can avoid the regret of the owner of the stolen phone being flashed even if the stolen phone is recovered.

[0084] The phone can be scheduled to start up stealthily. It can start up stealthily at a specified time or after a specified interval after it has been automatically shut down N times due to face recognition or other recognition and photo taking reports. When the phone is reported lost for the Nth time, the scheduled start-up time or the time interval between scheduled starts will be sent to the cloud account and / or the reporting number (the interval time can be fixed in the program, preferably 3 hours, 6 hours, etc.), to remind the owner to find or control the lost phone more accurately at the specified time.

[0085] The setting of the timed invisible power-on time can be set by the manufacturer as a default value before leaving the factory; or a timed invisible power-on time setting menu and corresponding program can be developed separately in the mobile phone for setting; or additional options and corresponding programs can be added to the timed power on and off settings for setting; and small time periods for timed invisible power on and off, timed time shutdown, etc. can be added to the large time period from timed shutdown to timed power on set in the timed power on and off.

[0086] After the mobile phone is turned on invisibly, if the power is pressed to turn on, the mobile phone will report loss and be controlled in the visible state, but the mobile phone cannot enter the privacy security interface if the screen is not unlocked or the password is incorrect.

[0087] Before the mobile phone is shut down with a delay, information such as a photo of the mobile phone's location, the time for scheduled invisible startup, etc. will be sent to the cloud account and / or the reported lost mobile phone.

[0088] Since attempting to shut down the phone is a common operation for illegally possessing a mobile phone, the attempted shutdown reporting and safe shutdown proposed in this series of inventions have multiple equivalent implementation methods. For example, fingerprint shutdown can be implemented on an under-screen fingerprint phone. Combined with the boot program and the quote, the fingerprint information of the illegal possessor can be obtained relatively easily. For example, during the operation of attempting to shut down the phone, if the phone camera is blocked or the phone is not in the unlocked screen state and the power button is long-pressed, the phone cannot enter the real shutdown procedure. For example, after the phone is falsely shut down and reported lost, the screen will not prompt when the battery level drops below the shutdown threshold.

[0089] In addition, the shutdown in the privacy interface is equivalent to adding an immediate shutdown option and shutdown procedure in the scheduled shutdown settings, without setting up a separate shutdown menu.

[0090] In addition to the above supplementary explanation of the background technology, to preserve the phone's battery, the delayed invisible shutdown method can also be applied after the phone has been automatically reported lost or after multiple reports. When the phone's battery level in lost mode is lower than the actual level, or when the battery level is low, a prompt or even a voice message pops up, prompting the user to charge the phone. Furthermore, after the phone is turned on again, the battery level displayed is also lower than the actual level, inducing the user to charge the phone. This method of inducing the user to charge the phone promptly by displaying a false battery level provides an indirect solution to the problem of stolen phones having sufficient battery to report the loss and being remotely controlled by cloud accounts.

[0091] Of course, if you want to allow the cloud account user to see the actual battery level of the stolen phone, you can add an actual battery level display icon or menu and a corresponding power management program on the privacy interface. The owner can view it through cloud account screen mirroring and collaborative sharing, so as to better remotely control and recover the stolen phone.

[0092] Regarding mobile phone battery life, with the further advancement of mobile phone battery energy storage technology, the power management of mobile phones can be optimized, so that when the phone automatically shuts down due to power consumption, it still has a certain amount of emergency power. For example, if the phone's battery level drops below a threshold, a ring tone or voice and screen prompt will be given to remind the owner to charge the phone immediately. Charging will automatically stop when the battery reaches a certain level (preferably around 80%) that is beneficial for battery maintenance. Similarly, a ring tone or voice and screen prompt can be given to remind the owner whether to continue charging. If subsequent use requires more power, the owner can click to agree to continue charging. Of course, if the phone is being charged after being detected as illegally held, there is no need to prompt until it is fully charged.

[0093] Mobile phones can also have a backup power supply or a virtual backup power supply. The two power supplies are used alternately. Unless they are naturally consumed for a long time, mobile phones have a reserve of power to ensure scheduled invisible startup and work for a period of time after startup or for emergency use.

[0094] Based on the above, the present invention can also derive a technical solution for intelligently (power-saving) turning on and off a stolen mobile terminal, which, combined with an automatic alarm, can greatly reduce the desire of illegal holders to seize the stolen terminal. See the embodiments for details.

[0095] The implementation of this technical solution allows the stolen mobile phone to be used in a limited manner, making it more intelligent so that the mobile phone battery can maintain sufficient power to execute various anti-intrusion operating programs such as automatic alarm, real-time location sharing, and screen projection control after theft.

[0096] The patent application documents in the background technology mentioned the problems and solutions related to mobile traffic, but did not elaborate on them in detail. Further supplementary explanations are provided here.

[0097] When or after abnormal use, the mobile phone can automatically activate the mobile data or WIFI provided by multiple user cards to keep the network online; further, if the mobile phone fails to connect to the mobile network and WIFI within a first threshold time, the mobile phone will automatically shut down to save power; after the mobile phone is turned on again, it will automatically activate the mobile data or WIFI provided by multiple user cards. If it still fails to connect to the mobile network and WIFI after a second threshold time or the same threshold time, the mobile phone will automatically shut down again.

[0098] The threshold time can be determined during program development, and is preferably about 20 minutes.

[0099] The aforementioned mobile phone automatically selects and activates the mobile data available from multiple user cards upon or after abnormal use. This includes, for example, when the mobile data or mobile data is enabled, the mobile phone selects the network with the best signal among the mobile data available from multiple user cards. It also includes, for example, when the mobile data is disabled, the mobile phone detects abnormal use based on password data, automatically switching the mobile data from disabled to enabled, and then automatically selecting the network with the best signal to report the loss and / or manipulation. The mobile phone detects abnormal use based on password data, including when the password data, such as alphanumeric characters, faces, or fingerprints, does not match the password data recognized by the mobile phone.

[0100] In view of this, since the mobile data of the existing mobile phone is turned on or off according to the settings of the owner, and the original status is saved after the mobile phone is restarted or turned off and turned on again, in addition to the above mobile phone automatically turning on the mobile data according to the password data, etc. when detecting abnormal use, it is also necessary to innovate or optimize the switch setting of the mobile data of the mobile phone. A simple innovation is to add an option to turn on the switch setting of the mobile data of the mobile phone by default after restarting, or not to add the option. As long as the mobile data of the mobile phone is restarted, the default is to turn on, that is, as long as the user's card is not in arrears, the mobile data of the mobile phone is at normal state every time the mobile phone is turned on. In the turned-on state, further optimization is that after the phone is turned on normally, the screen may pop up a message or a floating menu to remind the user whether to turn off the mobile data. If the user chooses not to turn off the mobile data, the phone may then pop up a message containing "no more pop-up or reminder whether to turn off the mobile data when starting up in the future"; if the user chooses to turn off the mobile data, the phone will then pop up a pop-up box with an optional shutdown deadline or time period. After the user selects or enters the mobile data shutdown time (the shutdown time is preferably not more than 12 hours), the phone will turn off or delay the shutdown of the mobile data, or the phone will delay the shutdown or falsely shut down after detecting that the phone is not the owner of the phone and taking a photo to report the loss.

[0101] The above-mentioned floating menu is controlled by face recognition and enters different execution or boot programs according to different face data. For example, if the face data recognized by the mobile phone is illegal, the information or floating menu on the mobile phone screen reminding the user whether to turn off mobile traffic will disappear immediately. This method is also applicable to other floating menus.

[0102] In addition, in order to facilitate the settings of the phone owner and obtain more information about illegal users, for multi-interface mobile phones with separate public and private interfaces, the mobile traffic or cellular data setting menu can be matched in the public interface. After the user clicks the menu, a pop-up box with an optional shutdown deadline or time period will pop up on the screen. After the user selects or enters the mobile traffic shutdown time, the phone will turn off or delay the shutdown of the mobile traffic, or the phone will delay the shutdown or falsely shut down after detecting that it is not the owner's operation and taking a photo to report the loss.

[0103] The above technical solutions related to mobile data usage can be summarized as a method for intelligently enabling and managing mobile data usage on a mobile phone. The principles of this method also apply to airplane mode. However, in the absence of actual development and application, the mobile data usage switch involved in reporting the phone lost to a cloud account in this invention is set to enabled before the phone is stolen. Perhaps in the future, with further reductions in mobile data rates or the implementation of fixed, low-cost mobile security networks, the option to disable mobile data usage will no longer be necessary to protect against lost phones.

[0104] According to the above-mentioned implementation method of intelligently starting and managing mobile traffic on a mobile phone, it is also possible to derive an implementation method for resetting and / or automatically executing some functions of the mobile phone. That is, for the long-term use state of some functions of the mobile phone, it is necessary to switch to a short-term use state within a certain period of time. After the state is switched, the program can remind you to set the running time of the short-term use state. After the setting, when the running time is reached, the corresponding function of the mobile phone will automatically return to the long-term use state; further, after the mobile phone is restarted or turned on again, the corresponding function of the mobile phone will also automatically default to the long-term use state; further, when the mobile phone is in the short-term use state, once the mobile phone determines that the relevant data is consistent or inconsistent, the mobile phone will automatically switch to the running state and / or intelligently start the corresponding execution program. In order to facilitate user operation, the functions corresponding to the above implementation method can be separated from the setting menu into corresponding function setting menus and / or floating menus, reminder information.

[0105] Specifically, it can be: whether the cloud account is logged in on the mobile phone, whether the mobile data is turned off and whether the flight mode is turned on. These can be solved by resetting to unlimited mobile data after restarting the phone, or automatically switching to unlimited mobile data when reporting the loss, or adding an option in the relevant settings menu to cancel communication restrictions by default after restarting the phone.

[0106] By implementing a method for automatically resetting and / or automatically executing certain functions on a mobile phone, a method for managing the automatic shutdown and automatic activation of Wi-Fi on mobile terminals can be easily developed. Since Wi-Fi is not billed based on traffic, it does not need to be turned off unless there is a fault or special circumstances. Wi-Fi is usually turned on by default. In special circumstances, when the user needs to turn off Wi-Fi, a pop-up prompt will appear after clicking the off menu to set the shutdown duration or the automatic activation time. After the user sets it, Wi-Fi will automatically turn on at the set time. If Wi-Fi experiences an operational fault with signal but no data, the system can be temporarily disconnected and then automatically activated based on the monitored fault analysis, or automatically disconnected for a period of time and then automatically activated.

[0107] Additionally, the Wi-Fi on / off settings can be optimized to default or revert to the on state after the phone is turned on. Although connecting to a Wi-Fi network in an unfamiliar area after a stolen phone usually requires scanning the Wi-Fi QR code or entering the Wi-Fi password, it can also increase the chances of automatic connection if a password-free Wi-Fi network is encountered.

[0108] Based on the above description, the present invention also provides an intelligent method for removing human obstacles to automatic reporting of mobile phone loss. The implementation steps of the method are as follows:

[0109] For mobile phones that have registered cloud accounts and stored cloud account names and login passwords and / or set loss reporting numbers and password data for authentication reports, if the password data obtained by the mobile phone matches the password data stored for authentication reports, the mobile phone will not initiate the loss reporting process;

[0110] If the password data obtained by the mobile phone does not match the password data stored for authentication and reporting loss or the authentication times out, the mobile phone will start the reporting procedure;

[0111] When the mobile phone starts the loss reporting program, if it detects that the mobile phone cloud account is not logged in, the mobile phone processor will automatically retrieve the stored cloud account name and login password and automatically log in to the cloud account;

[0112] When the mobile phone starts the loss reporting program, if it detects that the phone is in the WIFI off state, the mobile phone processor will automatically turn on the WIFI;

[0113] When the mobile phone initiates the loss reporting procedure, if it detects that the phone is in airplane mode and / or mobile data is turned off, the mobile phone processor will automatically turn off airplane mode and / or turn on mobile data;

[0114] When the mobile phone starts the reporting program, if it detects that the mobile phone has logged into the cloud account and the mobile phone is in the network communication state, the mobile phone will send the reporting information to the cloud account; if it detects that the incoming call management of the mobile terminal is set to silent or ringing state, it will automatically switch to ringing or ringing state.

[0115] According to the above implementation method, when the mobile phone starts the loss reporting program, if it detects that the mobile phone positioning is turned on, the mobile phone sends the loss reporting information including the location and / or the real-time location sharing request to the cloud account;

[0116] If it is detected that the mobile phone positioning is turned off, the mobile phone processor automatically turns on the mobile phone positioning and sends a lost report information containing the location and / or a real-time location sharing request to the cloud account.

[0117] According to the above implementation method, when the mobile phone starts the lost report program for the Nth time within the threshold time, it is preferred that the mobile phone sends a screen projection control request to the cloud account for the second time within the threshold time.

[0118] According to the above implementation method, when the mobile phone starts the reporting program for the Nth time within the threshold time, it is preferred that the mobile phone automatically turns on the switch for automatically connecting calls to the cloud account and / or reported number hidden in the mobile phone reporting program from the second time within the threshold time.

[0119] Furthermore, for mobile phones with physical user cards, if the user card PIN in the phone is not locked or modified, the aforementioned conditions for initiating the loss reporting procedure can also serve as triggers for the phone to automatically lock the user card PIN and automatically change the password. This leads to a new solution for protecting mobile user cards: if the password data obtained by the phone does not match the password data stored for loss reporting, then when the phone initiates the loss reporting procedure for the Nth time, if it detects that the user card PIN in the phone is not locked or modified, the phone will automatically lock the user card PIN and automatically and randomly change the password. The modified password will be sent invisible to the cloud account.

[0120] According to the above implementation method, when the mobile phone starts the reporting program, if it is detected that the mobile phone is in a safe area under the WIFI environment at home and / or work, the screen projection controlled request will not be started, and the switch for automatically connecting calls to the cloud account and / or reported number hidden in the mobile phone reporting program will not be turned on.

[0121] According to the above implementation method, it should be noted that the reason why it is preferred that the mobile phone starts the reporting program only for the second time within the threshold time before the mobile phone sends a screen projection control request to the cloud account, and the reason why it is preferred that the mobile phone starts the reporting program only for the second time within the threshold time before the mobile phone automatically turns on the switch hidden in the mobile phone reporting program for automatically connecting calls to the cloud account and / or the reported lost number, and the reason why it is necessary to detect that the mobile phone is in a safe area that is not in the WIFI environment of home and / or workplace before the screen projection control request is initiated and the switch hidden in the mobile phone reporting program for automatically connecting calls to the cloud account and / or the reported lost number is turned on (the switch is in the closed state when the owner is in normal use) is to ensure that the mobile phone is enabled only when it is in an illegal use state as much as possible to prevent false alarms and prevent the mobile phone from being used for illegal eavesdropping and surveillance.

[0122] Of course, according to the above implementation method, the switch for automatically connecting to calls from the cloud account and / or the reported number can also be hidden in the mobile phone loss reporting program, but the possibility of it being used for illegal activities, especially the automatic connection of calls, needs to be considered. However, in addition to the loss reporting program, the automatic connection of calls to the mobile phone can also be considered in the mobile phone warning program.

[0123] Therefore, the present invention provides a method for automatically connecting an emergency call when a mobile phone is in an early warning and / or stolen state. The method is as follows:

[0124] The mobile terminal determines whether it is in an automatic call connection state based on locally stored password data, whether it has been reported lost, or based on the owner's warning operation;

[0125] When in the state of automatically answering calls, the mobile terminal automatically turns on the switch for automatically answering calls from the emergency loss reporting number and answers the call from the emergency loss reporting number;

[0126] The password data includes non-biological password data and biological unique feature data; the password data and emergency reporting number are guided to be entered by the owner when or after the mobile terminal is powered on and activated.

[0127] For a mobile terminal whose stored password data is used to authenticate whether it is legally used, when the mobile terminal is in use, if the image data scanned by the mobile terminal and / or the password data entered does not match the password data stored in the mobile terminal, or the total number of times the password data is scanned and entered times out is greater than N times, where N is an integer greater than 0 (preferably about 3 times), the mobile terminal enters an automatically connected state when a call is received;

[0128] Or the image data scanned by the mobile terminal and / or the entered password data do not match the password data stored in the mobile terminal, or the total number of times the scanned and entered password data times out is greater than N times, where N is an integer greater than 0. After taking a photo to report the loss, the mobile terminal enters the state of being automatically connected when called.

[0129] According to the above method, the mobile terminal is reported lost, including the mobile terminal receiving a loss report instruction sent by a cloud account registered by the mobile terminal or the mobile terminal receiving a loss report instruction sent by a terminal device bound to the loss reporting number of the mobile terminal, and the mobile terminal enters a state of automatic connection when being called;

[0130] Alternatively, the mobile terminal enters the state of automatically being called after being reported lost and photographed N times, where N is an integer greater than 0.

[0131] According to the above method, the mobile terminal determines based on the owner's warning operation that the owner has sensed an emergency and has proactively activated the intelligent warning function, and then the mobile terminal enters an automatically connected state when called.

[0132] According to the above method, the automatically connected state of being called includes automatically entering a one-way voice transmission state when being called;

[0133] The called automatic connection state also includes the automatic connection state of the mobile terminal after being called N times within a threshold time or the automatic entry into the one-way transmission state after being called N times within a threshold time, where N is an integer greater than 0;

[0134] Alternatively, the mobile terminal may be automatically connected or thereafter photographed and reported lost.

[0135] According to the above implementation method, the mobile phone is automatically connected, preferably without ringing.

[0136] According to the above implementation method, when the mobile phone initiates the loss reporting process if the password data does not match, the mobile phone screen preferably displays or displays a floating icon menu containing an emergency contact number or a page containing an emergency contact number, allowing the person who obtains the mobile phone to proactively contact the emergency contact. In the case where the mobile phone screen displays or displays an icon menu containing an emergency contact number or a page containing an emergency contact number, the stolen mobile phone will automatically connect to the Nth call sent from the emergency reporting number within a threshold time after receiving the loss report information N times, further ensuring that the mobile phone is used only for legitimate defense and not for illegal surveillance.

[0137] According to the above implementation method, the emergency reporting number can be an emergency contact in a social software or an independent APP, so the above implementation method can be applied to the development of corresponding social software or independent APP.

[0138] Based on the principle that incoming calls on a mobile phone can be automatically connected, the present invention can also derive a technical solution that can automatically share other functions of the mobile terminal, such as automatically sharing the real-time location of the owner's family.

[0139] The above-mentioned method for intelligently removing human obstacles to automatic mobile phone loss reporting is relatively simple if the loss reporting information is sent to the reporting number. The main method is that when the mobile phone starts the loss reporting program, if it detects that the mobile phone is in flight mode, the mobile phone processor will automatically turn off the flight mode.

[0140] In addition, regarding incoming mobile phone calls, in addition to the automatic connection in the specific circumstances mentioned above, the ringing function for incoming calls on mobile phones or social accounts can also be expanded.

[0141] Although the existing mobile phone call management technology is relatively detailed and can realize the setting of periodic call do not disturb, there is no relatively quick setting solution when the mobile phone ringtone needs to be set to silent or do not disturb temporarily or at irregular periods.

[0142] To this end, the present invention introduces a method for managing non-periodic incoming calls (do not disturb) on a mobile terminal, characterized in that the implementation method includes the following implementation steps:

[0143] According to the demand for do not disturb for incoming calls on mobile terminals in non-periodic scenarios, the independent sound setting menu on the mobile terminal screen is clicked to open; or after the setting menu on the mobile terminal screen is clicked to enter, the sound setting menu option is clicked to open;

[0144] A pop-up window and a quotation indicating setting a silent call time interval are displayed on the mobile terminal screen, wherein the pop-up window includes at least an option to temporarily silence incoming calls or to temporarily silence incoming calls and to permanently silence incoming calls;

[0145] Select to temporarily set the incoming call to be silent. After the silent call time interval is set, the program timing immediately starts from the real time when the setting is completed. When the time reaches the set time, the mobile terminal ends the silent call do not disturb mode and automatically returns to the incoming call ringing or ringing mode.

[0146] Based on the above method, the time interval for silent calls includes the time period of the do not disturb scenario or the duration of the end time point of the do not disturb scenario. The setting of the time period or the end time point includes guiding manual input setting or selecting and setting according to the time options and quotations that pop up on the screen; the time interval for silent calls does not require setting a start time.

[0147] Based on the above method, a pop-up window and a quotation are displayed on the mobile terminal screen to guide the user to set a silent ringing time interval for incoming calls. The pop-up window includes at least an option to set the silent ringing time interval temporarily or a temporary setting and a longer setting time interval. The pop-up window also includes at least an option to mute the incoming call or mute the incoming call with vibration for the user to select in advance.

[0148] The long-term setting of not ringing for incoming calls at least includes the long-term setting of not ringing for incoming calls, that is, the incoming calls of the mobile terminal will not ring after clicking to select, until it is released or the selection is changed.

[0149] Based on the above method, the method further includes: if the incoming call is answered during the incoming call non-ringing time interval, the incoming call voice is automatically or passively converted into text.

[0150] Based on the above method, the method further includes: according to the set end time point, the mobile terminal automatically pops up a screen prompt or pop-up box indicating whether to delay the silent ringing of the incoming call, allowing the user to select;

[0151] And / or according to the set end time point at an intermediate time node or a phased time node, the mobile terminal automatically pops up a screen prompt asking whether to end the call in advance without ringing, allowing the user to make a choice.

[0152] Based on the above method, the method further includes: for an optionally set urgent important call in a non-periodic scenario, setting the Nth call within a short interval to ring as a progressive ring tone from small to large or a progressive ring tone from small to large with vibration, where N is an integer greater than 1 (preferably more than 3 times);

[0153] And / or for emergency important calls that can be optionally set in non-periodic scenarios, an automatic SMS reply can be optionally set after hanging up.

[0154] Based on the above method, the sound setting menu also includes changeable options of not ringing for incoming calls and ringing for incoming calls, for the user to choose one of the two to select the default option or change the default option.

[0155] Based on the above method, the call ringing options also include the option of temporarily setting the call ringing or temporarily setting the call ringing and setting the call ringing for a long time;

[0156] The temporary setting of the incoming call ringing includes a setting item for temporarily setting the ringing of important incoming calls for the user to set;

[0157] Select to temporarily set the incoming call ringing. After the incoming call ringing time interval is set, the program timing starts immediately from the real time when the setting is completed. When the time reaches the set time, the mobile terminal ends the incoming call ringing mode and automatically returns to the silent or vibrating non-ringing mode.

[0158] Based on the above method, the incoming call ringing time interval includes the time period of the incoming call ringing or the duration of the end time point of the incoming call ringing. The setting of the time period or end time point includes guiding manual input setting or selecting and setting according to the time options and quotations that pop up on the screen; the setting of the incoming call ringing time interval does not require setting a start time for non-periodic scenario incoming call do not disturb.

[0159] Based on the above method, a pop-up window and a quotation are displayed on the mobile terminal screen to guide the user to set the ring time interval for incoming calls. The pop-up window includes at least an option to set the ring time interval temporarily or temporarily and permanently. Above the pop-up window, there is also at least an option to set the ring time interval for incoming calls or to set the ring time interval for incoming calls via vibration, for the user to select in advance.

[0160] The long-term setting of the incoming call ringing at least includes the long-term setting of the incoming call ringing, that is, the incoming call ringing of the mobile terminal after clicking the selection until it is released or the selection is changed.

[0161] Based on the above-mentioned method for implementing the non-periodic call do-not-disturb or call ringing mode on a mobile terminal, the present invention can be further extended. If the owner of the mobile phone and his children are traveling together, in order to prevent the security phone from mistakenly taking photos and making false alarms, the implementation scheme of setting the Wi-Fi in the hotel room where he is staying as a temporary safe area during a certain period of time can be expanded; or if the owner allows others to use the mobile phone for a period of time, the above implementation method can also be used to develop fully intelligent electronic devices, security products, access control and road vehicle management that temporarily or even periodically allow others to use the mobile phone or through facial recognition and other functions that require password authentication.

[0162] By refining the above method, the present invention can also derive a method for hierarchical management of incoming calls on a mobile terminal, the method comprising: providing a changeable option of "silent call" and "ringing call" in a sound setting menu of the mobile terminal, allowing a user to select one of the two options as a default option or to change the default option;

[0163] The call ringing options include at least one option of temporarily setting the call to not ring or temporarily setting the call to not ring and setting the call to not ring for a long time;

[0164] The call ringing options further include at least an option to temporarily set the call ringing or temporarily set the call ringing and long-term setting of the call ringing;

[0165] Alternatively, the sound setting menu includes a temporary setting of silent call, a long-term setting of silent call, a temporary setting of ringing call, and a long-term setting of ringing call, for the user to select one of the four to choose a default option or change the default option.

[0166] Based on the above ideas and methods, the present invention can also provide a method for preventing fraudulent calls on a mobile terminal, the method comprising:

[0167] The mobile terminal's incoming call management menu includes an option to mute all incoming calls from unfamiliar numbers that are not special short numbers and are not recorded in the phone book within a preset time period if they occur N times consecutively or less, where N is an integer greater than 1. This option is factory default or selected by the user. The mobile terminal will only vibrate, vibrate first and then ring, or ring gradually from low to high, if incoming calls from non-special short numbers and are not recorded in the phone book occur N times consecutively or more within the preset time period.

[0168] When a mobile terminal receives a call from an unknown number, a prompt will pop up on the screen to ask for caution in answering the call to prevent fraud. The unknown number is a number not in the phone book. According to the above method, if the unknown number has missed or hung up on N or more calls within a preset short period of time, where N is an integer greater than 0, the mobile terminal will pop up a message on the screen asking the other party to first provide their identity or contact information via SMS. Alternatively, if the unknown number calls the Nth time within a preset short period of time, the mobile terminal will automatically answer the call silently and play a voice message asking the other party to first provide their identity or contact information via SMS.

[0169] When a mobile terminal receives a text message or multimedia message from an unfamiliar number, it may include or additionally include a prompt asking whether to record the number in the phone book. After confirmation or two confirmations, the number is automatically saved in the phone book record.

[0170] After a call from an unknown number is answered on a mobile terminal, a prompt pops up on the screen asking whether to record the number in the phone book. After confirmation or two confirmations, the number is automatically saved in the phone book record.

[0171] The mobile terminal's incoming call management menu also includes an option to set calls from numbers other than lost and important numbers in the phone book to vibrate. This option is factory default or selected by the user. If calls from numbers other than lost and important numbers in the phone book arrive at least N times consecutively within a preset time period, where N is an integer greater than 1, the mobile terminal will vibrate before ringing or ring gradually from low to high.

[0172] The mobile terminal's incoming call management menu also includes the option to set calls from reported lost numbers and important numbers in the phone book, as well as calls from friends on social media accounts, to vibrate first and then ring, or to ring gradually from low to high. This option is factory default or selected by the user. If calls from reported lost numbers and important numbers in the phone book arrive at least N times within a preset time period, where N is an integer greater than 1, the mobile terminal will ring directly or ring directly.

[0173] The reported loss number is the number for receiving the reported loss information, which is saved in the phone book record when the mobile terminal is turned on and activated or after the owner sets it;

[0174] The numbers in the phone book record are all accompanied by an option of whether to set them as important numbers, and are automatically saved in the important call list after being clicked and selected.

[0175] In addition, an AI analysis program for mobile terminal incoming call screen perception can also be developed. When an unfamiliar number calls, for a caller's business card displayed on the screen, the AI ​​analysis program will give suggestions on whether to change the subsequent call to silent, vibrate, or ring based on the association between the caller's business card and the owner of the phone.

[0176] Furthermore, based on the mobile terminal incoming call screen perception AI analysis program, fraudulent, harassing and malicious calls can also be added to the automatic connection blacklist in the background technology file.

[0177] According to the above method, the mobile terminal sound setting menu includes a changeable option of not ringing for incoming calls and ringing for incoming calls, for the user to choose one of the two to select the default option or change the default option;

[0178] The call ringing options include at least one option of temporarily setting the call to not ring or temporarily setting the call to not ring and setting the call to not ring for a long time;

[0179] The call ringing options include at least one option of temporarily setting the call ringing or temporarily setting the call ringing and setting the call ringing for a long time.

[0180] According to the implementation method of this series of inventions, the reported loss can be to take a hidden photo after the mobile phone is stolen and send the photo, fingerprint, recording, and information such as the location of the mobile phone and WIFI name to the cloud account, or further initiate a location sharing request, a screen projection control request, and enter the induction mode to the cloud account or the associated mobile phone account, social account, reporting number, corresponding APP account, etc.; the owner logs in to the cloud account or the associated mobile phone account, social account and other smart terminals to establish a shared real-time location with the mobile phone after agreeing to the request, and the relative position between the mobile phone and other smart terminals can be clearly seen on the map, making it more accurate and convenient to find the mobile phone; the hidden photo taking of the mobile phone prioritizes the front camera of the mobile phone or the under-screen camera, the hidden camera, or the front and rear cameras can also take photos in sequence, or it can be video shooting.

[0181] The location sharing is different from simple location positioning or location information. When the location positioning is not accurate enough, location sharing can achieve more accurate displacement comparison and search between real-time locations with the help of another device that can share mobile location. For example, after a certain owner's mobile phone is lost, he logs in to the cloud account of the mobile phone on the computer, and the owner clicks to enter the mobile phone screen mirroring page. If the mobile phone is online and in a nearby location, the owner can mirror (cast) the mobile phone screen on the cloud account logged in on the computer to enter his QQ or WeChat, and initiate real-time location sharing to the QQ or WeChat on another mobile phone of himself or his family. After the other mobile phone accepts the real-time location sharing, it can accurately find the lost mobile phone according to the relative position displayed on the map on the mobile phone; of course, if the mobile phone cloud system or mobile phone RCS rich media message has developed an independent real-time location sharing function, the owner can also log in to the cloud account directly on a mobile terminal such as a tablet, laptop or another mobile phone and click the real-time location sharing menu or the corresponding icon menu to establish a real-time location sharing connection with the lost mobile phone; in addition, when the mobile phone is shared in real-time, the mobile phone is in invisible standby mode.

[0182] Such real-time location sharing connection can bring two smart terminals to the closest distance based on their relative positions on the map. The benefits are self-evident and can greatly increase the chances of recovering a lost phone.

[0183] The screen projection control in this series of inventions can be one-way screen mirroring collaborative sharing. When the cloud account performs screen mirroring collaborative sharing on the stolen mobile phone, the stolen mobile phone needs to remain invisible and turned on so as not to be interfered with by illegal users. That is, screen mirroring collaborative sharing in this series of inventions is a one-way control of the stolen mobile phone through the cloud account, rather than two-way collaboration. Therefore, the use of cloud accounts to perform screen mirroring collaborative sharing on the lost mobile phone should be done as much as possible when the stolen mobile phone is scheduled to be invisible and turned on, and should not be controlled when the public interface is operated by an illegal user; or the priority of the cloud account to perform screen mirroring collaborative sharing on the stolen mobile phone that is no longer in normal use can be developed. When the cloud account is used to perform screen mirroring collaborative sharing on the stolen mobile phone, the public interface of the stolen mobile phone and even the home screen, buttons, etc. of the stolen mobile phone are not subject to illegal operations.

[0184] Use cloud accounts to collaboratively share the screen of mobile phones, where the mobile phone is the controlled end and has the corresponding program. The owner logs in to a computer, tablet, laptop or other mobile phone that also has the corresponding program cloud account as the master end, and clicks the corresponding icon menu to enter the master end mobile phone screen mirroring page. As long as the mobile phone is online and the master end and the controlled end are connected to the network, the owner can use the master end mobile phone screen mirroring page to control the controlled mobile phone in real time. If you use third-party remote control software to achieve collaborative sharing of screen mirroring of a lost mobile phone, you need to download, register and log in separately. You should also need to add in advance the process of sending a startup signal for invisible control of the mobile phone screen mirroring from the master end to the controlled mobile phone, the mobile phone automatically responds to the signal and automatically sends a screen projection control request to the master end account, the master end account accepts the screen projection control request, or the mobile phone automatically starts sending a screen projection control request to the master end account when it is not in normal use, and the master end account accepts the screen projection control request.

[0185] It should be noted that when using a cloud account to collaboratively mirror a phone's screen, for security reasons, the controlled phone's screen cannot be displayed, or the screen can be displayed but the phone cannot be used by non-controlling parties. When using a cloud account to collaboratively mirror a phone's screen, the controlled phone's screen is not displayed, which can be simply referred to as invisible screen mirroring.

[0186] By using a cloud account to collaboratively share the screen of a lost phone through screen mirroring, you can operate almost all functions of the lost phone through aircasting, and achieve most of the above-mentioned remote control of the stolen phone, including monitoring and surveillance.

[0187] By using a cloud account to collaboratively share screen mirroring of a lost phone, you can also easily remotely shut down phones with a shutdown menu. However, before remotely shutting down a lost phone, you can optionally set or modify the invisible scheduled power-on time. Of course, remote shutdown can also be achieved without collaborative sharing through screen mirroring. This requires developing a remote shutdown program for the phone and cloud account and adding a remote shutdown menu to the cloud account. The shutdown menu can set a scheduled power-on time and / or default power-on time options.

[0188] In addition, you can add a setting item for automatic shutdown and release of cache in the mobile phone (scheduled) power on and off menu. That is, you can set the phone to automatically shut down at a certain time in the middle of the night every week, month, or every N days (N is an integer greater than 0) in the menu, and automatically turn on invisibly at a certain time in the early morning to clear the cache and release the phone's operating space to improve the phone's operating vitality, and avoid the risk of hardware damage caused by frequent shutdown and powering on the phone every night.

[0189] Collaborative sharing of mobile phone screen mirroring is applied to mobile phone security prevention. Its advantage is that it can reduce the development of other remote control programs for mobile phone cloud accounts. The technology is highly mature, and it is convenient and transparent for the owner to remotely control the stolen mobile phone. It can make the illegal use and possession of the stolen mobile phone unexpectedly monitored and monitored, and it can also make it easier for the owner to obtain various information in the lost mobile phone that has not been backed up or saved in time; even if the mobile phone screen fails, the owner can still invisible cast the screen to be controlled and used on a computer, tablet, notebook or other mobile phone.

[0190] According to the above description, the monitoring can be that after the mobile phone receives the monitoring signaling sent by the cloud account, the mobile phone program automatically turns on the microphone and connects or one-way connects the voice channel with the cloud account user terminal. The cloud account user terminal can further select or automatically record the voice. The monitoring is similar.

[0191] For example, if a phone is used abnormally for a certain number of times or reported lost, the phone will automatically start recording and send the recordings to the cloud account. Furthermore, if an online alarm is triggered, the owner issues a warning to the unauthorized user of the stolen phone, or the owner obtains evidence that the unauthorized user refuses to return the phone, the cloud account can also monitor and record the stolen phone in real time.

[0192] While cloud account control of a stolen phone is proactive for the phone owner, automatic reporting is proactive for the phone itself. These two technical solutions passively expose personal information to the owner and passively accept it for the unauthorized user or holder. Therefore, combining cloud account control with fully intelligent reporting increases the chances of recovering a stolen phone.

[0193] In addition to location sharing and screen projection control, the background technology of the method for implementing remote control of a stolen mobile phone also discloses more implementation methods for remotely controlling a stolen mobile phone, wherein the cloud account initiates a one-way call or high alarm tone. Further, the volume can be preferably the maximum hands-free volume or louder, that is, when the mobile phone is called by the cloud account or the cloud account is video-streaming, the mobile phone automatically connects and is unable to hang up the phone or lower the volume. It can only passively accept the sound sent by the cloud account, passively intercom, and be monitored and monitored. This technical solution will be an effective means to urge illegal holders who find or illegally obtain a mobile phone but are unwilling to return it and deliberately do not answer calls from other mobile phones of the owner (calls not initiated by the cloud account in one direction) to return the mobile phone.

[0194] Of course, the cloud account directly initiates a one-way call and intercoms with the mobile phone. For the first time, friendly negotiations can be conducted (even in friendly negotiations, it is recommended to obtain sufficient information about the illegal holder). If the negotiation fails, the cloud account can be monitored, monitored, or send special sounds that make the illegal holder irritable or frightened at special times according to the battery level. Therefore, the cloud account directly initiates a one-way call, which can be divided into a cloud account one-way call that is automatically connected after the mobile phone rings N times, a cloud account one-way call that is automatically connected when the mobile phone does not ring, a cloud account one-way call that sends a special sound (equivalent to a push voice message, the special sound can be optional or self-recorded, and the self-recording can be further changed and self-recorded) after the mobile phone is automatically connected without ringing, etc. The cloud account one-way video or one-way connection is similar. Of course, the one-way connection can also be non-one-way; you can also develop an instant messaging function similar to WeChat or QQ in the cloud account, but the technical function is mainly to realize the transfer or storage of data between the owner's own mobile phone and his other smart terminals.

[0195] The above one-way call of the cloud account may be displayed on the mobile phone screen, or may not be displayed at all, preferably not displayed.

[0196] The technical implementation of the mobile phone being called by a cloud account and automatically connected and the mobile phone automatically dialing to report the loss when the card is illegally replaced are not very complicated. Both can allow the mobile phone owner to establish a voice channel connection with the lost phone, but there is a big difference in the security technology effect between the two: the mobile phone being called by a cloud account and automatically connected is flexible and proactive for the owner, and can bring a strong sound shock to the offender who illegally holds or uses the stolen phone; the mobile phone automatically dialing to report the loss when the card is illegally replaced can directly obtain the mobile phone number of the illegal user of the stolen phone, but the owner is in a passive position in the voice channel connection.

[0197] Based on the activeness of the voice channel connection, it is possible to flexibly develop a mobile phone that automatically connects to a specific number (it is recommended that the owner set his or her own other number) without hanging up; based on the passiveness of the voice channel connection, it is possible to flexibly develop a mobile phone that automatically dials after abnormal use or reporting loss, or automatically initiates a voice call on the relevant APP after abnormal use or reporting loss.

[0198] In addition to the interactive control and manipulation described above, the present invention also provides a technical solution that can automatically make a stolen phone emit an uncontrollable sharp noise or other sound without the need for network support. The advantage is that compared to using a cloud account to remotely control the stolen phone in real time to issue a noise warning to the illegal holder of the stolen phone, this solution is relatively easy to implement. It uses the preset program in the phone body to work automatically, and does not require the owner to log in to the cloud account to perform manual operations. Moreover, even if the stolen phone is disconnected from the network or turned off due to card withdrawal, it still has the ability to wait for an opportunity to send a sharp noise warning, even late at night, which will make the illegal holder lose the idea of ​​continuing to illegally possess the stolen phone, and has an unexpected effect on preventing the phone from being lost or theft. The technical solution is as follows:

[0199] For a mobile phone with stored password data used to identify whether it is being used legally, when the mobile phone is used, the image data scanned by the mobile phone and / or the entered password data do not match the data password stored in the mobile phone or the scanned and entered data password has timed out more than N times (N is an integer greater than 0), or after the mobile phone is reported lost, the mobile phone automatically emits a continuous sharp noise (preferably for more than five minutes) at a preset time or automatically turns on at a preset time, or the mobile phone emits a continuous sharp noise after charging and turning on. When the mobile phone emits the sharp noise, the volume adjustment button and power button of the mobile phone cannot control the sharp noise; the said inability to control is relative to illegal users. If the owner operates it by mistake, whether it is during or before the sharp noise, he only needs to lift the mobile phone to verify that the facial data matches or enter the correct fingerprint.

[0200] According to the above implementation method, the password data is also used to unlock the mobile phone screen and start taking photos to report the loss. The password data at least includes unique biological feature data and / or alphanumeric passwords.

[0201] Based on the above implementation method, if combined with other technical solutions in this series of inventions, this method of automatically sending a sharp noise from a stolen mobile phone will have many detailed technical solutions. For example, combined with the mobile phone's multiple encryption, multiple systems, or multiple spaces, a technical solution can be derived that automatically or passively emits a special sound after the phone is stolen. The implementation plan is as follows:

[0202] When the phone is turned on or activated, the phone guides the owner and / or family members to enter facial data and fingerprint data and store them in the phone. Facial data is used to identify and trigger the phone to enter legal use space or abnormal use space.

[0203] For a mobile phone with the above settings completed, when the face data scanned by the mobile phone is used and the face data stored in the mobile phone is consistent, the mobile phone screen will display a legal use space page with a public menu and / or a guide to record fingerprint data (preferably an under-screen fingerprint), or at least a legal use space page with a guide to record fingerprint data. If the fingerprint data recorded on the mobile phone is consistent with the fingerprint data stored in the mobile phone, the mobile phone will enter the corresponding privacy interface use space or unlock the screen to enter the collection page use space corresponding to various application menus (for mobile phones with side fingerprint sensors or rear fingerprint sensors, the present invention preferably, but not limited to, the mobile phone enters the legal use space before starting to authenticate fingerprint data); if the fingerprint data recorded on the mobile phone is inconsistent with the fingerprint data stored in the mobile phone for more than N times (N is an integer greater than 0), the mobile phone enters the abnormal use space;

[0204] When the face data scanned by the mobile phone does not match the face data stored in the mobile phone or the scan times out, the mobile phone enters the abnormal use space;

[0205] When the mobile phone enters the non-normal use space for the Nth time (N is an integer greater than 0), the mobile phone automatically emits a continuous sound at a preset time or automatically turns on and emits a continuous sound at a preset time; and / or the mobile phone emits a continuous sound after charging and turning on, preferably at the maximum volume; when the mobile phone emits a continuous sound, the volume adjustment button and power button of the mobile phone cannot control the continuous sound.

[0206] According to the above, after the mobile phone enters the abnormal use space, the screen displays an emergency contact phone logo and / or a public menu page. If the emergency contact phone code on the mobile phone is actively clicked and called and connected, the count of the mobile phone entering the illegal use space this time is zero; if the public menu on the screen is used or the physical button of the mobile phone is pressed (trying to shut down), the count of the mobile phone entering the abnormal use space this time is increased by 1, or when the public menu is used N times, or when the physical button of the mobile phone is pressed N times (N is an integer greater than 0), the mobile phone emits an uncontrollable continuous sound.

[0207] It should be noted that the above counting can be further refined during specific implementation to achieve both accuracy and maximum avoidance of false shots and false alarms.

[0208] According to the above, when the mobile phone emits a special sound for the first time during non-sleep time, a page with an emergency contact number code will automatically pop up on the screen to guide the contact with the owner. The emergency contact number code will be clicked and the special sound will be turned off.

[0209] According to the above, the mobile phone can also add an alphanumeric password. If there is an error in facial recognition and the mobile phone mistakenly enters the non-normal use space, the mobile phone page can be turned to enter the page for entering the alphanumeric password. If the entered alphanumeric password matches the alphanumeric password stored in the mobile phone, the mobile phone screen will display the legal use space page with a public menu and / or a guide to enter fingerprint data, or at least the legal use space page with the guide to enter fingerprint data; if you want to enter the private legal space, you need to enter the matching fingerprint;

[0210] If the entered alphanumeric password does not match the alphanumeric password stored in the mobile phone or times out, the count of the mobile phone entering the abnormal use space in this round will be increased by 1.

[0211] Based on the above, dividing mobile phones into legal use spaces and abnormal use spaces is actually a further refinement of the public and private interfaces of mobile phones. Focusing on legal use spaces and abnormal use spaces, combined with other technical solutions such as taking photos to report loss, reporting loss, and inducing loss reporting, more detailed technical solutions can be implemented. For example, after a mobile phone enters the abnormal use space, it can make calls or send messages, but it cannot actually dial called numbers other than non-emergency contact numbers or send messages to the entered mobile phone number. Instead, the entered mobile phone number or called number will be sent to the cloud account and / or the reported loss number.

[0212] In view of the above-mentioned inventive ideas and contents, the present invention provides a method for realizing a spontaneous or triggered alarm sound after a mobile terminal is stolen. The method comprises the following steps:

[0213] The mobile terminal determines whether it is in a stolen state based on whether it has been reported lost or based on stored password data;

[0214] When the mobile terminal detects that the device is in a stolen state, it activates the automatic alarm system inside the device (a simple system can be a streamlined automatic alarm program), and automatically sounds an alarm at a preset time (preferably, the system presets multiple time points), or is triggered to sound an alarm;

[0215] Alternatively, upon detecting a theft, the mobile terminal activates an automatic alarm system stored locally. Even if the mobile terminal is turned off, it will automatically sound an alarm at a preset time when it is automatically turned on by a scheduled timer, automatically turned on by charging, or turned on by the terminal.

[0216] The password data includes non-biological password data and biological unique feature data; the password data is guided to be entered by the owner when or after the mobile terminal is powered on and activated.

[0217] The above-mentioned timed automatic power-on also includes timed invisible automatic power-on; charging automatic power-on also includes charging invisible automatic power-on;

[0218] And / or before the above part is triggered to sound the alarm, a reminder or countdown reminder will pop up on the mobile terminal screen to authenticate the password data again. If the password data matches, the automatic alarm program will be exited; if the password data does not match or the authentication times out, the alarm will sound immediately or with a delay.

[0219] It should be noted that the core of the above implementation method is the automatic alarm system for stolen mobile terminals. The system includes at least: an alarm sound, a sound-generating device, and the conditions for the sound-generating device to emit an alarm sound. The main premise of this condition is that the mobile terminal is in a stolen state, and many branching trigger conditions are gradually deduced from the judgment of the stolen state.

[0220] According to the above implementation method, the mobile terminal is set with a security zone when it is powered on or after it is activated. If the mobile terminal is in the security zone, the determination of whether it is in a stolen state is not initiated, so that the automatic alarm system is not activated.

[0221] The safe area at least includes an area covered by the wireless network to which the mobile terminal is connected at the owner's home.

[0222] According to the above implementation method, the alarm sound includes: ringing sound, voice, baby crying, bird singing, harsh and sharp noise, frightening sound, music sound, prompt sound, video sound, controllable sound, continuous sound, uncontrollable continuous sound, etc.;

[0223] The uncontrollable continuous sound means that when the mobile terminal emits a continuous sound spontaneously or when triggered after being stolen, the volume adjustment button, power button, and touch screen of the mobile terminal cannot control or turn off the continuous fixed-length sound (unless the password data matches and can be released or the following count in this implementation method is reset to zero);

[0224] The alarm sound can be set to change from a friendly and gentle voice, ringtone, or music to an uncontrollable continuous fixed-length sharp noise or a panic sound.

[0225] And / or after the uncontrollable continuous fixed-length sharp noise ends, the mobile terminal automatically shuts down, waits for scheduled automatic power-on or automatic power-on during charging, or is powered on, and then automatically emits the uncontrollable continuous fixed-length sharp noise again at a preset time, or is triggered to emit the uncontrollable continuous fixed-length sharp noise;

[0226] And / or the uncontrollable continuous fixed-length sharp noise sound, the mobile terminal screen is black or displays an inoperable picture, animation or video, for example, the screen display may be the corresponding legal terms or cases such as intentional damage to public or private property, illegal occupation, etc.

[0227] It should be noted here that, in addition to the gradual transition from gentle and friendly voices, ringtones, and music to uncontrollable continuous fixed-length sharp noises and terrifying sounds, the programming idea of ​​the automatic alarm program should selectively select sounds that can achieve the purpose for special triggering scenarios. For example, when the phone is illegally shut down or the card is illegally drawn, a sound that is easy to attract the attention of people around but not too disgusting should be used as much as possible.

[0228] According to the above implementation method, when or after the mobile terminal activates the automatic alarm system to emit a friendly and gentle voice, ringtone, or music, the screen displays a page with an icon menu of an emergency contact number and / or related prompts, or displays a page with an emergency contact number code;

[0229] The emergency contact number is set by the owner when the mobile terminal is powered on or activated, and / or is shared with the loss reporting number;

[0230] The icon menu includes a code for an emergency contact number. When the icon menu is clicked, the mobile terminal screen displays a page with the code for the emergency contact number. The code is used to replace the real number, name or title corresponding to the contact number. Clicking the code allows the user to call the emergency contact number.

[0231] Or after the icon menu is clicked, the mobile terminal calls the emergency contact number;

[0232] After the mobile terminal calls the emergency contact number, the friendly and gentle voice, ringtone, and music stop playing;

[0233] The icon menu or code may further include a call link or an instant messaging QR code. Clicking the call link directly calls the emergency contact friends and relatives set by the owner through voice, and scanning the instant messaging QR code contacts the owner's friends and relatives.

[0234] It should be noted that if the lower-level page of the icon menu with the emergency contact number directly carries the actual number of the emergency contact number, or if the mobile terminal turns on the automatic alarm system to emit a friendly and gentle voice, ringtone, or music, and the page displayed on the screen directly carries the actual number of the emergency contact number, it is a degradation of this solution, but is also within the scope of protection of this technical solution.

[0235] According to the above implementation method, the mobile terminal is triggered including a physical button of the mobile terminal being pressed, a user card being drawn on the mobile terminal, a display page of the mobile terminal being slid or turned, a menu in a display page of the mobile terminal being clicked, a public interface of the mobile terminal being slid or turned, a menu in a public page of the mobile terminal being clicked, a page in a non-normal use space of the mobile terminal being slid or turned, or a menu in a non-normal use space of the mobile terminal being clicked;

[0236] The abnormal use space of the mobile terminal is different from the legal use space of the mobile terminal. The mobile terminal enters different use states based on the authentication of the password data stored locally on the mobile terminal. Specifically, for a mobile terminal with stored password data used to authenticate whether it is legally used, when the mobile terminal is used, the image data scanned by the mobile terminal and / or the password data entered does not match the password data stored in the mobile terminal or the scanned and entered password data times out, the mobile terminal enters the abnormal use space.

[0237] According to the above implementation method, the method further includes: after the mobile terminal enters the non-normal use space, the screen displays an icon menu and / or a public menu page with an emergency contact number, or the screen displays a page with an emergency contact number code. If the emergency contact number code in the icon menu with the emergency contact number or the emergency contact number code on the screen display page is clicked to actively call, the number of times the mobile terminal is triggered after entering the non-normal use space is zero;

[0238] If the page on the screen is slid once, the public menu is used once, or the physical button of the mobile terminal is pressed once, the count of the number of times the mobile terminal is triggered after entering the abnormal usage space will be increased by 1. When the total number of times the mobile terminal is triggered is greater than N, N is an integer greater than 0, the mobile terminal is triggered to sound an alarm.

[0239] According to the above implementation method, if a cloud account and / or a reporting number is registered when the mobile terminal is powered on and activated or later, the mobile terminal must detect that it is in a stolen state and take photos to report the loss N times, where N is an integer greater than 0, before the mobile terminal activates the automatic alarm system.

[0240] According to the above implementation method, after the mobile terminal turns on the automatic alarm system, at the same time as or after the alarm sound is triggered, the mobile terminal automatically reports the loss by at least sending the current location information or taking a photo to report the loss.

[0241] According to the above implementation method, the mobile terminal will also detect the actual power level of the mobile terminal before starting the automatic alarm program stored locally or before partially triggering the alarm sound. If the actual power level is lower than the threshold, the automatic alarm system will not be turned on or the alarm sound will not be emitted; further, a false low-battery warning will be displayed or the phone will be shut down to induce charging.

[0242] According to the above implementation method, the mobile terminal is shut down, including being shut down manually, being shut down by time, being shut down when the battery power is below a threshold, being shut down when the battery power is exhausted, and being automatically shut down under other special circumstances.

[0243] In addition, although the above method highlights the scheme of activating an automatic alarm after the mobile terminal enters an abnormal use space and confirms the theft, it does not limit the scheme of activating an automatic alarm when the mobile terminal is illegally used in a public interface or in an abnormal use state or abnormal use space.

[0244] Based on the above-mentioned inventive ideas and contents, the present invention also provides a method for implementing multi-space and multi-encryption in a mobile terminal. When the multi-space program is running on the mobile terminal, the user can use the mobile terminal in a clear and hierarchical manner. In combination with multiple encryption methods, the mobile terminal itself and the user's information are further secured. The implementation method includes the following steps:

[0245] When or after the mobile terminal is powered on and activated, the mobile terminal guides the owner and / or family members to respectively enter password data, including first-type password data (preferably facial data), second-type password data (preferably fingerprint data), and / or third-type password data (preferably alphanumeric password), and store the password data in the mobile terminal; wherein the password data is used to identify and trigger the mobile terminal to enter a legitimate use space or an abnormal use space, and the password data includes unique biometric feature data and non-biometric password data;

[0246] When the mobile terminal with the above configuration is used and the first type of password data identified matches the first type of password data stored in the mobile terminal, the mobile terminal screen displays a page with a limited legal use space (equivalent to the public interface in the background document, preferably with multiple public menus in the majority of the page and an under-screen fingerprint sensor in the middle of the bottom) with a public menu and guidance for identifying the second type of password data, or the second type of password data is to be identified;

[0247] After the mobile terminal authenticates that the first-type password data is consistent, if the second-type password data is authenticated to be consistent with the second-type password data stored in the mobile terminal, the mobile terminal enters the corresponding legal use space of the privacy interface or unlocks the screen to enter the legal use space of the collection page of the corresponding various application menus (equivalent to all menus and applications locked on the screen in a single operating system); if the mobile terminal authenticates that the second-type password data is inconsistent with the second-type password data stored in the mobile terminal or the total number of timeouts exceeds N times (N is an integer greater than 0), the mobile terminal enters the abnormal use space;

[0248] When the password data authenticated when the mobile terminal is used does not match the corresponding password data stored in the mobile terminal or the number of authentication timeouts exceeds N times (N is an integer greater than 0), the mobile terminal enters an abnormal use space.

[0249] According to the above method, or further, after the mobile terminal enters the abnormal use space, if the identified third-type password data (displayed on the screen after entering the abnormal use space or a page with identified third-type password data displayed after sliding the screen) corresponds to the third-type password data stored in the mobile terminal, the mobile terminal screen displays a limited legal use space page with a public menu and guidance to identify the second password data; the mobile terminal then identifies that the second-type password data corresponds to the second-type password data stored in the mobile terminal, then enters the corresponding privacy interface legal use space or unlocks the screen to enter the legal use space of the collection page corresponding to various application menus.

[0250] According to the above method, the password data (preferably the second type of password data) may further include dual password data or mixed dual password data, wherein the mixed dual password data may be two different types of password data;

[0251] The legal use space of the privacy interface may also include an important security function setting menu collection space.

[0252] According to the above method, the automatic alarm system program is stored or solidified in the abnormal use space of the mobile terminal. When the automatic alarm system program is started, the mobile terminal will automatically sound an alarm at a preset time, or be triggered to sound an alarm.

[0253] Or when the automatic alarm program is started, even if the mobile terminal is turned off, it will automatically sound an alarm at a preset time when it is automatically turned on at a scheduled time or automatically turned on when charging or turned on, or will be triggered to sound an alarm.

[0254] According to the above method, the method further includes: if the mobile terminal is set with a security area when it is powered on or activated, and the mobile terminal is used in the security area, then the authentication of the first type of password data is not initiated, and a limited legal use space page with a public menu and guidance for authentication of the second type of password data is entered, or the second type of password data is to be authenticated;

[0255] If the mobile terminal starts the authentication of the second type of password data and the authentication is consistent, the mobile terminal enters the corresponding legal use space of the privacy interface or unlocks the screen to enter the legal use space of the collection page of the corresponding various application menus;

[0256] If the second type of password data does not match or the authentication times out, the mobile terminal will not enter the non-normal use space even if it is in the secure area, but will stay in the limited legal use space;

[0257] The safe area at least includes an area covered by the wireless network to which the mobile terminal is connected at the owner's home.

[0258] According to the above method, it further includes: if the mobile terminal is registered with a cloud account and / or bound to a lost report number when it is powered on and activated or thereafter, when the mobile terminal is used in a non-secure area, the authenticated password data does not match the corresponding password data stored in the mobile terminal or the authentication times out, the mobile terminal takes a photo and sends a lost report information to the cloud account and / or the lost report number;

[0259] After the mobile terminal takes photos and reports the loss more than N times in succession and enters an abnormal use space, the screen displays an icon menu with an emergency contact number and / or a public menu or an inducement menu page (preferably the upper half is multiple public menus or inducement menus, and the bottom middle is a page with an emergency contact number icon menu), or the screen displays a page with an emergency contact number code.

[0260] According to the above method, the method further includes: after the mobile terminal enters the non-normal use space, if the number of operations other than clicking the emergency contact phone icon menu and the emergency contact phone code exceeds N times, the mobile terminal activates an automatic alarm program and automatically sounds an alarm at a preset time, or is triggered to sound an alarm;

[0261] Even if the mobile terminal is turned off, it will automatically sound an alarm at a preset time when it is automatically turned on by a scheduled timer or when it is automatically turned on by charging or after it is turned on. Alternatively, the alarm may be triggered to sound an alarm.

[0262] According to the above method, the abnormal use space of the multi-space mobile terminal registered with a cloud account and / or bound to a reported lost number, as well as the storage and identification of password data and the photo reporting system cannot be uninstalled and there is no interface for flashing or restoring factory settings, or the abnormal use space is solidified in the mobile terminal and there is no interface for flashing or restoring factory settings; the flashing or restoring factory settings requires the password data to match to enter the legal use system for operation.

[0263] In combination with the above methods and inventive ideas, the present invention also provides a method for solving the problem of mobile terminal face photo reporting, including face recognition photo reporting errors and false alarms, characterized in that the method includes:

[0264] When or after the mobile terminal is powered on and activated, it will guide you to register a cloud account and / or bind the lost phone number;

[0265] Guiding the user to enter facial recognition data, which is used to identify whether the mobile terminal has taken photos and reported the loss;

[0266] When the mobile terminal detects that the camera module meets the face scanning start state, the camera module starts scanning and performs focused face image scanning and face data perception calculation;

[0267] If the camera module does not scan a face image within a scanning cycle or the scanned face image is incomplete, the mobile terminal takes a photo and stores it in a temporary storage area, and then continues the next round of scanning;

[0268] Within the preset time of the program, once the complete and clear facial image data scanned by the camera module matches the recorded facial recognition data, the mobile terminal will delete the photo stored in the temporary storage area;

[0269] If the camera module times out or fails to scan a relatively complete facial image more than the threshold within the preset time of the program, the mobile terminal will take a photo and send the lost photo information in the temporary storage area together or send the photo to the cloud account and / or lost report number on a preferential basis and delete it after successful reporting.

[0270] According to the above implementation method, the method further includes: within a preset time of the program, if the complete and clear facial image data scanned by the camera module does not match the recorded facial recognition data, the mobile terminal takes a photo and sends a photo loss report to the cloud account and / or the reporting number;

[0271] Alternatively, within the program's preset time, if the complete and clear facial image data scanned by the camera module does not match the recorded facial recognition data, the mobile terminal will take a photo and store it in a temporary storage area, and send the photo and loss report information to the cloud account and / or the loss report number, and then delete it after it is successfully deleted;

[0272] And / or if the mobile terminal is disconnected from the Internet, the photos taken during this period will be deleted after the mobile terminal is connected to the Internet and the loss report is successfully sent.

[0273] According to the above implementation method, the scenarios in which the mobile terminal camera module satisfies the requirement for enabling face scanning include:

[0274] In a non-safe area, the mobile terminal's built-in sensor detects that the mobile terminal is tilted horizontally to a preset angle and / or rotated through a preset arc, is held by a person and remains stationary, or that a physical key, solid-state key, or virtual key using pressure touch is pressed on the mobile terminal, or that the mobile terminal receives an incoming call, or that the mobile terminal screen is swiped or clicked; and the mobile terminal's camera is not blocked;

[0275] The non-safe area is relative to the safe area, and the safe area includes the WIFI coverage area of ​​home, dormitory and / or workplace. When or after the mobile terminal is powered on and activated, the user is guided to set it.

[0276] According to the above implementation method, the face recognition data is also used to identify whether the mobile terminal enters a legal use space or an abnormal use space in a non-safe area;

[0277] Within the preset time of the program, once the complete and clear facial image data scanned by the camera module matches the recorded facial recognition data, the mobile terminal enters the legal use space;

[0278] Within the preset time of the program, if the complete and clear facial image data scanned by the camera module does not match the recorded facial recognition data, or the camera module scan times out or the number of times it fails to scan a relatively complete facial image exceeds the threshold, the mobile terminal enters an abnormal usage space.

[0279] According to the above implementation method, the legal use space includes a legal use space with various application menu collection pages; or the legal use space includes a limited legal use space with a public menu and a guide to enter a private interface by authenticating other password data, and a limited legal use space with a private menu collection;

[0280] The other password data includes non-biometric password data and unique biological feature data other than facial recognition data, which is entered by the mobile terminal when the user is booted or activated;

[0281] After the facial recognition data is authenticated and matched, if the other password data is also authenticated and matched, the mobile terminal enters a legal use space with various application menu set pages, or a limited legal use space with a privacy menu set;

[0282] After the other password data is identified as consistent with the face recognition data, the total number of times it is identified as inconsistent or timed out in the non-safe area is greater than N times, where N is an integer greater than 0. Only then will the mobile terminal take a photo to report the loss and enter the abnormal use space.

[0283] According to the above implementation method, when or after the mobile terminal enters a non-normal use space, a page including an icon menu of an emergency contact number and / or related prompts pops up on the screen, or a page with an emergency contact number code pops up on the screen.

[0284] According to the above implementation method, when or after the mobile terminal enters the non-normal use space, the page that pops up on the screen also includes a public menu and / or an inducement menu;

[0285] The inducement menu includes a menu that induces illegal users to disclose their personal information;

[0286] The page with the emergency contact phone code also includes public emergency call numbers (110, 120) and a dialing keyboard.

[0287] According to the above implementation method, after the mobile terminal enters the non-normal use space, if the mobile terminal enters the dial-up call page to dial a number other than the emergency contact number and the public emergency call number, the call will not be made, and the dialed number will be sent to the cloud account and / or the loss reporting number, and / or a photo will be taken to report the loss;

[0288] If the mobile terminal enters the SMS sending page to send a message to a number other than the emergency contact number and the public emergency call number, the message will not be sent, and the sent message and the receiving number will be sent to the cloud account and / or the reporting number, and / or a photo will be taken to report the loss; in addition, in normal use space, the mobile terminal only receives limited non-privacy SMS, MMS or rich media messages.

[0289] According to the above implementation method, after the mobile terminal enters the non-normal use space, if the number of times the icon menu with the emergency contact number and the emergency contact number is triggered is greater than N times, where N is an integer greater than 0, the mobile terminal will take a photo and send a loss report to the cloud account and / or the loss report number;

[0290] The triggered use includes: a physical button, a solid-state button or a virtual button of the mobile terminal is pressed, a page displayed on the mobile terminal is slid or turned, or a menu in a page displayed on the mobile terminal is clicked;

[0291] And / or after the mobile terminal enters a space that is not used normally, an automatic alarm program stored locally is turned on, and an alarm sound is automatically or triggered; before the alarm sound is partially triggered, a reminder or countdown reminder pops up on the mobile terminal screen to authenticate the password data again. If the password data matches, the automatic alarm program is exited; if the password data does not match or the authentication times out, an alarm sound is issued immediately or with a delay.

[0292] According to the above implementation method, when the mobile terminal enters a non-normal usage space and displays a page state with an icon menu and / or related prompts with an emergency contact number, or displays a page state with an emergency contact number code, it can be optionally triggered to re-scan the face or to re-scan the face after turning off the screen.

[0293] According to the above implementation method, the mobile terminal cloud account cloud includes a temporary storage area for lost information. If the lost information received in the temporary storage area is not manually stored, it will be automatically deleted every N days (preferably one week or ten days).

[0294] According to the above implementation method, it should be noted that although face recognition photo reporting is an indispensable means to achieve smart mobile phone security, the technical solution has the defect of easily generating false photos and false alarms, which may be one of the important reasons why face recognition photo reporting for mobile phone loss has not yet been implemented. This series of inventions, based on the first proposal of face recognition photo reporting for mobile phone loss, further provides the above method to solve false photos and false alarms, which can effectively reduce the storage space of photos or videos stored by mistaken photos on mobile phones, including effectively reducing the storage space of cloud accounts due to false alarms, reducing self-interference, and can also obtain the facial photo of the person who found or held the mobile phone as soon as possible after the mobile phone was stolen, laying a solid foundation for the high probability of recovering the stolen mobile phone.

[0295] In addition, the present invention also provides a method for realizing intelligent loss reporting and loss prevention of a mobile terminal, the method comprising the following steps:

[0296] When or after the mobile terminal is powered on and activated, the user is guided to enter and store password data for identifying whether the mobile terminal has taken photos and reported loss, and whether the system has been activated for abnormal use, and is guided to bind a loss reporting number and / or register a cloud account; the binding of the loss reporting number is synchronized with the emergency contact number;

[0297] The mobile terminal having completed the above settings, when it is authenticated that the received password data does not match the stored password data, or the authentication times out, or the total number of times of mismatch and timeout is greater than N times, where N is an integer greater than 0, takes a photo and sends a loss report to the reporting number and / or cloud account, and activates the abnormal use system, and the mobile terminal screen automatically pops up a page with an icon menu and / or related prompts for the emergency contact number, or automatically pops up a page with the emergency contact number code;

[0298] Among them, the password data includes: non-biological password data, biological unique feature data, and is also the unlocking password for the mobile terminal to enter the legal use system. That is, if the received password data is consistent with the stored password data, the mobile terminal activates the legal use system or unlocks and activates the legal use system.

[0299] According to the above method, the mobile terminal is guided to set a security zone when it is powered on or activated. If the mobile terminal is detected to be used in the security zone, the password data is used to identify whether to unlock and enable legal use of the system or unlock to enter a different legal use space, without the need to identify whether to start taking photos and reporting the loss, thereby preventing the mobile terminal from entering an abnormal use state.

[0300] The safe area at least includes the area covered by the wireless network to which the mobile terminal is connected at the owner's home;

[0301] The password data also includes mixed password data or multiple password data.

[0302] According to the above method, when the mobile terminal enters an abnormal use system and displays a page state with an icon menu and / or related prompts with an emergency contact number, or displays a page state with an emergency contact number code, it can be optionally triggered to re-authenticate the password data or to re-authenticate the password data in standby mode after turning off the screen.

[0303] According to the above method, when or after the mobile terminal enters the non-normal use system, the page that pops up on the screen also includes a public menu and / or an inducement menu.

[0304] According to the above method, the abnormal use system is relative to the legal use system of the mobile terminal, and is based on the mobile terminal entering two different use systems respectively through authentication of password data;

[0305] Specifically, it includes: in a non-secure area, the stored password data is used to identify whether the mobile terminal is being used legally. When the mobile terminal is used, the image data scanned by the mobile terminal and / or the entered password data do not match the password data stored in the mobile terminal or the total number of times the scanned and entered password data times out is greater than N times, where N is an integer greater than 0, the mobile terminal enters an abnormal use system; conversely, the authenticated password data matches, and the mobile terminal enters a legal use system.

[0306] According to the above method, the said non-normal use system and the legal use system share the password data, but belong to two separate operation spaces that cannot work at the same time;

[0307] And / or the abnormal use system and the storage and identification of password data, and the photo-taking and reporting system cannot be uninstalled and have no interface for flashing or restoring factory settings, or the abnormal use system and the storage and identification of password data, and the photo-taking and reporting system are solidified in the mobile terminal and have no interface for flashing or restoring factory settings, or the flashing or restoring factory settings interface is false and cannot delete or reset private and secure data; the flashing or restoring factory settings requires password data to match to enter the legal use system for operation.

[0308] According to the above method, after the mobile terminal enters the non-normal use system, if the mobile terminal enters the dial call page to dial a phone number other than the emergency contact number, the call will not be made, and the dialed number will be sent to the cloud account and / or the loss reporting number, and / or a photo will be taken to report the loss;

[0309] If the mobile terminal enters the SMS sending page to send a message to a number other than the emergency contact number, the message will not be sent, and the sent message and the receiving number will be sent to the cloud account and / or the loss reporting number, and / or a photo will be taken to report the loss.

[0310] According to the above method, the abnormal use system includes an automatic alarm program, which will automatically sound an alarm at a preset time after the mobile terminal is determined to be in a stolen state, or will be triggered to sound an alarm;

[0311] Alternatively, when theft is detected, the mobile terminal activates an automatic alarm program stored locally. Even if the mobile terminal is turned off, it will automatically start up on time or when charging or after being turned on, and automatically sound an alarm at a preset time, or be triggered to sound an alarm.

[0312] In summary, the method for implementing intelligent anti-loss for mobile terminals has many details that are similar to other technical solutions of the present invention, which will not be described repeatedly here.

[0313] In addition, the present invention also provides another method for realizing intelligent loss reporting and loss prevention of a mobile terminal, the method comprising: when or after the mobile terminal is powered on and activated, guiding the user to enter and store password data for identifying whether the mobile terminal has taken photos and reported the loss, and guiding the user to bind a loss reporting number, an emergency contact number, and / or register a cloud account;

[0314] The mobile terminal that has completed the above settings, when it is identified that the received password data does not match the stored password data or the identification times out or the total number of times of inconsistency and timeout is greater than N times, where N is an integer greater than 0, takes a photo and sends the report information to the reporting number and / or cloud account, and automatically pops up a page with an icon menu of the emergency contact number and / or related prompts, or automatically pops up a page with the emergency contact number code.

[0315] According to the above method, the binding of the reported lost number is synchronized with the emergency contact number.

[0316] Based on the above, the password data or the first password data is preferably face data, so this solution can also be called a method for implementing intelligent anti-loss of mobile terminal face recognition.

[0317] The implementation method of intelligent anti-loss based on face recognition of mobile terminals, the automatic pop-up of the icon menu with the emergency contact number and / or the page with the related prompt words, or the automatic pop-up of the page with the emergency contact number code, can be an automatic pop-up in the standby state with the screen off (one of the prerequisites is that when the mobile terminal is lifted up, the tilt sensor senses that the horizontal screen or vertical screen of the mobile phone is tilted within a preset range and / or the tilt rotation within a preset range with the horizontal plane), or it can be an automatic pop-up after the first screen is lit (the prerequisite is that the power button or the HOME button is pressed), or it can be an automatic pop-up when or after the screen displays a call to be answered, or it can be an automatic pop-up when the alphanumeric password to be entered or the user card PIN password to be entered is displayed after the phone is turned on, and so on.

[0318] It should be noted here that as long as the mobile terminal meets the scanning conditions and the total number of facial data identified during the scanning cycle is inconsistent or timed out is greater than N times, regardless of whether the mobile phone has a data network, a page with an icon menu and / or related prompts for the emergency contact number will automatically pop up, or a page with the emergency contact number code will automatically pop up.

[0319] Furthermore, the mobile terminal displays a page with an emergency contact phone icon menu and / or related prompts, or a page with an emergency contact phone code, which is linked to an automatic alarm program. When or after the mobile terminal displays an interface with an emergency contact phone icon menu and / or related prompts, or the screen displays a page with an emergency contact phone code, if the number of operations other than clicking the emergency contact phone icon menu and the emergency contact phone code exceeds N times, the mobile terminal activates the automatic alarm program and automatically sounds an alarm at a preset time, or is triggered to sound an alarm.

[0320] Even if the mobile terminal is turned off, it will automatically sound an alarm at a preset time when it is automatically turned on by a scheduled timer or when it is automatically turned on by charging or after it is turned on. Alternatively, the alarm may be triggered to sound an alarm.

[0321] In summary, the method for realizing intelligent anti-loss of mobile terminal face recognition is relatively easy to implement, and is a relatively important technical solution in this series of inventions that deserves to be promoted and transformed as soon as possible. Furthermore, based on this method, it is also possible to develop a method that allows the relatives and friends of the owner of the stolen phone to directly determine whether the call is from the owner or someone else through the incoming call.

[0322] Furthermore, according to this series of inventions, a method for realizing intelligent anti-loss of a simplified mobile terminal can be derived, characterized in that the method includes:

[0323] When or after the mobile terminal is powered on and activated, the user is guided to enter and store password data for identifying whether a page with an emergency contact phone icon menu or a page with an emergency contact phone code automatically pops up on the mobile terminal screen, and is guided to bind the emergency contact phone number;

[0324] The mobile terminal that has completed the above settings will automatically pop up a page with an icon menu of emergency contact numbers, or automatically pop up a page with an emergency contact number code, when it is identified that the received password data does not match the stored password data or the identification times out or the total number of times of inconsistency and timeout is greater than N times, where N is an integer greater than 0.

[0325] In addition, since soft communication method inventions usually have more implementation paths, if the technical solution for intelligent anti-loss of mobile terminals can be combined with other solutions of this series of inventions, many other solutions can naturally be derived, which are difficult to list in full.

[0326] For example, a method for implementing multiple (or progressive) encryption intelligent anti-loss for a mobile terminal includes:

[0327] When or after the mobile terminal is powered on and activated, the user is guided to enter password data, including first password data (preferably facial data), second password data (preferably fingerprint data), and / or third password data (preferably alphanumeric password), which are stored in the mobile terminal, and is guided to bind an emergency contact number; wherein the password data is used to authenticate and trigger the mobile terminal to display different screen interfaces, and the password data includes unique biometric feature data and non-biometric password data;

[0328] When the mobile terminal having the above settings is used and the first password data authenticated matches the first password data stored in the mobile terminal, the mobile terminal screen displays a page with a public menu and guidance for authentication of the second password data (preferably, the upper half is a page with multiple public menus and the bottom middle is a page with an under-screen fingerprint sensor), or the second password data is to be authenticated;

[0329] After the mobile terminal authenticates that the first password data matches, if the second password data matches the second password data stored in the mobile terminal, the mobile terminal displays a privacy interface or a screen display of a collection interface of various application menus; if the mobile terminal authenticates that the second password data does not match the second password data stored in the mobile terminal or the total number of timeouts exceeds N times (N is an integer greater than 0), the mobile terminal displays an interface with an emergency contact phone icon menu and / or related prompts, or displays a page with an emergency contact phone code;

[0330] When the password data identified when the mobile terminal is used does not match the corresponding password data stored in the mobile terminal or the number of authentication timeouts exceeds N times (N is an integer greater than 0), the mobile terminal displays an interface with an emergency contact phone icon menu and / or related prompts, or displays a page with an emergency contact phone code.

[0331] According to the above method, or further, after the mobile terminal displays an interface with an emergency contact phone icon menu and / or related prompts, if the identified third password data corresponds to the third password data stored in the mobile terminal, the mobile terminal screen displays an interface with a public menu and guidance for identifying the second password data; the mobile terminal then identifies that the second password data corresponds to the second password data stored in the mobile terminal, and displays an interface with an emergency contact phone icon menu and / or related prompts.

[0332] Integrating the ideas and methods of this series of inventions, the present invention also provides a method for implementing intelligent security of a mobile terminal, the implementation method comprising: the mobile terminal has two systems for legal use and abnormal use;

[0333] When the mobile terminal is first activated by inserting a card or after it is turned on, or after the eSIM card number is bound, the user is guided to enter and store password data for identifying whether the mobile terminal has taken photos and reported loss, and whether the abnormal use system has been activated, and is guided to bind the loss reporting number and / or register a cloud account;

[0334] After the mobile terminal automatically locks the PIN password of the user card, the initial PIN password is forced to be randomly and automatically modified or guided to be modified, and the modified PIN password is stored in the mobile terminal, or the modified PIN password is stored in the mobile terminal and sent to the cloud account;

[0335] The mobile terminal that has completed the above settings will take a photo and send a report to the reporting number and / or cloud account, and activate the abnormal use system when it is identified that the received password data does not match the stored password data or the authentication times out or the total number of times of mismatch and timeout is greater than N times, where N is an integer greater than 0;

[0336] Among them, the password data includes: non-biological password data, biological unique feature data, and is also the unlocking password for the mobile terminal to enter the legal use system. That is, if the received password data is consistent with the stored password data, the mobile terminal activates the legal use system or unlocks and activates the legal use system.

[0337] According to the above implementation method, the mobile terminal is guided to set a security area when it is turned on and activated or thereafter. If the mobile terminal is detected to be used in the security area, the password data is used to identify whether to unlock and enable the legal use system or unlock to enter different legal use spaces, without the need to identify whether to start taking pictures and reporting the loss, and thus does not enter an abnormal use state.

[0338] According to the above implementation method, for a mobile terminal that has completed the modification of the user card PIN password and stored the modified PIN password, it will enter the standby state after automatically verifying the PIN password when it is turned on again;

[0339] Among them, after the mobile terminal unlocks the screen and enters the decryption menu of the user card PIN password, the user card PIN password is automatically restored to the initial password.

[0340] According to the above implementation method, the abnormal use system of the mobile terminal includes: a public menu and / or an induction menu, a photography menu, a WIFI setting menu, an eSIM card number binding or setting, an icon menu with an emergency contact number and / or related prompts or an emergency contact number code;

[0341] The photography and video recording menu is limited to shooting and taking photos and automatically storing and / or reporting them as lost, and cannot be retrieved for viewing;

[0342] The Wi-Fi settings menu is limited to searching for hotspots and connection settings;

[0343] The binding or setting of the eSIM card number is limited to writing or scanning a new eSIM card number. The bound eSIM card number cannot be viewed or unbound;

[0344] The mobile terminal legal use system includes: a public menu, a privacy menu, a function setting menu and a menu available to all owners.

[0345] According to the above implementation method, if the power button of the mobile terminal is pressed continuously or continuously in an attempt to shut down the mobile terminal when not in normal use, the mobile terminal will emit a continuous and uncontrollable alarm sound at the maximum volume and take a photo to report the loss;

[0346] If the user card is pulled out of the mobile terminal when it is not in normal use, the mobile terminal will emit an alarm sound at the maximum volume, and the alarm sound includes a voice message asking you to insert the user card;

[0347] If the mobile terminal is inserted with the user card again or a new card is inserted, the mobile terminal stops sending the alarm sound and takes a photo to report the loss;

[0348] If a new card is inserted, the mobile terminal will automatically send the new user card number to the cloud account and / or the reported loss number.

[0349] According to the above implementation method, the abnormal use system also includes an illegal use space, which is a running program that is in a stolen state after the mobile terminal is confirmed to be stolen and is illegally used in the stolen state;

[0350] The illegal use of space includes an automatic alarm program that can be spontaneous or triggered.

[0351] Based on the above method, another intelligent anti-loss technology solution can be derived after meditation, which can automatically alarm when the mobile terminal is illegally shut down or the card is illegally removed. This solution will be described in detail in the embodiment.

[0352] Finally, the present invention also provides another method for realizing intelligent security of a mobile terminal, the method comprising: the mobile terminal has two systems for legal use and abnormal use;

[0353] When the mobile terminal is first powered on or activated, the user is guided to enter and store password data for identifying whether the mobile terminal is used to start a legal system, take photos and report loss, or start an abnormal system;

[0354] The mobile terminal having the above settings is enabled to use the system abnormally when it is identified that the received password data does not match the stored password data or the identification times out or the total number of times of mismatch and timeout is greater than N times, where N is an integer greater than 0;

[0355] Among them, the password data includes: non-biological password data, biological unique feature data, and is also the unlocking password for the mobile terminal to enter the legal use system. That is, if the received password data is consistent with the stored password data, the mobile terminal activates the legal use system or unlocks and activates the legal use system.

[0356] According to the above method, the legal use system includes: a limited legal use space with a public menu and a limited legal use space with a private menu; to enter the limited legal use space with a private menu from the limited legal use space with the public menu, it is necessary to verify whether another password data or another type of password data matches. If it does not match, the user enters the abnormal use system.

[0357] According to the above method, during the abnormal use of the system, if it is identified that the password data recognized by the system matches, the mobile terminal enters a limited legal use space with a public menu or displays a page that has not been unlocked by the legal use system (such as the lock screen after restarting or rebooting, or the page that automatically locks after every 72 hours and requires a password to be entered to unlock).

[0358] According to the above method, the abnormal use system includes an automatic alarm program. If the abnormal use system is turned on by the mobile terminal, even if the physical user card is not inserted into the mobile terminal or the physical user card is pulled out, or the PIN code entered after the PIN code pops up after the mobile terminal is restarted is incorrect or no PIN code is entered, or the mobile terminal is not bound to the eSIM card number or the eSIM card number is unbound, the mobile terminal will also issue an alarm sound when or after the automatic alarm program is turned on.

[0359] It should also be emphasized that the abnormal use system of the present invention may also have menus or applications that are not listed in the present invention, but there are no menus related to security function settings, limited display of received information, and no menus, information and applications containing private data in the legal system; the abnormal use system of the present invention can download applications, but once the application is registered with private information, it will be automatically reported lost and / or automatically moved into or saved in the legal use system (to protect the owner or family from misoperation, but if the theft is confirmed, the private information of the illegal user who registered or logged in the downloaded application will be sent to the cloud account or shared or retrieved by the cloud account).

[0360] The abnormal use system of the present invention is similar to the legal use system. If it is subdivided, it can also be divided into two parts. One part is the space system used by the owner or relatives and friends who operate the phone by mistake and the person who just picked up the lost phone. The other part is the space system used after the theft is confirmed.

[0361] The present invention's non-normal use system and the public interface within the legal use space (including the inductive interface or menu within the public interface) share similar inventive purposes. However, the non-normal use system is relatively independent of the existing operating system and is certainly not identical. Because the non-normal use system is an auxiliary system, the modifications to the existing operating system code of the mobile terminal during implementation and development are relatively small, and it can be gradually optimized and upgraded from simple to complex, promoting technological transformation. The disclosure of this invention may accelerate the industrialization of innovative technical solutions for intelligent security of mobile terminals.

[0362] The above content is a comprehensive solution for how mobile terminals, led by mobile phones, can achieve fully intelligent security encryption, reporting of loss, prevention of loss, and theft. However, some innovative technical solutions are not limited to mobile terminals, and some implementation methods can also be implemented in more electronic and electrical equipment and products such as computers and all-in-one computers. The mobile terminal described in the present invention may also include smart wearable devices such as head displays and watches. In addition, this series of inventions is also a series of new computer devices / equipment / systems / servers, including memory or storage modules, processors or processing modules, user identity recognition modules, communication modules, call management modules, alarm sound modules, etc., as well as computer programs and systems stored in mobile terminals, and even large modules within small modules, large systems within medium systems, and medium systems within small systems. The creativity lies in that the processor executes the computer program to implement the steps of the method described in this series of inventions;

[0363] This series of inventions is also a series of computer-readable storage media, on which a computer program is stored. The inventiveness thereof lies in that when the computer program is executed by a processor, the steps of the method described in this series of inventions are implemented;

[0364] This series of inventions is also a series of computer program products, including computer programs / instructions or APP software. Its creativity lies in that when the computer program / instructions or APP software is executed by a processor, the steps of the method described in this series of inventions are implemented.

[0365] In addition, the cloud accounts and cloud systems in this series of inventions can be those provided by the mobile phone manufacturer. Some cloud accounts and cloud systems can also be third-party apps, or third-party applications based on a certain platform like WeChat applets. The reported lost numbers in this series of inventions, in addition to mobile phone numbers, can also be email addresses, social account numbers, etc.

[0366] The implementation of this series of inventions has important social significance and obvious technical effects: first, it enriches the functions of mobile terminal products, making mobile terminal products more intelligent, and enables mobile terminal products represented by mobile phones to automatically identify safe areas, reduce owner's misoperation, and improve ease of use; second, it taps the potential of human-computer interaction, so that mobile terminals have the ability to automatically identify owners and non-owners and report illegal user information to owners, and increase owners' control over their own belongings, thereby encouraging them to return the phone and promote a more harmonious and beautiful society; third, it further optimizes the ringtone management of incoming mobile phone calls, which can not only achieve do not disturb incoming mobile phone calls under irregular scenarios, but also avoid missing important calls to the greatest extent; and it introduces a method that allows stolen mobile phones to actively or passively emit sharp noises to reduce the desire of illegal invaders to get something for nothing, which can achieve the goal of significantly increasing the economic benefits of B-end mobile terminal manufacturers while solving the pain points of C-end consumers.

[0367] In particular, the invention's design of a mobile terminal that generates or triggers an alarm after theft is equivalent to an uncontrolled noise generator for the unauthorized holder. It's conceivable that once widely implemented, this will severely impact those who pick up someone else's lost phone and attempt to steal it. Not only will it be difficult for them to profit from it, but it will also cause them to suffer from sleepless nights, ultimately forcing them to abandon or return the lost mobile terminal. They may even develop a paranoid fear, and never dare to steal someone else's lost mobile terminal again. This, in turn, will trigger a chain reaction, encouraging other greedy individuals to abandon their illegal possession of stolen phones.

[0368] The innovative combination of multiple intelligent anti-loss functions, multi-space multiple encryption, and photo reporting in the present invention greatly enriches the full intelligent security functions of mobile phones. While meeting people's strong demand for not worrying about losing their mobile phones, it should also be able to promote the diversification of security technology innovation.

[0369] Finally, the mobile terminal abnormal use system and non-owner clone operating system provided by the present invention are a powerful supplement to the existing operating system of the mobile terminal. They not only improve and enrich the existing technology, but also accelerate the launch of many new security functions for mobile terminals. DETAILED DESCRIPTION

[0370] Since the present invention relates to the field of mobile terminal technology and the technical solution is implemented through software programming, the embodiments of the present invention mainly describe the operating steps of relevant functions of mobile terminals mainly based on mobile phones and the logical relationship between the steps and related devices.

[0371] In addition, the present invention is a continuation of the background technology and is a more detailed series of method inventions under the general technical concept of mobile phone security. The specific embodiments may need to be combined with the contents of the patent application documents mentioned in the background technology for a clearer interpretation.

[0372] Example 1:

[0373] Mobile phone face recognition security reporting requires not only the ability to obtain a clear facial photo, but also the ability to obtain a photo and more information about the person who found the phone or illegally used it as soon as possible after the phone is lost or stolen, proactively and naturally, without alerting the suspect. This prevents the possibility of not obtaining effective tracing clues before the phone's battery is completely depleted, or the illegal owner delaying charging the phone after the battery is completely depleted, making it impossible to recover the phone in a timely manner. To this end, this embodiment expands on existing face unlocking technology and incorporates the possible actions that may occur after a lost phone is picked up to address the above issues.

[0374] The implementation steps of the mobile phone in this embodiment are as follows:

[0375] First, register a cloud account on your phone and log in to your phone account and / or set a report loss number;

[0376] Then enter the screen unlock password on the phone, including guiding the entry of face recognition data;

[0377] For a mobile phone that has completed the above settings, when the internal tilt sensor of the mobile phone senses that the horizontal or vertical screen of the mobile phone is tilted within a preset range and / or rotated within a preset range with the horizontal plane and the proximity sensor senses that the mobile phone camera or the front camera is not blocked, the mobile phone camera starts scanning; after the mobile phone camera starts scanning, the light-sensitive sensor or the camera processing module starts to light up the mobile phone screen and adjusts the screen brightness according to the ambient brightness and enters the focus scanning state, preferably lighting up the home screen containing the emergency reporting contact phone icon menu and / or related prompts first; or the mobile phone camera starts scanning, the camera processing module starts to light up the mobile phone screen and adjusts the screen brightness according to the ambient brightness, and when the mobile phone camera scans a relatively complete image of the human eye and / or facial contour, the mobile phone camera processing module enters the face focus scanning state;

[0378] If the phone's camera module fails to scan a facial image within the scanning cycle, the phone returns to standby mode or remains in an unlocked display state. If the facial image scanned by the phone's camera module within the scanning cycle is incomplete or lacks recognizable clarity, and the phone's camera processing module appropriately extends the facial focus scanning state but still fails to obtain a relatively complete and clear facial image, the phone also returns to standby mode or remains in an unlocked display state. In the unlocked display state, if the screen is turned, the phone's camera will be turned on again to scan or directly take a photo to report the loss.

[0379] If the image data obtained by the focus scan matches the recorded facial data, the phone enters the use state (for phones with public and private menus in different interfaces in the present invention) or enters the use state and waits for another password lock combination to unlock the private interface (for phones with public and private menus in different interfaces and the private interface is a double password lock in the present invention) or the screen is unlocked to enter the use state (for phones with public and private menus mixed in the prior art);

[0380] If the image data scanned by the focus function does not match the recorded facial data, the phone's camera will focus to take a photo or record a video, and send the photo or video and address information to the cloud account and / or the reported number. The phone screen will remain on the home screen or enter other non-privacy usage states.

[0381] If the image data scanned by focus does not match the recorded facial data, the mobile phone camera focuses to take photos or record videos, and sends photos or videos and address information to the cloud account and / or reporting number. After the mobile phone screen remains in the home screen state or enters other non-privacy usage states, the phone will perform facial recognition again to take photos and report the loss or other types of reports at regular intervals.

[0382] It should be noted that in order to obtain a higher reporting probability, the inclination range and / or inclination rotation arc sensed by the sensor that triggers the mobile phone camera to start scanning can be appropriately relaxed compared to the inclination degree of the face unlocking screen; but in order to obtain clearer facial photos, the method of comparing human eyes and / or facial contour image models and even the face distance range or further using a more accurate algorithm to perceive that there are human eyes looking and / or faces facing the mobile phone screen allows the mobile phone camera processing module to enter a high-pixel face focus scanning state, which can reduce false shots and false alarms and improve the accuracy of photo reporting.

[0383] It's also worth noting that the phone uses sensors to detect tilt angles and / or rotation arcs, as well as whether the camera is blocked, to trigger the camera to start scanning. The screen then lights up based on the ambient brightness sensed by the sensor. This not only saves power but also allows for invisible photo reporting in brightly lit areas without the phone screen displaying. Furthermore, invisible photo reporting can occur without visible icons or text on the screen, such as camera start, scanning, or brightness adjustment, and without the sound of a camera being recorded.

[0384] The above is a report loss solution that has a high probability of obtaining a face photo when the phone is picked up. If the phone is picked up very gently or for other reasons, a complete and clear face photo cannot be obtained. After the phone's power button or HOME button is pressed, the phone screen will turn on and the camera will start scanning without the need for tilt sensor detection. The camera processing module will adjust the screen brightness according to the ambient brightness and enter the focus scanning state. Alternatively, after the power button or HOME button is pressed, the phone's camera will start scanning. The camera processing module will start to turn on the phone screen and adjust the screen brightness according to the ambient brightness. When the phone camera scans an image of a human eye and / or facial outline, the phone's camera processing module enters the face focus scanning state. If the phone's power button or HOME button is pressed and a complete and clear face photo cannot be obtained in time, the phone can directly take a photo and send it to the cloud account when it detects that the screen has been swiped, the page has been turned, or an attempt has been made to turn the page through an air gesture.

[0385] There are other scenarios that may trigger facial recognition photo reporting, such as when a mobile phone call or message comes in. The technical solutions are basically the same and will not be described one by one in this embodiment.

[0386] Mobile phone facial recognition photo reporting, especially sensor-based facial recognition photo reporting, can lead to false positives if the gaze sensing algorithm is inaccurate or too sophisticated. For example, if the owner is wearing makeup or not facing the phone directly, the facial data captured by the phone after focusing may differ from the facial data already stored on the phone, leading to an erroneous photo report. Solutions include increasing the number of scans, lengthening the duration of a single camera scan, not taking a photo during the first scan, using high-quality camera modules, and sending facial recognition photo reports only to a cloud account or the owner's personal report number. Alternatively, facial recognition can be performed first, followed by iris recognition, and only a photo report can be submitted if the two data do not match.

[0387] Furthermore, after a mobile phone is reported lost several times using facial recognition and taking photos, it can automatically shut down to save power. Before shutting down, it will send the scheduled startup time or the time period between scheduled startups to the cloud account and / or the reporting number to remind the owner to find or control the stolen phone more accurately at a certain time.

[0388] In addition, if the owner of the phone turned off the mobile data or turned on the airplane mode before the phone was stolen, then after the mobile phone in this embodiment compares the facial data obtained by the scan and finds that it does not match the facial data stored in the phone, the phone will automatically turn on the mobile data or turn off the airplane mode, and then send a report of loss and / or accept being manipulated.

[0389] Furthermore, to reduce false positives and misjudgments that trigger the phone to enter lost mode, this embodiment uses Wi-Fi hotspots at home, dormitories, work, and the owner's car as safe zones. Even if facial recognition within the safe zone doesn't match, the phone won't falsely report the phone as lost or enter lost mode. Safe zones can also be determined using AI data, specifically the owner's frequently visited locations. However, these locations shouldn't be too numerous, with the two most frequented locations being prioritized, typically corresponding to home, dormitories, or work.

[0390] The lost mode described in the present invention has many forms of expression in practical application, but the overall purpose is that when the mobile phone is in a lost state, under the premise of fully protecting the privacy and security information of the owner, it is beneficial for the owner to obtain more information about the illegal user or holder, and further remotely control the mobile phone to prevent the illegal user or holder from illegally possessing the stolen mobile phone, thereby achieving the goal of leaving the mobile phone on the road and no one picking it up, and returning it if it is found, rather than simply bricking the mobile phone and inaccurately locating it. Even if the positioning is accurate enough, once the stolen mobile phone is transferred, it is difficult to recover the stolen mobile phone without obtaining more information about the illegal holder. Therefore, the lost mode described in the present invention and even the mobile phone can be used as long as it is not used normally, the screen can be locked or even completely locked, and it can also be photographed directly or by turning pages to take photos or by biometric password data recognition and sending to the cloud account. At least the owner will be able to more easily obtain photos taken when the mobile phone is used abnormally.

[0391] Similarly, illegal usage patterns may not be static. For example, the illegal usage pattern of a mobile phone that has been lost recently can be used to induce as much information as possible about the illegal user and / or illegal holder of the mobile phone. The illegal usage pattern of a mobile phone that refuses to be returned after negotiation can be transformed into the use of deterrent or inexplicably chaotic program development, such as the system's automatic push of related cases of illegal appropriation of other people's property that is not worth the loss.

[0392] In addition, this series of inventions does not limit the situation where the stolen mobile phone is far away or there is little significance in recovering it. After the owner obtains sufficient information about the illegal user and there is no need to continue remote control, the stolen mobile phone can be fully locked, bricked or self-destructed.

[0393] Example 2:

[0394] In the background technology of the method for implementing a fully intelligent security mobile phone, an embodiment of an icon menu containing an emergency loss reporting contact phone number is disclosed. Furthermore, after clicking on the icon menu, a dial pad can be displayed. However, when using the dial pad to dial a non-emergency number, the called number cannot be dialed and a message cannot be sent to the input mobile phone number. In addition, the input mobile phone number or the called number will be invisible and sent to the cloud account and / or the loss reporting number, allowing the owner to obtain number information related to illegal users.

[0395] Furthermore, for the first-screen display status containing emergency contact phone numbers and / or prompts, if the facial data does not match, the mobile phone will take a photo and send it to the cloud account; or if a relatively complete facial image is not scanned but the first screen is turned, the mobile phone will take a photo and send it to the cloud account.

[0396] Going further, the dial pad after clicking on the icon menu will work normally for users who meet the facial recognition data. For users who do not meet the facial recognition data, calls to non-emergency numbers will not be dialed, and messages cannot be sent to the entered mobile phone number. A photo will be taken and the photo and the entered mobile phone number or the called number will be sent invisible to the cloud account and / or the report number.

[0397] In addition, for dialing the emergency contact number code, given that the mobile phone in the embodiment has facial recognition capabilities, it is conceivable to develop a mobile phone that sends different ringtones or voice ringtones based on the facial data of the person who clicks to call. That is, the ringtones or voice ringtones sent by the mobile phone are different when the owner and non-owner click to call. Similarly, the ringtones on the emergency contact receiving end are also different. The call ringtone for the non-owner can be more rapid and loud, thereby reminding the owner's loved ones that the owner's phone may be lost; or, the emergency contact number code dialed by the non-owner will send a voice or screen prompt with a reminder to relatives and friends that the phone may be stolen.

[0398] Based on this, if the mobile phone face recognition is illegal and / or the face is photographed and reported lost N times (N is an integer greater than 0), or the first and second biometric unique feature data do not match the first and second biometric unique feature data stored in the mobile phone, after taking a photo and reporting the loss, a message similar to "Please click on the emergency menu to contact the owner" can be displayed on the public interface, or the "Emergency Contact Number" icon menu can be automatically enlarged, or relevant information patterns, animated images, animations (which can be the current user's image or a deformed photo or an image processed by image editing software) can be presented, or a ringing, vibration, progressive ringing tone or corresponding voice can be automatically issued to remind the person who found the phone to actively contact the owner. If the person who found the phone ignores the reminder and does not actively contact the owner, but attempts to turn off the phone or take the phone away, the phone will detect a change in its location within a certain range or turn on motion detection, and automatically issue a high-alert sound according to the environment. There are many different scenarios and handling methods after a mobile phone is accidentally lost and picked up, and there are more embodiments if further details are provided.

[0399] For example: the owner accidentally lost his phone and it was picked up by someone. When the person who found the phone picked it up and looked at it, the phone camera started scanning. If the scanned facial data is not clear and complete, the phone screen may pop up attractive text, pictures, graphics or videos to attract the person who found the phone to look at the phone; if the complete and clear facial image data scanned by the phone does not match the recorded facial recognition data or the number of times a relatively complete facial image is not scanned within the preset time of the program exceeds a threshold, the phone will take a photo and send the photo address information to the cloud account and / or the reported number. The phone will enter an abnormal working state, and the phone screen will display a message like "Please click the emergency menu to contact the owner" or automatically enlarge the "emergency contact number" icon menu, and / or a slight ring tone will sound; if the person who found the phone If the emergency contact number is successfully dialed, the phone will not issue a voice reminder to dial the emergency contact number, such as "I accidentally lost contact with the owner, please help me contact the owner, thank you!"; if the person who found the phone did not dial or did not successfully dial the emergency contact number within the scheduled time, the phone will take a photo again and send the photo address information to the cloud account and / or the reported lost number, and issue a similar voice message; if the finder tries to turn off the phone or take the phone away, the phone will automatically emit a high alarm tone and high flash light according to the environment after detecting a certain range of changes in the location or turning on motion detection, and will take photos at intervals to report the loss and automatically dial the emergency contact number in turn and send text messages and MMS indicating that the phone has lost contact with the owner; if the finder pulls out the user card, the phone will sound an alarm at the maximum volume.

[0400] In addition, if the phone has airplane mode turned on in advance, after the emergency contact code is dialed or the phone is called, a prompt may pop up on the phone screen asking the caller whether to turn off airplane mode.

[0401] In addition, the icon menu containing the emergency contact phone number code on the first screen of this embodiment can be replaced by an icon menu that is suspended or displayed on the screen when the mobile phone recognizes the face and password data, etc., which does not match, and is not displayed when the face and password data match; it can also be replaced by a variety of implementation methods such as suspended or displayed on the screen when the mobile phone recognizes the face and password data in a non-safe area. In addition, by identifying other password data, the owner of the phone will not display the icon menu and / or related quotes containing the emergency loss contact phone number when using the phone, and the icon menu and / or related quotes containing the emergency loss contact phone number will only be displayed when the phone is reported lost or is used abnormally without matching other password data. In addition, the icon menu and / or related quotes containing the emergency loss contact phone number are not limited to being displayed or suspended only on the first screen.

[0402] Example 3:

[0403] This embodiment starts with a multiple password unlocking screen to construct a mobile phone that is both safe and confidential and also smooth and convenient to use.

[0404] When the mobile phone of this embodiment is turned on for the first time or when function parameters are set, after the mobile phone user card is activated or coded, the owner registers a cloud account and logs in to the mobile phone account and / or binds a lost / reported number according to the built-in boot program, and enters alphanumeric, facial, and fingerprint passwords and stores them in the mobile phone. The mobile phone processor automatically combines the alphanumeric, facial, and fingerprint passwords in pairs to generate three sets of unlock screen password groups; when the owner uses the mobile phone, as long as two of the alphanumeric, facial, and fingerprint password data match the password data entered in the mobile phone, the mobile phone screen will be unlocked or the mobile phone privacy interface will be entered; usually, the owner faces the mobile phone and touches the mobile phone fingerprint processor with his finger, and the mobile phone will successfully unlock the screen or enter the mobile phone privacy interface.

[0405] If the owner's family members sometimes use this phone or the public menu part of the phone, they need to enter their facial data. The phone processor will automatically combine the family members' facial data with the alphanumeric password into a new unlock screen password set. If the owner's family members also need to use the private menu part of the phone, the owner only needs to tell his or her family the alphanumeric password.

[0406] If the phone is lost, even if the illegal user knows the alphanumeric password of the phone, he cannot unlock the phone screen or enter the phone's privacy and security interface. The phone will also send the illegal user's photos, fingerprints, location and other information to the cloud account or the reported lost number. The phone can also send location sharing requests, screen projection control requests, and enter the induced mode.

[0407] If the owner forgets the alphanumeric password, he or she can enter the password reset page through face or fingerprint password to reset the alphanumeric password.

[0408] In this embodiment, alphanumeric, facial, and fingerprint passwords are entered and stored in the mobile phone. The mobile phone processor automatically combines the alphanumeric, facial, and fingerprint passwords in pairs to generate three sets of unlock screen passwords. This is an important step in the mobile phone parameter setting of this embodiment. This step is automatically completed by the program. The alphanumeric, facial, and fingerprint passwords entered and stored in the mobile phone are combined in pairs to form three side-by-side password locks. The relationship between the three side-by-side password locks is a series relationship, that is, at least two of the above three passwords must match the password stored in the mobile phone before the mobile phone screen can be unlocked or the mobile phone privacy interface can be entered.

[0409] The mobile phone of this embodiment has a password data recognition and photo-taking loss reporting function. Preferably, the mobile phone lock screen password data combination and the mobile phone cloud account login password data combination are synchronized. That is, after the mobile phone and user card are activated or programmed, the mobile phone parameter setting program guides the mobile phone user to successively enter alphanumeric, facial, and fingerprint passwords and store them on the mobile phone. Preferably, the mobile phone processor automatically sends the mobile phone number corresponding to the user card obtained by the mobile phone, along with three unlock screen password combinations generated by pairwise combinations of alphanumeric, facial, and fingerprint passwords, to the cloud system together or in sequence (the password data can also be sent directly, with the cloud account automatically combining them in pairs). The cloud account is automatically registered and logged in on the mobile phone. This embodiment facilitates simple and quick mobile phone parameter setting, simplifies user operation and facilitates user memory, while also increasing the consistency and security of the mobile phone and cloud account passwords. Once the cloud account login password and mobile phone lock screen password are synchronized, the owner can use this password combination to unlock the phone, log in to the cloud account, and access cloud services related to the mobile phone. When the mobile phone is used, the mobile phone automatically detects whether the password data matches the password data stored on the mobile phone. If not, the photo-taking loss reporting program is initiated.

[0410] In this embodiment, the method may further include: if the number of times that the password data entered each time the mobile phone is used does not match the lock screen password data stored in the mobile phone is greater than a threshold set by the program within a certain period of time, the mobile phone of the embodiment performs the following induced loss reporting operation:

[0411] The phone automatically switches to a specific interface or directly enters an induced loss reporting menu. The specific interface contains a relatively prominent induced loss reporting menu, such as a funhouse mirror or other entertainment games. During the use of the funhouse mirror or other entertainment games, the phone induces users to take photos and obtains personal information of the user and sends it to the cloud account. The phone can also automatically switch to a page with induced loss reporting content, such as the battery level displayed on the page is less than the actual battery level or a pop-up box pops up quickly during use, prompting the phone to be charged. Furthermore, if the phone is not charged, the phone will quickly run out of power according to the false display and then shut down to ensure that the phone actually has sufficient power when it is remotely controlled by the cloud account.

[0412] Example 4:

[0413] Whether a stolen phone is reported lost or remotely controlled, it relies on a working communication network. However, once a phone leaves its owner's home, there are many ways it could be disconnected from the network. Therefore, we will provide further explanation based on the solutions disclosed in the patent application documents mentioned in the background.

[0414] According to the background technology, if the packet data network gateway opens the cloud system and the cloud account is whitelisted, it is also possible to develop a program that can automatically report the loss to the cloud account and / or accept cloud account control even if the mobile phone does not have a physical user card but the virtual user card number is rewritten, or the data card is in arrears and is used abnormally. The steps to implement this program are as follows:

[0415] If a target mobile phone that has registered and logged in to a cloud account is detected to be used abnormally, the target mobile phone will send a request to the packet data network gateway to access the whitelist mobile phone cloud system. After receiving the request and authenticating it, the packet data network gateway will temporarily open the target mobile phone's network connection. The target mobile phone will start reporting the loss to the cloud account and / or accepting cloud account manipulation, and can renew network traffic through the cloud account.

[0416] If authentication is not necessary, if abnormal use is detected for the target mobile phone that has registered and logged in to the cloud account, the target mobile phone will send a loss report to the packet data network gateway.

[0417] This embodiment is equivalent to the operator opening a special network channel for the cloud account of the mobile phone manufacturer's cloud system specifically for locating lost mobile phones. As long as the mobile phone with a built-in virtual user card is powered on and unshielded, even if there is no card number in the phone, it can be automatically reported lost and / or controlled by the cloud account. Of course, this requires the mobile phone manufacturer or third-party card number service provider to reach a dedicated network cooperation agreement with multiple operators to automatically switch to the best network based on the strength of the network signal of each operator, completely solving the problem of network disconnection due to various reasons after the mobile phone is lost. In addition, if the operator connects and opens a dedicated whitelist number or MMS whitelist receiving system, it can also solve the problem of being unable to report the loss of the mobile phone due to network disconnection due to various reasons.

[0418] Example 5:

[0419] The embodiments of the present invention and the related patent applications primarily address the issue of automatically reporting a stolen phone without enabling airplane mode or turning off mobile data. While the decreasing cost of mobile data has reduced the likelihood of owners intentionally turning off mobile data, airplane mode remains a frequent use. Enabling airplane mode also disables mobile data, hindering both remote control of a stolen phone and automatic reporting.

[0420] To this end, this embodiment adopts a method for automatically resetting and / or automatically executing some functions of the mobile phone to realize automatic reporting of the stolen mobile phone. After automatic reporting or timed invisible startup or charging invisible startup, the stolen mobile phone can accept remote control of the cloud account.

[0421] The mobile phone in this embodiment is a mobile phone that has registered a cloud account and / or bound to a reported loss number and has stored password data for unlocking the screen and authenticating the reported loss. When using the mobile phone, if the password data entered into the mobile phone matches the password data stored in the mobile phone, the mobile phone will unlock the screen and be used normally; if the password data entered into the mobile phone does not match the password data stored in the mobile phone, the mobile phone will start the reported loss program; when the mobile phone starts the reported loss program, if it detects that the mobile phone is in airplane mode and / or mobile data is turned off and the mobile phone cloud account is not logged in, the mobile phone will automatically turn off airplane mode and / or turn on mobile data and automatically log in to the mobile phone cloud account, and then send the reported loss information to the cloud account and / or the reported loss number, and further accept remote control of the cloud account; if the mobile phone turns off airplane mode and / or turns on mobile data and automatically logs in to the mobile phone cloud account, but there is still no network, the reported loss information will be stored and will be sent after a usable network is detected or after it is turned on again.

[0422] For scenarios where a phone's mobile data is turned off before it's stolen, rather than in airplane mode, meaning calls and incoming text messages are unrestricted but mobile data is turned off, this embodiment can also develop a technical solution where, after a number of calls from important friends or relatives are answered or missed, the stolen phone automatically switches its mobile data back on, or sends a specific text message command to turn it on. This provides network support for automatically reporting the stolen phone to a cloud account and allowing remote control of the cloud account. The phone number of the important friend or relative calling from the phone is preferably the emergency contact number in the phone, enabling quick number sharing.

[0423] Given that there will be fewer scenarios where mobile data will be intentionally turned off in the future, the possibility of implementing the above technical solution is also relatively small. However, scheduled invisible power-on and charging power-on are very effective technical solutions for remotely controlling stolen mobile phones, and the frequency of scheduled power on and off of mobile phones is also relatively high. Therefore, after the mobile phone is restarted or turned on again, the mobile phone that previously turned off mobile data and / or turned on airplane mode and did not log in to the cloud account will automatically default to the mobile data turned on and / or turned off airplane mode and the cloud account automatically logged in state. This should be a simple and easy implementation. Furthermore, after the mobile phone is restarted or turned on again, the screen may pop up a corresponding prompt and perform subsequent guidance settings based on facial recognition.

[0424] When the mobile phone's battery level is lower than the threshold and it is shut down, it will be scheduled, charged to start up, or scheduled to be invisible, charged to start up. The above-mentioned mobile phones that have set flight mode and other communication restriction functions before shutting down will automatically reset and cancel the restrictions, including canceling the opening and scheduled opening of flight mode, canceling the closing and scheduled closing of mobile data, canceling the previously set scheduled shutdown, and automatically logging in after the cloud account mobile phone is logged out, etc.; in addition, the mobile phone can cancel the communication restrictions by adding an option to cancel the communication restrictions by default when the mobile phone is started to report the loss or after restarting the phone in the relevant settings menu; in addition, in order to obtain more information about the illegal user or holder, the mobile phone will not be fully locked after restarting, but the full lock screen of all menus and applications can be changed to the lock screen of the privacy interface or all privacy, security menus and applications, and / or the cloud account remote control full lock screen of all menus and applications can be changed to a remote control lock screen of the privacy interface or all privacy, security menus and applications, which is equivalent to adding an additional remote control door or a remote control lock to the privacy interface.

[0425] At the same time, for the sake of safety, when implementing specific technical solutions, combined with background technology, similar to the one-touch switch for airplane mode, Bluetooth switch, one-touch network disconnection and connection, and other icon menus in the negative first screen of some brands of mobile phones, although convenient for the owner to use, it provides criminals with an opportunity to disconnect from the network and escape after the mobile phone is stolen or lost. It is recommended to cancel or modify it so that it can only be turned on or connected, but not turned off or disconnected.

[0426] Example 6:

[0427] This embodiment provides a fully intelligent face recognition photo-taking and lost reporting mobile phone, which has multiple eSIM cards and a physical user card slot and card tray built in for writing codes and inserting cards.

[0428] In this embodiment, after the mobile phone is activated by inserting the card or the eSIM card is activated and the code is written, the mobile phone guides the owner to enter facial data, fingerprint data, etc. stored in the mobile phone memory as the mobile phone lock screen password. Some necessary data is sent to the cloud system together with the obtained mobile phone number, and a cloud account containing the mobile phone number is associated and generated.

[0429] When the phone is in use, it executes different programs based on the scanned face data, recorded fingerprint data, and / or usage environment:

[0430] When the phone is connected to the home Wi-Fi and working in home mode, the phone screen will unlock and enter different parallel spaces or privacy interfaces according to the entered fingerprint data, which can realize the convenient use of one device for multiple people with encryption;

[0431] When the phone detects that the network traffic it is connected to is not the home WIFI, it switches to the away-home standby state of the mobile phone mode. If the face data scanned by the phone matches the face data stored in the phone, the phone screen enters the public interface or public menu or non-full lock screen working state; if the fingerprint data recorded by the phone matches the fingerprint data stored in the phone, the phone screen enters the private interface working state or the corresponding parallel space;

[0432] When in standby mode outside home, if the facial data scanned by the phone does not match the facial data stored in the phone, the phone will start the report program and the screen will enter the home screen state or the non-display state, or the phone can be further used on a non-fully locked screen page, during which the phone will take photos or take photos with facial recognition at intervals and send the report information to the cloud account; if the facial data does not match, even if the fingerprint data recorded by the phone matches the fingerprint data stored in the phone, the phone screen will not be able to enter the privacy interface working state or the corresponding parallel space; in standby mode outside home, both the face and fingerprint data must match before the phone screen can enter the privacy interface working state or the corresponding parallel space, and the phone can further be used normally outside the home. It is also preferred that the invisible face recognition be automatically turned on again every half hour.

[0433] When the above-mentioned mobile phone starts the reporting procedure, if it is detected that the mobile phone is in airplane mode and / or mobile data is turned off and the mobile phone cloud account is not logged in, the mobile phone will automatically turn off airplane mode and / or turn on mobile data and automatically log in to the mobile phone cloud account, and then the mobile phone will send the reporting information to the cloud account; if the above restrictions are lifted and the reporting information is still not sent due to reasons such as no network, it will be automatically temporarily stored in the mobile phone and wait to be sent after it is turned on again.

[0434] In this embodiment, after a mobile phone is reported lost several times through facial recognition photography within a threshold time, it enters lost mode. Although illegal users can use the public interface of the mobile phone without the lock screen, they are more likely to be tricked into revealing more information and being tricked into charging the phone. The phone will not exit lost mode until the facial data and / or fingerprint data scanned by the phone match again.

[0435] If the fingerprint data in this embodiment is replaced by iris data, the smooth and seamless use effect may be further enhanced.

[0436] In addition, during the activation process of inserting the card into the mobile phone, this embodiment automatically stores the unique identification data on the card in the mobile phone and synchronizes the face, fingerprint and other password data to complete the automatic loss reporting function of illegal card replacement. After the user card is recoded to the eSIM card and loses communication function, there is no need to change the PIN password. In other words, the physical card is legal for the mobile phone but no longer provides communication services. The eSIM card is used for both mobile phone communication and Internet access. If the mobile phone is stolen and replaced with another physical user card, this embodiment automatically reports the loss of the mobile phone, and the owner can obtain the mobile phone number of the illegal user, helping to track the stolen phone and the illegal user.

[0437] Furthermore, in this embodiment, after the mobile phone has its card illegally replaced or its code illegally written or bound, the screen is not locked or completely locked but can enter a new system that is different from the previously locked screen operating system. The mobile phone can be used illegally and, during use, send a loss report to a previously registered cloud account and / or a set loss report number, and / or accept remote control.

[0438] In addition, if the mobile phone only supports multiple virtual user cards, a dual-card service can be selected after user activation or user activation coding. The dual-card service requires operator support, which is to optionally copy or automatically copy the data of a set of main user cards to the secondary virtual user card of the same mobile phone, or bind the activated secondary virtual user card to the activated main user card into a package. Furthermore, the secondary virtual user card is limited to providing backup network traffic for the mobile phone after the main user card fails to work, so that after the mobile phone is lost, the owner's main user card can be migrated to other mobile phones, and the lost mobile phone can still be online on the mobile network uninterruptedly.

[0439] Example 7:

[0440] This embodiment provides a secure encrypted loss reporting mobile terminal. When the mobile terminal is first used and activated or after the mobile terminal is activated, it is usually necessary to set up the home or work WIFI. The mobile terminal automatically searches for the WIFI name. After the owner enters the WIFI password, a prompt pops up on the screen asking whether to set the WIFI coverage area as a safe area. After the owner sets it, the mobile terminal then guides the owner to set unlock information for multiple related functions or set the unlock information to be synchronized with the multiple related functions. It also guides the owner to quickly register and log in to a cloud account and / or quickly bind an emergency loss reporting number. In this embodiment, two types of unlock information are preferably set;

[0441] In this embodiment, when the mobile terminal is in standby mode and is used, the mobile terminal will obtain the corresponding password data and automatically detect whether the current location of use is in a safe area. If it is in a safe area, even if both password data and the unlocking information do not match, the mobile terminal will not initiate the loss reporting procedure. If it is in a safe area and one of the password data matches the set unlocking information, the mobile terminal screen will be unlocked to display the multiple related functions.

[0442] If the mobile terminal is not in a safe area, and as long as one of the password data does not match the set unlock information, the reporting procedure will be activated; if the mobile terminal is not in a safe area, and both password data match the set unlock information, the mobile terminal screen will be unlocked to display the multiple related functions.

[0443] It should be noted that the main purpose of the present invention and this embodiment in setting up a security area for a mobile terminal is to provide an implementation idea, and does not limit the role of password data in the security area. For example, at home, if the owner does not mind, the screen of the mobile terminal can be in an unlocked state, but when leaving the WIFI coverage area at home, the mobile terminal enters a locked state and requires password data to unlock; multiple parallel spaces can also be set up for the privacy interface at home or at work, and the privacy interface of the mobile terminal needs to be double unlocked when leaving the WIFI coverage area at home; similar implementation scenarios are not elaborated in detail.

[0444] In addition, the settings of the mobile phone security area can be included in the boot-up forced boot program when the mobile phone is turned on and activated.

[0445] Example 8:

[0446] This embodiment provides a mobile terminal that removes obstacles for automatic loss reporting. As in the above embodiment, when the mobile terminal is first used and activated or after the mobile terminal is activated, the owner registers and logs in to a cloud account and stores the cloud account name and login password and / or sets an emergency loss reporting number and unlocking information for authenticating the loss report;

[0447] If the mobile phone account is logged out, the phone will automatically log in to the cloud account at intervals or at an optional set time;

[0448] In addition, when the mobile terminal of this embodiment is in standby mode and is used, if the mobile terminal detects that the obtained password data matches the stored password data for identifying the loss report, the loss report procedure will not be initiated; if the obtained password data does not match the stored password data for identifying the loss report, the loss report procedure will be initiated;

[0449] When the mobile terminal loss reporting program of this embodiment is started, if it is detected that the mobile terminal cloud account is not logged in or is in the logged out state, the mobile terminal of this embodiment retrieves the stored cloud account name and login password and automatically logs in to the cloud account;

[0450] If it is detected that the mobile terminal of this embodiment is in the WIFI off state, the WIFI is automatically turned on and the connectable WIFI is automatically connected or the password-free WIFI is automatically connected or the shareable WIFI is shared when the mobile terminal is close to the device sharing WIFI;

[0451] If it is detected that the mobile terminal of this embodiment is in the airplane mode on state and / or the mobile data flow is off state, the airplane mode is automatically turned off and / or the mobile data flow is turned on;

[0452] If it is detected that the mobile terminal of this embodiment has logged into the cloud account and is in a network communication activation state, a loss report information is sent to the cloud account.

[0453] Furthermore, when the mobile terminal lost report program of this embodiment is started, if it is detected that the mobile terminal positioning function is in the off state, the positioning function is automatically turned on to obtain location information, and a lost report information containing the location information and / or a real-time location sharing request is sent to the cloud account.

[0454] Furthermore, when the mobile terminal of this embodiment starts the lost report program for the Nth time within the threshold time, it can send the lost report information including the screen projection control request to the cloud account after sending other lost report information. N is an integer greater than 0, and is preferably greater than or equal to the lost report information including the screen projection control request sent when the lost report program is started for the second time.

[0455] Furthermore, when the mobile terminal of this embodiment starts the loss reporting program for the Nth time within the threshold time, a switch hidden in the loss reporting program for automatically connecting when called by the cloud account and / or the loss reporting number can also be automatically turned on.

[0456] In addition, if the owner sets the WIFI at home and / or work as a safe area on the mobile terminal of this embodiment, if the mobile terminal detects that the current location is in the safe area set by the owner when it is used, the reporting procedure will not be started.

[0457] Furthermore, when the mobile terminal of this embodiment starts the warning program based on the owner's operation, it will turn on the switch hidden in the warning program for automatically connecting calls to the emergency loss reporting number;

[0458] When the mobile terminal receives the call signal sent by the emergency loss reporting number, it automatically connects or automatically enters a one-way call state.

[0459] Furthermore, if the mobile terminal warning program of this embodiment is not enabled, when several call signals initiated by the emergency reporting number are received within the threshold time, the mobile terminal will automatically send information containing location information and / or real-time location sharing request to the emergency reporting number.

[0460] Furthermore, when the mobile terminal of this embodiment starts the loss reporting procedure for a preset number of times within the threshold time and receives several call signals initiated by the emergency loss reporting number within the threshold time, the mobile terminal automatically connects or automatically enters the one-way transmission state.

[0461] Example 9:

[0462] Based on the above embodiment in which a mobile phone can automatically clear obstacles to reporting a loss and automatically connect an incoming call, this embodiment mainly describes an embodiment in which the owner's mobile phone automatically sends positioning information to the owner's family members' mobile phones and even automatically shares the location in real time.

[0463] First, the automatic sending of location information by the owner's phone to the owner's family members' phones, and even automatic real-time location sharing, are optional settings. The implementation steps are as follows:

[0464] In this embodiment, when the mobile phone is turned on and activated or after it is activated, it guides the binding of a family member's mobile phone number or another mobile phone number of the owner, the data card number in the tablet computer, etc., and is set to start sending positioning information or real-time location sharing requests to family members' mobile phones under special conditions; the special conditions can be the Nth incoming call from the family member's mobile phone within a threshold time (both missed and answered), or the owner's mobile phone automatically agrees to the real-time location sharing request sent by the family member's mobile phone after the Nth incoming call within the threshold time after the family member's mobile phone sends the real-time location sharing request, or other special conditions, such as the owner's mobile phone automatically turning on at a scheduled time or automatically sending positioning information or real-time location sharing requests to family members' mobile phones after charging and starting up (the default is to automatically cancel after N minutes, preferably more than 30 minutes), etc.

[0465] Furthermore, if the mobile phone of this embodiment is set to flight mode or has positioning and mobile traffic turned off in advance, the mobile phone will automatically remove the obstacles after it is turned on again, and then automatically send positioning information or real-time location sharing requests to family members' mobile phones.

[0466] The benefits of this embodiment are: first, it solves the problem of the prior art that family members' mobile phone locations are constantly shared, which increases power consumption; second, the prior art requires that family members' mobile phone locations be shared on at least two mobile phones, while this embodiment only requires that the location be set on the owner's mobile phone or on the mobile terminal of the minor's child by the parent; and third, it enriches the mobile phone security function. Once the owner's mobile phone is stolen, the location of the stolen phone can be obtained through the mobile phones of family members or another mobile terminal of the owner, or the location can be shared in real time to facilitate tracing the stolen phone.

[0467] Example 10:

[0468] While nearly all existing mobile phones have a Do Not Disturb (DND) feature, this feature is primarily used during periods of sleep or focused work. For temporary, non-periodic, and irregular calls requiring no ringing, existing technology offers options for instantly enabling DND, setting the phone to silent, vibrate, or focus mode, or even flipping the phone to silent mode. However, current DND and mute / vibrate settings are either generic or cumbersome, making them difficult to meet the needs of all mobile phone users for more intelligent ringtone management.

[0469] This embodiment provides a mobile phone ring optimization management system for certain scenarios where a mobile phone is set to vibrate or silent, or the ring setting is often forgotten to be restored after Do Not Disturb is turned on, resulting in not hearing calls from friends and relatives or even missing important business calls. The system is suitable for mobile phone call management and call management of mobile phone social software.

[0470] In order to ensure that the phone does not ring in special scenarios and that important calls are not missed as much as possible, scenarios such as meetings and irregular breaks can be classified. According to the actual length of time the phone does not ring, a pop-up box and quotation on the phone screen are designed to guide users to set the time interval for silent calls. When setting the phone to not ring in meetings or irregular breaks, users are guided to enter the end time of the meeting or irregular break or select a time period that does not affect the meeting or irregular break. After the entered time or the selected time period, the phone will default to standby mode for ringing calls, and the phone will ring or ring after an incoming call.

[0471] The specific implementation of the optimized ringing operation program is as follows: enter the phone's sound settings menu, and when the phone's incoming call ringtone needs to be temporarily or irregularly periodically or for a longer period of time according to the phone's usage scenario, a pop-up box and a quotation will pop up on the phone screen to guide you to set the incoming call silent ringing time interval. The pop-up box has at least the option of temporary setting or temporary setting and longer setting. After the temporary setting of the incoming call silent ringing time interval is set, the phone will automatically return to the incoming call ringing or ringing mode when the preset time is reached;

[0472] If you select a longer time or an uncertain end time setting, the phone will not ring when it receives a call, or when it receives a call from a non-specially categorized phone, or when it receives a call from a specially categorized phone, at least the first call will not ring, waiting for the setting to be manually modified.

[0473] The setting of the silent call time interval includes the setting of the silent call time period or the setting of the silent call cutoff time.

[0474] After the mobile phone of the embodiment automatically returns to the incoming call ringing or ringing mode, the mobile phone screen retains or pops up again and retains the missed calls during the period when the mobile phone did not ring.

[0475] In the embodiment, the mobile phone does not ring when an incoming call occurs, including mute and vibration of the mobile phone, which can be selected according to the scene requirements.

[0476] In addition, in the embodiment, the running programs of the mobile phone sound setting and the mobile phone optimized ringing belong to the subprograms under the mobile phone setting menu or are independent from the mobile phone setting menu and presented on the mobile phone screen as a mobile phone sound setting function menu, or are both subordinate to the mobile phone setting menu and presented on the mobile phone screen as an independent function menu.

[0477] As described above, in the embodiment, within the silent call time interval for incoming calls, for the first incoming call from all numbers or social accounts, or the first incoming call from numbers in the mobile phone's address book, or the first incoming call from outgoing numbers saved in the mobile phone's call log, or the first incoming call from a corresponding combination, the mobile phone vibrates or goes silent, and after the vibration or silence ends, or after the silent call is hung up several times, it automatically replies with a message to contact again after the silent call time is over, or with related information.

[0478] According to the above description, in the embodiment, during the silent call time period, the mobile phone will not ring for incoming calls from phone numbers or social accounts other than those set as important friends and relatives.

[0479] According to this embodiment, the telephone numbers or social accounts of the important relatives and friends are pre-categorized and set, and the telephone numbers of the important relatives and friends include an emergency reporting number, which is synchronized or partially synchronized with the cloud account number, verification number, and warning number registered with the mobile phone.

[0480] According to this embodiment, the numbers or social accounts are pre-classified and categorized, and the mobile phone can optionally present different responses to incoming calls during the dormant time interval according to the different levels.

[0481] It should be noted that the setting of the above-mentioned interval time is different from the setting of periodic interval time in the existing technology of call do not disturb or attention mode. The setting of the above-mentioned interval time mainly selects a time period after the current time or sets an end time, and the timing starts from the set time. Based on this, in program development, a screen prompt can be automatically popped up according to the set end time point to indicate whether the phone does not ring or not. The screen can continuously display the countdown, allowing the mobile phone user to make a choice. If the user does not operate within the time limit, the program automatically returns to the incoming call ring or ring mode; or a screen prompt can be automatically popped up a few minutes before the set end time point to indicate whether the phone does not ring or not, allowing the mobile phone user to make a choice. If the user does not operate, the program automatically returns to the incoming call ring or ring mode at that time. Similarly, in program development, if the meeting time is long, a screen prompt can also be automatically popped up at the middle time node or two-thirds time node according to the set end time to indicate whether the phone does not ring or not to end early, allowing the mobile phone user to make a choice.

[0482] For urgent and important calls during meetings or irregular breaks, such as calls from phone books, important relatives and friends, or emergency loss reporting numbers, the second or third call within a short interval can be vibrated first and then ringed, or vibrated first and then sent a progressive ringtone from small to large, or sent a progressive ringtone from small to large with vibration, or sent a progressive ringtone from small to large directly, or directly ringed, or directly ringed and vibrated.

[0483] In addition, you can also add an automatic SMS reply to certain calls in the meeting after hanging up, telling the caller to call again after the meeting, etc. The certain calls and the above urgent and important calls can be classified in advance, or you can temporarily select the classified numbers during the setting.

[0484] To facilitate user convenience, the optimized ringtone settings menu for incoming calls in this embodiment can be separated into a separate sound settings menu from the phone settings menu. Clicking on the menu, the sound mode is divided into two options: no ringing and ringing. No ringing is further subdivided into vibrate and silent. After the user selects vibrate or silent, a pop-up box and a quote will pop up on the phone screen to guide the user in setting the silent ringing time interval for incoming calls. Ringing is further subdivided into ringing, progressive ringing, vibrate followed by progressive ringing, and vibrate and progressive ringing. The user can select a ringing mode by clicking on a separate ringing mode. If the user does not select, the phone will default to vibrate followed by progressive ringing. If the user clicks on the ringing option, a pop-up box and a quote will pop up on the phone screen to guide the user in setting the ringing time interval for incoming calls.

[0485] To facilitate the operation of mobile phone users, the mobile phone ringing setting optimized in this embodiment can also be turned on immediately by selecting the Do Not Disturb submenu in the mobile phone sound setting menu. A pop-up box and quotation will pop up on the mobile phone screen to guide the user to set the time period for incoming calls not to ring, so that the user can select and set the time period for incoming calls not to ring.

[0486] To facilitate the operation of mobile phone users, the mobile phone ringing setting optimized in this embodiment can also be separated from the mobile phone sound setting or attention mode setting in the prior art, and a function of not ringing the mobile phone during irregular time intervals can be developed separately.

[0487] The main technical problem solved by this embodiment is how to quickly and conveniently set up the Do Not Disturb function for incoming calls on a mobile phone in a scenario where Do Not Disturb is required during non-periodic periods, so as not to miss important calls as much as possible. This embodiment is mainly aimed at users who need their mobile phones to ring for a long time, at least during the day.

[0488] On the contrary, for users who do not need the phone ringing for a long time but need it temporarily, the following solution can be adopted: when the phone rings according to the phone usage scenario, a pop-up box and a quotation will pop up on the phone screen to guide users to set the ringing time interval for incoming calls. After the ringing time interval is set, the phone will automatically return to the silent mode when the preset time is reached.

[0489] The aforementioned ring time settings for incoming calls include setting the ring time period and the ring cutoff time. During the silent time period, calls from phone numbers or social media accounts other than those designated as VIP friends or family members can be silenced. For calls from phone numbers or social media accounts designated as VIP friends or family members, the phone can be set to vibrate first and then ring, vibrate first and then play a progressive ringtone, play a progressive ringtone, ring directly, or ring and vibrate.

[0490] Regarding the optimized management of mobile phone ringtones, if more scenarios are considered, there can be more technical solutions and implementation plans. A relatively simple one is to set the mobile phone to not ring during a meeting. If the flight mode is turned on, the user is also guided to set the end time of the flight mode. After the time ends, the flight mode is turned off and the phone returns to the ringing standby state.

[0491] Based on the above, this embodiment further expands the implementation of a fully intelligent security mobile phone (computer) with facial recognition and other authentication features that requires password data to allow others to temporarily or periodically use it (implementation method for fully intelligent electronic terminal to allow others to use it safely). The specific implementation plan is roughly as follows:

[0492] The owner (or administrator) enters the security function setting menu through password data such as face recognition. The screen displays options such as temporary use or fixed periodic use and corresponding quotations. After the temporary use time or fixed periodic use time is set, the mobile phone (computer) automatically defaults to the current area (local area network or wireless network or electronic fence area) as a safe area (set in advance). During the set time, face recognition and other password data will no longer be activated for identification of the relevant use space system, or even taking photos to report the loss or even sounding an alarm. Once the time reaches the set time point or the mobile phone (computer) leaves the current area, the password data will resume identification of the relevant use space system and the activation of related programs.

[0493] Example 11:

[0494] Based on Example 6, this embodiment provides a technical solution for double-encrypted intelligent loss reporting of mobile phones that is specific and relatively easy to implement.

[0495] In this embodiment, when the phone is powered on, activated, and registered with a cloud account, and the phone is linked to a lost / missing number, or afterward, the phone guides the owner and / or family members to enter corresponding facial data, fingerprint data, etc., which is stored on the phone. Facial data is used for both face recognition and photo reporting, as well as triggering the phone to enter different usage modes or systems.

[0496] When the phone with the above settings is used by the owner and / or family members, the phone's face recognition is legal, the phone screen displays a page with a public menu and / or a guide to enter fingerprint data, or at least a page with a guide to enter fingerprint data, the phone is entered with a fingerprint that matches the one stored in the phone, and the phone enters the privacy interface or unlocks the screen to enter a collection page of various application menus.

[0497] From the above, this embodiment provides an interface with both a public menu and / or an induction menu, and a guide for entering fingerprint data. This interface, combined with the mobile phone's double encryption and / or face recognition photo reporting, not only makes it convenient for the owner to use, but also makes the mobile phone more secure.

[0498] To break it down further, the phone can also enter different parallel spaces based on the facial data or fingerprint data of the owner and his family. Furthermore, if the phone is set as a safe area within the range of home WIFI coverage when it is turned on to activate a registered cloud account, bind a lost number, or later, then when the phone is used at home, it can directly enter the public interface and then the privacy interface or directly enter the collection page of various application menus without facial recognition or fingerprint recognition, or only enable one type of data recognition and enter different parallel spaces.

[0499] If the mobile phone in this embodiment is lost in a non-safe area and is picked up by someone else, triggering the mobile phone camera to scan the face and recognize it as illegal, the mobile phone will take a photo to report the loss and turn off or not turn on the fingerprint recognition module. The screen will not display a prompt or prompt for entering fingerprint data, that is, the mobile phone does not have an entrance for fingerprint recognition, but instead displays a page with an emergency contact number logo and / or a public menu and / or an inducement menu, or even a system with unregistered privacy applications specifically for illegal use.

[0500] If the mobile phone in this embodiment is lost and picked up by someone else, even if the face recognition of the mobile phone is not accurate enough and the face recognition is mistakenly considered to be legitimate and no photo is taken to report the loss, the fingerprint recorded in the mobile phone does not match the fingerprint data stored in the mobile phone or is not recorded within a timeout. The mobile phone will still take a photo to report the loss and will not be able to enter the privacy interface or the collection page of various application menus, but will remain in the illegal use mode.

[0501] This embodiment encrypts the phone using active scanning and passive entry of two types of unique biometric data. Different results from facial recognition are used to display different pages on the phone. Fingerprint recognition is enabled only when the facial data actively scanned by the phone matches. This solution increases both phone security and ease of use. If the facial data actively scanned by the phone is illegal, the phone takes a photo to report the loss, and an emergency contact number pops up to contact the owner promptly. This not only facilitates the finder to proactively contact the owner, but also allows the owner to immediately obtain the finder's photo information without leaking their private information. Furthermore, if the finder refuses to return the phone, the phone enters lost mode, where it will obtain more information about the illegal holder or user, and can be remotely controlled and / or automatically connected to calls from the reported number. The fingerprint data in this embodiment can be converted to alphanumeric or other password data, or the order of facial and fingerprint recognition can be reversed, which also constitutes the technical features and solutions to be protected by the present invention.

[0502] The lost mode described in this embodiment can also be expressed in various forms, such as causing a stolen phone to automatically emit a piercing, high-pitched noise that cannot be turned off or adjusted late at night or when being quickly transferred; before entering lost mode, the phone can determine based on the number of reports or whether it has been reported lost by a cloud account.

[0503] Example 12:

[0504] Based on the above embodiments, the present invention further provides an embodiment of multiple encrypted intelligent loss reporting and loss prevention for a mobile terminal. The embodiment is specifically as follows:

[0505] When or after the mobile terminal is powered on and activated, the mobile terminal guides the owner and / or family members to enter corresponding password data, including first-type password data (preferably facial data), second-type password data (preferably fingerprint data), and / or third-type password data (preferably alphanumeric passwords, and can also be fingerprint data of different fingers different from the second-type password data), stored in the mobile terminal, register a cloud account, and / or bind a loss reporting number; wherein, the password data is used to authenticate and trigger the mobile terminal to take a photo to report the loss and authenticate entry into different usage spaces, and the password data includes unique biometric feature data and non-biometric password data;

[0506] If the mobile terminal with the above settings is used and the first-type password data detected matches the first-type password data stored in the mobile terminal, the mobile terminal will not take a photo to report the loss. Instead, the screen will display a page with a public menu and a limited legal use space that guides the verification of the second-type password data (preferably, the upper half of the screen will be filled with multiple public menus, and the bottom center of the screen will be filled with the under-screen fingerprint sensor), or a page with the second-type password data to be verified (for mobile phones with fingerprint sensors on the side or rear of the phone);

[0507] After the mobile terminal authenticates that the first-category password data is consistent, if the second-category password data is authenticated to be consistent with the second-category password data stored in the mobile terminal, the mobile terminal enters the corresponding privacy interface legal use space or unlocks the screen to enter the corresponding collection page of various application menus legal use space (the screen displays the corresponding privacy interface or unlocks the screen to enter the corresponding collection page of various application menus); if the number of times the mobile terminal authenticates that the second-category password data is inconsistent with the second-category password data stored in the mobile terminal or the total number of timeouts exceeds N times (N is an integer greater than 0), the mobile terminal takes a photo to report the loss, and the mobile terminal enters the abnormal use space (the screen display remains in the original state or displays a page with an emergency contact number logo and / or a public menu and / or an inducement menu);

[0508] When the password data identified when the mobile terminal is used does not match the corresponding password data stored in the mobile terminal or the number of authentication timeouts exceeds N times (N is an integer greater than 0), the mobile terminal takes a photo to report the loss, and the mobile terminal enters an abnormal usage space (the screen display remains in the original state or displays a page with an emergency contact number logo and / or a public menu and / or an inducement menu).

[0509] According to the above, or further, after the mobile terminal of this embodiment takes a photo to report the loss, if the identified third-type password data corresponds to the third-type password data stored in the mobile terminal, the mobile terminal screen displays a page with a public menu and guidance to identify the second password data; the mobile terminal then identifies that the second-type password data corresponds to the second-type password data stored in the mobile terminal, and enters the corresponding privacy interface legal use space or unlocks the screen to enter the collection page corresponding to various application menus legal use space (the screen displays the corresponding privacy interface or unlocks the screen to enter the collection page corresponding to various application menus).

[0510] According to the above, if the mobile terminal is set with a security area when it is turned on and activated or thereafter, and the mobile terminal is used in the security area, the photo report will not be activated; the password data is only used to identify the legal use space of entering different privacy interfaces.

[0511] According to the above, or further, in this embodiment, the mobile terminal displays a page with an emergency contact phone logo and / or a public menu and / or an inducement menu, which is linked to an automatic alarm system program. When or after the mobile terminal displays a page with an emergency contact phone icon menu, if the number of operations other than clicking the emergency contact phone icon menu and the emergency contact phone code exceeds N times, the mobile terminal activates the automatic alarm program and automatically sounds an alarm at a preset time, or is triggered to sound an alarm.

[0512] Even if the mobile terminal is turned off, it will automatically sound an alarm at a preset time when it is automatically turned on by a scheduled timer or when it is automatically turned on by charging or after it is turned on. Alternatively, the alarm may be triggered to sound an alarm.

[0513] This embodiment involves more innovative combined technical solutions, but the relevant technical solutions are discussed in more detail in this specification or other embodiments, so this embodiment will not be elaborated in detail.

[0514] Example 13:

[0515] This embodiment briefly introduces how to make a stolen mobile phone automatically emit a sharp noise and the automatic alarm system of the mobile phone.

[0516] The implementation of this embodiment first requires consideration of how to confirm that the mobile phone is in a stolen state: first, after the owner discovers the theft, he / she reports the loss to the cloud account or sends a signaling report to the reporting number; second, the mobile phone enters an abnormal use state and / or automatically reports the loss based on the verification of the password data. However, if the mobile phone has a security zone setting function, even if there is a problem with the password data verification in the security zone, the mobile phone will not start the program of sending a sharp noise.

[0517] Secondly, to prevent stolen mobile phones from being maliciously damaged, software program development needs to consider whether the owner has received the report information and important information that has not been backed up in the phone before the stolen phone automatically emits a sharp noise; it can also be considered whether the stolen phone has been disconnected from the network or is about to be disconnected before the stolen phone automatically emits a sharp noise; and it is necessary to consider various factors such as whether the person who finds the lost phone has proactively contacted the owner or the contact number set by the owner.

[0518] Another relatively important factor is whether the stolen phone has sufficient battery power when the shrill noise is emitted. This ensures that the stolen phone automatically emits a continuous, eerie, terrifying screaming noise or a high-pitched flashing alarm tone after a scheduled time and / or after N reports of theft (N is an integer greater than 0), or automatically emits a continuous, eerie, terrifying screaming noise or a high-pitched alarm tone and flashing light after a charging power-up reaches a threshold. Of course, other sounds can also be emitted, such as a low knock, a high-decibel doorbell, or a relatively gentle voice persuading the illegal holder to return the stolen phone to the owner. After the program is activated, the phone's power button and volume control buttons become inoperable, preventing the illegal possessor from turning it off or adjusting the settings.

[0519] To ensure that a stolen mobile phone has sufficient power, in addition to the induced charging in the present invention, the stolen mobile phone can also automatically enter a certain degree of power saving mode when it enters the lost mode, and / or the stolen mobile phone automatically shuts down after emitting a special sound several times and only automatically turns on and sounds again late at night, or the stolen mobile phone enters a deep power saving mode after emitting a special sound several times.

[0520] The core of this embodiment is that after a mobile phone receives a loss report and / or detects it is lost, it will start emitting a continuous, uncontrollable, high-pitched noise on a scheduled basis, after charging and starting up, or on a scheduled, fixed-time basis. This method of automatically emitting a high-pitched noise, independent of physical buttons, may seem simple, but it can achieve unexpected technical benefits in the field. Furthermore, actual implementation, taking into account these and other factors, requires incorporating various technical solutions from this series of inventions, including forced boot settings, a non-full lock screen or public / private interfaces, access to emergency contact numbers after a lost phone is lost, facial, fingerprint, and password recognition with photo reporting, multiple ways of controlling a stolen phone, induced charging, and automatic power-on of a stolen phone.

[0521] In addition, in addition to allowing a stolen mobile phone to automatically send a sharp noise, the present invention can also provide a method for allowing a stolen mobile phone to passively send a sharp noise. In brief, after the mobile phone is confirmed to have entered lost mode or is disconnected from the network, if a menu, button or part of the menu on the mobile phone is touched or pressed, the mobile phone will send a sharp noise that cannot be turned off or the volume adjusted.

[0522] A stolen phone's continued, uncontrollable, high-pitched noise is likely to anger an unauthorized user, who might vandalize the phone. Therefore, this solution should be considered a backup plan for phone security. However, based on actual case studies, hypothetical theft scenarios can be created, with data models created to further analyze the context and details of the phone's use after theft. This can lead to even greater effectiveness by developing AI-powered real-time dialogue or persuasive warning systems. For example, the scenario described in Example 2, where a phone is forgotten or lost by its owner and then found by someone else, could be further refined.

[0523] Of course, if too many factors are not considered, and only the aspect of being able to automatically send an alarm sound after the mobile terminal is stolen is considered, then this embodiment may not be very complicated.

[0524] The following briefly describes how a mobile terminal generates or is triggered to generate an alarm sound after being stolen from the perspective of system modules and processing units. This embodiment includes:

[0525] A password data storage module is used to store all password data for determining whether the mobile terminal is in a stolen state, including non-biological password data and biological unique feature data; the password data is guided to be entered by the owner when or after the mobile terminal is powered on and activated;

[0526] a theft status determination module, which determines whether the mobile terminal is in a stolen state based on whether it has been reported lost or based on the password data in the storage module;

[0527] Automatic alarm system: when the theft is detected, the mobile terminal activates the automatic alarm program stored locally, and automatically sounds an alarm at a preset time, or when triggered, sounds an alarm;

[0528] Alternatively, when theft is detected, the mobile terminal activates an automatic alarm program stored locally. Even if the mobile terminal is turned off, it will automatically start up on schedule or when charging, or after being turned on, and automatically sound an alarm at a system preset time, or be triggered to sound an alarm.

[0529] According to the above modules and systems, the theft status determination module includes:

[0530] The first receiving and verifying unit is configured to receive a loss reporting instruction sent by a cloud account registered with the mobile terminal or a loss reporting instruction sent by a terminal device to which the mobile terminal is bound to a loss reporting number. Once the instruction is received, the mobile terminal enters a stolen state.

[0531] The second receiving and verification unit is used to receive and identify the received password data with the password data in the storage module. When the mobile terminal is in use, if the image data scanned by the mobile terminal and / or the entered password data do not match the password data stored in the mobile terminal or the number of times the scanned and entered password data times out is greater than N times, where N is an integer greater than 0, the mobile terminal enters a stolen state.

[0532] According to the above modules and systems, the automatic alarm system can be simple or complex. A simple automatic alarm system can only store or retrieve the alarm sound of the maximum volume and drive and control the speaker to continuously emit the uncontrollable maximum volume alarm sound at a predetermined time; a complex automatic alarm system includes more storage sound modules or units and receiving, retrieving, judging, processing and control units, etc., and needs to be carefully programmed and developed according to the many scenarios that may occur after the mobile terminal is stolen in combination with the method of the present invention and the various factors that need to be considered during implementation as described above. More embodiments can be derived, such as: a gentle persuasion type automatic alarm system after the mobile terminal is stolen, a severe and shocking type automatic alarm system after the mobile terminal is stolen, an automatic alarm system that transitions from a gentle persuasion type to a severe and shocking type after the mobile terminal is stolen, an induced charging type automatic alarm system after the mobile terminal is stolen, an energy-saving and power-saving type automatic alarm system after the mobile terminal is stolen, an intelligent loss reporting type automatic alarm system after the mobile terminal is stolen, etc. This embodiment will not be further elaborated.

[0533] Example 14:

[0534] This embodiment mainly implements the development of the mobile phone abnormal use system proposed by the present invention on the basis of identifying password data (preferably facial recognition data). From the perspective of security, it is an important supplement to the existing mobile phone operating system. After the mobile phone is stolen, it can not only better protect the various data and account security of the owner, but also cut off the desire of those who illegally occupy the stolen mobile phone. It further promotes the realization of mobile terminals represented by mobile phones to achieve fear of loss. Even if the mobile phone is lost in a bustling crowd, no one will pick it up, take it home, or try to occupy it.

[0535] This embodiment can be based on the existing mobile phone operating system without affecting the owner's use, and can add an additional program or system or independent chip. It is mainly used to allow limited use of the stolen mobile phone by the person who finds or obtains the stolen mobile phone after it is stolen, rather than the existing lock screen that prohibits the illegal holder from using the stolen mobile phone. In this way, when the mobile phone is accidentally lost or illegally possessed, other people can actively contact the owner or the owner's relatives and friends while having limited use. Or the owner can fully obtain various information about the illegal possessor after the mobile phone is stolen. This will ultimately affect the illegal possessor's life, bring him troubles and regrets, and make him no longer want to own the mobile phone of this embodiment.

[0536] First, while maintaining the functions of the prior art, the mobile phone of this embodiment maintains substantially the same. If the physical user card mobile phone is stolen and then restarted, when the screen displays the need to enter the user card PIN password, the mobile phone camera module starts face scanning. If the face data matches, the next operation will be performed after the correct PIN password is entered. If the face data does not match and / or the number of scan timeouts exceeds N times, the mobile phone enters the abnormal use system.

[0537] And / or after the phone is restarted, when a pop-up message appears on the screen requiring an alphanumeric password to be entered, the phone's camera module starts face scanning. If the face data matches, it will wait for the correct alphanumeric password to be entered before proceeding with subsequent operations. If the face data does not match or the number of scan timeouts is greater than N times, the phone enters an abnormal use system.

[0538] In addition, if the PIN password and / or alphanumeric password input is inconsistent and / or the input times out, the mobile phone in this embodiment also enters an abnormal use system.

[0539] In this embodiment, when the mobile phone is powered on and in standby mode, if the mobile phone is lifted and tilted horizontally to a preset angle and / or rotated to a preset arc, or the power button is pressed, and other conditions are met for the camera module to start scanning, face scanning is started, and if the facial data matches, the mobile phone unlocks the screen and enters the legal use system;

[0540] If the facial data does not match or the number of scan timeouts is greater than N times, the phone will enter the abnormal use system.

[0541] Of course, if the mobile phone of this embodiment is provided with a safe area, then in the safe area, the mobile phone may not enable face scanning or face data identification for other purposes.

[0542] In this embodiment, before the mobile phone enters the abnormal use system, if the mobile phone is connected to the network, it will take a photo to report the loss; if the mobile phone is not connected to the network, the mobile phone can take a photo and wait for the connection to report the loss;

[0543] In this embodiment, when the mobile phone enters the abnormal use system or after the mobile phone is not connected to any network, the mobile phone screen may display a message allowing the mobile phone to set up a connection or scan a code or share WIFI and / or prompt to change the user card or allow the mobile phone to scan or write a code to bind the eSIM card data; if the mobile phone is not connected to the Internet, the abnormal use system will activate the automatic alarm (system) program contained therein; it can also induce charging before the automatic alarm program is activated.

[0544] In this embodiment, when or after the mobile phone enters the non-normal use system, if the mobile phone user card (for mobile phones that are not PIN-locked or can automatically verify the PIN code) or eSIM card has not been disconnected from the network, the mobile phone screen can display an icon menu with an emergency contact number and / or a page with relevant prompts, so that the lost mobile phone can contact the owner or the owner's relatives and friends in a timely manner;

[0545] If the mobile phone of this embodiment enters the stolen state after entering the abnormal use system through password data authentication or being reported lost, the stolen mobile phone will activate the automatic alarm program and the photo loss reporting program and / or accept remote control.

[0546] In addition, the abnormal use system of the mobile phone in this embodiment can be implemented relatively simply, and can also be implemented and developed in a more detailed manner. A relatively simple abnormal use system may only include the function of being able to contact the owner or relatives and friends in a timely manner after the mobile phone is lost, or may only include the function of automatically alarming after the mobile phone is stolen, or may only include the function of real-time sharing of the location of the stolen mobile phone, or controlled screen projection, or induced reporting of loss, or automatic connection of calls from specific numbers, etc.; a more detailed abnormal use system, in addition to realizing the above function combination, can also incorporate system functions such as: a gentle persuasion type automatic alarm system after the mobile phone is stolen, a severe and shocking type automatic alarm system after the mobile phone is stolen, a transition from gentle persuasion type to severe and shocking type automatic alarm system after the mobile phone is stolen, an induced charging type automatic alarm system after the mobile phone is stolen, an energy-saving and power-saving type automatic alarm system after the mobile phone is stolen, an intelligent loss reporting type automatic alarm system after the mobile phone is stolen, etc., and can also incorporate security measures such as intelligent anti-loss, multi-space multiple encryption, automatic obstacle removal, intelligent power on and off, automatic connection of special calls, so that the mobile phone is completely not afraid of being stolen or lost.

[0547] Example 15:

[0548] From the perspective of relative ease of implementation, another embodiment of a mobile phone anti-theft alarm sound that is self-generated or triggered is provided. The corresponding solution is as follows:

[0549] In this embodiment, the mobile phone determines whether it is in an abnormal use state based on the stored password data and / or the area in which it is located;

[0550] When the mobile phone in this embodiment detects that it is in an abnormal use state, it activates the automatic alarm program stored locally and automatically or triggeredly sounds an alarm;

[0551] The password data includes non-biometric password data and unique biometric feature data; the area includes a secure area and a non-secure area, wherein the secure area includes the Wi-Fi coverage area at home, dormitory, and / or workplace, and the non-secure area is the area outside the secure area;

[0552] The password data and / or security area are guided to be entered and / or set by the owner when or after the mobile terminal is powered on and activated.

[0553] Based on the above solution, in this embodiment, if the mobile phone is in a safe area according to the WIFI signal detection, the determination of whether it is in an abnormal use state is not started, so as not to activate the automatic alarm program;

[0554] If the mobile phone of this embodiment detects that it is in a non-safe area based on the WIFI signal and that the mobile terminal is not in normal use based on the password data, a page pops up on the screen to remind the user that the mobile terminal is not in normal use and / or prompts the user to authenticate the password data again, or a page pops up on the screen with an icon menu of emergency contact numbers and / or related prompts, or a page pops up on the screen with an emergency contact number code;

[0555] The step of determining whether the mobile phone of this embodiment is in an abnormal use state based on the stored password data specifically includes: when the mobile phone of this embodiment is used in a non-safe area, the image data scanned by the camera module and / or the entered password data do not match the password data stored in the mobile phone, or the total number of times the password data is scanned and entered timed out is greater than N times, where N is an integer greater than 0;

[0556] The above emergency contact number is set by the owner when the phone is turned on and activated or thereafter, and / or is shared with the reported loss number;

[0557] The icon menu includes the code of the emergency contact number. When the icon menu is clicked, the mobile phone screen displays a page with the code of the emergency contact number; the code is used to replace the actual number, name or title corresponding to the contact number. Clicking the code can select to call the emergency contact number;

[0558] Or after the icon menu is clicked, the mobile phone calls the emergency contact number;

[0559] And / or the above icon menu or code also includes a call link or instant messaging QR code. Click the call link to directly call the emergency contact relatives and friends set by the owner through voice, and scan the instant messaging QR code to contact the owner.

[0560] Based on the above solution, the mobile phone of this embodiment displays a page on the screen reminding that the mobile terminal is being used abnormally and / or prompting to re-authenticate the password data, or displays a page status with an icon menu of emergency contact numbers and / or related prompts on the screen, or displays a page status with an emergency contact number code on the screen. If the physical button of the mobile phone is continuously pressed or continuously pressed in an attempt to shut down the phone, a continuous and uncontrollable alarm sound (preferably a baby crying sound) and / or a photo is taken and a report of loss is sent to the emergency contact number, and / or a reminder and persuasive text, picture, animated image or video is displayed on the screen;

[0561] If the user card is pulled out of the mobile phone in the above-mentioned page state, the speaker will emit an alarm sound, the alarm sound includes a voice prompting to insert the user card, and / or the screen will display corresponding reminder and persuasion text, pictures, animated pictures or videos;

[0562] If the mobile phone of this embodiment is inserted into the user card again or a new card is inserted, the mobile phone stops sending the alarm sound and / or taking photos and sends a loss report information to the emergency contact number;

[0563] If an illegal card replacement is inserted, the mobile phone in this embodiment will automatically send the new user card number obtained to the emergency contact number.

[0564] In addition, if the number of times a page popping up on the mobile phone screen reminding the mobile terminal of improper use and / or prompting to re-authenticate the password data, or a page popping up with an icon menu of emergency contact numbers and / or related prompts, or a page popping up with an emergency contact number code exceeds N times, where N is an integer greater than 0, the mobile phone will also sound an alarm. However, if the authenticated password data matches, the count will be reset to zero.

[0565] Example 16:

[0566] Based on the above embodiments, another embodiment of a dual-password smart anti-lost security mobile phone is provided.

[0567] In this embodiment, when the mobile phone is turned on or activated, it guides the user to enter facial data, fingerprint data and emergency contact number (the owner's own smart watch or tablet number is given priority);

[0568] After completing the above settings, when the face data and fingerprint data detected by the phone match, the phone will unlock the screen and enter the legal use state;

[0569] When the face data first authenticated by the phone does not match or the total number of authentication timeouts is greater than N times, a page with an emergency contact number code will pop up on the phone screen (for phones with side fingerprint or back fingerprint), or a page with an emergency contact number code and an icon for fingerprint registration under the screen will pop up;

[0570] Subsequently, if the fingerprint data identified by the mobile phone matches, the mobile phone will identify the face data again. If the identified face data matches, the mobile phone will unlock the screen and enter the legal use state; if it does not match or the total number of identification timeouts is greater than N times, the mobile phone screen will pop up again with the emergency contact number code (or a page with the emergency contact number code and the under-screen fingerprint registration icon will pop up);

[0571] When a page with an emergency contact number is displayed on the screen, if the emergency contact number is clicked (or the call icon displayed on the screen after the click is clicked), the phone takes a photo and sends the photo and location information (optional) to the clicked emergency contact number, then makes a (video) call to the clicked emergency contact number (when calling the emergency contact number, the phone does not have an option to hang up midway, and the power button cannot be used to hang up midway, except when the fingerprint data is matched). The phone then waits for the (video) call;

[0572] When a page with an emergency contact number is displayed on the screen, if the fingerprint data identified by the mobile phone does not match or the total number of times the page with the emergency contact number has timed out and not been operated is greater than N times (preferably 3 times), the mobile phone takes a photo and sends the photo and location information to the emergency contact number;

[0573] After the page with the emergency contact number code displays the status or the screen is turned off, if the phone is tried to be shut down or the user card is removed, the phone will sound an alarm.

[0574] For phones with side fingerprints or back fingerprints, if the fingerprint data is first identified, the implementation steps are basically the same as above, but there is no need to pop up a page with the emergency contact number code and the under-screen fingerprint entry icon.

[0575] Based on the mobile phone of this embodiment, if a cloud account is registered when the phone is turned on and activated or later, when the facial data authenticated by the phone does not match or the total number of authentication timeouts exceeds N times, a page with an emergency contact number code will pop up directly on the phone screen. The phone will also take a photo and send the photo and location information to the cloud account;

[0576] And / or the status of a page with an emergency contact number code is displayed on the screen. If the fingerprint data identified by the mobile phone does not match or the total number of times the page with the emergency contact number code times out and is not operated is greater than M times (M is less than or equal to N), the mobile phone takes a photo and sends the photo and location information to the cloud account.

[0577] Based on the mobile phone of this embodiment, when the mobile phone sounds an alarm, the physical buttons on the mobile phone cannot control the alarm sound, but after clicking the emergency contact number code on the screen and calling, the alarm sound stops and the emergency contact number starts to be called.

[0578] Based on the mobile phone of this embodiment, if combined with other innovative solutions in this series of inventions and / or the above pop-up page transformation, addition of content or menu, there may be more branch embodiments.

[0579] In summary, this embodiment can be summarized as follows:

[0580] When or after the mobile terminal is powered on and activated, the user is prompted to enter an emergency contact number and password data, including first password data and second password data, which are stored in the mobile terminal; wherein the password data is used to determine whether to trigger the mobile terminal to take a photo to report the loss and whether a page with an emergency contact number logo pops up on the screen; the password data includes unique biometric feature data and non-biometric password data;

[0581] After the mobile terminal has completed the above settings, when the first password data and the second password data that are continuously authenticated are consistent, the mobile terminal unlocks the screen and enters a legal use state;

[0582] If the password data continuously authenticated by the mobile terminal does not match or the total number of authentication timeouts is greater than N times, the mobile terminal will take a photo and report the loss to the emergency contact number, and a page with an emergency contact number logo will pop up on the screen;

[0583] The emergency contact phone identification includes: an emergency contact phone icon and an emergency contact phone code.

[0584] Based on the above-mentioned mobile terminal having a temporary storage area for lost report photos, when the password data identified by the mobile terminal does not match or the identification times out, a photo is taken and stored in the temporary storage area, and after the Nth identification, the mobile terminal selects the best photo and sends the lost report information to the emergency contact number and then deletes it, or after the first password data and the second password data identified in succession match, the photos taken during the current round of identification are deleted.

[0585] Furthermore, after the mobile terminal takes a photo and reports the loss to the emergency contact number, if the first password data and the second password data that are continuously identified are consistent, the mobile terminal automatically withdraws the sent loss report within the revocable time of the rich media information.

[0586] Example 17:

[0587] This embodiment provides a technical solution for intelligent anti-loss of mobile phones from the perspective of the habitual operation of illegally occupying stolen mobile phones.

[0588] The most common method used by those who illegally seize stolen mobile phones is to physically shut down the phone and then illegally flash it. After in-depth analysis of the inventive points of this series of inventions, detailed solutions for automatic alarms for illegal shutdown and illegal flashing of mobile phones are further derived. The technical solutions of the two are equivalent. This embodiment only describes the automatic alarm for illegal shutdown:

[0589] First, when or after the mobile phone is first powered on and activated, the user is guided to enter and store password data for identifying whether to start the automatic alarm program;

[0590] When the physical button responsible for shutting down the phone is pressed to prepare for shutdown, the screen lights up or a page with shutdown and restart options pops up, and the phone authentication password data matches, the phone can be legally shut down and / or restarted;

[0591] If the authentication password data of the mobile phone does not match or the number of authentication timeouts is greater than N times, where N is an integer greater than 0, the mobile phone activates an automatic alarm program. When it detects that a physical button is pressed again, pressed continuously, or pressed continuously, or detects that the shutdown or restart option is clicked, or the page is swiped, swiped continuously, or the waiting time for selecting an option times out, the speaker will immediately or with a delay sound an alarm;

[0592] When the mobile terminal detects that the shutdown or restart option is clicked, the screen displays a prompt or countdown prompt that the password data needs to be authenticated again. If the authentication password data does not match or the authentication times out, the sound device will immediately or delay the alarm sound.

[0593] Further, a page with an emergency contact number code or related prompts may pop up on the screen; if the mobile terminal calls the emergency contact number, the alarm sound stops.

[0594] It should be noted that when the physical button of the mobile phone is pressed to shut down, the screen may not pop up the shutdown and restart selection page, but other screen display pages. In this state, if the password data authenticated by the mobile phone does not match or the number of authentication timeouts is greater than N times, the mobile phone will start the automatic alarm program. When it detects that the physical button is pressed again or continuously or continuously, the mobile phone will immediately or delayedly sound an alarm.

[0595] In this embodiment, the password data for the mobile phone to identify whether it is shut down legally is preferably face data and / or fingerprint data, and most preferably a mixed double password data of face and fingerprint; the password data for identifying whether it is shut down legally can be shared or partially shared with other functional password data.

[0596] Since face recognition has the advantages of being proactive and convenient for mobile phones, the mobile phone of this embodiment gives priority to using face recognition data. Therefore, before or after the physical button is pressed to shut down the phone, the mobile phone starts face scanning and identification. If the data matches, a page for selecting shutdown and restart will pop up on the screen; if it does not match and / or the scan times out, a reminder to identify again or other pages will pop up on the screen; if it does not match and / or the scan times out more than N times, the mobile phone will start the automatic alarm program. When it detects that the physical button is pressed again or continuously or continuously, or detects that the shutdown or restart option is clicked or the selection timeout times out more than N times, the speaker will immediately or delayedly sound an alarm.

[0597] If the mobile phone of this embodiment uses fingerprint as identification data, for non-under-screen fingerprint mobile phones, the mobile phone can also record the fingerprint for identification before or after the physical button is pressed. If the data matches, the shutdown and restart page will pop up on the screen; if it does not match and / or the entry times out, the screen will pop up a reminder to identify again or other pages; if it does not match and / or the number of entry timeouts is greater than N times, the mobile phone will start the automatic alarm program. When it detects that the physical button is pressed again or pressed continuously or pressed continuously, or detects that the shutdown or restart option is clicked or the selection timeout is greater than N times, the speaker will immediately or delayedly sound an alarm.

[0598] If the mobile phone of this embodiment uses the under-screen fingerprint as the identification data, it may be necessary for the mobile phone screen to pop up an icon page with a reminder to enter the fingerprint at the fingerprint sensor after the physical button is pressed, or the mobile phone screen may pop up an icon with a reminder to enter the fingerprint at the fingerprint sensor and a page with a menu for selecting shutdown and restart (the fingerprint must be entered and matched before selecting shutdown or restart), and the subsequent steps are similar to the above. The advantage of using fingerprint as identification data is that the fingerprint information of illegal users can be obtained for smart loss reporting mobile phones. There are also many ways to combine the technical solutions of smart loss reporting, including false shutdown automatic reporting, delayed shutdown automatic reporting, induced reporting, illegal disassembly reporting, etc. with the technical solution of this embodiment or automatic alarm technology, which will not be elaborated here.

[0599] However, if the mobile phone of this embodiment does not have a shutdown entry by pressing the physical button (shutdown without using the physical button), and legal shutdown requires decryption authorization or screen unlocking (unlocking the screen) and then selecting the shutdown menu mode, then the mobile phone of this embodiment can, without the need to authenticate password data, directly and automatically sound an alarm immediately or with a delay as long as it detects (in a non-secure area) that the physical button is being pressed continuously or continuously in an attempt to shut down, or the number of shutdown attempts reaches a threshold.

[0600] In addition, if the mobile phone in this embodiment is a physical user card mobile phone, then the illegal card replacement can also automatically sound an alarm immediately or with a delay. The general scheme is as follows:

[0601] First, when or after the phone is first inserted with a card and turned on for activation, the user is guided to set password data for identifying whether the user card is legally replaced, and / or unique data built into the bound user card; the password data includes unlocking information, that is, the owner needs to decrypt and authorize the legal replacement of the user card or select the menu of agreeing to replace the user card after unlocking the screen, or replace the user card in the unlocked state. The operation is legal. Otherwise, the operation of replacing the user card without selecting the menu of agreeing to replace the user card after unlocking the screen or without the password data authorization is illegal;

[0602] When the mobile phone detects that the user card has been illegally pulled out (in a non-safe area), the mobile phone will automatically sound an alarm immediately or after a delay; the alarm sound includes a voice message asking you to insert the user card;

[0603] Then, if the mobile phone is inserted with the user card again or a new card is inserted, the alarm sound will be stopped and / or the photo will be taken and the loss report information will be sent;

[0604] If the mobile phone detects that the card has been illegally replaced, the loss report information also includes the new user card number automatically obtained by the mobile phone.

[0605] In addition, the technical solution of this embodiment can also be implemented in combination with technologies such as induced charging, power-saving threshold shutdown, and automatic startup.

[0606] In this embodiment, the above-mentioned legal shutdown and / or legal replacement of the user card after unlocking the screen or decryption authorization includes: legal shutdown and / or legal replacement of the user card by pressing a physical button in the unlocked screen state, legal shutdown or legal replacement of the user card by selecting the shutdown menu or the user card replacement menu after unlocking the screen, legal shutdown or legal replacement of the user card by selecting the shutdown menu decryption authorization or the user card replacement menu in the public interface, etc.

[0607] The mobile phone of this embodiment can also detect that the card has been illegally replaced or a new eSIM card number has been illegally bound. When the new card (different from the original user card with built-in unique data stored in the phone) is used to start or confirm the theft, it detects that it is connected to WIFI and starts the non-owner's clone operating system (similar to Parallel Space). The functions such as surfing the Internet, making calls, and downloading applications are unrestricted and allow illegal users to use them almost without obstacles. However, the information generated will be sent to the cloud account and / or controlled by screen projection, and the automatic alarm program will be activated after the owner obtains sufficient information. This clone operating system can be combined with other solutions of this series of inventions to form an independent mobile phone or mobile terminal multi-system anti-theft technical solution, which is roughly as follows:

[0608] The multi-system anti-theft mobile terminal has at least two systems for legal use and illegal use;

[0609] The mobile terminal determines whether the card has been illegally replaced or a new eSIM card has been illegally bound based on the unique data information built into the bound user card, the modified stored PIN code, or the stored password data;

[0610] If an illegal card replacement or illegal binding of a new eSIM card is detected, the mobile terminal activates the illegal use system; and / or sends the obtained number information to the reported number bound to the mobile terminal;

[0611] Among them, the illegal use of the system is equivalent to a clone operating system, but there is no menu or interface related to the security function setting, and the information within the system and generated by its use will be sent to the cloud account registered by the mobile terminal or shared or retrieved by the cloud account.

[0612] The above-mentioned password data includes: non-biometric password data and unique biological feature data. In addition to being used to determine whether the mobile terminal has been illegally replaced with a card or illegally bound to a new eSIM card, it is also used to lock the menus and applications within the legally used system or at least lock the privacy interface within the legally used system; the password data is entered and stored when the mobile terminal is powered on and activated or after booting.

[0613] The above-mentioned password data is used to determine whether the mobile terminal is illegally bound to a new eSIM card. This means that the owner needs to decrypt and authorize the legal binding of the new eSIM card, or select the menu to agree to bind the new eSIM card after unlocking the screen, or perform the operation of binding the new eSIM card in the unlocked state. Otherwise, the operation of binding the new eSIM card without password data authorization or without selecting the menu to agree to bind the new eSIM card after unlocking the screen, or without being in the unlocked state is illegal (binding can be performed by scanning the eSIM card QR code in a public interface or in an abnormal system, space, or status).

[0614] In addition to being able to access the Internet, make phone calls, download applications, and other operations, the above-mentioned illegal use of the system also includes taking photos to report the loss, detecting the power level to intelligently turn the device off and on, and automatic alarms.

[0615] In addition, the multi-system anti-theft mobile terminal can also have an abnormal use system to execute the security protection disclosed in the present invention before the card is illegally replaced or a new eSIM card is illegally bound (for details, please refer to the description of the abnormal use system in the present invention). In addition, in addition to activating the abnormal use system due to illegal card replacement or illegal binding of a new eSIM card, the abnormal use system can also be activated by illegal card extraction, or when the mobile terminal detects theft or detects that it is connected to Wi-Fi after being reported lost.

[0616] Example 18:

[0617] In addition to considering illegal shutdown, illegal flashing, illegal card removal, and network disconnection, mobile phone theft prevention also requires considering how to keep the stolen phone with sufficient power so that it can be automatically reported, passively controlled, and equipped with smart alarms.

[0618] This embodiment provides a technical solution for realizing intelligent anti-loss (deceptive power-off to save power) by combining automatic power detection with a mobile terminal, including:

[0619] The mobile terminal determines whether it is in an abnormal use state based on stored password data (including: non-biometric password data, biological unique feature data, preferably alphanumeric password, face and fingerprint data) and the area where it is located;

[0620] When an abnormal use state is detected, the mobile terminal starts the automatic alarm program stored locally and automatically or triggeredly sounds an alarm;

[0621] However, before the automatic alarm program is turned on or before the alarm sound is partially triggered, if the actual power level of the mobile terminal is detected to be lower than the first (preferably about 30%) or second (preferably about 10%) threshold, the automatic alarm program will not be turned on or the alarm sound will not be issued.

[0622] Furthermore, in this embodiment, the mobile terminal screen displays a false low battery or low battery warning or delayed shutdown or automatic shutdown to induce charging.

[0623] Furthermore, after the mobile terminal starts the automatic alarm program and sounds an alarm sound every N times, where N is an integer greater than 0, the mobile terminal automatically shuts down or automatically falsely shuts down, or delays automatic shutdown or delayed automatic false shutdown;

[0624] The aforementioned false shutdown means that the screen of the mobile terminal is black and pressing physical buttons and / or touching the fingerprint sensor does not light up the screen (except for continuous pressing), but facial recognition and photo taking can be used to report the loss and / or accept the manipulated power saving mode;

[0625] If the mobile terminal detects that the battery level is lower than a third threshold (the third threshold is less than or equal to the first threshold, preferably about 20% of the battery level), it will automatically shut down without a false shutdown.

[0626] Furthermore, after the mobile terminal automatically shuts down, it will automatically power on at a scheduled time or automatically power on while charging or after being powered on, it will first detect whether it is connected to the Internet. If the time without connecting to the Internet exceeds a threshold, it will send an alarm sound (preferably a screen prompt at the same time) to remind the user to insert the user card or connect to WIFI;

[0627] If the mobile terminal is connected to the Internet and has a registered cloud account and / or a linked lost phone number when it is powered on or activated, it will first send the current location information and then automatically sound an alarm at the preset time, or be triggered to sound an alarm.

[0628] The timed automatic power-on also includes timed invisible automatic power-on; the charging automatic power-on also includes charging invisible automatic power-on.

[0629] This embodiment can also be combined with other technical solutions in this series of inventions to obtain multiple more detailed innovative solutions. For example, the cloud account loss report and battery threshold can be expanded to multiple values, and various staged judgments can be made based on more scenarios and corresponding intelligent programs can be executed: when the battery is high, the device will automatically shut down and then allow the physical button to be pressed to start up, and when the battery is low, the physical button cannot be pressed to start up after shutting down, etc.

[0630] Example 19:

[0631] With the implementation of this series of inventions, when new mobile phones are equipped with functions such as facial recognition photo reporting, spontaneous or triggered alarm sound after loss, and illegal and non-destructive disassembly of the phone due to inconsistent password data, the page with the emergency contact number code or other related pages in the above embodiment can also be replaced. At that time, when the lost mobile phone screen lights up, it may only be necessary to remind passers-by to place the phone on a relatively safe roadside to avoid being run over by vehicles, without the need for functions such as contacting the owner or his relatives and friends and other related warnings.

[0632] In summary, it can be seen that this series of inventions is a large set of comprehensive and all-round system solutions with rich technical content. If it is further subdivided, many embodiments can be listed. The many technical features of the above embodiments can be appropriately combined. Due to space constraints, the present invention omits the same or equivalent ancillary technical features in different technical solutions, and does not describe all possible combinations of the various technical features in the above embodiments (for undescribed combination innovations, some implementation steps may not be completely consistent with the specifications or embodiments); however, as long as there is no contradiction in the combination of these technical features, they should be considered to be within the scope of this series of specifications. The specific meanings of some technical feature words in this series of inventions will also be different in different solutions or embodiments, and they are not exactly the same.

[0633] It should be understood that the above embodiments are only used to illustrate the technical solutions of this series of inventions, rather than to limit them. Those skilled in the art may modify the technical solutions described in the above embodiments, or replace some of the technical features therein with equivalent or inferior ones; and all such modifications and replacements shall fall within the scope of protection of the claims attached to this series of inventions.

[0634] Finally, many technical terms in this invention are derived from background technology documents. If there are any unclear descriptions, please refer to the background technology documents. The important difference between the technical route of this series of inventions and the technical route of existing mobile terminal security prevention is that after the mobile terminal is stolen, it can be used illegally in a limited way and even use a system clone similar to a parallel space. In the abnormal state before the theft is confirmed and after the theft is confirmed, it is necessary to consider obtaining the necessary information clues as quickly and as much as possible, and to consider generating as few or even no false alarms as possible. From this, many systematic and complex solutions are deduced. The specific implementation can follow a development process from simple to complex, step by step, and even from the great to the simple.

Claims

1. A method for realizing safe reporting of loss of a mobile terminal, characterized in that: The implementation method includes the following steps: When the mobile terminal is first used and activated or after it is activated, the user is guided to set a safe zone, which includes the Wi-Fi coverage area of ​​the home, dormitory and / or workplace; Guiding users to register a cloud account and log in to the cloud account and / or bind a loss reporting number, as well as input and store facial recognition data on a mobile terminal, which is used for facial recognition and photo reporting; When the mobile terminal detects that the current location is in a safe area and is on standby, the face recognition photo reporting program or the photo reporting program is not started; When the mobile terminal detects that the current location is not in a safe area, a face recognition photo-taking and loss reporting program or a photo-taking and loss reporting program is started.

2. The method for realizing safe reporting of loss of a mobile terminal according to claim 1, characterized in that: The facial recognition photo reporting procedure specifically includes: When the mobile terminal detects that the camera module meets the face scanning start state in the standby state in the non-safe area, the camera module starts scanning and performs focused face image scanning and face data perception calculation; If the camera module does not scan a facial image within a scanning cycle or the scanned facial image is incomplete, the mobile terminal remains in a standby state or remains in an unlocked screen display state or continues to the next scanning cycle; If the scanned complete and clear facial image data matches the recorded facial recognition data, the mobile terminal will not take a photo to report the loss; If the scanned complete and clear facial image data does not match the recorded facial recognition data or the number of times a relatively complete facial image is not scanned exceeds the threshold within the preset time of the program, the mobile terminal will take a photo and send the photo address information to the cloud account and / or the reported number, and the mobile terminal will enter an abnormal usage state; or the mobile terminal will enter an abnormal usage state, take a photo and send the photo address information to the cloud account and / or the reported number.

3. The method for realizing safe reporting of loss of a mobile terminal according to claim 1 or 2, characterized in that: In the step of starting the face recognition photo-taking and reporting procedure, the scenarios that trigger the mobile terminal camera module to start scanning include: In a non-safe area, the built-in sensor of the mobile terminal detects that the body is tilted horizontally to a preset angle and / or rotated by a preset arc, is held by a person and remains stationary, or the relevant physical button, solid-state button or virtual button using pressure touch of the mobile terminal is pressed, or the mobile terminal receives an incoming call signal, or the screen display of the mobile terminal is slid or clicked; and the camera of the mobile terminal is not blocked.

4. The method for realizing safe reporting of loss of a mobile terminal according to claim 1, characterized in that: The photo reporting procedure includes: When the number of triggered uses of the mobile terminal after it enters an abnormal use state in a non-safe area is greater than N times, where N is an integer greater than 0, the mobile terminal takes a photo and sends the photo address information to the cloud account and / or the reported loss number; The triggered use includes: a physical solid-state or virtual key of the mobile terminal is pressed, a public interface of the mobile terminal is slid or turned, or a menu in the public interface of the mobile terminal is clicked.

5. The method for realizing safe reporting of loss of a mobile terminal according to claim 4, characterized in that: The menus and contents in the public interface are publicly displayed and are non-lock screen pages in a single legal use space or system, including pages that are grouped together with the public menu, the home screen, wallpapers, password login interfaces, and non-privacy and non-security pages; the public interface corresponds to the privacy interface in the mobile terminal interface, and the menus and contents in the privacy interface must be correctly unlocked before they can be displayed.

6. The method for realizing safe loss reporting of a mobile terminal according to claim 4 or 5, characterized in that: The public interface includes an icon menu of emergency contact numbers and / or related prompts; The icon menu includes a code for an emergency contact number. When the icon menu is clicked, the mobile terminal screen displays a page with the code for the emergency contact number. The code is used to replace the real number, name or title corresponding to the contact number. Clicking the code allows the user to call the emergency contact number. Or after the icon menu is clicked, the mobile terminal calls the emergency contact number; And / or the icon menu or code also includes a call link or an instant messaging QR code. Clicking the call link directly calls the owner's set emergency contact relatives and friends through voice, and scanning the instant messaging QR code contacts the owner's relatives and friends.

7. The method for realizing safe reporting of loss of a mobile terminal according to claim 1, characterized in that: The implementation method further includes: After the mobile terminal determines based on facial recognition data that it has entered an abnormal use state in a non-safe area and takes photos to report the loss N times, where N is an integer greater than 0, the mobile terminal activates a locally stored automatic alarm program and automatically sounds an alarm at a preset time, or is triggered to sound an alarm; Alternatively, after the mobile terminal starts the automatic alarm program stored locally, even if the mobile terminal is turned off, it will automatically sound an alarm at a preset time when it is automatically turned on at a scheduled time or automatically turned on when charging or turned on, or the alarm sound will be triggered; Among them, the timed automatic power-on also includes timed invisible automatic power-on; the charging automatic power-on also includes charging invisible automatic power-on.

8. The method for realizing safe reporting of loss of a mobile terminal according to claim 7, characterized in that: The alarm sounds include: ringing sounds, voices, baby cries, bird calls, shrill noises, alarm sounds, music sounds, prompt sounds, video sounds, controllable sounds, continuous sounds, and uncontrollable continuous sounds. The uncontrollable continuous sound refers to the continuous sound of a fixed length that cannot be controlled or turned off by the volume adjustment button, power button, or touch screen of the mobile terminal when the mobile terminal emits the sound spontaneously or is triggered after theft. The alarm sound can be set to change from a friendly and gentle voice, ringtone, or music to an uncontrollable continuous fixed-length sharp noise or a panic sound. And / or after the uncontrollable continuous fixed-length sharp noise ends, the mobile terminal automatically shuts down, waits for scheduled automatic power-on or automatic power-on during charging, or is powered on, and then automatically emits the uncontrollable continuous fixed-length sharp noise again at a preset time, or is triggered to emit the uncontrollable continuous fixed-length sharp noise; And / or the uncontrollable continuous fixed-length sharp noise sound, the mobile terminal screen is black or displays an inoperable picture, animation or video.

9. The method for realizing safe reporting of loss of a mobile terminal according to claim 7, characterized in that: When or after the mobile terminal starts the automatic alarm program and emits a friendly and gentle voice, ringtone, or music, the screen displays a page with an icon menu of emergency contact numbers and / or related prompts; After the mobile terminal calls the emergency contact number, the friendly and gentle voice, ringtone, and music stop sounding.

10. The method for realizing safe reporting of loss of a mobile terminal according to claim 7, characterized in that: After the mobile terminal starts the automatic alarm program, at the same time as or after the alarm sound is triggered, the mobile terminal automatically reports the loss by at least sending the current location information or taking a photo to report the loss.

11. A method for automatically reporting a loss of a mobile terminal and removing obstacles, characterized in that: The method comprises the following steps: When the mobile terminal is first used and activated, or after the mobile terminal is activated, the user is guided to register a cloud account and store the account name and password and / or bind a loss reporting number, as well as enter password data for identifying the loss report, the password data including non-biometric password data and unique biometric feature data; After the mobile terminal has completed the above settings, if the password data obtained by detection matches the password data stored for identification and reporting, the reporting procedure will not be started; If the password data obtained by the mobile terminal does not match the password data stored for authentication and reporting loss or the authentication times out, the reporting procedure is initiated; When the loss reporting program is started, if it is detected that the mobile terminal cloud account is not logged in, the stored cloud account name and login password are retrieved and the cloud account is automatically logged in; If it is detected that the mobile terminal is in WIFI off state, automatically turn on WIFI; If it is detected that the mobile terminal is in the airplane mode on state and / or the mobile data flow is off state, the airplane mode is automatically turned off and / or the mobile data flow is turned on; If it is detected that the mobile terminal has logged into the cloud account and is in a network communication activation state, a loss report information is sent to the cloud account and / or the loss report number.

12. The method for automatically reporting a loss of a mobile terminal and removing obstacles according to claim 11, characterized in that: The method further comprises: If it is detected that the positioning function of the mobile terminal is in a turned-off state, the mobile terminal automatically turns on the positioning function to obtain location information, and sends a loss report containing the location information and / or a real-time location sharing request to the cloud account and / or the loss reporting number; If it is detected that the incoming call management setting of the mobile terminal is in a silent or vibrate state, it is automatically converted to a ringing or ringing state.

13. The method for automatically reporting a loss of a mobile terminal and removing obstacles according to claim 11, characterized in that: The method further comprises: When the loss reporting program is started for the Nth time within the threshold time, a loss reporting message including a screen projection controlled request is sent to the cloud account, where N is an integer greater than 0.

14. The method for automatically reporting a loss of a mobile terminal and removing obstacles according to claim 11, characterized in that: The method further comprises: When the loss reporting program is started for the Nth time within the threshold time, a switch hidden in the loss reporting program for automatically connecting the user when the user calls the cloud account and / or the loss reporting number is automatically turned on.

15. The method for automatically reporting a loss of a mobile terminal and removing obstacles according to claim 11, characterized in that: The method further comprises: If a safe area is set when the mobile terminal is powered on or activated, and the current location of the mobile terminal is detected to be within the safe area, the loss reporting procedure will not be started; the safe area includes the WIFI coverage area of ​​the home, dormitory and / or workplace.

16. A method for automatically connecting a mobile terminal to a call, characterized in that: The method comprises: The mobile terminal determines whether it is in an automatic call connection state based on locally stored password data, whether it has been reported lost, or based on the owner's warning operation; When in the state of automatically answering calls, the mobile terminal automatically turns on the switch for automatically answering calls from the emergency loss reporting number and answers the call from the emergency loss reporting number; The password data includes non-biological password data and biological unique feature data; the password data and emergency reporting number are guided to be entered by the owner when or after the mobile terminal is powered on and activated.

17. The method for realizing automatic connection of a mobile terminal when being called according to claim 16, characterized in that: The step of determining whether the mobile terminal is in an automatically connected state based on the locally stored password data specifically includes: For a mobile terminal whose stored password data is used to authenticate whether it is legally used, when the mobile terminal is in use, if the image data scanned by the mobile terminal and / or the password data entered does not match the password data stored in the mobile terminal, or the number of times the scanned and entered password data times out exceeds N times, where N is an integer greater than 0, the mobile terminal enters an automatically connected state when a call is received; Or the image data scanned by the mobile terminal and / or the entered password data do not match the password data stored in the mobile terminal, or the number of times the scanned and entered password data has timed out is greater than N times, where N is an integer greater than 0. After taking a photo to report the loss, the mobile terminal enters the state of being automatically connected when called.

18. The method for realizing automatic connection of a mobile terminal when being called according to claim 16, characterized in that: The mobile terminal is reported lost, which includes the mobile terminal receiving a loss report instruction sent by a cloud account registered with the mobile terminal or the mobile terminal receiving a loss report instruction sent by a terminal device bound to a loss reporting number of the mobile terminal, and the mobile terminal entering a state of automatic connection when being called; Alternatively, the mobile terminal enters the state of automatically being called after being reported lost and photographed N times, where N is an integer greater than 0.

19. The method for realizing automatic connection of a mobile terminal when being called according to claim 16, characterized in that: The mobile terminal determines based on the owner's warning operation that after the owner senses an emergency and actively turns on the intelligent warning function, the mobile terminal enters a state of automatic connection when being called.

20. The method for realizing automatic connection of a mobile terminal when being called according to claim 16, characterized in that: The automatically connected state includes automatically entering a one-way voice transmission state when being called; The called automatic connection state also includes the automatic connection state of the mobile terminal after being called N times within a threshold time or the automatic entry into the one-way transmission state after being called N times within a threshold time, where N is an integer greater than 0; Alternatively, the mobile terminal may be automatically connected or thereafter photographed and reported lost.