Computer device

Abstract

According to the computer device disclosed by the invention, contact person information can be automatically copied after the display screen is touched due to an accident and the data interface is damaged, and the contact person information is transcribed into the second computer through voice or social software, so that the problem that a user needs to repair the touch display screen of the computer device firstly and then transcribe the contact person information is avoided.

Description

Technical Field

[0001] This invention relates to computer technology, and more particularly to a device and system for transcribing the address book of a computer device. Background Technology

[0002] In existing technologies, contact lists are mostly integrated into system application software on computer devices. They do not require account login and, due to user privacy concerns, are not regularly uploaded to the vendor's cloud server. When users accidentally damage the touchscreen or data interface, they usually replace their phones. This requires downloading and using dedicated contact copying software to copy contact information to the new phone. However, this process requires the user to tap the touchscreen. If the contact list is important, the user can only access it by repairing the touchscreen, which in some cases is inconvenient and offers no value to the user. Therefore, there is an urgent need for a computer device that can automatically copy contact information to a new computer device even when the touchscreen is damaged, while ensuring the security of the contact list. Summary of the Invention

[0003] The present invention provides a computer device, which includes a touch screen, a data interface, an address book module, a wireless communication module, a Bluetooth module, a social software module, a self-test module, a speaker, and a microphone.

[0004] The address book module is set to block access from all applications; the address book module includes an address book unit, an encryption / decryption unit, and a voice conversion module.

[0005] The self-test module periodically performs self-tests on various components of the computer device. When a fault is detected in the touch screen or data interface of the computer device, the module further determines the type of fault. When a touch input function failure or a damaged data interface is detected, the module feeds back the fault type to the address book module. The address book module then triggers the address book copying program and sends a request to the computer device self-test module to check the speaker's working status. The self-test module then feeds back the test results to the address book module.

[0006] When the speaker is working properly, the address book module's voice conversion module converts contact information into voice files in a fixed order for temporary storage, and sets the voice files to a boot-up trigger playback mode. When the user starts the computer device, the address book module triggers playback of the voice files. At this time, the user uses a second computer device to record audio to generate a second voice file, loads the second voice file into the voice conversion module of the second computer device's address book module for voice conversion, and the voice conversion module converts the second voice file into contact information and restores it to the address book module.

[0007] Furthermore, to protect user privacy, the voice conversion module converts contact information into voice files in a fixed order, which may be encrypted voice information.

[0008] When the speaker malfunctions, the address book module queries the social software module to see if any social software is installed. If social software is installed, the social software is authorized to access the address book module's copy permission verification interface. The social software has an account login function. The user has logged into social software account A on the computer device. The user sends a copy command and verification information to social software account A on the computer device through a friend's social software account.

[0009] The social media account A is equipped with a contact copy module. When the contact module is detected to have granted access to its copy permission verification interface, the automatic filtering and recognition function for copying contact commands is enabled. When a user sends a copy command and verification information to social media account A through a friend's social media account, the contact copy module of social media account A automatically recognizes the copy command, extracts the verification information from the copy command, and sends it to the copy permission verification interface of the contact module. After successful verification, the contact module compresses and encrypts the contact information and sends it to the contact copy module of social media account A. The contact copy module of social media account A automatically uploads the encrypted contact information to the social media cloud server for storage.

[0010] After the user installs and logs into social media account A on the second computer device, the user operates the address book module of the second computer to send a restore address book command to social media account A. The address book copy module of social media account A downloads contact information from the cloud server and sends it to the address book module. The address book module displays a verification information input box to the user on the touch screen. After the user enters the verification information and the verification is successful, the address book module decompresses and restores the contact information to the address book module.

[0011] After the contact book module completes the contact book recovery, it sends a notification to social media account A that the recovery is complete. The contact book copy module of social media account A then notifies the cloud server to delete the contact information.

[0012] Beneficial effects: The computer device provided by the present invention can automatically copy contact information after the touch screen or data interface is damaged due to accidental reasons, and transfer the address book to a second computer via voice or social software, avoiding the problem that users need to repair the touch screen of the computer device before transferring the information. Attached Figure Description

[0013] Figure 1 The present invention relates to a screen-breaking computer device.

[0014] Figure 2 This is a schematic diagram of the computer device of the present invention. Detailed Implementation

[0015] This embodiment provides a computer device, which includes a touch screen, a data interface, a contact module, a wireless communication module, a Bluetooth module, a social software module, a self-test module, a speaker, and a microphone. The computer device is a mobile phone. The touch screen is used to display data information and for touch input of control data. The data interface includes a Type-C interface, a Micro USB interface, and a Lightning interface for data communication. The wireless communication module is also used for network connection. The Bluetooth module is used for short-range communication. The social software module is used to install social software apps. The self-test module performs self-tests on various components of the computer device to detect faults in a timely manner. The contact module blocks access to all applications. The contact module includes a contact unit, an encryption / decryption unit, and a voice conversion module. The contact unit stores contact information. The encryption / decryption unit encrypts and decrypts contact information. The contact module is a separate contact list within the computer device, distinct from the contact list in the social software.

[0016] The voice conversion module is used to convert contact information into voice files in a fixed order; the voice conversion module is also used to convert the voice files into contact information in a fixed format and restore it to the address book module;

[0017] The self-test module periodically performs self-tests on various components of the computer device. When a fault is detected in the touch screen or data interface, it further determines the type of fault. The fault types include unresponsive touch screen, malfunctioning touch input function, malfunctioning display function, poor contact of the data interface, and damage to the data interface. When a malfunctioning touch input function or a damaged data interface is detected, the fault type is fed back to the address book module. The address book module triggers the address book copying program and sends a request to the computer device self-test module to check the speaker's working status. The self-test module then feeds back the test results to the address book module.

[0018] When the speaker is working properly, the voice conversion module of the address book module converts contact information into voice files in a fixed order for temporary storage, and sets the voice files to a boot-up trigger playback mode. To identify the voice scene, the voice conversion module adds a scene recognition phrase, such as "address book conversion," at the beginning of the voice file when converting contact information into a voice file. When the user starts the computer device, the address book module triggers playback of the voice file. At this time, the user uses a second computer device to record a second voice file, which is then loaded into the voice conversion module of the address book module of the second computer device for voice conversion. The voice conversion module converts the second voice file into contact information and restores it to the address book module. This completes the transfer of contact information from the first computer device to the second computer device.

[0019] To further protect user privacy, the voice conversion module converts contact information into voice files in a fixed order, which can be encrypted voice information. For example, each Chinese character and number is assigned an encoding; the contact information is converted into encoding and then into voice for playback; after the user records the audio using a second computer device to generate a second voice file, the encoding is used to convert it back into contact information. Example of contact information conversion: Zhang San 186***6; Chinese character encoding: Zhang (encoding 76324) San (encoding 59874) 1 (encoding 45444) 8 (encoding 12354) 6 (encoding 55411) ***6 (encoding 55411), after conversion: 76324598744544412354 55411***55411; to play the voice, only the encoded data needs to be played.

[0020] When the speaker malfunctions, the address book module queries the social software module to see if any social software is installed. If social software is installed, the social software is authorized to access the address book module's copy permission verification interface. The social software has an account login function. The user has logged into social software account A on the computer device. The user sends a copy command and verification information to social software account A on the computer device through a friend's social software account.

[0021] The copy command can be: copy address book (keywords) + verification information;

[0022] The verification information is preset and can be numbers, letters, special symbols, text, or voice; the verification information is preset by the user through the address book module.

[0023] The social media account A is equipped with a contact copy module. When the contact module grants access to its copy permission verification interface, the automatic filtering and recognition function for copying contact commands is activated. When a user sends a copy command and verification information to social media account A through a friend's social media account, the contact copy module of social media account A automatically recognizes the copy command, extracts the verification information from the copy command, and sends it to the copy permission verification interface of the contact module. After successful verification, the contact module compresses and encrypts the contact information before sending it to the contact copy module of social media account A. The encryption password is the same as the verification information. The contact copy module of social media account A automatically uploads the encrypted contact information to the social media cloud server for storage. The cloud server is a server provided by the social media provider, which has a shared storage area. When a user needs storage services, the server allocates a dedicated encrypted storage area for the corresponding account. The purpose of compressing and encrypting the contact information is that contact information is private information for users, and it requires the use of a third-party server during transmission, thus requiring privacy protection and encryption.

[0024] After the user installs and logs into social media account A on the second computer device, the user operates the address book module of the second computer to send a restore address book command to social media account A. The address book copy module of social media account A downloads contact information from the cloud server and sends it to the address book module. The address book module displays a verification information input box to the user on the touch screen. After the user enters the verification information and the verification is successful, the address book module decompresses and restores the contact information to the address book module.

[0025] After the contact book module completes the contact book recovery, it sends a notification to social media account A that the recovery is complete. The contact book copy module of social media account A then notifies the cloud server to delete the contact information.

[0026] Furthermore, the social software A account in the computer device can be set to automatic login mode or frequent login mode.

[0027] Embodiment 2 also provides a computer system, including a first computer device and a second computer device; the first computer device includes a touch screen, a data interface, an address book module, a wireless communication module, a Bluetooth module, a social software module, a self-test module, a speaker, and a microphone; the first computer device is used to perform the functions of the computing device described in Embodiment 1; the second computer device is used to perform the functions of the second computer device in Embodiment 1.

[0028] The above description is merely a specific embodiment of the present invention or an explanation of that embodiment. The scope of protection of the present invention is not limited thereto. Any variations or substitutions that can be easily conceived by those skilled in the art within the technical scope disclosed in the present invention should be included within the scope of protection of the present invention. The scope of protection of the present invention should be determined by the scope of the claims.

Claims

1. A computer device, characterized in that: The computer device includes a touch screen, a data interface, an address book module, a wireless communication module, a Bluetooth module, a social networking software module, a self-test module, a speaker, and a microphone.

2. The computer device as claimed in claim 1, characterized in that: The address book module is configured to block access from all applications. The address book module includes an address book unit, an encryption / decryption unit, and a voice conversion module. The self-test module periodically performs self-tests on various components of the computer device. When a fault is detected in the touchscreen display or data interface, the module further determines the fault type. When a touch input failure or data interface damage is detected, the module reports the fault type to the address book module. The address book module then triggers an address book copying program, sending a request to the computer device's self-test module to check the speaker's working status. The self-test module then reports the test results back to the address book module.

3. The computer device as claimed in claim 2, characterized in that: When the speaker is working properly, the address book module's voice conversion module converts contact information into voice files in a fixed order for temporary storage, and sets the voice files to a boot-up trigger playback mode. When the user starts the computer device, the address book module triggers playback of the voice files. At this time, the user uses a second computer device to record audio to generate a second voice file, loads the second voice file into the voice conversion module of the second computer device's address book module for voice conversion, and the voice conversion module converts the second voice file into contact information and restores it to the address book module.

4. The computer device as claimed in claim 3, characterized in that: When the speaker malfunctions, the address book module checks if the social software module has social software installed. If it does, it authorizes the social software to access the address book module's copy permission verification interface. The user is logged into social software account A on the computer device. The user sends a copy command and verification information to social software account A on the computer device through a friend's social software account. Social software account A has an address book copy module. When it detects that the address book module has granted access to its copy permission verification interface, it enables automatic filtering and recognition of the copy address book command. When the user sends a copy command and verification information to social software account A through a friend's social software account, the address book copy module of social software account A automatically recognizes the copy command, extracts the verification information from the copy command, and sends it to the address book module's copy permission verification interface. After successful verification, the address book module compresses and encrypts the contact information before sending it to social software account A's address book copy module. The address book copy module of social software account A automatically uploads the encrypted contact information to the social software cloud server for storage. After the user installs and logs into social media account A on the second computer device, the user operates the address book module of the second computer to send a restore address book command to social media account A. The address book copy module of social media account A downloads contact information from the cloud server and sends it to the address book module. The address book module displays a verification information input box to the user on the touch screen. After the user enters the verification information and the verification is successful, the address book module decompresses and restores the contact information to the address book module.

5. The computer device as claimed in claim 4, characterized in that: The voice conversion module converts contact information into voice files in a fixed order, which are then converted into encrypted voice information.

6. The computer device as claimed in claim 5, characterized in that: After the address book module completes the address book recovery, it sends a notification to social media account A that the recovery is complete. The address book copy module of social media account A then notifies the cloud server to delete the contact information.

7. A computer system comprising a computer device as described in claim 1 and a second computer device.

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