Long-term authorization control method for intelligent equipment

Abstract

According to the long-term authorization control method of the intelligent device, the intelligent device receives a control instruction and judges whether the control instruction is a local control instruction or a remote control instruction; if the command is the remote control command, further judging the type of the remote control command; if the remote control instruction is a risk instruction, executing an executable operation in a corresponding authorization state after judging the authorization state; if the remote control instruction is the safety instruction, directly executing the remote control instruction; the authorization state comprises long-term authorization, and the long-term authorization setting method comprises the following steps: after the intelligent equipment is started, selecting any specific program to enter a long-term authorization preposition mode; the mobile terminal displays that the intelligent device has entered the long-term authorization preposition mode; the mobile terminal sends a long-term authorization instruction within a set time; the intelligent device receives the long-term authorization instruction and switches the authorization state into a long-term authorization state; the long-term authorization control method can enable the user to remotely control the intelligent equipment without risks, and guarantees the safety when the program is remotely started.

Description

Technical Field

[0001] The present invention belongs to the technical field of household appliances, and more particularly, to a long-term authorization control method for intelligent devices. Background Art

[0002] Nowadays, more and more intelligent devices support network connection functions, and it is very convenient to remotely control or view the device status through a mobile terminal. Taking a washing and drying device as an example, when remotely controlling it with a mobile terminal, since the user is not in front of the device, it is impossible to check the situation inside the drum, and there is a certain risk when directly remotely starting the program.

[0003] In the prior art, an Internet of Things washing machine can realize remote control of the washing machine through sensing devices such as a computer and a smart terminal, and at the same time can also query the working status of the washing machine, and return relevant information of the washing machine through the control system. For some users without pets or children at home, the risk of remote startup is relatively small. However, for users with pets or children at home, there is a certain risk when remotely controlling the washing machine in an unauthorized state.

[0004] Therefore, a long-term authorization control method is provided, which does not require re-authorization operation at the device end every time during long-term authorization. It allows users to safely and risk-free control the device using a mobile terminal. Summary of the Invention

[0005] The purpose of the present invention is to overcome the deficiencies of the prior art and provide a long-term authorization control method for intelligent devices, which can remotely control the washing machine while also being able to understand the running state of the washing machine in real time, thereby reducing the risk of remotely starting the program and improving the user experience.

[0006] To solve the above technical problems, the basic concept of the technical solution adopted by the present invention is:

[0007] A long-term authorization control method for intelligent devices includes: the intelligent device receives a control instruction and determines whether it is a local control instruction or a remote control instruction; if it is a remote control instruction, it further determines the type of the remote control instruction; if the remote control instruction is a risk instruction, it determines the authorization status and then executes the operation that can be performed under the corresponding authorization status; if the remote control instruction is a safe instruction, it directly executes the remote control instruction.

[0008] Further, the authorization status includes long-term authorization, and the long-term authorization setting method includes:

[0009] After the intelligent device is powered on, any one specific program is selected to enter the long-term authorization pre-mode;

[0010] The mobile terminal displays that the intelligent device has entered the long-term authorization pre-mode;

[0011] The mobile terminal sends a long-term authorization instruction within a set time;

[0012] The smart device receives the long-term authorization instruction and switches the authorization state to the long-term authorization state.

[0013] Furthermore, the smart device includes a control area, and keys or buttons are arranged in the control area, and at least one key or button is clicked or long pressed to enter the long-term authorization pre-placement mode;

[0014] Or, press or hold at least two buttons simultaneously to enter long-term pre-authorization mode.

[0015] Furthermore, if the smart device does not receive a long-term authorization instruction sent by the mobile terminal within a set time in the long-term authorization pre-mode, the smart device exits the long-term authorization pre-mode, and the smart device displays that it is currently in an unauthorized state.

[0016] Furthermore, the authorization status includes a long-term authorization status, an unauthorized status, and a single authorization status;

[0017] If the smart device is in a long-term authorization state, the remote control command will be directly executed and the long-term authorization state will be maintained;

[0018] If the smart device is in an unauthorized state, the remote control command will be refused to execute;

[0019] If the smart device is in a single authorization state, the smart device is in an unauthorized mode after executing the remote control command received this time.

[0020] Further, if the control instruction received by the smart device is a local control instruction, determining the authorization status;

[0021] If the smart device is in a long-term authorized state or an unauthorized state, the local control command is directly executed;

[0022] If the smart device is in a single authorization state, it will exit the single authorization state after executing the command received this time.

[0023] Further, when the smart device is powered on, the display area displays the current smart device authorization status;

[0024] If the smart device needs to release the long-term authorization status, the mobile terminal sends a long-term authorization release instruction, and the smart device switches the authorization status to the unauthorized status after receiving the instruction;

[0025] Or the smart device display area prompts whether to cancel the long-term authorization status, and the authorization is released by pressing the smart device button or operating the display area.

[0026] Furthermore, when the smart device is in a long-term authorized state, the power-on or power-off command can be executed at any time; when in an unauthorized state, the smart device will automatically shut down after being on standby for at least 2 minutes, and the cylinder door will be automatically unlocked.

[0027] Furthermore, when a smart device is in a long-term authorization state, the smart device can be remotely controlled without restriction through a mobile terminal.

[0028] Furthermore, if the remote instruction received by the smart device is a risky instruction, the smart device directly executes the instruction when it is in a long-term authorization state, and remains in a long-term authorization state after the execution is completed;

[0029] When the smart device is in the single authorization state, it will exit the single authorization state after executing this command;

[0030] When the smart device is in an unauthorized state, the authorization setting function is started before the instruction is refused to execute; if the smart device does not receive the authorization instruction within the set time, the instruction is refused to execute and the unauthorized state is maintained.

[0031] After adopting the above technical scheme, the present invention has the following beneficial effects compared with the prior art.

[0032] 1. Improve the security of smart devices. Through the security and risk judgment of remote control instructions and the judgment of the authorization status of the device, it can effectively prevent unauthorized operations and protect the safety of users and devices.

[0033] 2. Enhanced user control over smart devices. By setting long-term authorization status and single authorization status, users can flexibly control the operation of devices according to their needs, improving user experience and satisfaction.

[0034] 3. The remote control process of the equipment has been optimized. The long-term authorization status and other operation processes are operated jointly by smart devices and mobile terminals, which simplifies the setting and release process of long-term authorization and improves the convenience and efficiency of operation.

[0035] The specific implementation modes of the present invention are further described in detail below in conjunction with the accompanying drawings. BRIEF DESCRIPTION OF THE DRAWINGS

[0036] The accompanying drawings are part of the present invention and are used to provide a further understanding of the present invention. The exemplary embodiments of the present invention and their descriptions are used to explain the present invention, but do not constitute an improper limitation of the present invention. Obviously, the drawings described below are only some embodiments. For ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work. In the accompanying drawings:

[0037] Figure 1 is a flow chart of the long-term authorization control method of the present invention;

[0038] It should be noted that these drawings and textual descriptions are not intended to limit the scope of the concept of the present invention in any way, but to illustrate the concept of the present invention to those skilled in the art by reference to specific embodiments. Detailed implementation manners

[0039] To make the objectives, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. The following embodiments are used to illustrate the present invention, but are not used to limit the scope of the present invention.

[0040] In the description of the present invention, it should be noted that the orientation or positional relationship indicated by terms such as "inner", "outer", etc. is based on the orientation or positional relationship shown in the drawings, and is only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore should not be construed as a limitation to the present invention.

[0041] In the description of the present invention, it should be noted that unless otherwise clearly specified and limited, the terms "installed", "connected", "connected", "contacted", "communicated" should be understood in a broad sense. For example, it can be a fixed connection, a detachable connection, or an integral connection; it can be a mechanical connection or an electrical connection; it can be directly connected, or indirectly connected through an intermediate medium. For those of ordinary skill in the art, the specific meanings of the above terms in the present invention can be understood according to specific circumstances.

[0042] Embodiment 1

[0043] A long-term authorization control method for an intelligent device, where the intelligent device receives a control instruction and determines whether it is a local control instruction or a remote control instruction; if it is a remote control instruction, it further determines the type of the remote control instruction; if the remote control instruction is a risk instruction, it executes the risk instruction according to the current authorization status; if the remote control instruction is a security instruction, it directly executes the remote control instruction.

[0044] In this embodiment, taking a washing and drying device as an example, when the washing and drying device receives a control instruction, it determines whether it is a local control instruction or a remote control instruction. If it is a remote control instruction, it further determines the type of the remote control instruction. When the washing and drying device receives a remote risk instruction, for safety reasons, the remote control instruction needs to be executed under the authorization status; if it is a security instruction, it directly executes the remote control instruction.

[0045] For example, when the washing and drying device has a long-term authorization, it performs operations under the long-term authorization status. When it has a single authorization, it performs operations under the single authorization status. When it is not authorized, some instructions are not executed.

[0046] As Figure 1 shown, in the long-term authorization state, it is necessary to first determine whether the instruction is a remote control instruction or a local control instruction. If the remote control instruction is a risk instruction, it is necessary to determine whether it is in the long-term authorization state. If so, the instruction is executed; if not, it is further determined whether it is in the single authorization state. If so, the operation in the single authorization state is executed; if not, the instruction execution is refused.

[0047] In the long-term authorization state, if the remote control instruction is a safe instruction, the instruction is executed.

[0048] In the long-term authorization state, if it is a local instruction, it is necessary to determine whether it is in the long-term authorization state. If so, the instruction is executed; if not, the operation under single authorization is executed.

[0049] When performing long-term authorization remote control, usually the mobile terminal and the intelligent device are connected through a wireless local area network or an Ethernet. Both of these methods can be used to achieve device remote control and data transmission. Connecting through a wireless local area network enables the device to achieve remote control within the wireless network coverage area, while the Ethernet connection realizes the connection between the device and the network in a wired manner.

[0050] It is also possible to develop a mobile application program to enable users to interact with and remotely control the intelligent device through a mobile device. The developed application program requires user authentication, data encryption, real-time monitoring and control to achieve functions such as remote control and remote viewing of the intelligent device status.

[0051] Or, remote control between the mobile terminal is achieved through a cloud platform. The intelligent device uploads its status and data to the cloud platform. The mobile terminal obtains the device status through the cloud platform and sends a control instruction, and the cloud platform then transmits the instruction to the intelligent device.

[0052] This method allows users to control the intelligent device through the mobile terminal at any time, improving the convenience and intelligence level.

[0053] The authorization state includes long-term authorization. The long-term authorization setting method includes:

[0054] After the intelligent device is powered on, select any specific program to enter the long-term authorization pre-mode;

[0055] The mobile terminal displays that the intelligent device has entered the long-term authorization pre-mode;

[0056] The mobile terminal sends a long-term authorization instruction within the set time;

[0057] The intelligent device receives the long-term authorization instruction and switches the authorization state to long-term authorization;

[0058] If the intelligent device does not receive the instruction in the long-term authorization pre-mode, it does not respond.

[0059] The intelligent device includes a control area, and buttons or push buttons are set in the control area. Pressing at least one button or push button briefly or for a long time enters the long-term authorization pre-mode;

[0060] Or, pressing at least two buttons briefly or for a long time simultaneously enters the long-term authorization pre-mode.

[0061] If the intelligent device does not receive the long-term authorization instruction sent by the mobile terminal within the set time in the long-term authorization pre-mode, the intelligent device exits the long-term authorization pre-mode, and the intelligent device displays that it is currently in an unauthorized state.

[0062] Selecting any program and enabling the device to enter the long-term authorization pre-mode improves the user experience and convenience.

[0063] Taking the washing and drying device as an example, the washing and drying device includes a control area, and buttons or push buttons are set in the control area. Pressing at least one button or push button briefly or for a long time enters the long-term authorization pre-mode; or, pressing at least two buttons briefly or for a long time simultaneously enters the long-term authorization pre-mode.

[0064] The long-term authorization pre-mode refers to a device operation mode in which, when the device needs to run for a long time or needs to continuously execute specific tasks, the user can pre-authorize the device to continuously execute specific functions or tasks for a period of time without the user continuously authorizing or confirming. This mode is common in washing and care programs where intelligent devices need to run for a long time. After entering the long-term authorization pre-mode, the device can continuously execute the selected function or task until the task is completed or the device is manually turned off. This mode can provide a more convenient operation experience, enabling the device to continuously execute specific tasks for a period of time without user intervention.

[0065] The long-term authorization pre-mode is usually used in situations where the device needs to run for a long time or needs to always be in a specific state. Once the device enters the long-term authorization pre-mode, it will continuously execute specific functions or tasks for a period of time in the future without the user continuously authorizing or confirming.

[0066] In the case of a washing machine or a dryer, after entering the long-term authorization pre-mode, the device can continuously execute the selected washing or drying program until the task is completed or the device is manually turned off. This is very useful for occasions that require continuous washing or drying of a large number of clothes, and users do not need to repeatedly select programs and authorize confirmations.

[0067] Long-term authorization is to set a long-term authorization status in the intelligent device, enabling the device to continue working for a certain period of time without the need for re-authorization. The setting of this authorization status can bring some benefits, reducing the trouble of users frequently entering authorization instructions, especially in situations where intelligent devices need to be used repeatedly. In the case of continuous long-term use of intelligent devices, long-term authorization can save users the steps of repeatedly sending authorization instructions, saving time and effort. The setting of long-term authorization allows users to use intelligent devices more conveniently, improving the overall user experience.

[0068] The authorization status includes long-term authorization status, unauthorized status, and single authorization status;

[0069] In this embodiment, the control methods in the long-term authorization status, single authorization status, and unauthorized status are exemplified by a washing and drying device.

[0070] If the intelligent device is in the long-term authorization status, directly execute the remote control instruction and maintain the long-term authorization status;

[0071] If the intelligent device is in the unauthorized status, reject the execution of the remote control instruction;

[0072] If the intelligent device is in the single authorization status, the intelligent device will be in the unauthorized status after executing the currently received remote control instruction.

[0073] If the control instruction received by the intelligent device is a local control instruction, judge the authorization status;

[0074] If the intelligent device is in the long-term authorization status or the unauthorized status, directly execute the local control instruction;

[0075] If the intelligent device is in the single authorization status, it will exit the single authorization status after executing the currently received instruction.

[0076] When using the long-term authorization method, it is necessary to first judge whether the instruction is a remote control instruction or a local control instruction. When using single authorization, first judge whether it is a risk instruction or a safe instruction.

[0077] When the intelligent device in the long-term authorization status receives an instruction, if it is a remote control instruction, then judge the type of remote instruction; remote operation instructions include risk instructions and safe instructions.

[0078] Safe instructions include beeping sounds, power on / off, unlocking instructions, and program shaking. Among them, the unlocking instruction can be program pause, program end, etc. When users use intelligent devices, safe instructions will not pose a risk to users.

[0079] Risk instructions include program startup, program continuation, drying program, and washing program. Risk instructions are instructions that can affect the operating state of intelligent devices, directly affecting the state of intelligent devices and posing certain risks. Therefore, an authorization status needs to be set to ensure security.

[0080] If the remote control instruction is a risk instruction, the device needs to determine the authorization status and then perform the operations that can be executed under the corresponding authorization status. This process can set operations such as verifying the user's identity and checking whether the operating state of the device is safe.

[0081] When the remote control instruction is a risk instruction, analyze the instruction, verify the identity of the instruction sender, and check the current operating state of the device; in the case of long-term authorization status, if the remote control instruction is a risk instruction, directly execute the corresponding program. For example, program startup operation or execution of any washing and care program, suspension or continuation of the operation of the intelligent device; when the intelligent device is executing the drying program and receives an instruction for other washing and care programs, judge the execution time of the instruction according to the current operating state of the intelligent device. If it is currently in the washing mode, execute the drying program after the washing is completed. If it is necessary to forcibly execute other washing and care programs, the currently executing program needs to be stopped first, and then other washing and care programs are executed.

[0082] In the long-term authorization method of this embodiment, after receiving the instruction, the washing and care program first judges whether it is a local control instruction or a remote control instruction. When the intelligent device receives a remote operation instruction, it continues to judge whether the remote control instruction is a risk instruction or a safe instruction. If it is a risk instruction, first confirm the operating state of the intelligent device and whether it is in the authorized state. If the intelligent device is in the long-term authorization state and is running, it is necessary to judge that if the remote control instruction is a washing and care program instruction, it needs to wait until the currently executing instruction is completed before execution; or the authorized user can forcibly stop the currently running washing and care program and perform the newly received remote control instruction.

[0083] When the remote control instruction is a safe instruction, directly execute the instruction without authorization verification.

[0084] If the remote control instruction is marked as a safe instruction, then the device can directly execute these instructions when receiving them without authorization verification. Such safe instructions are generally considered to be risk-free. Relatively risk-free instructions can be directly executed, which can improve operation efficiency and reduce unnecessary verification steps, and are applicable to some routine and low-risk operations. Such as turning the device on and off, pausing or ending the program, or managing the notification sound of the intelligent device.

[0085] However, it should be noted that for some sensitive operations (such as controlling important functions of the device, accessing sensitive data, etc.), even for remote control instructions, additional authorization verification may be required to ensure the security and legality of the operation. Therefore, for different types of instructions, it is necessary to determine whether authorization verification is required according to the specific situation.

[0086] If an unknown instruction is received or the device is in an unauthorized state when receiving an instruction, both will be rejected for execution.

[0087] Rejecting the execution of unknown instructions or unauthorized instructions can help ensure the security of the device and the system. This can prevent malicious instructions or unauthorized operations from damaging the device or posing security risks to the system. Rejecting the execution of unknown instructions can avoid accidental operations, especially when the instructions may affect the device function or data security. This can reduce the adverse effects caused by incorrect operations. For devices and systems with strict compliance requirements in some industries or laws and regulations, rejecting the execution of unknown or unauthorized instructions can help comply with relevant regulations and standards. Rejecting the execution of unknown or unauthorized instructions can protect the end users from the risks that may cause device damage or data leakage.

[0088] If the device is in a single - authorization state, then when executing a control instruction, it is necessary to operate according to the processing logic in the single - authorization state. In the single - authorization state, possible processing logics include:

[0089] After executing this instruction, exit the single - authorization state, and the intelligent device is in an unauthorized state;

[0090] Or, perform pre - authorization for the instruction: Before executing a control instruction, the device needs to check the previous authorization state to ensure that the previous authorization has not expired or been revoked.

[0091] In the single - authorization state, the door of the intelligent device is locked and it stands by for at least 24 hours.

[0092] In the single - authorization state, the intelligent device receives a control instruction and determines whether it is a safe instruction or a risk instruction. If the risk instruction is remotely issued, then execute the remote instruction. If a remote control instruction is received in the long - term authorization or unauthorized state, it is judged whether to execute according to the long - term authorization state processing logic.

[0093] In the single - authorization state, if the risk instruction is locally issued, then execute it directly.

[0094] In the single - authorization state, when the intelligent device receives a safe instruction, it determines whether it is remotely issued. If it is remotely issued, it further determines whether it is an unlocking - type instruction. If the remote control instruction is an unlocking - type instruction, then execute the instruction content, but the door of the cylinder remains locked.

[0095] In the single - authorization state, when the smart device receives a security instruction, if it is a locally issued control instruction, and if it is an unlocking - type instruction, then execute the door - unlocking instruction; if it is not an unlocking - type instruction, then the barrel door remains locked and execute the instruction content.

[0096] When the device is restarted after shutdown, it needs to be authorized again: If the device shuts down after executing a control instruction, when the device restarts, it needs to perform authorization verification again. This can ensure that each time the device restarts, authorization verification is required, enhancing security.

[0097] For example, when the device receives a remote control instruction, first check the previous authorization state. If the previous authorization has not expired or has not been revoked, then execute the instruction. If the device shuts down after executing a control instruction, when the device restarts, it needs to verify authorization again to ensure that authorization verification is required each time the device restarts.

[0098] This single - authorization state can enhance the security of device operations, ensure that each operation is verified through authorization, and prevent unauthorized operations from causing damage or security risks to the device.

[0099] The long - term authorization control method is beneficial to improving the security and control authority of the device, while ensuring the normal operation of the device under different authorization states.

[0100] After the smart device is powered on, the display screen or button interface can display different washing and drying program options, such as quick wash, energy - saving wash, drying, etc.

[0101] The user can select through the control panel or buttons of the smart device, such as switching and selecting different washing and drying programs by pressing buttons or turning knobs.

[0102] Once the user selects a specific program, the smart device enters the long - term authorization pre - mode, which is achieved through the internal control system of the smart device, such as the chip or control program inside the smart device.

[0103] At the same time, the user can also perform remote control through the mobile terminal, select a specific washing and drying program and set the long - term authorization pre - mode.

[0104] The smart device and the mobile terminal can perform data transmission and synchronization through wireless communication methods to ensure that the operations performed by the user on the mobile terminal can be reflected on the smart device in a timely manner.

[0105] In this way, the user can select any program and make the device enter the long - term authorization pre - mode when operating the smart device and the mobile terminal together.

[0106] In addition to the methods mentioned above, it is also possible to enter the long-term authorization pre-set mode by selecting any program through the joint operation of smart devices and mobile terminals. The specific steps are as follows:

[0107] After the smart device is powered on, the user can select a specific washing and drying program through the interface or buttons of the smart device, such as by operating the touch screen or buttons.

[0108] At the same time, remote control of the device can also be achieved on the mobile terminal. The user can select a specific washing and drying program on the mobile terminal and set the long-term authorization pre-set mode.

[0109] The smart device and the mobile terminal communicate through Internet access to ensure that the operations performed by the user on the mobile terminal can be synchronized to the smart device.

[0110] Through the linkage operation of the smart device and the mobile terminal, the user can flexibly select any program and enter the long-term authorization pre-set mode, providing more operation convenience and choice freedom.

[0111] After the mobile terminal detects that the device has entered the long-term authorization pre-set mode, the mobile terminal sends a long-term authorization instruction.

[0112] After receiving the long-term authorization instruction sent by the mobile terminal, the smart device sets the long-term authorization status to "authorized"; in this way, the device can continuously execute specific tasks for a period of time without the intervention of the user.

[0113] If the smart device does not receive the instruction in the long-term authorization pre-set mode, it will not respond; if the smart device does not execute the instruction within the set time after receiving the instruction, the mobile terminal will send the long-term authorization instruction again. To ensure the normal operation of the device. Ensure that the device can continuously execute specific tasks during long-term operation, and provide a more convenient operation experience through remote control via the mobile phone application.

[0114] The long-term authorization setting instruction can be sent on the mobile terminal through the following steps:

[0115] Enter the device control interface, find the long-term authorization setting option in the control interface, which may be located in device settings, permission management or other relevant options. Click on the long-term authorization setting and select the device that needs to be long-term authorized.

[0116] After selecting the device, relevant parameters such as the authorization time period and authorized tasks can be set.

[0117] After confirming the settings, click the "Send" or "Confirm" button to send the long-term authorization setting instruction to the smart device.

[0118] After receiving the command, the device will set the long-term authorization status to "authorized", so that it can continue to perform specific tasks within the set time. In this way, users can remotely control the device and ensure that the device operates normally within a specific time.

[0119] To cancel the long-term authorization operation, send a long-term authorization cancellation command through the mobile terminal. After receiving the command, the smart device sets the long-term authorization status to "cancel".

[0120] When the smart device is in long-term authorized state, it can be turned on and off at any time. In the unauthorized state, the device will shut down after at least 2 minutes in standby state and unlock the door. This ensures that the device will not shut down immediately and the door will be unlocked at the same time in the unauthorized state to prevent accidents.

[0121] Unlocking the door after shutting down is mainly for safety reasons. If the door is not unlocked when the smart device is turned off, the user may force the door open with clothes left inside the device, which may cause accidental injury. Therefore, automatically unlocking the door after shutting down can reduce the risk of accidents and ensure the safety of users.

[0122] After long-term authorization is successfully set up, the device can be remotely controlled without restrictions. Unlimited remote control of devices means that after long-term authorization is successfully set up, users can control smart devices at any time and any place, which can be a mobile terminal. This means that users can remotely turn on or off devices, adjust device settings, view real-time status, etc., without being restricted by distance or environment. This unlimited remote control can provide a more convenient user experience, and it is necessary to verify that the smart device is in an authorized state to remotely control it without risk.

[0123] The above is only a preferred embodiment of the present invention, and does not limit the present invention in any form. Although the present invention has been disclosed as a preferred embodiment as above, it is not used to limit the present invention. Any technician familiar with the present invention can make some changes or modify the technical contents suggested above into equivalent embodiments without departing from the scope of the technical solution of the present invention. However, any simple modification, equivalent change and modification made to the above embodiments according to the technical essence of the present invention without departing from the content of the technical solution of the present invention still fall within the scope of the solution of the present invention.

Claims

1. A long-term authorization control method for an intelligent device, characterized in that, The smart device receives the control instruction and determines whether it is a local control instruction or a remote control instruction; if it is a remote control instruction, it further determines the type of remote control instruction; if the remote control instruction is a risky instruction, it executes the risky instruction according to the current authorization status; if the remote control instruction is a safe instruction, it directly executes the remote control instruction.

2. The long-term authorization control method for an intelligent device according to claim 1, wherein The authorization status includes long-term authorization. The long-term authorization setting methods include: After the smart device is turned on, select any specific program to enter the long-term authorization pre-installation mode; The mobile terminal shows that the smart device has entered the long-term pre-authorization mode; The mobile terminal sends a long-term authorization instruction within a set time; The smart device receives the long-term authorization instruction and switches the authorization state to the long-term authorization state.

3. The long-term authorization control method for an intelligent device according to claim 2, wherein The smart device includes a control area, and keys or buttons are set in the control area. Short-pressing or long-pressing at least one key or button enters a long-term authorization pre-placement mode; Or, short press or long press at least two buttons simultaneously to enter long-term pre-authorization mode.

4. The long-term authorization control method for an intelligent device according to claim 3, wherein If the smart device does not receive the long-term authorization instruction sent by the mobile terminal within the set time in the long-term authorization pre-mode, the smart device will exit the long-term authorization pre-mode and the smart device will display that it is currently in an unauthorized state.

5. A long-term authorization control method for an intelligent device according to claims 1-4, characterized in that, The authorization status includes long-term authorization status, unauthorized status, and single authorization status; If the smart device is in a long-term authorization state, the remote control command will be directly executed and the long-term authorization state will be maintained; If the smart device is in an unauthorized state, the remote control command will be refused to execute; If the smart device is in a single authorization state, the smart device is in an unauthorized mode after executing the remote control command received this time.

6. The long-term authorization control method for an intelligent device according to claim 5, characterized in that, If the control command received by the smart device is a local control command, the authorization status is determined; If the smart device is in a long-term authorized state or an unauthorized state, the local control command is directly executed; If the smart device is in a single authorization state, it will exit the single authorization state after executing the command received this time.

7. The long-term authorization control method for an intelligent device according to claim 6, characterized in that, When the smart device is turned on, the display area shows the current smart device authorization status; If the smart device needs to release the long-term authorization status, the mobile terminal sends a long-term authorization release instruction, and the smart device switches the authorization status to the unauthorized status after receiving the instruction; Or the smart device display area prompts whether to cancel the long-term authorization status, and the authorization is released by pressing the smart device button or operating the display area.

8. A long-term authorization control method for an intelligent device according to claim 7, characterized in that, When the smart device is in a long-term authorized state, the power on or off command can be executed at any time; when it is in an unauthorized state, the smart device will automatically shut down after being on standby for at least 2 minutes, and the door will be automatically unlocked.

9. The long-term authorization control method for an intelligent device according to claim 8, characterized in that, When a smart device is in a long-term authorization state, it can be remotely controlled without restrictions through a mobile terminal.

10. The long-term authorization control method for an intelligent device according to claim 9, characterized in that, If the remote instruction received by the smart device is a risky instruction, the smart device will directly execute the instruction when it is in the long-term authorization state, and will still be in the long-term authorization state after execution; When the smart device is in the single authorization state, it will exit the single authorization state after executing this command; When the smart device is in an unauthorized state, the authorization setting function is started before the instruction is refused to execute; if the smart device does not receive the authorization instruction within the set time, the instruction is refused to execute and the unauthorized state is maintained.

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