Encryption system of wireless remote controller

Abstract

The invention discloses an encryption system of a wireless remote controller, and particularly relates to the field of remote controller encryption, the encryption system comprises a controlled end and a remote control end, the controlled end comprises a dynamic secret key module used for generating a dynamic secret key group, and the dynamic secret key module is electrically connected with a secret key management module used for managing secret keys. The remote control source input into the dynamic key group can be analyzed through the analysis module, and when the remote control source exists, the verification module can generate a 30-second effective-state digital group through the analysis module for verification so that the control authority can be given to the remote control end more accurately, and when a single remote control end signal source applies for authentication, the verification is more accurate. The verification module can generate a dynamic single control digit group through the analysis module for verification so as to give the required remote control terminal control authority more accurately, and when the analysis module generates the dynamic digit group, the single control digit group is invalid, so that the control authority of a plurality of remote control terminals granted the control authority can be ensured to correspond more accurately.

Description

Technical Field

[0001] The present invention relates to the field of remote control encryption, and in particular to an encryption system for a wireless remote control. Background Art

[0002] The encryption system of the wireless remote control is a technology that ensures the security of wireless communication. It is mainly used to prevent unauthorized access and interference. It is mainly used in various remote control devices, such as televisions, air conditioners, smart home devices, etc., to ensure that only legitimate remote controls can send and receive commands. The relationship between the existing wireless remote control and the controlled end is that if the wireless remote control is damaged, it can be directly replaced. However, if the controlled end is damaged, the loss of replacing most controlled ends is greater than the loss of repair, which leads to the need for the replaced wireless remote control to re-establish control contact with the controlled end. In the existing controlled end settings, only the model of the remote control end needs to match the model of the controlled end to establish a connection, so that other remote controls can also control the controlled end. At this time, a wireless remote control encryption system is needed to solve the above problem. Summary of the invention

[0003] The purpose of the present invention is to solve the shortcomings in the prior art and to propose an encryption system for a wireless remote controller.

[0004] In order to achieve the above object, the present invention adopts the following technical solutions:

[0005] A wireless remote control encryption system includes a controlled end and a remote control end, wherein the controlled end includes a dynamic key module for generating a dynamic key group, the dynamic key module is electrically connected to a key management module for managing keys, the key management module is electrically connected to a key authorization module for authorization, the key authorization module is electrically connected to the remote control end, the key authorization module is electrically connected to a key receiving module for receiving key data, the key receiving module is electrically connected to the dynamic key module, the key receiving module is electrically connected to the remote control end, the key receiving module is electrically connected to a key authentication unit for authenticating keys, the key authentication unit is electrically connected to the remote control end, and the key authentication unit is electrically connected to a storage module for storing data.

[0006] The present invention is further configured as follows: the dynamic key module generates a dynamic key group, the key management module receives the dynamic key group and sets a validity period of 50-60s, the remote control end obtains the dynamic key group, the key authorization module authorizes the key validity period to the key receiving module, the remote control end inputs the digital key group received by the key receiving module, and at the same time the key receiving module receives the dynamic key group for analysis and judgment.

[0007] The present invention is further configured as follows: the key receiving module receives the dynamic key group input by the remote control end for analysis and determination; when the key receiving module receives the dynamic key group for more than 50-60s, the key receiving module will feedback to the remote control end that the dynamic key group is invalid, and will feedback to the dynamic key module to generate a new dynamic key group to transmit to the key management module; when the key receiving module receives the dynamic key group for less than 50-60s, it will enter the key authentication mode, and the key authentication unit will perform key authentication.

[0008] The present invention is further configured as follows: the key authentication unit includes a key authentication module for authenticating a key, the key authentication module is electrically connected to a feedback module for feedback information and an analysis module for analyzing a signal source, the analysis module is electrically connected to a verification module for verifying whether the remote control end is authenticated, the verification module is electrically connected to the remote control end, the analysis module is electrically connected to the feedback module, the feedback module is electrically connected to the remote control end, the verification module is electrically connected to a control module for controlling the controlled end and a reset module for resetting the key, and the control module is electrically connected to a storage module for data storage.

[0009] The present invention is further configured as follows: the key authentication module receives a dynamic key group input by a remote control end, and analyzes the dynamic key group to analyze whether the dynamic key group is correct; when the key authentication module analyzes that the dynamic key group is incorrect, the feedback module generates error information and feeds back to the remote control end; when the key authentication module analyzes that the dynamic key group is correct, the analysis module analyzes and authenticates whether there are multiple remote control end signal sources applying for authentication in the dynamic key group.

[0010] The present invention is further configured as follows: when the analysis module analyzes that there are multiple remote control signal sources applying for authentication, the analysis module will generate a dynamic 30-45s valid state digital group, and generate a verification instruction to be fed back to the remote control by the feedback module, the remote control terminal obtains the dynamic digital group and inputs the dynamic digital group, the verification module will verify according to the dynamic digital group and the dynamic digital group input by the remote control terminal; when the analysis module analyzes that only a single remote control signal source applies for authentication, the analysis module will generate a dynamic single control digital group, and generate a verification instruction to be fed back to the remote control by the feedback module, the remote control terminal obtains the single control digital group and inputs the single control digital group, the verification module will verify according to the single control digital group and the single control digital group input by the remote control terminal; when the analysis module generates the dynamic digital group, the single control digital group becomes invalid, and both the single control digital group and the dynamic digital group are referred to as digital groups.

[0011] The present invention is further configured as follows: the verification module verifies the digital group, and when the digital group verification is successful, the control module establishes a control connection with the remote control end; when the digital group verification fails, the reset module resets the key, and the control module controls the operation and key data to create a work log and store it by the storage module.

[0012] The present invention is further configured as follows: the specific operations of the remote control end and the controlled end include the following steps:

[0013] S1, the remote control terminal applies for communication information to the controlled terminal, and the remote control terminal inputs the dynamic key group and the key receiving module analyzes whether the dynamic key group exceeds the validity period;

[0014] S2. The key authentication module authenticates the dynamic key group, the analysis module analyzes the signal source, and the verification module verifies the digital group input by the remote control end.

[0015] The present invention is further configured as follows: in step S1:

[0016] 1) The remote control terminal applies for communication information from the controlled terminal, and the key authorization module grants the remote control terminal the right to apply for control connection. After the key authorization module grants the remote control terminal the control right, the dynamic key module generates a dynamic key group;

[0017] 2) The dynamic key module generates a dynamic key group. The key management module receives the dynamic key group and sets a validity period of 50-60 seconds. The remote control terminal obtains the dynamic key group by checking the controlled terminal. The key authorization module authorizes the key validity period to the key receiving module. The remote control terminal inputs the digital key group and the key receiving module receives it.

[0018] 3) When the key receiving module receives the dynamic key group for more than 50-60s, the key receiving module will feedback to the remote control end that the dynamic key group is invalid, and feedback to the dynamic key module to generate a new dynamic key group and transmit it to the key management module. When the key receiving module receives the dynamic key group for less than 50-60s, it will enter the key authentication mode.

[0019] The present invention is further configured as follows: in step S2:

[0020] 1) When the key authentication module analyzes that the dynamic key group is incorrect, the feedback module generates error information and feeds it back to the remote control end. When the key authentication module analyzes that the dynamic key group is correct, the analysis module analyzes and authenticates whether there are multiple remote control end signal sources applying for authentication in the dynamic key group;

[0021] 2) When the analysis module analyzes that there are multiple remote control signal sources applying for authentication, the analysis module will generate a dynamic 30-45s valid state digital group, and generate a verification instruction to be fed back to the remote control by the feedback module. The remote control obtains the dynamic digital group by checking the controlled end, and inputs the dynamic digital group for verification. When the analysis module analyzes that there is only a single remote control signal source applying for authentication, the analysis module will generate a single control digital group, and generate a verification instruction to be fed back to the remote control by the feedback module. The remote control obtains the single control digital group by checking the controlled end for verification;

[0022] 3) When the verification module successfully verifies the digital group, the remote control end controls the controlled end through the control module. When the digital group verification fails, the reset module resets the dynamic key group, and the remote control end needs to re-enter a new dynamic key group. At the same time, the remote control end controls the operation steps and key data through the control module, and the storage module creates a work log and stores it.

[0023] The beneficial effects of the present invention are:

[0024] The present invention:

[0025] 1. The dynamic key group can have a valid time through the dynamic key module and the key management module, and the dynamic key group can be verified through the key receiving module, so that the connection between the remote control end and the controlled end can be more accurate, and the control application of the remote control end can be approved through the key authorization module. When the remote control end applies, the application of the remote control end is confirmed through the external control button, and then the key management module can obtain the dynamic key group generated by the dynamic key module, and then it can be analyzed and verified through the key receiving module;

[0026] 2. Verify whether the dynamic key group is correct through the key authentication module, so that the remote control end and the controlled end can be accurately connected. The feedback module can timely feedback the remote control end dynamic key input error, so that the remote control end can re-enter the dynamic key group in time. The remote control source of the input dynamic key group can be analyzed through the analysis module. When there is a remote control source, the verification module will generate a dynamic 30s valid state digital group for verification through the analysis module, which can more accurately give the remote control end control authority. When a single remote control end signal source applies for authentication, the verification module will generate a dynamic single control digital group for verification through the analysis module. The verification module verifies the digital group. When the digital group verification is successful, a control connection is established between the control module and the remote control terminal so that the remote control terminal can control the controlled terminal. When the digital group verification fails, the key is reset through the reset module. The control module controls the operation and the key data and the storage module creates a work log and stores it, which can more accurately record the control situation of the remote control terminal. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] Figure 1 A schematic diagram of the system flow of a controlled end of an encryption system of a wireless remote controller in the present invention;

[0028] Figure 2 The system flow diagram of the key authentication unit of the encryption system of the wireless remote controller in the present invention is shown in FIG. DETAILED DESCRIPTION

[0029] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments.

[0030] like Figure 1-2 As shown, an encryption system for a wireless remote controller includes a controlled end and a remote controller, the controlled end includes a dynamic key module for generating a dynamic key group, the dynamic key module is electrically connected to a key management module for managing keys, the key management module is electrically connected to a key authorization module for authorization, the key authorization module is electrically connected to the remote controller, the key authorization module is electrically connected to a key receiving module for receiving key data, the key receiving module is electrically connected to the dynamic key module, the key receiving module is electrically connected to the remote controller, the key receiving module is electrically connected to a key authentication unit for authenticating keys, the key authentication unit is electrically connected to the remote controller, and the key authentication unit is electrically connected to a storage module for storing data;

[0031] Among them, the dynamic key module generates a dynamic key group, the key management module receives the dynamic key group and sets a 60s validity period, the remote control terminal obtains the dynamic key group, the key authorization module authorizes the key validity period to the key receiving module, the remote control terminal inputs the digital key group to be received by the key receiving module, and the key receiving module receives the dynamic key group for analysis and judgment;

[0032] Further, the key receiving module receives the dynamic key group input by the remote control end for analysis and determination. When the key receiving module receives the dynamic key group for more than 60 seconds, the key receiving module will feedback to the remote control end that the dynamic key group is invalid, and feedback to the dynamic key module to generate a new dynamic key group to transmit to the key management module. When the key receiving module receives the dynamic key group for less than 60 seconds, it will enter the key authentication mode, and the key authentication unit will perform key authentication.

[0033] Through the above embodiment, the dynamic key group can have a valid time through the dynamic key module and the key management module, and the dynamic key group can be verified through the key receiving module, so that the connection between the remote control end and the controlled end can be more accurate, and the control application of the remote control end can be approved through the key authorization module. When the remote control end applies, the application of the remote control end is confirmed through the external control button, and then the key management module can obtain the dynamic key group generated by the dynamic key module, and then it can be analyzed and verified through the key receiving module;

[0034] Among them, during the verification and analysis of the key receiving module, it is analyzed whether the dynamic key group input by the remote control end is a key group;

[0035] The key authentication unit includes a key authentication module for authenticating a key, the key authentication module is electrically connected to a feedback module for feedback information and an analysis module for analyzing a signal source, the analysis module is electrically connected to a verification module for verifying whether the remote control terminal is authenticated, the verification module is electrically connected to the remote control terminal, the analysis module is electrically connected to the feedback module, the feedback module is electrically connected to the remote control terminal, the verification module is electrically connected to a control module for controlling the controlled terminal and a reset module for resetting the key, and the control module is electrically connected to a storage module for data storage;

[0036] The key authentication module receives the dynamic key group input by the remote control end, and analyzes the dynamic key group to determine whether the dynamic key group is correct. When the key authentication module analyzes that the dynamic key group is incorrect, the feedback module generates error information and feeds it back to the remote control end. When the key authentication module analyzes that the dynamic key group is correct, the analysis module analyzes and authenticates whether there are multiple remote control end signal sources applying for authentication in the dynamic key group.

[0037] Through the above embodiment, the key authentication module verifies whether the dynamic key group is correct, thereby accurately connecting the remote control end and the controlled end, and the feedback module can timely feedback the remote control end dynamic key input error, so that the remote control end can re-enter the dynamic key group in time;

[0038] When the analysis module analyzes that there are multiple remote control signal sources applying for authentication, the analysis module will generate a dynamic 30s valid digital group, and generate a verification instruction to be fed back to the remote control by the feedback module. The remote control obtains the dynamic digital group and inputs the dynamic digital group. The verification module will verify the dynamic digital group with the dynamic digital group input by the remote control. When the analysis module analyzes that there is only a single remote control signal source applying for authentication, the analysis module will generate a single control digital group, and generate a verification instruction to be fed back to the remote control by the feedback module. The remote control obtains the single control digital group and inputs the single control digital group. The verification module will verify the single control digital group with the single control digital group input by the remote control. When the analysis module generates the dynamic digital group, the single control digital group becomes invalid. The single control digital group and the dynamic digital group are both called digital groups;

[0039] Through the above embodiment, the analysis module can analyze the remote control source of the input dynamic key group, and when there is a remote control source, the verification module generates a dynamic 30s valid state digital group through the analysis module for verification, which can more accurately grant the remote control terminal control authority, and when a single remote control terminal signal source applies for authentication, the verification module generates a dynamic single control digital group through the analysis module for verification, which can more accurately grant the required remote control terminal control authority, and when the analysis module generates a dynamic digital group, the single control digital group is invalid, which can ensure that the control authority of multiple remote control terminals granted with control authority corresponds more accurately;

[0040] The verification module verifies the digital group. When the digital group is successfully verified, the control module establishes a control connection with the remote control terminal. When the digital group fails to be verified, the reset module resets the key. The control module controls the operation and the key data is stored in the storage module to create a work log.

[0041] Through the above embodiment, the digital group is verified by the verification module. When the digital group is successfully verified, the control module establishes a control connection with the remote control end so that the remote control end can control the controlled end. When the digital group verification fails, the key is reset by the reset module. The control module controls the operation and the key data is made into a work log and stored by the storage module, which can more accurately record the control situation of the remote control end. At the same time, the storage module can enable the remote control end that has established the connection to be directly controlled by the control end.

[0042] The specific operations of the remote control end and the controlled end include the following steps:

[0043] S1, the remote control terminal applies for communication information to the controlled terminal, and the remote control terminal inputs the dynamic key group and the key receiving module analyzes whether the dynamic key group exceeds the validity period;

[0044] S2. The key authentication module authenticates the dynamic key group, the analysis module analyzes the signal source, and the verification module verifies the digital group input by the remote control end.

[0045] In step S1:

[0046] 1) The remote control terminal applies for communication information from the controlled terminal, and the key authorization module grants the remote control terminal the right to apply for control connection. After the key authorization module grants the remote control terminal the control right, the dynamic key module generates a dynamic key group;

[0047] 2) The dynamic key module generates a dynamic key group. The key management module receives the dynamic key group and sets a 60s validity period. The remote control terminal obtains the dynamic key group by checking the controlled terminal. The key authorization module authorizes the key validity period to the key receiving module. The remote control terminal inputs the digital key group and the key receiving module receives it.

[0048] 3) When the key receiving module receives the dynamic key group for more than 50-60s, the key receiving module will feedback to the remote control end that the dynamic key group is invalid, and feedback to the dynamic key module to generate a new dynamic key group and transmit it to the key management module. When the key receiving module receives the dynamic key group for less than 60s, it will enter the key authentication mode.

[0049] In step S2:

[0050] 1) When the key authentication module analyzes that the dynamic key group is incorrect, the feedback module generates error information and feeds it back to the remote control end. When the key authentication module analyzes that the dynamic key group is correct, the analysis module analyzes and authenticates whether there are multiple remote control end signal sources applying for authentication in the dynamic key group;

[0051] 2) When the analysis module analyzes that there are multiple remote control signal sources applying for authentication, the analysis module will generate a dynamic 30s valid state digital group, and generate a verification instruction to be fed back to the remote control by the feedback module. The remote control obtains the dynamic digital group by checking the controlled end, and inputs the dynamic digital group for verification. When the analysis module analyzes that there is only a single remote control signal source applying for authentication, the analysis module will generate a single control digital group, and generate a verification instruction to be fed back to the remote control by the feedback module. The remote control obtains the single control digital group by checking the controlled end for verification;

[0052] 3) When the verification module successfully verifies the digital group, the remote control end controls the controlled end through the control module. When the digital group verification fails, the reset module resets the dynamic key group, and the remote control end needs to re-enter a new dynamic key group. At the same time, the remote control end controls the operation steps and key data through the control module, and the storage module creates a work log and stores it.

[0053] Working principle: When the present invention is in use, the remote control end applies for communication information to the controlled end, the remote control end inputs the dynamic key group and the key receiving module analyzes whether the dynamic key group exceeds the validity time, the key authentication module authenticates the dynamic key group, the analysis module analyzes the signal source, and the verification module verifies the digital group input by the remote control end, and the remote control end applies for communication information to the controlled end, and the key authorization module grants the remote control end the right to apply for control connection, and after the key authorization module grants the remote control end the control right, the dynamic key module generates a dynamic key group, and the dynamic key module generates a dynamic key group, which is received by the key management module and sets a validity time of 60s, and the remote control end obtains the dynamic key group by checking the controlled end, and the key authorization module authorizes the key validity time to the key receiving module, and the remote control end inputs the digital key group received by the key receiving module, and when the key receiving module receives the dynamic key group for more than 60s, the key receiving module will feedback to the remote control end that the dynamic key group is invalid, and feedback to the dynamic key module to generate a new dynamic key group and transmit it to the key management module, when the key receiving module receives the dynamic key group for no more than 60s When the key authentication module analyzes that the dynamic key group is incorrect, the feedback module generates an error message to feed back to the remote control end. When the key authentication module analyzes that the dynamic key group is correct, the analysis module analyzes whether there are multiple remote control signal sources applying for authentication in the authentication dynamic key group. When the analysis module analyzes that there are multiple remote control signal sources applying for authentication, the analysis module will generate a dynamic 30s valid state digital group, and generate a verification instruction to be fed back to the remote control end by the feedback module. The remote control end obtains the dynamic digital group by checking the controlled end, and inputs the dynamic digital group for verification. When the analysis module analyzes that only a single remote control signal source applies for authentication, the analysis module will generate a dynamic single control digital group, and generate a verification instruction to be fed back to the remote control end by the feedback module. The remote control end obtains the single control digital group by checking the controlled end for verification. When the verification module verifies the digital group successfully, the remote control end controls the controlled end through the control module. When the digital group verification fails, the reset module resets the dynamic key group, and the remote control end needs to re-enter a new dynamic key group. At the same time, the remote control end controls the operation steps and key data through the control module, and the storage module creates a work log and stores it.

[0054] The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.

Claims

1. An encryption system for a wireless remote control, characterized in that: The invention comprises a controlled end and a remote control end, wherein the controlled end comprises a dynamic key module for generating a dynamic key group, the dynamic key module is electrically connected to a key management module for managing keys, the key management module is electrically connected to a key authorization module for authorization, the key authorization module is electrically connected to the remote control end, the key authorization module is electrically connected to a key receiving module for receiving key data, the key receiving module is electrically connected to the dynamic key module, the key receiving module is electrically connected to the remote control end, the key receiving module is electrically connected to a key authentication unit for authenticating keys, the key authentication unit is electrically connected to the remote control end, and the key authentication unit is electrically connected to a storage module for storing data.

2. The encryption system for a wireless remote controller according to claim 1, characterized in that: The dynamic key module generates a dynamic key group, the key management module receives the dynamic key group and sets a validity period of 50-60s, the remote control end obtains the dynamic key group, the key authorization module authorizes the key validity period to the key receiving module, the remote control end inputs the digital key group to the key receiving module, and the key receiving module receives the dynamic key group for analysis and judgment.

3. The encryption system for a wireless remote controller according to claim 2, characterized in that: The key receiving module receives the dynamic key group input by the remote control end for analysis and determination. When the key receiving module receives the dynamic key group for more than 50-60s, the key receiving module will feedback to the remote control end that the dynamic key group is invalid, and will feedback to the dynamic key module to generate a new dynamic key group to transmit to the key management module. When the key receiving module receives the dynamic key group for less than 50-60s, it will enter the key authentication mode, and the key authentication unit will perform key authentication.

4. The encryption system for a wireless remote controller according to claim 1, characterized in that: The key authentication unit includes a key authentication module for authenticating a key, the key authentication module is electrically connected to a feedback module for feedback information and an analysis module for analyzing a signal source, the analysis module is electrically connected to a verification module for verifying whether the remote control end is authenticated, the verification module is electrically connected to the remote control end, the analysis module is electrically connected to the feedback module, the feedback module is electrically connected to the remote control end, the verification module is electrically connected to a control module for controlling the controlled end and a reset module for resetting the key, and the control module is electrically connected to a storage module for data storage.

5. The encryption system for a wireless remote controller according to claim 4, characterized in that: The key authentication module receives the dynamic key group input by the remote control end, and analyzes the dynamic key group to analyze whether the dynamic key group is correct. When the key authentication module analyzes that the dynamic key group is incorrect, the feedback module generates error information and feeds back to the remote control end. When the key authentication module analyzes that the dynamic key group is correct, the analysis module analyzes and authenticates whether there are multiple remote control end signal sources applying for authentication in the dynamic key group.

6. The encryption system for a wireless remote controller according to claim 5, characterized in that: When the analysis module analyzes that there are multiple remote control signal sources applying for authentication, the analysis module will generate a dynamic 30-45s valid state digital group, and generate a verification instruction to be fed back to the remote control by the feedback module. The remote control obtains the dynamic digital group and inputs the dynamic digital group. The verification module will verify the dynamic digital group with the dynamic digital group input by the remote control. When the analysis module analyzes that only a single remote control signal source applies for authentication, the analysis module will generate a dynamic single control digital group, and generate a verification instruction to be fed back to the remote control by the feedback module. The remote control obtains the single control digital group and inputs the single control digital group. The verification module will verify the single control digital group with the single control digital group input by the remote control. When the analysis module generates the dynamic digital group, the single control digital group is invalid. The single control digital group and the dynamic digital group are both called digital groups.

7. The encryption system for a wireless remote controller according to claim 6, characterized in that: The verification module verifies the digital group. When the digital group is successfully verified, the control module establishes a control connection with the remote control end. When the digital group fails to be verified, the reset module resets the key. The control module controls the operation and the key data is generated and stored by the storage module.

8. The encryption system for a wireless remote controller according to claim 1, characterized in that: The specific operations of the remote control end and the controlled end include the following steps: S1, the remote control terminal applies for communication information to the controlled terminal, and the remote control terminal inputs the dynamic key group and the key receiving module analyzes whether the dynamic key group exceeds the validity period; S2. The key authentication module authenticates the dynamic key group, the analysis module analyzes the signal source, and the verification module verifies the digital group input by the remote control end.

9. The encryption system for a wireless remote controller according to claim 8, characterized in that: In step S1: 1) The remote control terminal applies for communication information from the controlled terminal, and the key authorization module grants the remote control terminal the right to apply for control connection. After the key authorization module grants the remote control terminal the control right, the dynamic key module generates a dynamic key group; 2) The dynamic key module generates a dynamic key group. The key management module receives the dynamic key group and sets a validity period of 50-60 seconds. The remote control terminal obtains the dynamic key group by checking the controlled terminal. The key authorization module authorizes the key validity period to the key receiving module. The remote control terminal inputs the digital key group and the key receiving module receives it. 3) When the key receiving module receives the dynamic key group for more than 50-60s, the key receiving module will feedback to the remote control end that the dynamic key group is invalid, and feedback to the dynamic key module to generate a new dynamic key group and transmit it to the key management module. When the key receiving module receives the dynamic key group for less than 50-60s, it will enter the key authentication mode.

10. The encryption system for a wireless remote controller according to claim 8, characterized in that: In step S2: 1) When the key authentication module analyzes that the dynamic key group is incorrect, the feedback module generates error information and feeds it back to the remote control end. When the key authentication module analyzes that the dynamic key group is correct, the analysis module analyzes and authenticates whether there are multiple remote control end signal sources applying for authentication in the dynamic key group; 2) When the analysis module analyzes that there are multiple remote control signal sources applying for authentication, the analysis module will generate a dynamic 30-45s valid state digital group, and generate a verification instruction to be fed back to the remote control by the feedback module. The remote control obtains the dynamic digital group by checking the controlled end, and inputs the dynamic digital group for verification. When the analysis module analyzes that there is only a single remote control signal source applying for authentication, the analysis module will generate a single control digital group, and generate a verification instruction to be fed back to the remote control by the feedback module. The remote control obtains the single control digital group by checking the controlled end for verification; 3) When the verification module successfully verifies the digital group, the remote control end controls the controlled end through the control module. When the digital group verification fails, the reset module resets the dynamic key group, and the remote control end needs to re-enter a new dynamic key group. At the same time, the remote control end controls the operation steps and key data through the control module, and the storage module creates a work log and stores it.

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