LED lamp control method and system based on information interaction

Abstract

The invention discloses an LED lamp control method and system based on information interaction, and relates to the technical field of lamp control, and the method comprises the steps: constructing an intelligent illumination control network used for controlling an LED lamp, collecting environment perception data of the LED lamp in an illumination scene in real time, transmitting the environment perception data to the intelligent illumination control network, building a user side account, and transmitting the user side account to the intelligent illumination control network; a user logs in a user side account through a mobile terminal device, the user side account of the current user is bound to an information interaction authority of an intelligent lighting control network, LED lamp interaction information is edited to the user side account, and then the intelligent lighting control network generates a control strategy for controlling an LED lamp according to environment sensing data and the LED lamp interaction information. And executing the control strategy corresponding to the LED lamp, and performing corresponding control optimization according to the execution result of the control strategy.

Description

Technical Field

[0001] The present invention relates to the technical field of lamp control, and in particular to an LED lamp control method and system based on information interaction. Background Art

[0002] With the continuous development of science and technology, LED lamps have been widely used due to their advantages such as energy saving, environmental protection and long life. However, the existing LED lamp control methods have certain limitations, such as single control mode, low intelligence and poor user experience. Therefore, it is necessary to study a new method and system for controlling LED lamps through information interaction to meet people's efficient and convenient needs for intelligent lighting. Summary of the invention

[0003] In order to solve the above problems, an object of the present invention is to provide a method and system for controlling LED lamps based on information interaction.

[0004] The purpose of the present invention can be achieved by the following technical solution: A method for controlling an LED lamp based on information interaction, comprising the following steps: Step S1: constructing an intelligent lighting control network for controlling LED lamps, collecting environmental perception data of the LED lamps in a lighting scene in real time, and transmitting the environmental perception data to the intelligent lighting control network; Step S2: Establish a user-side account, and the user logs in to the user-side account through a mobile device, and binds the current user's user-side account to the information interaction authority of the intelligent lighting control network, edits the LED lamp interaction information to the user-side account, and then the intelligent lighting control network generates a control strategy for controlling the LED lamp according to the environmental perception data and the LED lamp interaction information; Step S3: Execute the control strategy corresponding to the LED lamp, and make corresponding control optimization according to the result after the control strategy is executed.

[0005] Furthermore, the process of building an intelligent lighting control network for controlling LED lamps includes: Select a lighting scene, arrange a number of LED lamps in the lighting scene, each LED lamp is used to provide lighting for the space environment corresponding to the lighting scene, and obtain the environment volume of the space environment corresponding to the lighting scene; A number of LED lamps are numbered and recorded as i, i = 1, 2, 3, ..., n, where n is a natural number greater than 0, and the lighting coverage space volume corresponding to each LED lamp at the current arrangement angle is obtained, and the lighting coverage space volume corresponding to the LED lamp numbered i is recorded as V[i]; A master control terminal and several distributed control terminals are set up, and the several distributed control terminals are connected to the master control terminal in communication, and one distributed control terminal is allocated to each LED lamp in the lighting scene; it is judged whether the total lighting coverage space volume formed by the accumulation of the lighting coverage space volumes of the several LED lamps satisfies the coverage of the corresponding environment volume of the lighting scene, and the LED lamps in the lighting scene are controlled accordingly according to the judgment result; A network access node is allocated to each distributed control terminal. Each distributed control terminal constructs a network access request and sends the network access request to the master control terminal through the respectively allocated network access node. The master control terminal is configured with a lighting control network. The network access requests corresponding to all distributed control terminals are submitted to the lighting control network. Each network access node carries the control delay of the corresponding distributed control terminal on the LED lamp and displays the network access request in real time on the lighting control network. When the control delay of the corresponding distributed control terminal exceeds the preset delay threshold, the master control terminal allocates more network resources in the lighting control network to the distributed control terminal to adjust the control delay of the distributed control terminal to below the delay threshold, thereby constructing the lighting control network into an intelligent lighting control network for controlling LED lamps.

[0006] Furthermore, the process of performing corresponding control operations on the LED lamps in the lighting scene according to the judgment result includes: The ambient volume of the lighting scene corresponding to the spatial environment is denoted as V 环境 , the total lighting coverage space volume composed of several LED lamps is recorded as V 总和 ; When V 总和 ≥V 环境 When , no operation is performed; When V 总和 <V 环境 When the LED lamps are located in the current lighting scene, the spatial area not covered by the LED lamps is located, and the layout angles of the LED lamps are changed through the distributed control terminals assigned to the LED lamps in the corresponding spatial area, thereby changing the lighting coverage spatial volume of the current LED lamps until the total lighting coverage spatial volume in the current lighting scene is greater than or equal to the environmental volume of the lighting scene.

[0007] Furthermore, the process of collecting the environmental perception data of the LED lamp in the lighting scene in real time and transmitting the environmental perception data to the intelligent lighting control network includes: Several types of sensors are arranged in the lighting scene, including light sensors, infrared sensors, sound sensors, temperature sensors and humidity sensors, and the ambient brightness, ambient flow, ambient sound, ambient temperature and ambient humidity in the lighting scene are collected by the light sensors, infrared sensors, sound sensors, temperature sensors and humidity sensors respectively, and the ambient brightness, ambient flow, ambient sound, ambient temperature and ambient humidity are recorded as LD 环境 RL 环境 , SY 环境 , WD 环境 and SD 环境 ; Integration of collected LD 环境 RL 环境 , SY 环境 , WD 环境 and SD 环境 As environmental perception data, a perception database is set up to store environmental perception data, and a data transmission channel for communication connection between the perception database and the intelligent lighting control network is established. The environmental perception data in the current lighting scene is transmitted to the intelligent lighting control network through the data transmission channel.

[0008] Furthermore, the process of the user logging into the user account through the mobile device includes: Obtain the identity information of the user living in the current lighting scene, the identity information includes the ID number, the local area network address of the residence, the mobile phone number and the email address, and establish a user account through the ID number and mobile phone number in the identity information provided by the user; The client account includes a corresponding account login sequence and an account verification sequence; The user's corresponding client account, account login sequence and account verification sequence are sent through their corresponding email addresses, and the user enters the client account, account login sequence and account verification sequence in his own email address into his own mobile terminal device; Verify whether the user account and account login sequence are entered correctly. If so, further determine whether the entered account verification sequence is consistent with the preset account access sequence. If not, prohibit the user's mobile device from logging into the user account. If the account verification sequence is consistent with the account access sequence, determine whether the local area network address currently accessed by the mobile terminal device is the local area network address of the residence. If they are inconsistent, prohibit the user's mobile terminal device from logging into the user's account; If the LAN address accessed by the mobile device is the same as the LAN address of the residence, the user successfully logs in to the user account through his / her mobile device. Otherwise, the operation of logging in to the user account through his / her mobile device fails.

[0009] Furthermore, the process of binding the current user's client account to the information interaction authority of the intelligent lighting control network, editing the LED lamp interaction information to the user account, and then generating a control strategy for controlling the LED lamp according to the environmental perception data and the LED lamp interaction information by the intelligent lighting control network includes: The current user initiates a binding request to the intelligent lighting control network through the user-side account. The intelligent lighting control network receives the binding request and authorizes its own information interaction authority to the user-side account. The user edits the LED lamp interaction information corresponding to the LED lamp in the current lighting scene. The LED lamp interaction information includes adaptive interaction information and personalized interaction information; The adaptive interaction information includes a brightness interaction value, a human flow interaction value, a sound interaction value, and a temperature and humidity interaction value range; The personalized interaction information includes user-defined lighting mode, brightness level, color temperature preference, and timer switch time; After inputting the LED lamp interaction information into its own user-side account, the LED lamp interaction information in the user-side account is synchronously transmitted to the intelligent lighting control network, and the intelligent lighting control network generates corresponding control strategies for controlling the LED lamps based on the environmental perception data and the LED lamp interaction information.

[0010] Furthermore, the control strategy includes an adaptive control strategy and a personalized control strategy; wherein the personalized control strategy is generated directly based on the personalized interaction information, and the adaptive control strategy is generated based on the adaptive interaction information and environmental perception data, and the adaptive control strategy and the personalized control strategy are used to control the LED lamps in the current lighting scene.

[0011] Furthermore, the process of executing the control strategy corresponding to the LED lamp and making corresponding control optimization according to the result after the control strategy is executed includes: Execute the adaptive control strategy and the personalized control strategy corresponding to the LED lamps in the lighting scene, and obtain the execution results of the adaptive control strategy and the personalized control strategy respectively, the execution results are the corresponding execution success rates, and the execution success rates of the adaptive control strategy and the personalized control strategy are recorded as Sc1 and Sc2 respectively; The optimization execution thresholds corresponding to the execution success rates Sc1 and Sc2 are set, and are recorded as η1 and η2 respectively. When Sc1≤η1 or Sc2<η2, the control strategy for controlling the LED lamps in the current lighting scene is controlled and optimized; the content of the control optimization is: adjusting the arrangement of several types of sensors in the lighting scene and troubleshooting the sensors, repairing or replacing the sensors with problems, optimizing the network of the intelligent lighting control network, re-editing the LED lamp interaction information corresponding to the LED lamps in the lighting scene, and arranging fault operation and maintenance personnel to troubleshoot all LED lamps arranged in the lighting scene, so as to locate the abnormal LED lamps and repair the abnormal LED lamps.

[0012] Furthermore, an LED lamp control system based on information interaction includes: The lighting control network module builds an intelligent lighting control network for controlling LED lamps, collects environmental perception data of the lighting scene where the LED lamps are located in real time, and transmits the environmental perception data to the intelligent lighting control network; The lighting control strategy module is used to establish a user-side account, and the user logs in to the user-side account through a mobile device, binds the current user's user-side account to the information interaction authority of the intelligent lighting control network, edits the LED lamp interaction information to the user-side account, and then the intelligent lighting control network generates a control strategy for controlling the LED lamp based on the environmental perception data and the LED lamp interaction information; The lighting control execution module is used to execute the control strategy corresponding to the LED lamps and make corresponding control optimization according to the results after the control strategy is executed.

[0013] Compared with the prior art, the beneficial effects of the present invention are as follows: by constructing an intelligent lighting control network for controlling LED lamps, and collecting real-time environmental perception data in the lighting scene where the LED lamps are located and transmitting it to the intelligent lighting control network, a user-side account is established, and the user logs in to the user-side account through a mobile device, and the user-side account of the current user is bound to the information interaction authority of the intelligent lighting control network, and the LED lamp interaction information is edited to the user-side account, and then the intelligent lighting control network generates a control strategy for controlling the LED lamps according to the environmental perception data and the LED lamp interaction information, executes the control strategy corresponding to the LED lamp, and makes corresponding control optimization according to the result after the execution of the control strategy, and by editing the LED lamp interaction information into the intelligent lighting control network for corresponding control, intelligent control of the LED lamps in the lighting scene is realized, and corresponding control optimization is made according to the execution result of the control strategy, which improves the user experience to a certain extent. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] Figure 1It is a flow chart of the present invention. DETAILED DESCRIPTION

[0015] like Figure 1 As shown, a method for controlling an LED lamp based on information interaction includes the following steps: Step S1: constructing an intelligent lighting control network for controlling LED lamps, collecting environmental perception data of the LED lamps in a lighting scene in real time, and transmitting the environmental perception data to the intelligent lighting control network; Step S2: Establish a user-side account, and the user logs in to the user-side account through a mobile device, and binds the current user's user-side account to the information interaction authority of the intelligent lighting control network, edits the LED lamp interaction information to the user-side account, and then the intelligent lighting control network generates a control strategy for controlling the LED lamp according to the environmental perception data and the LED lamp interaction information; Step S3: Execute the control strategy corresponding to the LED lamp, and make corresponding control optimization according to the result after the control strategy is executed.

[0016] It should be further explained that, in the specific implementation process, the process of building an intelligent lighting control network for controlling LED lamps includes: Select a lighting scene, in which a number of LED lamps are arranged, each LED lamp is used to provide lighting for the space environment corresponding to the lighting scene, obtain the environmental volume of the space environment corresponding to the lighting scene, and record the environmental volume of the entire space environment as V 环境 ; A number of LED lamps are numbered and the number is recorded as i, then i=1, 2, 3, ..., n, where n is a natural number greater than 0, and the lighting coverage space volume corresponding to each LED lamp at the current arrangement angle is obtained, and the lighting coverage space volume corresponding to the LED lamp numbered i is recorded as V[i]; A master control terminal and several distributed control terminals are set up, and the several distributed control terminals are connected to the master control terminal in communication. A distributed control terminal is assigned to each LED lamp in the lighting scene, and the distributed control terminal is used to perform subsequent intelligent lighting control on the assigned LED lamp; Determine whether the total lighting coverage space volume formed by the accumulation of the lighting coverage space volumes of several LED lamps in the current lighting scene satisfies the coverage of the corresponding environment volume of the lighting scene. The total lighting coverage space volume is V 总和 ; The total lighting coverage space volume is expressed as follows: ; When V 总和 ≥V 环境When , no operation is performed; When V 总和 <V 环境 When the LED lamps are located, the spatial area not covered by the LED lamps in the current lighting scene is located, and the layout angle of the LED lamps is changed through the distributed control terminal allocated to the LED lamps in the corresponding spatial area, thereby changing the lighting coverage space volume of the current LED lamps until the total lighting coverage space volume in the current lighting scene is greater than or equal to the environmental volume of the lighting scene; A network access node is allocated to each distributed control terminal. Each distributed control terminal constructs a network access request and sends the network access request to the master control terminal through the respectively allocated network access node. The master control terminal is configured with a lighting control network. The network access requests corresponding to all distributed control terminals are submitted to the lighting control network. Each network access node carries the control delay of the corresponding distributed control terminal on the LED lamp and displays the network access request in real time on the lighting control network. When the control delay of the corresponding distributed control terminal exceeds the preset delay threshold, the master control terminal allocates more network resources in the lighting control network to the distributed control terminal to adjust the control delay of the distributed control terminal to below the delay threshold, thereby constructing the lighting control network into an intelligent lighting control network for controlling LED lamps.

[0017] It should be further explained that, in the specific implementation process, the process of real-time collection of environmental perception data in the lighting scene where the LED lamp is located and transmitting the environmental perception data to the intelligent lighting control network includes: Arrange several types of sensors in the lighting scene, wherein the several types of sensors include light sensors, infrared sensors, sound sensors, temperature sensors and humidity sensors, and collect ambient brightness, ambient human flow, ambient sound, ambient temperature and ambient humidity in the lighting scene through the light sensors, infrared sensors, sound sensors, temperature sensors and humidity sensors respectively; The ambient brightness, ambient human flow, ambient sound, ambient temperature and ambient humidity are respectively denoted as LD 环境 RL 环境 , SY 环境 , WD 环境 and SD 环境 , integrating the above LD collected from several types of lighting scenes 环境 , RL 环境 , SY 环境 , WD 环境 and SD 环境 As environmental perception data, the environmental perception data is recorded as Data 环境 , then there is Data 环境 = <LD环境 , RL 环境 , SY 环境 , W.D. 环境 , S.D. 环境 > Setting up a perception database for storing environmental perception data, establishing a data transmission channel for communication connection between the perception database and the intelligent lighting control network, and transmitting the environmental perception data under the current lighting scene to the intelligent lighting control network through the data transmission channel; When environmental perception data is transmitted via the data transmission channel, the channel environment of the data transmission channel is monitored. When the channel environment is monitored as being abnormal, the current data transmission channel is destroyed and a new data transmission channel is established to transmit the environmental perception data. When the channel environment is monitored as not being abnormal, no operation is performed.

[0018] It should be further explained that, in the specific implementation process, the process of establishing a user account and the user logging into the user account through a mobile device includes: Obtain the identity information of the user living in the current lighting scene, the identity information including the ID number, the local area network address of the residence, the mobile phone number and the email address, and establish a user account through the ID number and the mobile phone number in the identity information provided by the user; The client account includes a corresponding account login sequence and an account verification sequence; The user's corresponding client account, account login sequence and account verification sequence are sent through their corresponding email addresses, and the user enters the client account, account login sequence and account verification sequence in his own email address into his own mobile terminal device; Verify whether the user account and account login sequence are entered correctly. If so, further determine whether the entered account verification sequence is consistent with the preset account access sequence. If not, prohibit the user's mobile device from logging into the user account. If the account verification sequence is consistent with the account access sequence, determine whether the local area network address currently accessed by the mobile terminal device is the local area network address of the residence. If they are inconsistent, prohibit the user's mobile terminal device from logging into the user's account; If the LAN address accessed by the mobile device is the same as the LAN address of the residence, the user successfully logs in to the user account through his / her mobile device. Otherwise, the operation of logging in to the user account through his / her mobile device fails.

[0019] It should be further explained that, in the specific implementation process, the process of binding the user-side account of the current user to the information interaction authority of the intelligent lighting control network, editing the LED lamp interaction information to the user-side account, and then the intelligent lighting control network generating a control strategy for controlling the LED lamp according to the environmental perception data and the LED lamp interaction information includes: The current user initiates a binding request to the intelligent lighting control network through the user-side account. The intelligent lighting control network receives the binding request and authorizes its own information interaction authority to the user-side account. The user edits the LED lamp interaction information corresponding to the LED lamp in the current lighting scene. The LED lamp interaction information includes adaptive interaction information and personalized interaction information; The adaptive interaction information includes a brightness interaction value, a human flow interaction value, a sound interaction value, and a temperature and humidity interaction value range; The personalized interaction information includes user-defined lighting mode, brightness level, color temperature preference, and timer switch time; After the LED lamp interaction information edited by the user is input into the user's own user-side account, the LED lamp interaction information in the user-side account is synchronously transmitted to the intelligent lighting control network, and the intelligent lighting control network generates corresponding control strategies for controlling the LED lamps based on the environmental perception data and the LED lamp interaction information.

[0020] The control strategy includes an adaptive control strategy and a personalized control strategy; Wherein, a personalized control strategy is directly generated according to the personalized interaction information, and the content of the personalized control strategy is: starting each LED lamp in the current lighting scene according to the user-defined lighting mode, brightness level, color temperature preference and timed switch time; Based on adaptive interaction information and environmental perception data 环境 Generate an adaptive control strategy, the content of which is: record the brightness interaction value, the traffic interaction value and the sound interaction value as LD 交互 , RL 交互 and SY 交互 , the temperature and humidity interaction value range includes the temperature interaction value range and the humidity interaction value range, wherein the temperature interaction value range and the humidity interaction value range are respectively denoted as Ω 温度 and Ω 湿度 ; When any of the following conditions is met, the LED lamps in the lighting scene are turned on, as follows: When LD 环境 ≥LD 交互 ; When RL 环境 ≥LD 交互 ; When SY 环境 ≥SY 交互 ; When WD 环境 ∈Ω 温度 ; When SD 环境 ∈Ω 湿度 ; When all the above conditions are not met, the LED lamps in the lighting scene are kept in the off state.

[0021] It should be further explained that, in the specific implementation process, the process of executing the control strategy corresponding to the LED lamp and making corresponding control optimization according to the result after the control strategy is executed includes: Execute the adaptive control strategy and the personalized control strategy corresponding to the LED lamp in the lighting scene, and obtain the execution results of the adaptive control strategy and the personalized control strategy respectively, wherein the execution results are the corresponding execution success rates, and the execution success rates of the adaptive control strategy and the personalized control strategy are recorded as Sc1 and Sc2 respectively; Set the optimization execution thresholds corresponding to the execution success rates Sc1 and Sc2, and record the optimization execution thresholds as η1 and η2, respectively. When Sc1≤η1 or Sc2<η2, optimize the control strategy for controlling the LED lamps in the current lighting scene; The content of control optimization is: adjust the layout of several types of sensors in the lighting scene and troubleshoot the sensors, repair or replace sensors with problems, optimize the intelligent lighting control network, re-edit the LED lamp interaction information corresponding to the LED lamps in the lighting scene, and arrange fault operation and maintenance personnel to troubleshoot all LED lamps arranged in the lighting scene, and then locate the abnormal LED lamps, and repair the abnormal LED lamps to restore the LED lamps to normal.

[0022] It should be noted that if the sensors or LED lights in the lighting scene fail, the sensors are not properly arranged, the network rate of the smart lighting network is abnormal, and the LED lamp interaction information edited by the user may affect the control of the LED lamps in the lighting scene. The optimization execution thresholds corresponding to the execution success rates Sc1 and Sc2 are the minimum allowable values ​​of their respective execution success rates. When their respective execution success rates are lower than the minimum allowable values, their respective control optimizations are enabled.

[0023] The present invention also provides an LED lamp control system based on information interaction, the system comprising: The lighting control network module builds an intelligent lighting control network for controlling LED lamps, collects environmental perception data of the lighting scene where the LED lamps are located in real time, and transmits the environmental perception data to the intelligent lighting control network; The lighting control strategy module is used to establish a user-side account, and the user logs in to the user-side account through a mobile device, binds the current user's user-side account to the information interaction authority of the intelligent lighting control network, edits the LED lamp interaction information to the user-side account, and then the intelligent lighting control network generates a control strategy for controlling the LED lamp based on the environmental perception data and the LED lamp interaction information; The lighting control execution module is used to execute the control strategy corresponding to the LED lamps and make corresponding control optimization according to the results after the control strategy is executed.

[0024] The above embodiments are only used to illustrate the technical method of the present invention rather than to limit it. Although the present invention has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical method of the present invention may be modified or replaced by equivalents without departing from the spirit and scope of the technical method of the present invention.

Claims

1. A method for controlling LED lamps based on information interaction, characterized in that: The following steps are involved: Step S1: constructing an intelligent lighting control network for controlling LED lamps, collecting environmental perception data of the LED lamps in the lighting scene in real time, and transmitting the environmental perception data to the intelligent lighting control network; Step S2: Create a user-side account. The user logs in to the user-side account through a mobile device and binds the current user's user-side account to the information interaction permission of the intelligent lighting control network. The LED lamp interaction information is edited to the user-side account. Then, the intelligent lighting control network generates a control strategy for controlling the LED lamp based on the environmental perception data and the LED lamp interaction information. Step S3: Execute the control strategy corresponding to the LED lamp, and make corresponding control optimization according to the result after the control strategy is executed.

2. The LED lamp control method based on information interaction according to claim 1, characterized in that: The process of building an intelligent lighting control network for controlling LED luminaires includes: Select a lighting scene, arrange several LED lamps in the lighting scene, each LED lamp is used to provide lighting for the spatial environment corresponding to the lighting scene, and obtain the environmental volume of the spatial environment corresponding to the lighting scene; Number several LED lamps and record them as i, where i = 1, 2, 3, ..., n, where n is a natural number greater than 0. Obtain the lighting coverage volume corresponding to each LED lamp at the current arrangement angle, and record the lighting coverage volume corresponding to the LED lamp numbered i as V[i]; A master control terminal and several distributed control terminals are provided, and the several distributed control terminals are connected to the master control terminal. A distributed control terminal is assigned to each LED lamp in the lighting scene; it is determined whether the total lighting coverage space volume formed by the accumulation of the lighting coverage space volumes of the several LED lamps satisfies the coverage of the corresponding environment volume of the lighting scene, and corresponding control operations are performed on the LED lamps in the lighting scene according to the determination result; A network access node is assigned to each distributed control terminal. Each distributed control terminal constructs a network access request and sends the network access request to the master control terminal through the network access node assigned to it. The master control terminal is equipped with a lighting control network, and the network access requests corresponding to all distributed control terminals are submitted to the lighting control network. Each network access node carries the control delay of the corresponding distributed control terminal on the LED lamp and displays the network access request in real time on the lighting control network. When the control delay of the corresponding distributed control terminal exceeds the preset delay threshold, the master control terminal allocates more network resources in the lighting control network to the distributed control terminal to adjust the control delay of the distributed control terminal to below the delay threshold, thereby constructing the lighting control network into an intelligent lighting control network for controlling LED lamps.

3. The LED lamp control method based on information interaction according to claim 2, characterized in that: The process of performing corresponding control operations on the LED lamps in the lighting scene according to the judgment results includes: The ambient volume of the lighting scene corresponding to the spatial environment is recorded as V 环境 , the total lighting coverage volume of several LED lamps is recorded as V 总和 ; When V 总和 ≥V 环境 When , no operation is performed; When V 总和 <V 环境 When the LED lamps are located in the current lighting scene, the spatial area not covered by the LED lamps is located, and the layout angle of the LED lamps is changed through the distributed control terminal allocated to the LED lamps in the corresponding spatial area, thereby changing the lighting coverage space volume of the current LED lamps until the total lighting coverage space volume in the current lighting scene is greater than or equal to the environmental volume of the lighting scene.

4. The LED lamp control method based on information interaction according to claim 3, characterized in that: The process of collecting environmental perception data of LED lamps in real time under the lighting scene and transmitting the environmental perception data to the intelligent lighting control network includes: Several types of sensors are arranged in the lighting scene, including light sensors, infrared sensors, sound sensors, temperature sensors and humidity sensors, and the ambient brightness, ambient human flow, ambient sound, ambient temperature and ambient humidity in the lighting scene are collected by light sensors, infrared sensors, sound sensors, temperature sensors and humidity sensors respectively. The ambient brightness, ambient human flow, ambient sound, ambient temperature and ambient humidity are respectively recorded as LD 环境 RL 环境 ,SY 环境 WD 环境 and SD 环境 ; Integration of collected LD 环境 RL 环境 ,SY 环境 WD 环境 and SD 环境 As environmental perception data, a perception database is set up to store environmental perception data, and a data transmission channel is established between the perception database and the intelligent lighting control network for communication connection. The environmental perception data in the current lighting scene is transmitted to the intelligent lighting control network through the data transmission channel.

5. The LED lamp control method based on information interaction according to claim 4, characterized in that: The process of establishing a client account and logging into the client account through a mobile device includes: Obtain the identity information of the user corresponding to the current lighting scene. The identity information includes the ID number, the local area network address of the residence, the mobile phone number, and the email address. The user's ID number and mobile phone number in the identity information provided by the user are used to establish a user account. The user account includes a corresponding account login sequence and an account verification sequence; The user's corresponding client account, account login sequence, and account verification sequence are sent via their corresponding email address, and the user enters the client account, account login sequence, and account verification sequence in their own email address into their own mobile device; Verify that the user's account and account login sequence are entered correctly. If so, further determine whether the entered account verification sequence is consistent with the preset account access sequence. If not, prohibit the user's mobile device from logging into the user's account. If the account verification sequence is consistent with the account access sequence, then determine whether the local area network address currently accessed by the mobile device is the local area network address of the residence. If not, prohibit the user's mobile device from logging into the user account; If the LAN address connected to the mobile device is the same as the LAN address of the residence, the user successfully logs in to the user account through his or her mobile device. Otherwise, the operation of logging in to the user account through his or her mobile device fails.

6. The LED lamp control method based on information interaction according to claim 5, characterized in that: The process of binding the current user's client account to the information interaction permission of the intelligent lighting control network, editing the LED lamp interaction information to the user account, and then having the intelligent lighting control network generate a control strategy for controlling the LED lamp based on the environmental perception data and the LED lamp interaction information includes: The current user initiates a binding request to the intelligent lighting control network through the user-side account. The intelligent lighting control network receives the binding request and authorizes its own information interaction permission to the user-side account. The user then edits the LED lamp interaction information corresponding to the LED lamp in the current lighting scene. The LED lamp interaction information includes adaptive interaction information and personalized interaction information; The adaptive interaction information includes brightness interaction value, human flow interaction value, sound interaction value and temperature and humidity interaction value range; The personalized interaction information includes user-defined lighting mode, brightness level, color temperature preference, and timer on / off time; After inputting the LED lamp interaction information into its own user-end account, the LED lamp interaction information in the user-end account is synchronously transmitted to the intelligent lighting control network, and the intelligent lighting control network generates a corresponding control strategy for controlling the LED lamp based on the environmental perception data and the LED lamp interaction information.

7. The LED lamp control method based on information interaction according to claim 6, characterized in that: The control strategy includes an adaptive control strategy and a personalized control strategy; wherein, the personalized control strategy is generated directly based on the personalized interaction information, and the adaptive control strategy is generated based on the adaptive interaction information and environmental perception data. The adaptive control strategy and the personalized control strategy are used to control the LED lamps in the current lighting scene.

8. The LED lamp control method based on information interaction according to claim 7, characterized in that: The process of executing the control strategy corresponding to the LED lamp and making corresponding control optimization based on the results of the control strategy execution includes: Execute the adaptive control strategy and the personalized control strategy corresponding to the LED lamp in the lighting scene, and obtain the execution results of the adaptive control strategy and the personalized control strategy respectively, the execution results are the corresponding execution success rates, and the execution success rates of the adaptive control strategy and the personalized control strategy are recorded as Sc1 and Sc2 respectively; The optimization execution thresholds corresponding to the execution success rates Sc1 and Sc2 are set and denoted as η1 and η2 respectively. When Sc1≤η1 or Sc2<η2, the control strategy for controlling the LED lamps in the current lighting scene is optimized; the content of the control optimization is: adjusting the layout of several types of sensors in the lighting scene and troubleshooting the sensors, repairing or replacing sensors with problems, optimizing the intelligent lighting control network, re-editing the LED lamp interaction information corresponding to the LED lamps in the lighting scene, and arranging fault operation and maintenance personnel to troubleshoot all LED lamps arranged in the lighting scene, thereby locating abnormal LED lamps and repairing the abnormal LED lamps.

9. An LED lamp control system based on information interaction, used to implement the LED lamp control method according to any one of claims 1 to 8, the system comprising: The lighting control network module builds an intelligent lighting control network for controlling LED lamps, collects environmental perception data of the lighting scene in which the LED lamps are located in real time, and transmits the environmental perception data to the intelligent lighting control network; The lighting control strategy module is used to establish a user-side account, which the user logs in to through a mobile device, binds the current user's user-side account to the information interaction permissions of the intelligent lighting control network, and edits the LED lamp interaction information to the user-side account. The intelligent lighting control network then generates a control strategy for controlling the LED lamp based on the environmental perception data and the LED lamp interaction information; The lighting control execution module is used to execute the control strategy corresponding to the LED lamp and make corresponding control optimization according to the results after the control strategy is executed.

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