Equipment indicating lamp control method and system

Abstract

The invention discloses an equipment indicating lamp control method and system, and the method comprises the following steps: obtaining the state of a person in an equipment region, and obtaining a first control value according to the state change condition of the person in the equipment region within a preset time duration; acquiring a second control value based on the personnel identity verification result and the user indication state; acquiring an environment measurement parameter, and acquiring a third control value according to the environment measurement parameter; and outputting an equipment indicating lamp control strategy according to a preset work and rest time period, the first control value, the second control value and the third control value. The method has the beneficial effects that the regulation and control complexity is reduced to reduce energy consumption under the condition of no personnel or no permission of the personnel, and meanwhile, the regulation and control brightness of the equipment indicator lamp is comprehensively obtained based on personnel states, user work and rest, user indication and environmental factors, so that the regulation and control accuracy of the equipment indicator lamp is improved, and the user experience is improved.

Description

Technical Field

[0001] The present application relates to the technical field of device indicator light control, and in particular to a device indicator light control method and system. Background Art

[0002] At present, smart devices have entered every household, and many families have various smart devices, and these devices often have various indicator lights to indicate the various working states of the devices. Sometimes, in order to facilitate users to control these smart devices wirelessly, some functions can be wirelessly controlled by installing applications on the user's portable electronic devices (such as smart phones, smart computers, etc.).

[0003] In product design, various smart devices may have indicator light windows on the shell to indicate different status feedback so that users who operate these smart devices can intuitively see the status of the device, such as flashing, different RGB color display, etc. Some smart devices have display screens, and although they are set to sleep or timed off, they are actually still running intermittently. Therefore, as the types of home smart devices installed continue to increase, the operating power consumption of the home information interaction system has increased, and the indicator light will flash for a long time, which will cause trouble to human vision or senses, such as the indicator light flashing when sleeping, which is too bright and affects sleep.

[0004] In the related technology, the brightness of the device indicator light is usually adjusted in real time according to the ambient brightness. Although this method can make corresponding adjustments according to the external light conditions to a certain extent, so that the indicator light brightness adapts to the environment and avoids the situation of being too bright and dazzling or too dark to be noticed. However, this can easily cause the user to be in a sleeping state but the ambient brightness changes, and the indicator light brightness changes synchronously, which reduces the user experience.

[0005] The patent "A kind of induction lamp linkage control system", publication number: CN119012463A, publication date: November 22, 2024, specifically discloses an edge induction lamp set on the wall and a top induction lamp set on the top of the wall, and also includes: an induction signal acquisition module, which obtains the induction signal collected by the edge induction lamp as a trigger; a sensor information acquisition module, which obtains the brightness value and illumination range collected by the top induction lamp as illumination information and illumination area information; a light source identification module, which compares the illumination information with the preset brightness threshold N1 to obtain the bright illumination area and the low illumination area under the brightness abnormal value; a light correction module, which calculates the overlap between the range of the bright illumination area and the illumination range of the top induction lamp, and compares it with the preset overlap threshold N2, and outputs the reinforcement gradual change strategy or reinforcement sudden change strategy of the top induction lamp. This scheme adjusts the induction lamp through the triggered induction signal, but it is easily interfered by moving objects, resulting in misadjustment. Summary of the invention

[0006] In view of the inability of the prior art to take into account both the accuracy and low energy consumption of the device indicator light regulation, the present application provides a device indicator light control method and system, which initiates environmental measurement and personnel identity verification by identifying the status of personnel in the device area, reduces the complexity of regulation to reduce energy consumption when there are no personnel or the personnel have no authority, and at the same time, comprehensively obtains the regulation brightness of the device indicator light based on the personnel status, user's work and rest schedule, user instructions and environmental factors, so as to improve the regulation accuracy of the device indicator light and enhance the user experience.

[0007] To achieve the above-mentioned technical objectives, the present application provides a technical solution, which is a method for controlling an equipment indicator light, comprising the following steps: obtaining the status of personnel in the equipment area, and obtaining a first control value based on changes in the status of personnel in the equipment area within a preset time length; obtaining a second control value based on personnel identity authentication results and user indication status; obtaining environmental measurement parameters, and obtaining a third control value based on the environmental measurement parameters; and outputting an equipment indicator light control strategy based on a preset work and rest time period, the first control value, the second control value, and the third control value.

[0008] Furthermore, obtaining the first control value based on the changes in the status of personnel in the equipment area within the preset time length includes: determining whether the number of changes in the status of personnel in the equipment area within the preset time length exceeds a preset sensing threshold, and if so, starting or waking up the preset sensing device; if not, keeping the preset sensing device in sleep mode.

[0009] Furthermore, obtaining the first control value according to the change of the status of personnel in the equipment area within the preset time length also includes: outputting the first control value according to the change of the status of personnel in the equipment area within the preset time length and the preset status control relationship.

[0010] Furthermore, the obtaining of the second control value based on the personnel identity authentication result and the user indication status includes: obtaining the status change personnel identity authentication result according to the status change of the personnel in the equipment area within a preset time length; matching the corresponding equipment indicator light according to the status change personnel identity authentication result to obtain the equipment matching result; obtaining the second control value according to the user indication status and the equipment matching result.

[0011] Further, the obtaining of the environmental measurement parameters and obtaining the third control value according to the environmental measurement parameters includes: obtaining the third control value based on the environmental measurement parameters and the correlation between the environment and the perception.

[0012] Furthermore, the output device indicator light control strategy according to the preset work and rest time period, the first control value, the second control value and the third control value includes: matching the control weights of the first control value, the second control value and the third control value according to the preset work and rest time period; outputting the device indicator light control strategy with the first control value, the second control value, the third control value and the control weights.

[0013] Furthermore, the outputting device indicator light control strategy with the first control value, the second control value, the third control value and the control weight includes: performing weighted summation according to the first control value, the second control value, the third control value and the control weight to obtain the indicator light adjustment value; and outputting the device indicator light control strategy with matching device indicator lights and indicator light adjustment values.

[0014] Furthermore, it also includes: when the presence of personnel in the equipment area is not identified, executing the third control value acquisition according to the preset work and rest time period; outputting the equipment indicator light control strategy according to the third control value; when the presence of personnel in the equipment area is identified, matching the first control value, the second control value and the control weights of the third control value according to the preset work and rest time period, and outputting the equipment indicator light control strategy with the first control value, the second control value, the third control value and the control weights.

[0015] Furthermore, the outputting of the device indicator light control strategy according to the preset work and rest time period, the first control value, the second control value and the third control value includes: determining whether the second control value has a control value, if so, outputting the device indicator light control strategy according to the second control value, if not, outputting the current device indicator light control strategy according to the first control value, the second control value and the third control value, and outputting the device indicator light control strategy for the future time period according to the preset work and rest time period.

[0016] Another technical solution provided by the present application is a device indicator light control system, which is used to implement the method as described above, connected to the device indicator light, and includes: a human perception module, which is used to obtain the status of people in the device area and perform personnel identity authentication; a preset sensing module, which is used to sense environmental measurement parameters; a logic control module, which obtains a third control value based on the status of people in the device area, the results of personnel identity authentication, and the environmental measurement parameters, and outputs a device indicator light control strategy based on the preset work and rest time period, the first control value, the second control value, and the third control value.

[0017] The beneficial effects of the present application are as follows: the behavioral tendency of the personnel in the device area is obtained by the change of the status of the personnel in the device area within the preset time length, such as whether they move frequently, whether they stay for a long time, etc., to obtain the first control value, and at the same time, through the personnel identity authentication result and the matching of the user indication status, the preset settings or preferences for the current personnel are called to obtain the second control value, and the influence on the indicator light status is judged according to the change of environmental parameters to obtain the third control value. Thus, according to the preset work and rest time period of the user, the work and rest time period to which the current time belongs is determined, and the device indicator light control strategy is output according to the preset work and rest time period, the first control value, the second control value and the third control value, so as to realize adaptive control of the indicator light of the smart device, realize personalized control for the user while improving automation, and enhance the user experience. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 This is a flow chart of a device indicator light control method according to the present application. DETAILED DESCRIPTION

[0019] In order to make the purpose, technical solutions and advantages of the present application more clear, the present application is further described in detail below in conjunction with the drawings and examples. It should be understood that the specific implementation method described here is only an optimal embodiment of the present application, which is only used to explain the present application and does not limit the scope of protection of the present application. All other embodiments obtained by ordinary technicians in this field without making creative work are within the scope of protection of the present application.

[0020] like Figure 1 As shown, a device indicator light control method includes the following steps: Obtain the status of personnel in the equipment area, and obtain a first control value according to the change of the status of personnel in the equipment area within a preset time length; Acquire a second control value based on the personnel identity authentication result and the user indication status; Acquire environmental measurement parameters, and acquire a third control value according to the environmental measurement parameters; The device indicator light control strategy is output according to the preset work and rest time period, the first control value, the second control value and the third control value.

[0021] In this embodiment, the behavior tendency of the personnel in the device area is obtained by the change of the status of the personnel in the device area within the preset time length, such as whether they move frequently, whether they stay for a long time, etc., to obtain the first control value, and at the same time, through the personnel identity authentication result and the matching of the user's indication status, the preset settings or preferences for the current personnel are called to obtain the second control value, and the influence on the indicator light state is determined according to the change of the environmental parameters to obtain the third control value. Thus, according to the preset work and rest time period of the user, the work and rest time period to which the current time belongs is determined, and the device indicator light control strategy is output according to the preset work and rest time period, the first control value, the second control value and the third control value, so as to realize the adaptive control of the indicator light of the smart device, realize personalized control for the user while improving automation, and enhance the user experience.

[0022] Among them, obtaining the first control value according to the changes in the status of personnel in the equipment area within the preset time length includes: judging whether the number of changes in the status of personnel in the equipment area within the preset time length exceeds the preset sensing threshold, if so, starting or waking up the preset sensing device, if not, keeping the preset sensing device in sleep mode.

[0023] The preset sensing device includes at least a personnel identity authentication device, a user indication status receiving device, and an environment measurement device. Whether to start or wake up the preset sensing device is determined by the change in the status of the personnel in the device area, thereby reducing energy consumption while improving the user experience. In this embodiment, the status of the personnel in the device area can be obtained through the camera, and then it can be determined whether the change in the status of the personnel in the device area meets the sensing conditions. In other cases, human body detection sensors such as Doppler microwaves, millimeter wave radars, etc. can also be used to sense the status of people in the device area.

[0024] Acquiring the first control value according to the change of the status of personnel in the equipment area within the preset time length also includes: According to the change of the status of personnel in the equipment area within the preset time length and the preset status control relationship, the first control value is output.

[0025] In this embodiment, the preset time length is set according to the actual needs of the user, or is set according to the user's perception sensitivity, that is, the preset time length is set based on the user's acceptance of the frequency of indicator light adjustment to avoid the problem of reduced user experience caused by too frequent adjustment of the indicator light.

[0026] The first control value at least includes an indicator light on value and an indicator light off value. The preset state control relationship at least includes a relationship between a personnel state change and the indicator light on or off, such as presetting that when the personnel state change in the equipment area is from no one to someone in the equipment area, the indicator light is on, and when the personnel state change in the equipment area is from someone to no one in the equipment area, the indicator light is off.

[0027] In other cases, the first control value also includes an indicator light on value, an indicator light off value, and an indicator light control value. Correspondingly, the preset state control relationship includes the correlation between the personnel status change and the indicator light on, the indicator light off, and the indicator light control. For example, when the personnel status in the equipment area changes from no one to someone in the equipment area, the indicator light turns on; when the personnel status in the equipment area changes from static to dynamic, the indicator light brightness is increased; when the personnel status in the equipment area changes from someone to no one in the equipment area, the indicator light turns off.

[0028] Acquiring the second control value based on the personnel identity authentication result and the user indication status includes: Obtain identity verification results of persons with changed status based on changes in status of persons in the device area within a preset time period; According to the identity verification result of the status change personnel, the corresponding device indicator light is matched to obtain the device matching result; The second control value is acquired according to the user indication state and the device matching result.

[0029] By identifying the changes in the status of people in the equipment area within a preset time length, the person whose status has changed can be identified and authenticated. The facial features of the person can be identified through the camera and compared with the pre-stored personnel permissions, so that different equipment indicators can be turned on for people with different permissions, avoiding turning on unnecessary equipment indicators based on the actions of unauthorized users, thereby reducing energy consumption. At the same time, the user indication status is obtained through the camera, microphone, speaker, etc., so as to obtain the second control value based on the matched equipment indicator light and the user indication status. The second control value at least includes the controlled equipment indicator light and the indicator light regulation requirements.

[0030] Acquiring environmental measurement parameters, and acquiring the third control value according to the environmental measurement parameters includes: A third control value is obtained based on the environment and perception correlation according to the environmental measurement parameter.

[0031] By using preset sensing devices, such as illuminance sensors, etc., environmental measurement parameters are obtained, and the impact of the environment on actual human perception is obtained based on the environmental measurement parameters, and the third control value is obtained, thereby avoiding the impact of the environment on actual control. The correlation between the environment and perception is constructed based on the impact of the ambient brightness on the indicator light display, and the deviation value of the indicator light display affected by the environment is obtained, and the impact deviation value is used as the third control value for control compensation.

[0032] In this embodiment, the environmental measurement parameters at least include environmental brightness, temperature and humidity and / or pressure value (such as air pressure, CO content ratio, water pressure, etc.), and the corresponding preset sensing device is at least a device combination for sensing the environmental measurement parameters.

[0033] The control strategy for outputting the device indicator light according to the preset work and rest time period, the first control value, the second control value and the third control value includes: Matching the control weights of the first control value, the second control value, and the third control value according to the preset work and rest time period; The device indicator light control strategy is outputted with the first control value, the second control value, the third control value and the control weight.

[0034] The control weights of matching the first control value, the second control value, and the third control value according to the preset work and rest time period include: Match the user's work and rest status in the current time period according to the preset work and rest time period; The control weights of the first control value, the second control value, and the third control value are obtained according to the correlation between the user's work and rest status and the control weights and the user's work and rest status in the current time period.

[0035] Users can preset different work and rest time periods according to their own living habits and needs, and can also preset different work and rest time periods according to actual application scenarios such as office scenarios and home scenarios. According to the degree of attention paid to different factors in different work and rest time periods, the weight allocation of the first control value, the second control value and the third control value is executed. For example, during sleep time, the control weight of the third control value is higher to minimize light interference as much as possible, and the control weight of the first control value is lower to avoid erroneous adjustments caused by sleep fluctuations; during the day, the control weight of the second control value is higher to respond to user needs more accurately.

[0036] Outputting the device indicator light control strategy with the first control value, the second control value, the third control value and the control weight includes: performing weighted summation according to the first control value, the second control value, the third control value and the control weight to obtain the indicator light adjustment value; outputting the device indicator light control strategy with the matching device indicator light and the indicator light adjustment value.

[0037] The first control value, the second control value, and the third control value are used to respectively highlight the user's actual motion status, user needs and permissions, and the influence of environmental factors, thereby achieving precise control of the device indicator light, reducing energy consumption while improving user experience. When the user gives adjustment instructions, the third control value obtained based on environmental factors is used to compensate for user perception, further improving user experience.

[0038] In some cases, the user's control of the indicator light brightness will not be a specific value, such as the user's indication status is usually "brighten / dim the light". At this time, the device indicator light control strategy output according to the first control value, the second control value, the third control value and the control weight is: the indicator light control parameters obtained according to the user status, the indicator light adjustment direction and the indicator light ID obtained according to the user's indication and authority verification, and the control compensation parameters obtained according to environmental factors are weighted summed in combination with the current rest state. Since the indicator light adjustment direction will not cause the control to be reversed due to the difference in control weights, it will not affect the actual needs of the user. In other cases, when the user indicates a specific control value, the device indicator light control is directly performed according to the second control value.

[0039] As a second embodiment of the present application, a device indicator light control method further includes: When no person is identified in the equipment area, the third control value acquisition is performed according to the preset time period; Outputting a device indicator light control strategy according to a third control value; When the presence of people is identified in the equipment area, the control weights of the first control value, the second control value and the third control value are matched according to the preset work and rest time period, and the equipment indicator light control strategy is output with the first control value, the second control value, the third control value and the control weight.

[0040] In this embodiment, it is taken into account that the smart device may have set trigger conditions before a person enters the current scene. For example, the socket can be remotely set by the user's mobile electronic device to be turned on and powered on during the period from 9:00 to 22:00. At this time, the preset sensing device is triggered according to the preset work and rest time period to obtain the third control value, and the brightness of the device indicator light is controlled or opened and closed according to environmental factors when no one is present; and when there are people in the device area, the brightness of the device indicator light is adjusted by considering environmental factors, user status and user instructions at the same time.

[0041] In this embodiment, a device indicator light control method further includes: Determine whether the changes in the status of personnel in the equipment area meet the preset work and rest time period. If so, output the equipment indicator light control strategy according to the preset work and rest time period. If not, prompt the user to enter a dynamic work and rest time period, and output the equipment indicator light control strategy according to the dynamic work and rest time.

[0042] Users can input dynamic work and rest time periods as needed, and adjust the brightness, on and off, or power of the indicator lights attached to each smart device according to the new work and rest time set in the current environment. The control weights of the first control value, the second control value, and the third control value are matched according to the dynamic work and rest time to obtain the device indicator light control strategy. In other cases, the dynamic work and rest time period can also be obtained according to the current user's historical status changes or the preset work and rest time period and the current personnel status changes.

[0043] Among them, the control strategy of outputting the device indicator light according to the preset work and rest time period, the first control value, the second control value and the third control value includes: Determine whether the second control value has a control value. If so, output the device indicator light control strategy according to the second control value. If not, output the current device indicator light control strategy according to the first control value, the second control value and the third control value, and output the future time period device indicator light control strategy according to the preset work and rest time period.

[0044] By presetting the work and rest time, the control strategy of the equipment indicator light in the future time period is output in advance, so as to reduce the brightness of the indicator light when the user is approaching the rest time, provide a reference for the user and improve the user experience.

[0045] As a third embodiment of the present application, a device indicator light control system is connected to the device indicator light, including: a human sensing module for obtaining the status of people in the device area and performing identity authentication of people; A preset sensing module is used to sense environmental measurement parameters; The logic control module obtains a third control value according to the status of personnel in the equipment area, the results of personnel identity authentication and the environmental measurement parameters, and outputs the equipment indicator light control strategy according to the preset work and rest time period, the first control value, the second control value and the third control value.

[0046] Among them, the human perception module and the preset sensing module are connected to the logic control module, and the logic control module is connected to the equipment indicator light. The on and off, power change and brightness change of the equipment indicator light are controlled according to the output equipment indicator light control strategy.

[0047] In this embodiment, the human perception module includes a camera, which is installed in the device area to obtain the presence and activities of people in the device area, and recognize the facial features of people through the camera to achieve identity authentication of people.

[0048] The preset sensing module includes an illumination sensor for detecting ambient brightness.

[0049] The logic control module includes a device sensor, which may be an optical sensor or an electromagnetic sensor with an indicator light. For example, as a type of optical sensor, the device sensor may be a ceiling lamp, a spotlight, or a device with an optical coupling trigger element. The device sensor communicates with the above-mentioned camera, illumination sensor, etc. through an infrared light carrier, or simultaneously establishes communication with a switch panel and a socket mounted on the wall. The device sensor is also used to establish one-way / two-way communication with household appliances, such as air conditioners, televisions, or water heaters, to control their indicator lights. When used as an electromagnetic sensor, it may be a wireless radio frequency signal transceiver or a protocol converter, which can be coupled to the above-listed smart devices via one or more wireless networks, such as WiFi, WLAN, or Bluetooth (BLE) and other peer-to-peer transmission protocol networks to communicate with each other. Moreover, the device sensor can also communicate between smart devices with different communication protocols to compile and transmit control instructions.

[0050] In other cases, the human perception module also includes a human voice sensor, such as a microphone / speaker, etc., to obtain the voice command sent by the user and the user's state, such as setting the microphone to collect voice to recognize the user's breathing to determine the user's lying state. The preset sensing module also includes an environmental sound sensor to sense environmental sounds, thereby reducing the interference of the environment on recognition.

[0051] In this embodiment, the logic control module is also connected to the user interaction device for communication. The user interaction device may be a mobile electronic device such as a mobile phone, a tablet, etc., so that the user can set the work and rest time period.

[0052] In other embodiments, the human body sensing module also includes a wearable sensing device, such as an electronic watch, etc. The device sensor communicates with the wearable sensing device worn by the user to obtain the acceleration, heart rate, etc. corresponding to the body movements that the user may make to determine whether the user is moving or resting, so as to obtain changes in the person's status.

[0053] It is understandable that, in this embodiment, the logic control module can also synchronously control the indicator lights of various devices in the human perception module and the prediction sensing module.

[0054] The device sensor can also be configured to communicate with the user's mobile electronic device and / or wearable sensing device in a network protocol different from that of each smart device in the scene. For example, after the camera determines the user's physical signs and facial features to verify the user's identity, the device sensor proposes communication with the wearable sensing device through the low-power Bluetooth protocol, and establishes ZigBee communication with the smart device (such as a smart socket). After determining to execute the establishment of such a Bluetooth handshake, the device sensor obtains and stores dynamic vital sign information from the wearable sensing device. In this way, the user's Bluetooth device can directly establish short-distance and fast communication with the device sensor without having to determine whether to join the MESH network created by the device sensor in the current scene through, for example, a cloud server. When the number of device sensors in the indoor scene is multiple or the user may move back and forth in multiple indoor scenes, each device sensor is only set to establish a low-power Bluetooth connection communication with the Bluetooth device with a shorter transmission distance than the ZigBee network, so that it can more quickly determine in which area the user is moving or lying.

[0055] In other cases, the device sensor is configured to obtain the access rights of the person entering, so as to determine the periodic collection and recording of the user's activity trajectory. For example, when different people enter the current scene area, different people can be identified and their access rights can be set, so as to determine whether to remove the work and rest time settings stored in the current system and determine when to turn on or off the indicator light of the smart device through periodic judgment, and determine whether it is necessary to generate a dynamic work and rest time for pre-control of subsequent indicator lights.

[0056] In this embodiment, the device sensor is configured to send a status indicator to the mobile electronic device and / or the wearable sensing device to synchronize the indicated status of the device to the device control end application.

[0057] When the environmental measurement parameters include environmental brightness, temperature and humidity and / or pressure values ​​(such as air pressure, CO content ratio, water pressure, etc.), the corresponding preset sensing module includes an illumination sensor, a temperature and humidity sensor and / or a pressure sensor.

[0058] The specific implementation described above is a preferred implementation of a device indicator light control method and system of the present application, and is not intended to limit the specific implementation scope of the present application. The scope of the present application includes but is not limited to the specific implementation. All equivalent changes made in accordance with the shape and structure of the present application are within the protection scope of the present application.

Claims

1. A device indicator light control method, characterized in that: The steps include: Obtain the status of personnel in the equipment area, and obtain a first control value according to the change of the status of personnel in the equipment area within a preset time length; Acquire a second control value based on the personnel identity authentication result and the user indication status; Acquire environmental measurement parameters, and acquire a third control value according to the environmental measurement parameters; The device indicator light control strategy is output according to the preset work and rest time period, the first control value, the second control value and the third control value.

2. A device indicator light control method according to claim 1, characterized in that: The obtaining of the first control value according to the change of the status of personnel in the equipment area within the preset time length includes: Determine whether the number of changes in the status of people in the device area within a preset time length exceeds a preset sensing threshold. If so, start or wake up the preset sensing device; if not, keep the preset sensing device dormant.

3. A device indicator light control method according to claim 1, characterized in that: The obtaining of the first control value according to the change of the status of personnel in the equipment area within the preset time length also includes: According to the change of the status of personnel in the equipment area within the preset time length and the preset status control relationship, the first control value is output.

4. A device indicator light control method according to claim 1, characterized in that: The acquiring of the second control value based on the personnel identity authentication result and the user indication status comprises: Obtain identity verification results of persons with changed status based on changes in status of persons in the device area within a preset time period; According to the status change personnel identity authentication result, the corresponding device indicator light is matched to obtain the device matching result; The second control value is acquired according to the user indication state and the device matching result.

5. A device indicator light control method according to claim 1, characterized in that: The obtaining of the environmental measurement parameters and obtaining the third control value according to the environmental measurement parameters comprises: A third control value is obtained based on the environment and perception correlation according to the environmental measurement parameter.

6. A device indicator light control method according to claim 1, characterized in that: The control strategy for outputting the device indicator light according to the preset work and rest time period, the first control value, the second control value and the third control value includes: Matching the control weights of the first control value, the second control value, and the third control value according to the preset work and rest time period; The device indicator light control strategy is outputted with the first control value, the second control value, the third control value and the control weight.

7. A device indicator light control method as claimed in claim 6, characterized in that: The method of outputting the device indicator light control strategy using the first control value, the second control value, the third control value and the control weight includes: performing weighted summation according to the first control value, the second control value, the third control value and the control weight to obtain the indicator light adjustment value; and outputting the device indicator light control strategy using the matching device indicator light and the indicator light adjustment value.

8. A device indicator light control method as claimed in claim 1, characterized in that: Also includes: When no person is identified in the equipment area, the third control value acquisition is performed according to the preset time period; Outputting a device indicator light control strategy according to a third control value; When the presence of people is identified in the equipment area, the control weights of the first control value, the second control value and the third control value are matched according to the preset work and rest time period, and the equipment indicator light control strategy is output with the first control value, the second control value, the third control value and the control weight.

9. A device indicator light control method according to claim 1, characterized in that: The control strategy for outputting the device indicator light according to the preset work and rest time period, the first control value, the second control value and the third control value includes: Determine whether the second control value has a control value. If so, output the device indicator light control strategy according to the second control value. If not, output the current device indicator light control strategy according to the first control value, the second control value and the third control value, and output the future time period device indicator light control strategy according to the preset work and rest time period.

10. A device indicator light control system, used to implement the method according to any one of claims 1 to 9, connected to a device indicator light, characterized in that: include: Human body sensing module, used to obtain the status of people in the equipment area and perform identity authentication; A preset sensing module is used to sense environmental measurement parameters; The logic control module obtains a third control value according to the status of personnel in the equipment area, the results of personnel identity authentication and the environmental measurement parameters, and outputs the equipment indicator light control strategy according to the preset work and rest time period, the first control value, the second control value and the third control value.

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