阅读说明：本技术 一种智能手电筒控制装置及方法 (Intelligent flashlight control device and method ) 是由 林建忠 罗太伟 于 2020-11-13 设计创作，主要内容包括：本发明提供了一种智能手电筒控制装置,包括：设定模块、数据采集模块、融合决策模块、导航模块、智能辅助模块和管理平台；所述设定模块用于用户输入控制指令及照明时长参数；所述数据采集模块用于对外界环境图像及传感信息进行采集；所述融合决策模块包括数据输入单元、判断比较单元、数据存储单元、照明控制单元和数据传输单元；所述导航模块用于用户在进行户外活动及工作时提供路线导航；所述智能辅助模块包括图像处理单元和语音对讲单元；所述管理平台用于接收位置和图像数据并对目标进行可视化管理,相应地,本发明提出一种智能手电筒控制方法,本发明适用范围广、提高了用户体验感受,功能多样且操作简单。(The invention provides an intelligent flashlight control device, which comprises: the system comprises a setting module, a data acquisition module, a fusion decision module, a navigation module, an intelligent auxiliary module and a management platform; the setting module is used for inputting a control instruction and an illumination duration parameter by a user; the data acquisition module is used for acquiring external environment images and sensing information; the fusion decision module comprises a data input unit, a judgment and comparison unit, a data storage unit, an illumination control unit and a data transmission unit; the navigation module is used for providing route navigation when a user performs outdoor activities and works; the intelligent auxiliary module comprises an image processing unit and a voice talkback unit; the management platform is used for receiving the position and image data and carrying out visual management on the target, and accordingly the invention provides the intelligent flashlight control method which is wide in application range, capable of improving user experience, multifunctional and simple to operate.)

1. An intelligent flashlight control device, comprising: the system comprises a setting module, a data acquisition module, a fusion decision module, a navigation module, an intelligent auxiliary module and a management platform;

the setting module is used for inputting a control instruction and an illumination duration parameter by a user and transmitting the input instruction and the input parameter to the fusion decision module, and comprises a micro intelligent touch screen and a voice input module;

the data acquisition module is used for acquiring an external environment image and sensing information, and comprises an image information acquisition unit, a sensing information acquisition unit and an information preprocessing unit, wherein the information preprocessing unit is used for performing defogging processing and distortion correction on the acquired image information and amplifying and filtering the sensing information;

the fusion decision module comprises a data input unit, a judgment and comparison unit, a data storage unit, an illumination control unit and a data transmission unit, wherein the data input unit is used for receiving preprocessed information and uplink control instruction information, the judgment and comparison unit is used for analyzing and judging input instruction parameters of a user and preset illumination parameters to output a control result, the illumination control unit is used for controlling an illumination mode, the data transmission unit is used for communicating and exchanging the judgment and comparison unit with the management platform, and the data transmission unit comprises a 4G wireless transmission module, a radio frequency module and a super Bluetooth module;

the navigation module is used for providing route navigation when a user performs outdoor activities and works, the navigation module comprises an electronic map, a positioning module and a path planning module, the positioning module is used for monitoring current position information in real time, the electronic map maps the obtained current position information on a two-dimensional geographic map, and the path planning module obtains an optimal path by adopting an A-ray heuristic path planning algorithm according to destination position information input by the user;

the intelligent auxiliary module comprises an image processing unit and a voice talkback unit, the image processing unit comprises a video coding module, video signals output by a camera are transmitted to the video coding module, then the original video stream is compressed and coded, and then the original video stream is uploaded to the management platform through the data transmission unit, the voice talkback unit comprises a fingerprint identification module and a voice pair module, and the fingerprint identification module and the voice pair module are both connected with the fusion decision module;

the management platform is used for receiving position and image data and performing visual management on a target, and comprises a data updating module, a configuration management module, an account management module and an alarm module, wherein the configuration management module is used for modifying, inquiring and setting operation parameters, the account management module comprises a positioning tracking module and a data encryption module, the account management module is used for configuring user authorities at all levels and performing tracking management, the alarm module is used for giving an alarm when an abnormal state is monitored, and the data encryption module adopts a PSAM encryption system.

2. The intelligent flashlight control device of claim 1, wherein the illumination control unit comprises a lighting mode switching module, a lighting mode control module and a parameter table storage module, wherein the lighting mode comprises a brightness color selection mode, a stepless dimming mode and an alarm flashing mode, and the lighting mode switching module and the parameter table storage module are connected to the lighting mode control module.

3. The intelligent flashlight control device of claim 2, further comprising a power supply module, wherein the power supply module comprises a lithium battery safety management module and a remaining power calculation module, the lithium battery safety management module comprises a lithium battery and a lithium battery safety management chip, the remaining power calculation module is connected with the lithium battery safety management chip, and the remaining power calculation module calculates remaining dynamic power by using a fuzzy neural network-based battery remaining power calculation method and displays power display reminding when the power is lower than 30%.

4. The intelligent flashlight control device of claim 3, wherein the fusion decision module further comprises an intelligent voice recognition output module, the intelligent voice recognition output module is connected with the voice input module to recognize the specific voice input, and the recognition process comprises: preprocessing an input voice signal, wherein the preprocessing comprises Gaussian filtering, sampling and quantization, windowing, endpoint detection and pre-emphasis; and extracting the characteristics of the preprocessed voice signals to obtain MFCC voice characteristic parameters, and performing pattern matching according to the entry models stored in the template library on the basis of the characteristic parameters to obtain a recognition result.

5. The intelligent flashlight control device of claim 4, further comprising a safety protection module, wherein the safety protection module comprises a mosquito repelling module and an atomizing module, the mosquito repelling module and the atomizing module are both arranged on the flashlight body, the mosquito repelling module comprises mosquito repelling liquid and an atomizing circuit, the mosquito repelling liquid and the atomizing circuit are arranged in a first storage bottle, the atomizing module comprises a self-defense liquid spray and a spraying control circuit, the self-defense liquid spray and the spraying control circuit are arranged in a second storage bottle, and the atomizing circuit and the spraying control circuit are both connected with the judgment and comparison unit.

6. The intelligent flashlight control device of claim 5, wherein the flashlight includes a first operating state and a second operating state, and when a user does not select a navigation mode and a talk-back mode and data uploading occurs, the flashlight is in the first operating state that only communication between the data acquisition module and the fusion decision module is maintained, so that operating power consumption is reduced; when a user selects a navigation mode and a talkback mode or performs timing data transmission to the management platform and receives an updating and control instruction, the flashlight is in a second working state of maintaining bidirectional communication among the fusion decision module, the intelligent auxiliary module and the navigation module and between the fusion decision module and the management platform.

7. The intelligent flashlight control device of claim 6, wherein when a user updates data, the operation authority is verified through the account management module, and after the verification is passed, the data updating module transmits a data updating instruction to the judgment and comparison unit through the data transmission unit; the judging and comparing unit sends the updating data to a parameter storage list needing updating data to realize the writing of the updating data; after the writing action is finished, the judging and comparing unit carries out read-write verification on the updated and written parameter storage list; and when the verification fails, rewriting the updated data, and when the verification succeeds, finishing the data updating action.

8. The intelligent flashlight control method is characterized by comprising the following specific steps:

s1, after initialization, scanning the input port of the setting module, detecting whether there is input instruction and parameter information, and transmitting the instruction and parameter information to the data input unit when detecting the uplink control instruction and parameter information;

s2, the data input unit classifies the instruction and information and sends the classified instruction and information to the judgment and comparison unit, the judgment and comparison unit analyzes and judges the output control result according to the input instruction parameter of the user and the preset lighting parameter, and the lighting control unit, the navigation module and the intelligent auxiliary module carry out lighting control, navigation planning and intelligent auxiliary according to the control result;

s3, when the uplink control instruction and the parameter information are not detected, the first working state is automatically triggered, the data acquisition module controls the sensing information acquisition unit to acquire ambient light information, light intensity and temperature and humidity information, the acquired ambient information is subjected to data preprocessing by the information preprocessing unit, and the processed information is sent to the data input unit;

and S4, the data input unit only classifies the information and transmits the information to the judgment and comparison unit, the judgment and comparison unit compares the acquired parameters with the preset illumination parameters in the parameter table storage module, the corresponding light-emitting mode is found out in the parameter table storage module according to the comparison result, the control information of the corresponding light-emitting mode is sent to the light-emitting mode control module, and the light-emitting mode control module controls the light-emitting mode switching module to switch the modes.

Technical Field

The invention relates to the technical field of electronics, in particular to an intelligent flashlight control device and method.

Background

When people carry out outdoor activities at night or work at night, the flashlight is a handheld electronic lighting tool and is used for controlling the on and off of a lighting bulb through a switch, the flashlight is single in function, poor in applicability and incapable of meeting the requirements of multiple application occasions. With the development of science and technology, the illumination flashlight is also arranged on a plurality of mobile terminals at present, but the illumination flashlight is not suitable for special application scenes such as outdoor activities or mine operations, and the illumination is single, so that the intelligent flashlight cannot be replaced to meet the change of user requirements, and therefore, the research of the intelligent flashlight which is wide in application range and can meet the user requirements is very necessary.

In summary, it is an urgent need to solve the problem of the art to provide an intelligent flashlight control device and method with a wide application range, improved user experience, multiple functions and simple operation.

Disclosure of Invention

In view of the above-mentioned problems and needs, the present invention provides an intelligent flashlight control device and method, which can solve the above technical problems by adopting the following technical solutions.

In order to achieve the purpose, the invention provides the following technical scheme: an intelligent flashlight control device comprising: the system comprises a setting module, a data acquisition module, a fusion decision module, a navigation module, an intelligent auxiliary module and a management platform;

the setting module is used for inputting a control instruction and an illumination duration parameter by a user and transmitting the input instruction and the input parameter to the fusion decision module, and comprises a micro intelligent touch screen and a voice input module;

the data acquisition module is used for acquiring an external environment image and sensing information, and comprises an image information acquisition unit, a sensing information acquisition unit and an information preprocessing unit, wherein the information preprocessing unit is used for performing defogging processing and distortion correction on the acquired image information and amplifying and filtering the sensing information;

the fusion decision module comprises a data input unit, a judgment and comparison unit, a data storage unit, an illumination control unit and a data transmission unit, wherein the data input unit is used for receiving preprocessed information and uplink control instruction information, the judgment and comparison unit is used for analyzing and judging input instruction parameters of a user and preset illumination parameters to output a control result, the illumination control unit is used for controlling an illumination mode, the data transmission unit is used for communicating and exchanging the judgment and comparison unit with the management platform, and the data transmission unit comprises a 4G wireless transmission module, a radio frequency module and a super Bluetooth module;

the navigation module is used for providing route navigation when a user performs outdoor activities and works, the navigation module comprises an electronic map, a positioning module and a path planning module, the positioning module is used for monitoring current position information in real time, the electronic map maps the obtained current position information on a two-dimensional geographic map, and the path planning module obtains an optimal path by adopting an A-ray heuristic path planning algorithm according to destination position information input by the user;

the intelligent auxiliary module comprises an image processing unit and a voice talkback unit, the image processing unit comprises a video coding module, video signals output by a camera are transmitted to the video coding module, then the original video stream is compressed and coded, and then the original video stream is uploaded to the management platform through the data transmission unit, the voice talkback unit comprises a fingerprint identification module and a voice pair module, and the fingerprint identification module and the voice pair module are both connected with the fusion decision module;

the management platform is used for receiving position and image data and performing visual management on a target, and comprises a data updating module, a configuration management module, an account management module and an alarm module, wherein the configuration management module is used for modifying, inquiring and setting operation parameters, the account management module comprises a positioning tracking module and a data encryption module, the account management module is used for configuring user authorities at all levels and performing tracking management, the alarm module is used for giving an alarm when an abnormal state is monitored, and the data encryption module adopts a PSAM encryption system.

Furthermore, the lighting control unit comprises a lighting mode switching module, a lighting mode control module and a parameter table storage module, the lighting mode comprises a brightness color selection mode, a stepless dimming mode and an alarm flashing mode, and the lighting mode switching module and the parameter table storage module are connected with the lighting mode control module.

Furthermore, the power supply module comprises a lithium battery safety management module and a residual electric quantity calculation module, the lithium battery safety management module comprises a lithium battery and a lithium battery safety management chip, the residual electric quantity calculation module is connected with the lithium battery safety management chip, and the residual electric quantity calculation module calculates residual dynamic electric energy by adopting a battery residual electric quantity calculation method based on a fuzzy neural network and displays and reminds the electric quantity when the electric energy is lower than 30%.

Furthermore, the fusion decision module further comprises an intelligent voice recognition output module, the intelligent voice recognition output module is connected with the voice input module to recognize the input specific voice, and the recognition process comprises: preprocessing an input voice signal, wherein the preprocessing comprises Gaussian filtering, sampling and quantization, windowing, endpoint detection and pre-emphasis; and extracting the characteristics of the preprocessed voice signals to obtain MFCC voice characteristic parameters, and performing pattern matching according to the entry models stored in the template library on the basis of the characteristic parameters to obtain a recognition result.

Furthermore, the mosquito-repellent flashlight is characterized by further comprising a safety protection module, wherein the safety protection module comprises a mosquito-repellent module and an atomizing module, the mosquito-repellent module and the atomizing module are both arranged on the flashlight body, the mosquito-repellent module comprises mosquito-repellent liquid and an atomizing circuit, the mosquito-repellent liquid and the atomizing circuit are arranged in the first storage bottle, the atomizing module comprises a self-defense liquid spray and a spraying control circuit, the self-defense liquid spray and the spraying control circuit are arranged in the second storage bottle, and the atomizing circuit and the spraying control circuit are both connected with the judgment comparison unit.

Furthermore, the flashlight comprises a first working state and a second working state, when a user does not select a navigation mode and a talkback mode and uploads data, the flashlight is in the first working state of only maintaining communication between the data acquisition module and the fusion decision module, and the running power consumption is reduced; when a user selects a navigation mode and a talkback mode or performs timing data transmission to the management platform and receives an updating and control instruction, the flashlight is in a second working state of maintaining bidirectional communication among the fusion decision module, the intelligent auxiliary module and the navigation module and between the fusion decision module and the management platform.

Furthermore, when the user updates data, the operation authority is verified through the account management module, and after the verification is passed, the data updating module transmits a data updating instruction to the judgment and comparison unit through the data transmission unit; the judging and comparing unit sends the updating data to a parameter storage list needing updating data to realize the writing of the updating data; after the writing action is finished, the judging and comparing unit carries out read-write verification on the updated and written parameter storage list; and when the verification fails, rewriting the updated data, and when the verification succeeds, finishing the data updating action.

An intelligent flashlight control method specifically comprises the following steps:

s1, after initialization, scanning the input port of the setting module, detecting whether there is input instruction and parameter information, and transmitting the instruction and parameter information to the data input unit when detecting the uplink control instruction and parameter information;

s2, the data input unit classifies the instruction and information and sends the classified instruction and information to the judgment and comparison unit, the judgment and comparison unit analyzes and judges the output control result according to the input instruction parameter of the user and the preset lighting parameter, and the lighting control unit, the navigation module and the intelligent auxiliary module carry out lighting control, navigation planning and intelligent auxiliary according to the control result;

s3, when the uplink control instruction and the parameter information are not detected, the first working state is automatically triggered, the data acquisition module controls the sensing information acquisition unit to acquire ambient light information, light intensity and temperature and humidity information, the acquired ambient information is subjected to data preprocessing by the information preprocessing unit, and the processed information is sent to the data input unit;

and S4, the data input unit only classifies the information and transmits the information to the judgment and comparison unit, the judgment and comparison unit compares the acquired parameters with the preset illumination parameters in the parameter table storage module, the corresponding light-emitting mode is found out in the parameter table storage module according to the comparison result, the control information of the corresponding light-emitting mode is sent to the light-emitting mode control module, and the light-emitting mode control module controls the light-emitting mode switching module to switch the modes.

According to the technical scheme, the invention has the beneficial effects that: the invention has wide application range, improves the experience of users, and has various functions and simple operation.

In addition to the above objects, features and advantages, preferred embodiments of the present invention will be described in more detail below with reference to the accompanying drawings so that the features and advantages of the present invention can be easily understood.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments of the present invention or the prior art will be briefly described, wherein the drawings are only used for illustrating some embodiments of the present invention and do not limit all embodiments of the present invention thereto.

Fig. 1 is a schematic diagram of the intelligent flashlight control device according to the present invention.

Fig. 2 is a schematic diagram of the components of the intelligent flashlight control of the present invention.

Fig. 3 is a flowchart illustrating a data updating process in this embodiment.

Fig. 4 is a schematic diagram illustrating steps of the intelligent flashlight control method according to the present invention.

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings of specific embodiments of the present invention. Like reference symbols in the various drawings indicate like elements. It should be noted that the described embodiments are only some embodiments of the invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the described embodiments of the invention without any inventive step, are within the scope of protection of the invention.

The intelligent flashlight not only can satisfy the daily outdoor activities of people and use, but also is applicable to workplaces such as railway, electric power, gas maintenance, police and industrial and mining enterprises, is high-efficient practical patrols and examines record and lighting apparatus. The invention provides the intelligent flashlight control device and the intelligent flashlight control method which are good in adaptability, simple in operation, energy-saving and electricity-saving, and user experience feeling is improved. As shown in fig. 1 to 4, the apparatus includes: the intelligent voice-recording microphone comprises a setting module, a data acquisition module, a fusion decision module, a navigation module, an intelligent auxiliary module, a management platform and a power supply module, wherein the setting module is used for inputting control instructions and lighting time length parameters by a user and transmitting the input instructions and the parameters to the fusion decision module, the setting module comprises a miniature intelligent touch screen and a voice input module, the miniature intelligent touch screen adopts a 1.5-inch high-definition touch screen, photos and videos can be played back and previewed at any time, and the voice input module adopts a miniature pickup microphone head. The power supply module comprises a lithium battery safety management module and a residual electric quantity calculation module, the lithium battery safety management module comprises a lithium battery and a lithium battery safety management chip, the residual electric quantity calculation module is connected with the lithium battery safety management chip, the residual electric quantity calculation module calculates residual dynamic electric energy by adopting a battery residual electric quantity calculation method based on a fuzzy neural network and carries out electric quantity display reminding when the electric energy is lower than 30%, the lithium battery of the embodiment adopts a 8000mAh lithium battery, has overlong endurance time, and ensures that the equipment can work for a long time.

The data acquisition module is used for acquiring external environment images and sensing information, and comprises an image information acquisition unit, a sensing information acquisition unit and an information preprocessing unit, wherein the information preprocessing unit is used for performing defogging processing and distortion correction on the acquired image information and amplifying and filtering the sensing information. The image information acquiring unit in this embodiment includes a fixed-focus camera with ten million pixels high definition, and supports 1080P high definition video and 1300 ten thousand pixels high definition photographing at the maximum, and the fixed-focus camera has the advantage that focusing can be avoided, and a high definition image can be taken in the shortest time. And special APK software can be matched during later-stage expansion development to realize one-key face recognition and one-key license plate recognition, and the camera can also be used for scanning one-dimensional codes and two-dimensional codes.

The fusion decision module comprises a data input unit, a judgment and comparison unit, a data storage unit, an illumination control unit, a data transmission unit and an intelligent voice recognition output module, wherein the data input unit is used for receiving preprocessed information and uplink control instruction information, the judgment and comparison unit is used for analyzing and judging input instruction parameters of a user and preset illumination parameters to output a control result, the illumination control unit is used for controlling an illumination mode, the data transmission unit is used for communicating the judgment and comparison unit with the management platform, the data transmission unit comprises a 4G wireless transmission module, a radio frequency module and a super Bluetooth module, in the embodiment, the radio frequency module supports RFID and NFC functions, data transmission and mutual copying among a plurality of devices can be realized, when the flashlight is applied to a special environment, the RFID can also identify IC cards, vehicle operation cards and special certificates. The collected information can be uploaded immediately, and data security is guaranteed. The lighting control unit comprises a lighting mode switching module, a lighting mode control module and a parameter table storage module, wherein the lighting mode comprises a brightness color selection mode, a stepless dimming mode and an alarm flashing mode, and the lighting mode switching module and the parameter table storage module are connected with the lighting mode control module. The intelligent voice recognition output module is connected with the voice input module to recognize the input specific voice, and the recognition process comprises the following steps: preprocessing an input voice signal, wherein the preprocessing comprises Gaussian filtering, sampling and quantization, windowing, endpoint detection and pre-emphasis; and extracting the characteristics of the preprocessed voice signals to obtain MFCC voice characteristic parameters, and performing pattern matching according to the entry models stored in the template library on the basis of the characteristic parameters to obtain a recognition result.

In this embodiment, the flashlight comprises a first working state and a second working state, and when a user does not select a navigation mode and a talkback mode and uploads data, the flashlight is in the first working state of only maintaining communication between the data acquisition module and the fusion decision module, so that the running power consumption is reduced; when a user selects a navigation mode and a talkback mode or performs timing data transmission to the management platform and receives an updating and control instruction, the flashlight is in a second working state of maintaining bidirectional communication among the fusion decision module, the intelligent auxiliary module and the navigation module and between the fusion decision module and the management platform.

The mosquito repellent module comprises mosquito repellent liquid and an atomization circuit, the mosquito repellent liquid and the atomization circuit are arranged in a first storage bottle, the atomization module comprises defense liquid and a spraying control circuit, the defense liquid and the spraying control circuit are arranged in a second storage bottle, the atomization circuit and the spraying control circuit are connected with a judgment comparison unit, and the judgment comparison unit controls the safety protection module to work according to a user control instruction.

The navigation module is used for providing route navigation when a user performs outdoor activities and works, the navigation module comprises an electronic map, a positioning module and a path planning module, the positioning module is used for monitoring current position information in real time, the electronic map maps the obtained current position information on a two-dimensional geographic map, and the path planning module obtains an optimal path by adopting an A-ray heuristic path planning algorithm according to destination position information input by the user. In this embodiment, the navigation module is internally provided with a high-sensitivity GPS module, and can report the incident location when an abnormal alarm occurs, and other intelligent flashlights in the same area range receive signals and mark the location on the map.

The intelligent auxiliary module comprises an image processing unit and a voice talkback unit, the image processing unit comprises a video coding module, video signals output by the camera are transmitted to the video coding module, then compression coding is carried out on original video streams, the original video streams are uploaded to the management platform through the data transmission unit, the voice talkback unit comprises a fingerprint identification module and a voice talkback module, the fingerprint identification module and the voice talkback module are connected with the fusion decision module, the voice talkback function can be triggered only after the identity is confirmed through the fingerprint identification module when a user starts the talkback function, and the talkback function is automatically closed after 5 minutes of talkback.

The management platform is used for receiving position and image data and performing visual management on a target, and comprises a data updating module, a configuration management module, an account management module and an alarm module, wherein the configuration management module is used for modifying, inquiring and setting operation parameters, the account management module comprises a positioning tracking module and a data encryption module, the account management module is used for configuring user authorities at all levels and performing tracking management, the alarm module is used for giving an alarm when an abnormal state is monitored, and the data encryption module adopts a PSAM encryption system. As shown in fig. 3, when a user updates data, the operation permission verification is performed through the account management module, when the verification fails, the user is reminded that the permission is insufficient, after the verification passes, the data updating module transmits a data updating instruction to the judgment and comparison unit through the data transmission unit, and the judgment and comparison unit sends the updating data to a parameter storage list needing updating data to realize the writing of the updating data; after the writing action is finished, the judging and comparing unit carries out read-write verification on the updated and written parameter storage list; and when the verification fails, rewriting the updated data, and when the verification succeeds, finishing the data updating action.

As shown in fig. 4, a method for controlling an intelligent flashlight includes the following steps:

s1, after initialization, scanning the input port of the setting module, detecting whether there is input instruction and parameter information, and transmitting the instruction and parameter information to the data input unit when detecting the uplink control instruction and parameter information;

s2, the data input unit classifies the instruction and information and sends the classified instruction and information to the judgment and comparison unit, the judgment and comparison unit analyzes and judges the output control result according to the input instruction parameter of the user and the preset lighting parameter, and the lighting control unit, the navigation module and the intelligent auxiliary module carry out lighting control, navigation planning and intelligent auxiliary according to the control result;

s3, when the uplink control instruction and the parameter information are not detected, the first working state is automatically triggered, the data acquisition module controls the sensing information acquisition unit to acquire ambient light information, light intensity and temperature and humidity information, the acquired ambient information is subjected to data preprocessing by the information preprocessing unit, and the processed information is sent to the data input unit;

and S4, the data input unit only classifies the information and transmits the information to the judgment and comparison unit, the judgment and comparison unit compares the acquired parameters with the preset illumination parameters in the parameter table storage module, the corresponding light-emitting mode is found out in the parameter table storage module according to the comparison result, the control information of the corresponding light-emitting mode is sent to the light-emitting mode control module, and the light-emitting mode control module controls the light-emitting mode switching module to switch the modes.

It should be noted that the described embodiments of the invention are only preferred ways of implementing the invention, and that all obvious modifications, which are within the scope of the invention, are all included in the present general inventive concept.