阅读说明：本技术 一种体育场馆用照明灯光智能控制系统 (Lighting intelligent control system for stadiums ) 是由 周榆辉 管文斌 沈吉 劳俊烨 傅天培 陈钧铭 冯祎成 于 2020-12-08 设计创作，主要内容包括：本发明涉及一种体育场馆用照明灯光智能控制系统,包括中央处理器、场景控制模块、控制信号输入端、通信传输模块及第一输出模块,所述中央处理器输入端设有场景控制模块、控制信号输入端及数据整合转换电路,所述中央处理器电源端设有过压保护电路,所述过压保护电路外接供电模块,所述中央处理器输出端设有第一输出模块、ZIGBEE转接单元及第二输出模块。本发明的控制系统为基于物联网技术为体育场馆照明设置无线调控系统,实现对多区域不同电路控制的照明灯的远程集中控制,通过分布式光效调整单元的设计,可对体育场馆内多区域的多组照明灯智能调配,采用无线形式连接控制,简单快捷,扩展性高,保证了控制指令的准确性。(The invention relates to an intelligent lighting control system for a stadium, which comprises a central processing unit, a scene control module, a control signal input end, a communication transmission module and a first output module, wherein the input end of the central processing unit is provided with the scene control module, the control signal input end and a data integration conversion circuit, the power end of the central processing unit is provided with an overvoltage protection circuit, the overvoltage protection circuit is externally connected with a power supply module, and the output end of the central processing unit is provided with the first output module, a ZIGBEE switching unit and a second output module. The control system is provided with a wireless regulation and control system for stadium illumination based on the internet of things technology, remote centralized control of illumination lamps controlled by different circuits of multiple areas is achieved, multiple groups of illumination lamps of the multiple areas in the stadium can be intelligently allocated through the design of the distributed light effect adjusting unit, connection control is achieved in a wireless mode, simplicity and rapidness are achieved, expansibility is high, and accuracy of control instructions is guaranteed.)

1. An intelligent lighting control system for a stadium comprises a central processing unit (1), a scene control module (2), a control signal input end (3), a communication transmission module (5) and a first output module (7), and is characterized in that the scene control module (2), the control signal input end (3) and a data integration conversion circuit (4) are arranged at the input end of the central processing unit (1), an overvoltage protection circuit is arranged at the power end of the central processing unit (1), the overvoltage protection circuit is externally connected with a power supply module, and the communication transmission module (5), a liquid crystal touch screen (6), the first output module (7), a ZIGBEE switching unit (8) and a second output module (9) are arranged at the output end of the central processing unit (1);

the control signal input end (3) is provided with a dimming module, a control switch and a mode selection switching module, the dimming module and the mode selection module are both connected with a memory, and the memory is connected with the central processing unit (1);

the data input end of the data integration and conversion circuit (4) is connected with a plurality of sensor data receiving ends, the sensor data receiving ends respectively receive the infrared cameras, the somatosensory capture sensors and the illumination intensity sensors corresponding to the plurality of areas, and the person activity data and the illumination intensity of each area are fed back to the central processing unit (1);

the first output module (7) is connected with regional lamp switches of the partitioned regions of the stadium, corresponding regional lamps are arranged at the outer ends of the regional lamp switches respectively, and the first output module (7) is connected with the power input end of each regional electric lighting lamp;

the second output module (9) is connected with a plurality of power amplification circuits, each power amplification circuit is respectively connected with each area auxiliary lamp, the auxiliary lamps can be matched with corresponding illumination areas, the illumination effect on the illumination areas is enhanced under the control effect of the central processing unit (1), namely, the control signals of the central processing unit (1) are amplified through the second output module (9) to control the working state of each area auxiliary lamp;

the second output module (9) is provided with a filter circuit, and a control signal of the central processing unit (1) is stably output through the filter circuit and is transmitted to the power amplifier, and the control signal is transmitted to the auxiliary lamp and the atmosphere lamp;

the central processing unit (1) establishes a venue lighting local area network through a ZIGBEE switching unit (8), and the ZIGBEE switching unit (8) establishes local communication with all lighting lamps, auxiliary lamps and atmosphere lamps installed in a venue through the control performance of the ZIGBEE switching unit.

2. The intelligent lighting control system for stadiums according to claim 1, wherein a plurality of groups of stadium area lighting control units are arranged in the stadium, each group of area lighting lamps of the stadium area lighting control units comprises a stadium lighting scene control unit, the stadium lighting scene control unit is connected with a split ZIGBEE control interface through a ZIGBEE switching unit, the split ZIGBEE control interface is connected with a decoding and adjusting unit, the decoding and adjusting unit transmits feedback information with the ZIGBEE control interface through a feedback unit, and the output end of the microprocessor is respectively connected with an area lighting device, an auxiliary lighting device and an atmosphere adjusting lighting device;

the venue area lighting control unit comprises a scene generation unit, the scene generation unit is connected with an instruction switching unit, the instruction switching unit is connected with an electronic signal interference shielding device, the electronic signal interference shielding device is connected with a split ZIGBEE control interface, the electronic shielding device is connected with an instruction receiving and sending unit, the instruction receiving and sending unit is connected with a scene generation unit, and the scene generation unit is in communication connection with the liquid crystal touch screen (6) and the control signal input end (3).

3. The intelligent control system for lighting light of stadium according to claim 1 or 2, wherein the specific operation flow of the stadium accurate lighting regulation and control system is as follows:

s1, setting an initial lighting condition at a control end by a user, inputting a lighting control program, detecting the ambient light intensity, detecting whether a person exists in a corresponding lighting area or not by an infrared camera and a motion sensing capture sensor and detecting a flowing signal of the person, and inputting ambient data into a central processing unit (1) for judgment;

s2, the central processing unit (1) judges whether the ambient light intensity is lower than a preset value or not according to the ambient data, if the ambient light intensity is lower than the minimum value of a threshold value, the central processing unit (1) judges that personnel exist in the corresponding illumination area, the control end turns on an illuminating lamp of the corresponding area, if the mobility of the personnel in the corresponding illumination area is large, the central processing unit (1) controls to turn on an auxiliary illumination lamp strip, and the illumination effect of the area corresponding to the venue is improved;

s3, the central processing unit (1) judges whether the ambient light intensity is higher than a preset value or not according to the ambient data, if the ambient light intensity is higher than the maximum value of a threshold value, the central processing unit (1) judges that personnel exist in the corresponding lighting area, the control end closes the auxiliary lighting lamp strip, if the personnel mobility in the corresponding lighting area is large, the central processing unit (1) controls the auxiliary lighting lamp strip to be opened, and the lighting effect of the area corresponding to the venue is improved;

s4, if the environment data judges that no person exists in the illumination area, the central processing unit (1) closes the illumination lamp strip of the corresponding area, so that the power resource is saved, and when the infrared detection system detects the infrared signal of the human body, the central processing unit (1) opens the illumination lamp of the corresponding area.

4. The intelligent control system for lighting light of stadium according to claim 1 or 2, wherein the monitoring process of the stadium accurate lighting regulation and control system is as follows:

s1, initializing an environment monitoring system, collecting infrared camera pictures of corresponding areas by using an area infrared camera, detecting the activity track and density of personnel in the corresponding areas by using a somatosensory capture sensor, and transmitting the detected data to a central processing unit (1);

s2, the central processing unit (1) processes the detected image and the interaction track, and uploads the processed image and the interaction track to the server through the communication device, and the server receives and caches the processed image and the interaction track, so that specific image data can be removed periodically, and the security of venue monitoring is improved;

s3, the computer downloads the local image processing result to the central processing unit (1), the central processing unit (1) judges whether to open the corresponding area lighting lamp strip and the auxiliary lighting lamp strip according to the image processing result, and displays the lighting data and the personnel flow data on the LCD panel, so that the checking and monitoring are facilitated, and the use safety of the venue is guaranteed.

Technical Field

The invention relates to the technical field of stadium lighting equipment control equipment, in particular to an intelligent lighting control system for a stadium.

Background

As a large-scale sports event, a stadium often has people inside it to perform sports and large-scale meeting activities. The current venue lighting system generally comprises a plurality of groups of lighting units, and directly realizes the lighting effect of corresponding areas, but most of the current regulation and control modes are manually adjusted based on manpower, so that the efficiency is low, and when workers adjust the lighting units of all groups, the influences of the adjusted lighting units on other groups of lighting units are difficult to predict and judge, so that the influences can be predicted only by experience. In order to better manage and control the lighting of the stadium, the field data needs to be acquired as detailed as possible, namely, the field data needs to be acquired and control instructions need to be transmitted, and therefore, the intelligent lighting control system for the stadium is provided.

Disclosure of Invention

The invention aims to solve the problems that an existing stadium lighting mode is single and fixed, is easy to interfere and has low safety performance, so that the aim of enhancing the flexibility of stadium lighting is fulfilled while the stadium lighting effect is ensured, the intelligent lighting light control system can be matched with the density and the flowability of different persons in a stadium to perform intelligent lighting light control, and the power resource is saved.

The technical scheme adopted by the invention for solving the technical problems is as follows: the utility model provides a stadiums are with illumination light intelligence control system, includes central processing unit, scene control module, control signal input, communication transmission module and first output module, the central processing unit input is equipped with scene control module, control signal input and data integration converting circuit, the central processing unit power end is equipped with overvoltage crowbar, the external power module of overvoltage crowbar, the central processing unit output is equipped with communication transmission module, liquid crystal touch-sensitive screen, first output module, ZIGBEE switching unit and second output module.

As a preferable aspect of the present invention, wherein: the control signal input end is provided with a dimming module, a control switch and a mode selection switching module, the dimming module and the mode selection module are both connected with a memory, and the memory is connected with the central processing unit.

As a preferable aspect of the present invention, wherein: the data integration conversion circuit is characterized in that a data input end of the data integration conversion circuit is connected with a plurality of sensor data receiving ends, the sensor data receiving ends respectively receive the infrared cameras, the somatosensory capture sensors and the illumination intensity sensors corresponding to the plurality of areas, and the figure activity data and the illumination intensity of each area are fed back to the central processing unit.

As a preferable aspect of the present invention, wherein: the first output module is connected with regional lamp switches in the partitioned areas of the stadium, corresponding regional lamps are arranged at the outer ends of the regional lamp switches respectively, and the first output module is connected with the power input ends of the regional electric lighting lamps.

As a preferable aspect of the present invention, wherein: the second output module is connected with a plurality of power amplification circuits, each power amplification circuit is respectively connected with each regional auxiliary lamp, the auxiliary lamps can be matched with corresponding lighting regions, the lighting effect on the lighting regions is enhanced under the control effect of the central processing unit, namely, the control signal of the central processing unit is amplified through the second output module to control the working state of each regional auxiliary lamp.

As a preferable aspect of the present invention, wherein: and a filter circuit is arranged on the second output module, and a control signal of the central processing unit is stably output through the filter circuit and is transmitted into the power amplifier, and the control signal is transmitted to the auxiliary lamp and the atmosphere lamp.

As a preferable aspect of the present invention, wherein: the central processing unit establishes a venue lighting local area network through a ZIGBEE switching unit, and the ZIGBEE switching unit establishes local communication with each lighting lamp, auxiliary lamp and atmosphere lamp installed in a venue through the control performance of the ZIGBEE switching unit.

Furthermore, be equipped with the regional lighting control unit of multiunit venue in the stadium, the regional lighting lamp of every group of regional lighting control unit of venue includes the regional control unit of venue illumination scene, the regional control unit of venue illumination scene is connected with split type ZIGBEE control interface through ZIGBEE switching unit, split type ZIGBEE control interface with decode adjusting unit and be connected with microprocessor, decode adjusting unit pass through feedback unit with ZIGBEE control interface transmits feedback information, microprocessor output connects regional lighting device, auxiliary lighting device and atmosphere regulation lighting device respectively.

The regional light illumination control unit in venue includes the sight generation unit, the sight generation unit is connected with the instruction switching unit, the instruction switching unit is connected with electronic signal interference shielding ware, electronic signal interference shielding ware and split type ZIGBEE control interface connection, the electronic shielding ware is connected with the instruction transceiver unit, the instruction transceiver unit is connected with the sight generation unit, the sight generation unit with liquid crystal touch-sensitive screen and control signal input end establish communication connection.

The intelligent control system for the illumination light for the stadium, which is provided by the scheme of the invention, has the specific operation flow of the accurate illumination regulation and control system for the stadium as follows:

s1, setting initial lighting conditions at the control end by the user, inputting a lighting control program, detecting the ambient light intensity, detecting whether the corresponding lighting area has a person or not by the infrared camera and the motion sensing capture sensor and detecting the flowing signal of the person, and inputting the ambient data into the central processing unit for judgment.

S2, the central processing unit judges whether the ambient light intensity is lower than a preset value according to the ambient data, if the ambient light intensity is lower than the minimum value of a threshold value, the central processing unit judges that personnel exist in the corresponding lighting area, the control end turns on the lighting lamp of the corresponding area, and if the mobility of the personnel in the corresponding lighting area is large, the central processing unit controls the turn-on of the auxiliary lighting lamp strip to increase the lighting effect of the corresponding area of the venue.

S3, the central processing unit judges whether the ambient light intensity is higher than a preset value according to the ambient data, if the ambient light intensity is higher than the maximum value of the threshold value, the central processing unit judges that personnel exist in the corresponding lighting area, the control end closes the auxiliary lighting lamp strip, and if the personnel mobility in the corresponding lighting area is large, the central processing unit controls the auxiliary lighting lamp strip to be opened, so that the lighting effect of the area corresponding to the venue is improved.

S4, if the environment data judges that no person exists in the illumination area, the central processing unit closes the illumination lamp strip in the corresponding area, so that the power resource is saved, and when the infrared detection system detects a human body infrared signal, the central processing unit opens the illumination lamp in the corresponding area.

The invention provides an intelligent lighting control system for a stadium, which comprises a monitoring process of a stadium accurate lighting regulation and control system, wherein the monitoring process comprises the following steps:

and S1, initializing the environment monitoring system, acquiring infrared camera pictures of corresponding areas by the area infrared cameras, detecting the activity tracks and density of personnel in the corresponding areas by the somatosensory capture sensors, and transmitting the detected data to the central processing unit.

S2, the central processing unit processes the detected image and the interaction track, and uploads the processed image and the interaction track to the server through the communication device, and the server receives and caches the processed image and the interaction track, so that specific image data can be periodically cleared, and the security of venue monitoring is improved.

S3, the computer downloads the local image processing result to the central processing unit, and the central processing unit judges whether to open the corresponding regional lighting lamp strip and the auxiliary lighting lamp strip according to the image processing result, and displays the lighting data and the personnel flow data on the LCD panel, so that the lighting data and the personnel flow data are convenient to check and monitor, and the use safety of the venue is guaranteed.

Compared with the prior art, the technical scheme of the invention has the following advantages:

1. according to the intelligent lighting light control system for the stadium, the wireless regulation and control system is arranged for stadium lighting based on the Internet of things technology, remote centralized control over lighting lamps controlled by different circuits in multiple regions is achieved, island effect of lighting unit regulation and control is solved, multiple groups of lighting lamps in multiple regions in the stadium can be intelligently distributed through the design of the distributed lighting effect regulation unit, meanwhile, wiring in a wireless mode is adopted, simplicity and rapidness are achieved, expansibility is high, and accuracy of control instructions is guaranteed through coding, decoding and error correction.

2. According to the scheme of the invention, the lighting condition can be set at the control panel, and the brightness and the duration of the lighting lamp in the corresponding area are intelligently adjusted by analyzing the personnel density and the mobility in the lighting monitoring area, so that the sufficient illumination of the corresponding area is ensured, and the resource waste is avoided.

3. The scheme of the invention provides sufficient lighting conditions and atmosphere lamp sets for large-scale gathering sports activities of venues, ensures the light supply of corresponding activities, monitors the activity information of mobile personnel according to the monitoring devices of the lighting lamp sets, and ensures the personal safety of the mobile personnel.

Drawings

FIG. 1 is a control system diagram of an intelligent lighting control system for a stadium;

FIG. 2 is a schematic structural diagram of a wireless control system of an intelligent lighting control system for a stadium according to the present invention;

FIG. 3 is a flowchart illustrating the operation of the lighting control system of the intelligent lighting control system for stadiums according to the present invention;

fig. 4 is a monitoring flow chart of the lighting regulation and control system of the intelligent lighting control system for a stadium.

Wherein: the system comprises a central processing unit 1, a scene control module 2, a control signal input end 3, a data integration conversion circuit 4, a communication transmission module 5, a liquid crystal touch screen 6, a first output module 7, a ZIGBEE switching unit 8 and a second output module 9.

Detailed Description

The following detailed description of embodiments of the present invention is provided in connection with the accompanying drawings and examples. The following examples are intended to illustrate the invention but are not intended to limit the scope of the invention.

Referring to fig. 1-4, the technical solution provided by the present invention is: an intelligent lighting control system for stadiums comprises a central processing unit 1, a scene control module 2, a control signal input end 3, a communication transmission module 5 and a first output module 7, wherein the scene control module 2, the control signal input end 3 and a data integration conversion circuit 4 are arranged at the input end of the central processing unit 1, an overvoltage protection circuit is arranged at the power end of the central processing unit 1, the overvoltage protection circuit is externally connected with a power supply module, the communication transmission module 5, a liquid crystal touch screen 6, a first output module 7, a ZIGBEE switching unit 8 and a second output module 9 are arranged at the output end of the central processing unit 1, a control instruction and adjusting data of a worker can be input into the central processing unit 1 by the control signal input end 3, so that a stadium lighting lamp bank can be correspondingly adjusted according to an instruction given by the control system, a clock module can be matched with a timing program to set a stadium timing, the working modes, the time lengths and the working sequences of the venue lighting lamps in different areas are set through the cooperation of the memory and the timing program, and the first output module 7 and the second output module 9 are correspondingly controlled through the cooperation of the central processing unit 1 to cooperate with the lighting of the venue to be adjusted.

The outer end of the venue lighting control system is provided with a power supply module, the output end of the power supply module is provided with an overvoltage protection module, the power supply module supplies power for the whole lighting switching control system through a filter circuit, the power supply voltage passes through the overvoltage protection module transition voltage to enable the overvoltage protection module transition voltage to reach the voltage value required by the control system and the lighting system, and the voltage input into the control end is converted through the filter circuit and then transmitted into the central processing unit 1 and the power utilization modules of other control systems to supply power for the venue lighting control console and the venue lighting lamps.

Referring to fig. 1, the control signal input end 3 is provided with a dimming module, a control switch and a mode selection switching module, the dimming module and the mode selection module are both connected with a memory, the memory is connected with the central processing unit 1, the dimming module can adjust the illumination intensity of the illuminating lamp, the control switch controls the switch of the illumination area of the illuminating lamp of the whole venue, a plurality of working module data of the illuminating lamp set can be prestored in the memory, and the mode selection module is used for selecting and switching.

The data integration conversion circuit 4 data input end is connected with a plurality of sensor data receiving terminals, the sensor data receiving terminals receive the infrared cameras corresponding to a plurality of regions respectively, the body feeling capture sensor and the illumination intensity sensor, and the figure activity data and the illumination intensity of each region are fed back to the central processing unit 1, the infrared cameras can detect the personnel density and the flowing condition of the corresponding monitoring region, the body feeling capture sensor can assist the infrared cameras in detecting the specific flowing condition of personnel, the environment light data of the illumination intensity sensor is matched, the environment light data is transmitted to the central processing unit 1 to be compared, and a proper regulation and control instruction is given.

The first output module 7 is connected with regional lamp switches of the stadium block areas, corresponding regional lamps are arranged at the outer ends of the regional lamp switches respectively, the first output module 7 is connected with the power input end of each regional electric lighting lamp and is matched with the use requirements of illumination of each region of the stadium lighting lamp to control the lighting circuits of each small module in the stadium planning area respectively and match with the use requirements of different time periods, different human body densities and different human flow rates.

A plurality of power amplifier circuit are connected to second output module 9, each power amplifier circuit connects each regional auxiliary lamp respectively, the auxiliary lamp can cooperate corresponding illumination area, strengthen the illumination effect to illumination area under central processing unit 1's control action, central processing unit 1's control signal passes through the operating condition that second output module 9 amplification control signal is used for controlling each regional auxiliary lamp promptly, power amplifier circuit links to each other with auxiliary lamp and atmosphere lamp, central processing unit 1 accessible second output module 9 controls the operating data of auxiliary lamp and atmosphere lamp respectively promptly, cooperation environmental monitoring data makes intelligent control to the light illumination of corresponding region.

Be equipped with filter circuit on the second output module 9, central processing unit 1's control signal is through filter circuit stable output and is gone into power amplifier, gives auxiliary lamp and atmosphere lamp with control signal transmission, and filter circuit can filter the burr signal that does not belong to the control band, guarantees central processing unit 1 to auxiliary lamp and atmosphere lamp's absolute control, cooperates the scene demand to use when large-scale assembly and match activity.

The central processing unit 1 establishes the venue lighting local area network through the ZIGBEE switching unit 8, the ZIGBEE switching unit 8 establishes local communication with each lighting lamp, auxiliary lamp and atmosphere lamp installed in the venue through the control performance of the ZIGBEE switching unit, and in the whole stadium lighting control system, any regional lighting lamp can be directly controlled through the communication between the central processing unit 1 and the ZIGBEE module so as to ensure the accurate control of the central processing unit 1 on all the lighting lamps in the whole stadium.

Referring to fig. 2, a plurality of groups of venue area lighting control units are arranged in a stadium, each group of area lighting lamps of the venue area lighting control units comprise venue lighting scene control units, the venue lighting scene control units are connected with split type ZIGBEE control interfaces through ZIGBEE switching units, the split type ZIGBEE control interfaces are connected with decoding adjusting units and microprocessors, the decoding adjusting units transmit feedback information through feedback units and the ZIGBEE control interfaces, and the output ends of the microprocessors are respectively connected with area lighting devices, auxiliary lighting devices and atmosphere adjusting lighting devices.

The area light illumination control unit of the venue comprises a scene generation unit, the scene generation unit is connected with an instruction switching unit, the instruction switching unit is connected with an electronic signal interference shielding device, the electronic signal interference shielding device can cut off remote control signal instructions which are not sent by workers on the scene, the problem that errors occur in light control due to disorder of instruction signals is avoided, the electronic signal interference shielding device is connected with a split ZIGBEE control interface, the electronic shielding device is connected with an instruction receiving and sending unit, the instruction receiving and sending unit is connected with a scene generation unit, and the scene generation unit is in communication connection with a liquid crystal touch screen 6 and a control signal input end 3.

The coding adjusting unit is used for coding and modulating the light effect signal processing data of the stadium, sending the coded and modulated data to the distributed ZIGBEE control interfaces of the multiple groups of lighting units through the ZIGBEE receiving and sending unit, decoding and demodulating control signals received by the distributed ZIGBEE control interfaces, and then sending the decoded and demodulated signals to the distributed light effect adjusting unit and the feedback unit respectively.

And the feedback unit is used for returning the decoded and demodulated signal to the ZIGBEE receiving and transmitting unit through the distributed ZIGBEE control interface.

Referring to fig. 3, the specific operation flow of the stadium accurate lighting control system is as follows:

s1, setting initial lighting conditions at the control end by the user, inputting a lighting control program, detecting the ambient light intensity, detecting whether the corresponding lighting area has a person and a flowing signal thereof by the infrared camera and the body sensing capture sensor, and inputting the ambient data into the central processing unit 1 for judgment.

S2, the central processing unit 1 judges whether the ambient light intensity is lower than a preset value according to the ambient data, if the ambient light intensity is lower than a threshold minimum value, the central processing unit 1 judges that personnel exist in the corresponding lighting area, the control end turns on the lighting lamp of the corresponding area, and if the personnel mobility in the corresponding lighting area is large, the central processing unit 1 controls the auxiliary lighting lamp strip to be turned on, so that the lighting effect of the corresponding area of the venue is improved.

S3, the central processing unit 1 judges whether the ambient light intensity is higher than a preset value or not according to the ambient data, if the ambient light intensity is higher than the maximum value of the threshold value, the central processing unit 1 judges that personnel exist in the corresponding lighting area, the control end closes the auxiliary lighting lamp strip, and if the personnel mobility in the corresponding lighting area is large, the central processing unit 1 controls the auxiliary lighting lamp strip to be opened, so that the lighting effect of the area corresponding to the venue is improved.

S4, if the environment data judges that no person exists in the illumination area, the central processing unit 1 closes the illumination lamp strip in the corresponding area, so that the power resource is saved, and when the infrared detection system detects a human body infrared signal, the central processing unit 1 opens the illumination lamp in the corresponding area.

S5, if a large-scale event is held by the venue, a new lighting initial condition can be set at the central processing unit 1 control signal entrance/exit section, and the control personnel can set the light at the control end to be self-controlled or manually controlled and input the corresponding control instruction into the control signal input end 3.

And S6, the control end can select whether to store the record of the venue light control instruction or not and automatically quit the venue light control system.

Referring to fig. 4, the monitoring process of the stadium accurate lighting control system of the intelligent lighting control system for the stadium according to the aspect of the present invention is as follows:

and S1, initializing the environment monitoring system, acquiring infrared camera pictures of corresponding areas by the area infrared cameras, detecting the activity tracks and density of personnel in the corresponding areas by the somatosensory capture sensors, and transmitting the detection data to the central processing unit 1.

S2, the central processing unit 1 processes the detected image and the interaction track, and uploads the processed image and the interaction track to the server through the communication device, and the server receives and caches the processed image, so that specific image data can be periodically cleared, and the security of venue monitoring is improved.

S3, the computer downloads the local image processing result to the central processing unit 1, the central processing unit 1 judges whether to open the corresponding area lighting lamp strip and the auxiliary lighting lamp strip according to the image processing result, and displays the lighting data and the personnel flow data on the LCD panel, so that the checking and monitoring are convenient, and the use safety of the venue is guaranteed.

The above is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, it is possible to make several improvements and modifications without departing from the technical principle of the present invention, and these improvements and modifications should also be considered as the protection scope of the present invention.