阅读说明：本技术 一种高速公路智慧隧道照明控制系统 (Highway wisdom tunnel lighting control system ) 是由 石敏 王建 侯金华 舒志贤 张宏图 闵文杰 于 2021-08-03 设计创作，主要内容包括：本发明涉及高速公路技术领域,且公开了一种高速公路智慧隧道照明控制系统,其包括：感应器模块、处理器模块、显示屏、音响、灯具、通讯网关、时间单元、云端和远程终端,所述感应器模块的输出端与所述处理器的输入端之间电性连接,所述处理器的输出端电性与所述灯具的输入端电性连接,所述处理器的输出端电性与所述显示屏的输入端电性连接。该高速公路智慧隧道照明控制系统,每个灯具在系统中均具有唯一分组标号,处理器在定时或接收巡检命令对系统中的灯具巡检,确定灯具是否正常运行,将检查的故障设备上报云平台,别结合地图包内,灯具的位置,可对损坏的灯具即使维修,方便后期灯具的维护。(The invention relates to the technical field of highways, and discloses a lighting control system for an intelligent tunnel of a highway, which comprises: inductor module, processor module, display screen, stereo set, lamps and lanterns, communication gateway, time unit, high in the clouds and remote terminal, the output of inductor module with electric connection between the input of treater, the output electric property of treater with the input electric connection of lamps and lanterns, the output electric property of treater with the input electric connection of display screen. This highway wisdom tunnel lighting control system, every lamps and lanterns all have the only grouping label number in the system, and the treater is regularly or receive to patrol and examine the lamps and lanterns of command in to the system, confirm whether normal operating of lamps and lanterns, report cloud platform with the trouble equipment of inspection, do not combine in the map package, the position of lamps and lanterns can be to the lamps and lanterns maintenance of damage even, make things convenient for the later stage lamps and lanterns.)

1. The utility model provides a highway wisdom tunnel lighting control system, includes inductor module, processor module, display screen, stereo set, lamps and lanterns, communication gateway, time unit, high in the clouds and remote terminal, its characterized in that: the utility model discloses a time unit, including inductor module, treater module, input, output electric property, the output of treater module with electric connection between the input of treater, the output electric property of treater with the input electric connection of display screen, the output electric property of treater with the input electric connection of stereo set, the output electric property of treater with the input electric connection of communication gateway, communication gateway's output with wireless network connection between the high in the clouds, the output of remote terminal with wireless network connection between the remote terminal, the output of time unit with electric connection between the input of treater module.

2. The system of claim 1, wherein the intelligent highway tunnel lighting control system comprises: the number of the lamps is more than four, and each lamp comprises an illuminating lamp and a fog lamp.

3. The system of claim 1, wherein the intelligent highway tunnel lighting control system comprises: the sensor module comprises a rain and snow sensor, a humidity sensor, a camera, a light sensor and a speed sensor.

4. The system of claim 2, wherein the intelligent highway tunnel lighting control system comprises: the processor realizes 2-path 0-12V dimming signal output, 2-path relay control, wireless communication and an I2C input interface through hardware; an internal high-performance MCU is embedded into an operating system, and the following functions are realized by programming:

(1) the illumination intensity of the lamp is adjusted;

(2) switching between a fog lamp and an illuminating lamp is realized through a self-defined Internet of things protocol;

(3) the automatic photosensitive control function is used for setting an illumination value parameter by the configuration equipment, and adjusting the brightness of the lamp by comparing the illumination value parameter with data collected by the sensor module so as to realize the maintenance of an illumination environment;

(4) equipment grouping numbering, namely numbering each lamp in a grouping manner;

(5) equipment inspection, namely inspecting lamps in the system regularly or receiving an inspection command, determining whether the lamps normally operate or not, and reporting the inspected fault equipment to a cloud platform;

(6) the system is connected with the cloud platform regularly through an MQTT protocol, and lamp information, data collected by the inductor module, the heartbeat packet and the map packet are uploaded regularly.

5. The system of claim 1, wherein the intelligent highway tunnel lighting control system comprises: the hardware of the display screen realizes the low-voltage power supply from 220V alternating current to direct current, and restores factory settings keys, a USB data interface and a switch key; and an internal high-performance MCU is embedded into an operating system, and the following functions are realized by programming:

(1) circularly broadcasting the warning words;

(2) the warning words are switched independently, the equipment is configured to set the illumination value and the time parameter, the content of the warning words is adjusted by comparing the data collected by the sensor module, and the weather and environment are kept.

6. The system of claim 1, wherein the intelligent highway tunnel lighting control system comprises: the time unit comprises a time calibration module and an alarm module.

7. The system of claim 5, wherein the intelligent highway tunnel lighting control system comprises: the warning words broadcasted by the display screen are not less than three in type.

Technical Field

The invention relates to the technical field of highways, in particular to an intelligent highway tunnel illumination control system.

Background

With the progress of tunnel engineering technology in China, the length of the existing expressway tunnels is many kilometers, even dozens of kilometers, and the tunnels greatly shorten the high-speed travel and shorten the space-time distance of people. However, highway tunnels are also a significant bottleneck for traffic flow and are also a place where traffic accidents occur frequently. With the advent of the intelligent transportation era, intelligent tunnels have been created, and some newly created tunnels are provided with tunnel monitoring stations, optical fibers are buried in the tunnels, and the intelligent transportation systems can be directly accessed.

Through retrieval, patent CN 20568166U provides an intelligent illumination control system for a highway tunnel, which comprises a power module, a processor module, a sensor, a camera and a street lamp; the power module is connected with the processor module, the processor is further connected with the sensor, the shooting equipment and the street lamp respectively, the control system further comprises a gyro type holder, and the shooting equipment is fixed on the gyro type holder. The illumination control system controls the tunnel illuminating lamp to automatically adjust the brightness of the tunnel illuminating lamp from 0 to 100 percent according to the traffic flow, the brightness of the environment inside and outside the tunnel and the contrast degree of the environment through the networked intelligent controller.

However, when the system is used, the problems exist that the lamps cannot be grouped, the illumination intensity of the lamps cannot be adjusted according to different weather and road surface states, a driver cannot be reminded in time due to the fact that a warning slogan is not set, the risk of accidents cannot be reduced, and when the system is used, the states and the positions of the lamps cannot be tracked in real time, and the lamps cannot be maintained and replaced in time.

Disclosure of Invention

It is an object of the present invention to provide an intelligent highway tunnel lighting control system that overcomes some or all of the deficiencies of the prior art.

The invention discloses an intelligent expressway tunnel illumination control system, which comprises: an inductor module, a processor module, a display screen, a sound box, a lamp, a communication gateway, a time unit, a cloud terminal and a remote terminal, the output end of the inductor module is electrically connected with the input end of the processor, the output end of the processor is electrically connected with the input end of the lamp, the output end of the processor is electrically connected with the input end of the display screen, the output end of the processor is electrically connected with the input end of the sound box, the output end of the processor is electrically connected with the input end of the sound box, the output end of the processor is electrically connected with the input end of the communication gateway, the output end of the communication gateway is connected with the cloud end through a wireless network, the output end of the remote terminal is connected with the remote terminal through a wireless network, and the output end of the time unit is electrically connected with the input end of the processor module.

Furthermore, the number of the lamps is more than four, and each lamp comprises an illuminating lamp and a fog lamp.

Further, the sensor module comprises a rain and snow sensor, a humidity sensor, a camera, a light sensor and a speed sensor.

Further, the processor realizes 2-path 0-12V dimming signal output, 2-path relay control, wireless communication and an I2C input interface through hardware; an internal high-performance MCU is embedded into an operating system, and the following functions are realized by programming:

(1) the illumination intensity of the lamp is adjusted;

(2) switching between a fog lamp and an illuminating lamp is realized through a self-defined Internet of things protocol;

(3) the automatic photosensitive control function is used for setting an illumination value parameter by the configuration equipment, and adjusting the brightness of the lamp by comparing the illumination value parameter with data collected by the sensor module so as to realize the maintenance of an illumination environment;

(4) equipment grouping numbering, namely numbering each lamp in a grouping manner;

(5) equipment inspection, namely inspecting lamps in the system regularly or receiving an inspection command, determining whether the lamps normally operate or not, and reporting the inspected fault equipment to a cloud platform;

(6) the system is connected with the cloud platform regularly through an MQTT protocol, and lamp information, data collected by the inductor module, the heartbeat packet and the map packet are uploaded regularly.

Furthermore, hardware of the display screen realizes 220V alternating current to direct current low-voltage power supply, factory setting recovery keys, a USB data interface and a switch key; and an internal high-performance MCU is embedded into an operating system, and the following functions are realized by programming:

(1) circularly broadcasting the warning words;

(2) the warning words are switched independently, the equipment is configured to set the illumination value and the time parameter, the content of the warning words is adjusted by comparing the data collected by the sensor module, and the weather and environment are kept.

Further, the time unit comprises a time calibration module and an alarm module.

Furthermore, the types of the warning words broadcasted by the display screen are not less than three.

Compared with the prior art, the invention has the beneficial effects that: the device is through the inductor module that sets up, the information transmission that the inductor module will gather gives the treater, the treater is according to road surface situation and external weather environment's the condition, adjust the illumination intensity of lamps and lanterns in real time, to the condition of difference, adjust the luminance or the model of lamps and lanterns, guarantee the illuminating effect of lamps and lanterns, provide good lighting environment for the driver, reduce the probability that the occurence of failure, display and sound, can be according to the information that the inductor module was collected, broadcast different warning words, with strong points, reduce the probability that the occurence of failure.

The device is through the inductor module that sets up, and when using, every lamps and lanterns all have only grouping label in the system, and the treater is regularly or receive to patrol and examine the lamps and lanterns of command in to the system, confirm whether normal operating of lamps and lanterns, report cloud platform with the faulty equipment of inspection, do not combine in the map package, the position of lamps and lanterns can be to the lamps and lanterns maintenance of damage, make things convenient for the maintenance of later stage lamps and lanterns.

Drawings

Fig. 1 is a schematic structural view in embodiment 1.

Detailed Description

For a further understanding of the invention, reference should be made to the following detailed description taken in conjunction with the accompanying drawings and examples. It is to be understood that the examples are illustrative of the invention and not limiting.

As shown in fig. 1, an intelligent highway tunnel lighting control system according to the present invention includes: the inductor module, the processor module, the display screen, the stereo set, lamps and lanterns, communication gateway, time unit, high in the clouds and remote terminal, electric connection between the output of inductor module and the input of treater, the output electric property of treater and the input electric connection of lamps and lanterns, the output electric property of treater and the input electric connection of display screen, the output electric property of treater and the input electric connection of stereo set, the output electric property of treater and the input electric connection of communication gateway, wireless network connection between the output of communication gateway and the high in the clouds, wireless network connection between the output of remote terminal and the remote terminal, electric connection between the output of time unit and the input of processor module.

In this embodiment, the number of lamps is more than four, and every group lamps and lanterns all include light and fog lamp, and adaptable extreme weather conditions such as big fog weather have enlarged the application range of device.

In this embodiment, the sensor module includes sleet inductor, humidity inductor, camera, light sensor and speed inductor, but the temperature humidity and the illumination condition among the real-time detection external environment to and judge weather conditions.

In the embodiment, the processor and hardware realize 2-path 0-12V dimming signal output, 2-path relay control, wireless communication and an I2C input interface; an internal high-performance MCU is embedded into an operating system, and the following functions are realized by programming:

(1) the illumination intensity of the lamp is adjusted;

(2) switching between a fog lamp and an illuminating lamp is realized through a self-defined Internet of things protocol;

(3) the automatic photosensitive control function is used for setting an illumination value parameter by the configuration equipment, and adjusting the brightness of the lamp by comparing the illumination value parameter with data collected by the sensor module so as to realize the maintenance of an illumination environment;

(4) equipment grouping numbering, namely numbering each lamp in a grouping manner;

(5) equipment inspection, namely inspecting lamps in the system regularly or receiving an inspection command, determining whether the lamps normally operate or not, and reporting the inspected fault equipment to a cloud platform;

(6) the system is connected with the cloud platform regularly through an MQTT protocol, and lamp information, data collected by the inductor module, the heartbeat packet and the map packet are uploaded regularly.

In this embodiment, the hardware of the display screen realizes 220V ac to dc low voltage power supply, factory setting reset key, USB data interface, and switch key; and an internal high-performance MCU is embedded into an operating system, and the following functions are realized by programming:

(1) circularly broadcasting the warning words;

(2) the warning words are switched independently, the equipment is configured to set the illumination value and the time parameter, the content of the warning words is adjusted by comparing the data collected by the sensor module, and the weather and environment are kept.

In this embodiment, the time unit includes a time calibration module and an alarm module, and plays a role in time calibration and timing.

In this embodiment, three are no less than to the warning language kind that the display screen was reported, to different road surface condition and weather condition, show different warning languages, and the pertinence is strong, reduces accident frequency.

The device is through the inductor module that sets up, the information transmission that the inductor module will gather gives the treater, the treater is according to road surface situation and external weather environment's the condition, adjust the illumination intensity of lamps and lanterns in real time, to the condition of difference, adjust the luminance or the model of lamps and lanterns, guarantee the illuminating effect of lamps and lanterns, provide good lighting environment for the driver, reduce the probability that the occurence of failure, display and sound, can be according to the information that the inductor module was collected, broadcast different warning words, with strong points, reduce the probability that the occurence of failure.

The device is through the inductor module that sets up, and when using, every lamps and lanterns all have only grouping label in the system, and the treater is regularly or receive to patrol and examine the lamps and lanterns of command in to the system, confirm whether normal operating of lamps and lanterns, report cloud platform with the faulty equipment of inspection, do not combine in the map package, the position of lamps and lanterns can be to the lamps and lanterns maintenance of damage, make things convenient for the maintenance of later stage lamps and lanterns.

The present invention and its embodiments have been described above schematically, without limitation, and what is shown in the drawings is only one of the embodiments of the present invention, and the actual structure is not limited thereto. Therefore, if the person skilled in the art receives the teaching, without departing from the spirit of the invention, the person skilled in the art shall not inventively design the similar structural modes and embodiments to the technical solution, but shall fall within the scope of the invention.