CN210691607U - Super brain intelligent coordination signal lamp - Google Patents

Abstract

The utility model belongs to the technical field of intelligent traffic signal lamps, and relates to a super-brain intelligent coordination signal lamp, the main structure of which comprises a rod piece, a communication antenna, a 5G module device, a super-brain device, a red LED lamp, a yellow LED lamp, a green LED lamp, a signal lamp box, a laser emitting device, a laser receiving device, a temperature and humidity detection device, a data signal processing unit, a radar device, a cross arm, a laser device rod piece and a cross rod; the weather condition monitoring is formed by a data signal processing unit, a laser emitting device, a laser receiving device and a temperature and humidity detection device, signals of traffic lights are dynamically regulated and controlled by analyzing radar data and external weather conditions in real time, the traffic rate of intersection vehicles is improved, the idle time of the traffic lights is reduced, data transmission can be carried out between the traffic lights and signal machines and peripheral signal lights through a 5G module, and finally the bearing capacity of roads is improved; the novel LED lamp is scientific and reasonable in structure, simple in installation process, wide in application range, strong in practicability and environment-friendly in application.

Description

Super brain intelligent coordination signal lamp

The technical field is as follows:

the utility model belongs to the technical field of intelligent traffic signal lamp, a super brain intelligence coordination signal lamp is related to, through regulating and controlling traffic signal lamp dynamically, improves the current rate of crossing vehicle, reduces traffic signal lamp's vacant time, improves the bearing capacity of road.

Background art:

with the increasing number of urban vehicles and the restriction of urban traffic resources, the problem of traffic congestion has become one of the key problems in urban development. The crossroad is a key node in an urban traffic network, and reasonable dispersion and control of the traffic flow of the crossroad is an important way for effectively improving the urban traffic efficiency. The traffic flow of the crossroad is regulated and controlled by a traffic signal lamp, which is a main method for controlling the traffic of the crossroad at present. The timing strategy consists of two parts, namely green light duration and green light starting time of each lane of the intersection, and is the basis for implementing signal light control at the intersection. Fixed timing strategies and adaptive timing strategies are two main timing strategies currently used. The fixed timing strategy has the advantages of simplicity, practicability, convenience in application and the like, but cannot adapt to traffic flow change and effectively relieve traffic jam. The self-adaptive timing strategy can calculate the green light time length according to the prediction model so as to adapt to the change of the traffic flow of the intersection, can slow down the stagnation phenomenon and improve the traffic efficiency of the intersection. Chinese patent 201920052256.5 discloses a multifunctional intelligent traffic signal lamp, which comprises a signal lamp post body, a first signal lamp and a controller, wherein the top of the signal lamp post body is provided with the first signal lamp, the controller is arranged in the signal lamp post body and electrically connected with the first signal lamp, the signal lamp post body comprises a glass fiber reinforced plastic shell, the center of the glass fiber reinforced plastic shell is provided with a signal lamp manufacturing structure, the outer wall of a signal lamp supporting structure is uniformly provided with a plurality of signal lamp belts, the signal lamp belts are electrically connected with the controller, the signal lamp post body is provided with an infrared human body sensor, the infrared human body sensor is electrically connected with the controller, the signal lamp post body is provided with a liquid crystal display, and the liquid crystal display is electrically connected with the controller and used for displaying time, temperature, weather and warm prompts of traffic police; chinese patent 201821878030.2 discloses a laser radar traffic signal lamp, which comprises a laser radar module, a traffic signal lamp module, a lamp post and a control device, wherein the laser radar module is arranged inside the lamp post or arranged below the traffic signal module, and performs laser scanning on road traffic conditions, and the control device adaptively and intelligently controls the traffic signal lamp according to the real-time road conditions based on real-time environmental information obtained by the laser radar on vehicles, pedestrians and the like on the road; at present, most of prediction models in the self-adaptive timing strategy are complex, the calculated amount is large, and the implementation efficiency is not high. The idle time of the traffic signal lamp is caused by the change of timing and traffic flow of some signal lamps. No matter a fixed timing strategy or a self-adaptive timing strategy, the current meteorological conditions have great influence on the timing strategy, and under the most of poor weather conditions, the timing strategy cannot be automatically controlled, control personnel or field traffic polices are required to carry out coordination command, so that the traffic condition cannot be effectively relieved, the parking times are reduced, and the traffic experience is poor. Therefore, research and development design has one kind and is based on super brain, the current signal lamp of intelligence, through real-time analysis crossing radar and meteorological data, the driving quantity, the vehicle distance and the speed of a motor vehicle of real-time supervision crossing, the quantity and the external weather condition of monitoring pedestrian simultaneously, the signal of traffic lights is regulated and control dynamically, improves crossing vehicle traffic rate, reduces traffic signal lamp's free time, can carry out data transmission with semaphore and peripheral signal lamp through the 5G module, finally improves the bearing capacity of road.

The utility model has the following contents:

an object of the utility model is to overcome prior art's shortcoming, design a signal lamp based on super brain, intelligence are current, reduce traffic signal lamp's vacant time, improve the bearing capacity of road.

In order to achieve the purpose, the utility model relates to a super brain intelligent coordination signal lamp, the main structure of which comprises a rod piece, a communication antenna, a 5G module device, a super brain device, a red LED lamp, a yellow LED lamp, a green LED lamp, a signal lamp box, a laser emitting device, a laser receiving device, a temperature and humidity detection device, a data signal processing unit, a radar device, a cross arm, a laser device rod piece and a cross rod; the cross arm is of a shell structure and is fixedly connected to the rod piece; the communication antenna is positioned at the upper left of the cross arm; the 5G module device is positioned on the left side of the cross arm, and the 5G module device is connected with the communication antenna through a communication cable; the super brain device is positioned in the middle of the cross arm and is connected with the 5G module device through a communication cable; the signal lamp box is positioned on the right side of the cross arm, a red LED lamp, a yellow LED lamp and a green LED lamp are arranged in the signal lamp box, and the red LED lamp, the yellow LED lamp and the green LED lamp are respectively connected with the super brain device through control cables; the cross bar is fixedly connected with the right end part of the cross arm; a data signal processing unit is arranged above the cross rod and connected with the super brain device through a communication cable, and a temperature and humidity detection device is arranged above the data signal processing unit and connected with the data signal processing unit through a communication cable; a laser device rod piece is also arranged above the data signal processing unit, a laser transmitting device and a laser receiving device are respectively fixed at two ends of the laser device rod piece, and the laser transmitting device and the laser receiving device are respectively connected with the data signal processing unit through communication cables; the radar device is arranged below the cross rod and is connected with the super brain device through a communication cable.

The utility model relates to a laser receiving device becomes 20 contained angles at the horizontal plane with laser emission device.

The utility model relates to a back of xarm is provided with 5G module device access hole, super brain device access hole and signal lamp house access hole.

The utility model relates to a data signal processing unit's the back is provided with data signal processing unit access hole.

The utility model relates to a radar apparatus's the back is provided with radar apparatus access hole.

Compared with the prior art, the utility model, through real-time analysis radar data and external weather conditions, regulate and control the signal of traffic light dynamically, improve the crossing vehicle traffic rate, reduce the vacant time of traffic signal lamp, can carry out data transmission with semaphore and peripheral signal lamp through the 5G module, finally improve the bearing capacity of road; the novel LED lamp is scientific and reasonable in structure, simple in installation process, wide in application range, strong in practicability and environment-friendly in application.

Description of the drawings:

fig. 1 is a schematic diagram of the main structure principle of the right vertical surface of the intelligent coordination signal lamp for the superconcephalon.

Fig. 2 is a schematic diagram of the structure principle of the back of the cross arm according to the present invention.

Fig. 3 is a schematic diagram of the principle of device connection of the main structure according to the present invention.

The specific implementation mode is as follows:

the present invention will be described in detail below with reference to specific embodiments and accompanying drawings.

Example 1:

the main structure of the intelligent coordination signal lamp for the superconcephalon related by the embodiment comprises a rod piece 1, a communication antenna 2, a 5G module device 3, a superconcephalon device 4, a red LED lamp 5, a yellow LED lamp 6, a green LED lamp 7, a signal lamp box 8, a laser emitting device 9, a laser receiving device 10, a temperature and humidity detection device 11, a data signal processing unit 12, a radar device 13, a cross arm 14, a 5G module device overhaul port 15, a superconcephalon device overhaul port 16, an LED signal lamp device overhaul port 17, a laser device rod piece 18, a data signal processing unit overhaul port 19, a radar device overhaul port 20 and a cross rod 21; the rod piece 1 is a conventional vertical signal lamp upright rod; the cross arm 14 is of a shell structure and is fixedly connected to the rod piece 1 in a conventional mode such as a screw mode, a buckle mode or a welding mode; the communication antenna 2 is positioned above the cross arm 14 at the left side; the 5G module device 3 is positioned at the left side of the cross arm 14, and the 5G module device 3 is connected with the communication antenna 2 through a communication cable; the super brain device 4 is positioned in the middle of the cross arm 14, and the super brain device 4 is connected with the 5G module device 3 through a communication cable; the signal lamp box is positioned on the right side of the cross arm 14, a red LED lamp 5, a yellow LED lamp 6 and a green LED lamp 7 are arranged in the signal lamp box 8, and the red LED lamp 5, the yellow LED lamp 6 and the green LED lamp 7 are respectively connected with the super brain device 4 through control cables; the cross bar 21 is fixedly connected with the right end part of the cross arm 14 in a conventional mode; a data signal processing unit 12 is arranged above the cross bar 21, the data signal processing unit 12 is connected with the super brain device 4 through a communication cable, and a data signal processing unit access opening 19 is correspondingly arranged on the back of the data signal processing unit 12; a temperature and humidity detection device 11 is arranged above the data signal processing unit 12, and the temperature and humidity detection device 11 is connected with the data signal processing unit 12 through a communication cable; a laser device rod piece 18 is further arranged above the data signal processing unit 12, the two ends of the laser device rod piece 18 are respectively fixed with the laser emitting device 9 and the laser receiving device 10, the laser receiving device 10 and the laser emitting device 9 form an included angle of 20 degrees on the horizontal plane, and the laser emitting device 9 and the laser receiving device 10 are respectively connected with the data signal processing unit 12 through communication cables; a radar device 13 is arranged below the cross rod 21, the radar device 13 is connected with the cross rod 21 in a conventional mode, the radar device 13 is connected with the super brain device 4 through a communication cable, and a radar device access hole 20 is correspondingly arranged on the back of the radar device 13; the back of the cross arm 14 is correspondingly provided with a 5G module device access hole 15, a super brain device access hole 16 and a signal lamp box access hole 17.

The work principle of the super brain intelligent coordination signal lamp related to the embodiment is as follows: the weather condition monitoring is formed by a data signal processing unit 12, a laser emitting device 9, a laser receiving device 10 and a temperature and humidity detection device 11, the rainfall and visible meteorological factors can be automatically measured based on the laser Doppler measurement principle, the size and the rainfall speed of raindrops can be accurately measured by using an advanced detection technology and a fuzzy algorithm, and standard particle type classification level analysis is provided, such as fog, rain, light rain, snow and the like; when the system runs, the laser emitting device, the laser receiving device and the temperature and humidity detection device collect meteorological information such as temperature and humidity, fog, rain, snow and the like in real time, the collected data information is sent to the data signal processing unit 12, and the data signal processing unit 12 analyzes the meteorological information data and uploads the meteorological information data to the super brain device 4; the radar device 13 monitors the number of the driven vehicles, the distance between the driven vehicles and the speed of the vehicles at the intersection in real time, monitors the number of pedestrians at the same time, and uploads data to the super brain device 4; meanwhile, the super brain device 4 exchanges real-time data with surrounding annunciators or signal lamps through the communication antennas 2 and the 5G module device 3, the super brain device 4 performs comprehensive analysis after receiving data of the data signal processing unit 12 and the radar device 13, and controls the running states of the red LED lamp 5, the yellow LED lamp 6 and the green LED lamp 7 according to the comprehensive analysis result; finally, the signals of the traffic lights are dynamically regulated and controlled, the traffic rate of the intersection is improved, the idle time of the traffic lights is reduced, and the bearing capacity of the road is finally improved.

The intelligent coordination signal lamp for the ultra brain can be widely applied to highway crossings, urban and town roads, districts, schools, pedestrian street crossings and road sections needing to be provided with traffic light signals.

Claims (5)

1. A super brain intelligence coordination signal lamp which characterized in that: the main structure of the intelligent traffic light comprises a rod piece, a communication antenna, a 5G module device, a super brain device, a red LED lamp, a yellow LED lamp, a green LED lamp, a signal lamp box, a laser emitting device, a laser receiving device, a temperature and humidity detection device, a data signal processing unit, a radar device, a cross arm, a laser device rod piece and a cross rod; the cross arm is of a shell structure and is fixedly connected to the rod piece; the communication antenna is positioned at the upper left of the cross arm; the 5G module device is positioned on the left side of the cross arm, and the 5G module device is connected with the communication antenna through a communication cable; the super brain device is positioned in the middle of the cross arm and is connected with the 5G module device through a communication cable; the signal lamp box is positioned on the right side of the cross arm, a red LED lamp, a yellow LED lamp and a green LED lamp are arranged in the signal lamp box, and the red LED lamp, the yellow LED lamp and the green LED lamp are respectively connected with the super brain device through control cables; the cross bar is fixedly connected with the right end part of the cross arm; a data signal processing unit is arranged above the cross rod and connected with the super brain device through a communication cable, and a temperature and humidity detection device is arranged above the data signal processing unit and connected with the data signal processing unit through a communication cable; a laser device rod piece is also arranged above the data signal processing unit, a laser transmitting device and a laser receiving device are respectively fixed at two ends of the laser device rod piece, and the laser transmitting device and the laser receiving device are respectively connected with the data signal processing unit through communication cables; the radar device is arranged below the cross rod and is connected with the super brain device through a communication cable.

2. The signal lamp of claim 1, wherein: the laser receiving device and the laser emitting device form an included angle of 20 degrees on the horizontal plane.

3. The signal lamp of claim 1, wherein: the back of xarm is provided with 5G module device access hole, super brain device access hole and signal lamp house access hole.

4. The signal lamp of claim 1, wherein: and the back of the data signal processing unit is provided with a data signal processing unit access hole.

5. The signal lamp of claim 1, wherein: and a radar device access hole is formed in the back surface of the radar device.

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