CN207319461U - Support to realize that road vehicle is broken rules and regulations the constructional device of monitoring function - Google Patents

Abstract

The utility model relates to a structural device that supports the function of monitoring violations of road vehicles, wherein the device includes a front camera, a rear camera, a communication module, a server module and a monitoring pole. The front camera and the vehicle The tail capture cameras are all fixed on the monitoring pole, and are respectively connected with the server module through the communication module. The structural device that uses this structure to support the monitoring function of road vehicle violations can monitor the behaviors caused by vehicles on the road that affect the normal operation of traffic, such as running red lights, going against the road, changing lanes illegally, and speeding, etc., and transmit these information to For the remote monitoring terminal, due to the use of two cameras, the front and rear information can be compared, matched, and merged to improve accuracy, and the violation information can be sent to the remote monitoring terminal to obtain comprehensive information about illegal vehicles.

Description

Structural device that supports the monitoring function of road vehicle violations

technical field

The utility model relates to the field of video monitoring, in particular to the field of road traffic vehicle violation monitoring, in particular to a structural device supporting the realization of the road vehicle violation monitoring function.

Background technique

The application of video surveillance is becoming more and more extensive. With the growth of the number of vehicles and the expansion of urban roads, more and more roads need to be supervised. Only limited manpower can no longer meet the needs of supervision; and a large number of intercity roads such as expressways The development of the Internet has intensified the demand for automatic monitoring. From the aspects of application cost, scope of application, detection accuracy and response rate, traffic video surveillance has certain advantages compared with other methods. The monitoring device installed at the intersection can perform some police functions. It can not only capture and identify illegal vehicles on urban roads, but the captured pictures can clearly display the characteristic information of the vehicles, including the status of signal lights and panoramic information of road conditions; Traffic flow, average speed, etc. are monitored, and traffic video surveillance has become an inevitable requirement and trend for the development of road traffic management.

The existing road traffic monitoring devices have problems such as incomplete vehicle information and inability to match the front and rear information in time when capturing violations. In addition, the traditional monocular vision speed measurement method needs to accurately calibrate and measure the focal length, installation height and angle of the camera. Not only is the method complex and the accuracy is difficult to meet the requirements; it is also easily affected by road traffic conditions. When the road is congested Or when the vehicle speed is too fast, it will affect the measurement accuracy. For the above problems, no effective solution has been proposed yet.

Utility model content

The purpose of the utility model is to overcome the shortcomings of the above-mentioned prior art, and provide a comprehensive information about illegal vehicles from the two directions of the front and the rear of the vehicle through image collection and analysis, and at the same time measure the speed through the binocular camera. Accurately obtain the average speed of the vehicle when passing, automatically identify the violation of the vehicle according to the road conditions, and send the violation information to the remote monitoring terminal, which greatly improves the level of intelligence and supports the structural device that realizes the monitoring function of road vehicle violations.

In order to achieve the above object, the structural device of the utility model that supports the monitoring function of road vehicle violations has the following composition:

The structural device that supports the realization of the road vehicle violation monitoring function is characterized in that the device includes a front camera, a rear camera, a communication module, a server module and a monitoring pole, and the front camera and the rear The capture cameras are all fixed on the monitoring pole, and are respectively connected to the server module through the communication module.

Preferably, the head-on camera includes a close-up camera and a long-range camera, and the close-up camera and the long-range camera are respectively connected to the server module through the communication module.

More preferably, the head camera also includes a first rotating part and a second rotating part, the first rotating part is connected with the close-range camera, and the second rotating part is connected with the distant view The camera is connected.

Preferably, the device further includes a first wiper, a first heat dissipation module and a first lightning protection module, and the head camera is connected to the first wiper, the first heat dissipation module and the first lightning protection module respectively. modules are connected.

Preferably, the device further includes a first supplementary light component, and the head camera is connected to the first supplementary light component.

Preferably, the device further includes a second wiper, a second heat dissipation module and a second lightning protection module, and the rear camera is connected to the second wiper, the second heat dissipation module and the second lightning protection module respectively. Thunder module is connected.

Preferably, the device further includes a pan-tilt, and the rear camera is connected to the pan-tilt.

Preferably, the device further includes a second supplementary light component, and the rear camera is connected to the second supplementary light component.

Preferably, the communication module is a network communication module, and the network communication module includes a switch and a network cable, and the switch is respectively connected to the server module, the front camera and the rear camera through the network cable. connected.

Preferably, the communication module is an optical fiber communication module, and the optical fiber communication module includes an optical fiber transceiver and an optical cable, and the optical fiber transceiver communicates with the server module, the front camera and the The rear camera is connected.

Preferably, the communication module is a wireless communication module, and the wireless communication module includes a wireless sending unit, a wireless receiving unit, and a wireless signal processing unit, and the wireless signal processing unit passes the wireless sending unit, the wireless The receiving unit is respectively connected with the server module, the front camera and the rear camera.

Preferably, the server module includes a central control unit and a storage unit, the central control unit is directly connected to the storage unit, and the central control unit is connected to the front camera and the rear camera respectively through a communication module connected.

More preferably, the server module also has a data upload interface and a data download interface, the data upload interface is connected to an external remote monitoring terminal, and the data download interface is connected to the storage unit.

Preferably, the server module further includes a clock synchronization unit, and the clock synchronization unit is respectively connected to the front camera and the rear camera.

Preferably, the device further includes a temporary storage module, and the temporary storage module is respectively connected to the front camera and the rear camera.

Preferably, the server module also has a traffic light signal interface, and the traffic light signal interface is connected to an external traffic light.

Preferably, the server module includes a display screen interface, which is connected to an external roadside display screen.

Using the structural device that supports the monitoring function of road vehicle violations, the information of illegal vehicles can be comprehensively photographed from two directions at the same time through the front camera and the rear camera, and the specific gain effects are as follows:

The front camera has a binocular camera, which can detect the face of the vehicle and capture the distant view separately, and use the binocular camera to test the speed of the vehicle, and can avoid the problem that the license plate is caught due to the small distance between vehicles when shooting with a single camera. Blocking, the problem of being unable to take pictures, and at the same time understanding the congestion on the road;

The camera at the rear of the vehicle can capture the full-scene images of violations such as running a red light, changing lanes in violation of regulations, and driving without guidance from the rear of the vehicle; the status of traffic lights and the driving direction of the vehicle can be clearly seen from the rear of the vehicle. Take pictures after the behavior;

Both the front camera and the rear camera are connected to the server through the transmission communication device. The time synchronization of all connected devices can be realized through the unified time adjustment of the server. The front license plate and face captured by the front camera can be compared by the license plate recognition The picture is matched with the violating panorama picture taken by the rear camera and the rear license plate picture to form comprehensive information about the violating vehicle;

It has a supplementary light module, which can supplement light for shooting under insufficient light shooting conditions;

The server module stores vehicle data and violation information locally, and supports data download and upload at the same time to realize data transmission.

Description of drawings

FIG. 1 is a schematic diagram of the overall structure of the structural device supporting the monitoring function of road vehicle violations of the present invention.

Fig. 2 is a flow chart of the video speed measurement in the specific application of the structural device supporting the road vehicle violation monitoring function of the present invention.

Fig. 3 is a monitoring flow chart of the specific application of the structural device supporting the road vehicle violation monitoring function of the present invention.

Fig. 4 is a schematic diagram of the connection relationship of the hardware modules of an embodiment of the structural device supporting the road vehicle violation monitoring function of the present invention.

reference sign

1 head camera

2 rear camera

3 communication module

4 server modules

5 Close-up cameras

6 Vision Cameras

7 first wiper

8 The first cooling module

9 The first lightning protection module

10 The first fill light component

11 Second wiper

12 Second cooling module

13 Second lightning protection module

14 PTZ

15 2nd fill light component

16 fiber optic transceivers

17 fiber optic cable

18 Central control unit

19 storage units

20 Data upload interface

21 Data download interface

22 clock synchronization unit

23 Remote monitoring terminal

24 First rotating part

25 Second rotating part

26 temporary storage module

27 Traffic light signal interface

28 traffic lights

29 Display port

30 roadside display

Detailed ways

In order to describe the technical content of the present utility model more clearly, further description will be given below in conjunction with specific embodiments.

The structural device that supports the monitoring function of road vehicle violations is shown in Figure 4. Figure 4 is a schematic diagram of the connection relationship between hardware modules of an embodiment of the structural device that supports the function of monitoring road vehicle violations of the present invention, wherein, The device includes a front camera 1, a rear camera 2, a communication module 3, a server module 4 and a monitoring pole, and the front camera 1 and the rear camera 2 are fixed on the monitoring pole , and are respectively connected to the server module 4 through the communication module 3 .

In the above embodiment, the front camera 1 includes a close-up camera 5 and a long-range camera 6, and the close-up camera 5 and the long-range camera 6 pass through the communication module 3 and the server module 4 respectively. connect.

In the above embodiment, the head camera 1 also includes a first rotating part 24 and a second rotating part 25, the first rotating part 24 is connected with the close-range camera 5, and the second The rotating part 25 is connected with the long-range camera 6 .

In the above embodiment, the device further includes a first wiper 7, a first heat dissipation module 8 and a first lightning protection module 9, and the front camera 1 is connected to the first wiper 7, the first lightning protection module 9, respectively. The heat dissipation module 8 is connected to the first lightning protection module 9 .

In the above embodiment, the device further includes a first supplementary light component 10 , and the vehicle front camera 1 is connected to the first supplementary light component 10 .

In the above embodiment, the device further includes a second wiper 11, a second cooling module 12 and a second lightning protection module 13, and the rear camera 2 is connected to the second wiper 11, the second lightning protection module 13, respectively. The two heat dissipation modules 12 and the second lightning protection module 13 are connected.

In the above embodiment, the device further includes a pan-tilt 14 , and the rear camera 2 is connected to the pan-tilt 14 .

In the above embodiment, the device further includes a second supplementary light component 15 , and the rear camera 2 is connected to the second supplementary light component 15 .

In the above embodiment, the communication module 3 is an optical fiber communication module, and the optical fiber communication module includes an optical fiber transceiver 16 and an optical cable 17, and the optical fiber transceiver communicates with the server module through the optical cable , the front camera and the rear camera are connected. In the above embodiment, the server module includes a central control unit 18 and a storage unit 19, the central control unit 18 is directly connected to the storage unit 19, and the central control unit 18 communicates with the The front camera 1 and the rear camera 2 are connected.

In above-mentioned embodiment, described server module 4 also has data upload interface 20 and data download interface 21, and described data upload interface 20 is connected with external remote monitoring end 23, and described data download interface 21 is connected with described The storage unit 19 is connected.

In the above embodiment, the server module 4 further includes a clock synchronization unit 22, and the clock synchronization unit 22 is connected to the front camera 1 and the rear camera 2 respectively.

In the above embodiment, the device further includes a temporary storage module 26, and the temporary storage module is respectively connected to the front camera and the rear camera.

In the above embodiment, the server module is further provided with a traffic light signal interface 27 , and the traffic light signal interface is connected to an external traffic light 28 .

In the above embodiment, the server module includes a display screen interface 29 which is connected to an external roadside display screen 30 .

In the above embodiment, the communication module can also be a network communication module (not illustrated here), the network communication module includes a switch and a network cable, and the switch communicates with the described network cable respectively through the network cable. The server module, the front camera and the rear camera are connected.

In the above embodiment, the communication module can also be a wireless communication module (not illustrated here), the wireless communication module includes a wireless sending unit, a wireless receiving unit, a wireless signal processing unit, and the wireless signal processing unit The processing unit is respectively connected with the server module, the front camera and the rear camera through the wireless sending unit and the wireless receiving unit.

The technical problem solved by the utility model is to provide a vehicle violation monitoring system for road traffic. This monitoring system can clearly capture the characteristic images and panoramic images of the violation vehicles, and monitor from the two directions of the front and the rear of the vehicle. Solve the problem of incomplete violation information and inaccurate vehicle speed detection.

The technical solution adopted is: a road vehicle violation monitoring system, the system includes an image acquisition unit, a communication unit and a server unit; the image acquisition unit includes a front camera and a rear camera; The communication device is connected to the server.

Further, the front-of-the-vehicle camera is installed on a fixed monitoring pole, and the camera is facing the direction of the front of the car to take pictures, and the front-of-the-camera camera is externally connected with a supplementary light device.

Further, the front-end capture camera has a binocular camera, the two cameras have different focal lengths, one is used for close-up shots, and the other is used for long-range shots, and the resolution of the cameras needs to meet the requirement of being able to see the license plate clearly.

Further, the head-on camera also includes a first rotating part and a second rotating part, the first rotating part is connected with the close-range camera, and the second rotating part is connected with the distant-view camera connected.

Further, the front camera has a wiper, a heating and cooling module, and a lightning protection module.

Further, the rear-end snap camera is installed on a fixed monitoring pole, and the camera snaps toward the rear of the car, and the rear-end snap-shot camera is externally connected with a supplementary light device.

Further, the rear camera can capture panoramic images for collecting traffic behavior information of illegal objects, including signal light status, stop line position, illegal lane, license plate number, license plate color, body color, vehicle type, time of violation, Information such as location and driving directions.

Further, the rear camera has a wiper, a heating and cooling module, and a lightning protection module.

Further, the rear camera is provided with a pan-tilt device.

Further, the communication unit may select one of network communication, optical fiber communication, wireless communication or dedicated data line communication. If network communication is used, it includes switches, network cables and other equipment; if optical fiber communication is used, it includes optical fiber transceivers, optical cables and other equipment; if wireless communication is used, it includes wireless sending modules, receiving modules, processing modules, etc.

Further, the server unit is connected with the front and rear capture cameras through the communication device, and is used for processing the traffic information transmitted by the front cameras, and has a local storage function.

Further, the server has a clock synchronization function, and can uniformly calibrate the time of the connected front and rear capture cameras.

Further, the server also has a data upload and data download interface, which can upload traffic information data to the remote monitoring terminal, wherein, the upload interface of the server performs data transmission with the external remote monitoring terminal, and the download interface is used for the server to perform local Data download.

Further, the server can configure front-end devices such as connected cameras.

Further, the server module has a display screen interface (such as VGA/DVI/HDMI, etc.), which can be connected to an external display unit. The roadside display screen will display photos of pedestrians who do not follow the regulations and jaywalking, and the photos of violating vehicles can be displayed. shown on the display.

Further, the structural device supporting the road vehicle violation monitoring function is also provided with a traffic light signal interface, which can be connected to an external traffic light, so as to avoid affecting the accuracy of the traffic light signal through video analysis.

Temporary storage module, when the communication module breaks down, temporarily store the pictures taken by the front camera and the rear camera and related information, and upload these pictures and related information to the storage when the communication module returns to normal module, and delete the uploaded shooting pictures and related information in the temporary storage module.

In an embodiment, the beneficial effects of the utility model are:

The vehicle violation monitoring system of the utility model includes a front camera and a rear camera installed on the road, which can comprehensively capture the violation vehicle information from two directions at the same time.

The front camera includes a supplementary light device and has a binocular camera. One of the binocular cameras is used for close-range vehicle capture and has a face detection function, and the other camera is used for distant-view vehicle capture. The binocular vision speed measurement method is used to measure the speed of passing vehicles. By configuring the camera and setting the detection line captured by the two cameras, the actual distance of the vehicle from the long-range camera to the close-range camera can be accurately obtained; through license plate recognition After the comparison, the time difference between the two cameras of the near view and the distant view of the vehicle can be obtained, and the average speed of the vehicle within this monitoring distance can be accurately obtained, and then it can be judged whether the vehicle is speeding according to the actual situation, and at the same time, it can also understand the congestion situation on the road surface ; In addition, two cameras to capture two vehicles can also avoid the situation that the license plate is blocked by the vehicle in front when the distance between vehicles is too small.

The camera at the rear of the vehicle includes a supplementary light device, which is used to capture full-scene images of violations such as running a red light, changing lanes in violation of regulations, and driving without guidance from the rear of the vehicle; the status of traffic lights and the driving direction of the vehicle can be clearly seen from the rear of the vehicle. After identifying the violation of the vehicle, take a picture capture.

Both the front camera and the rear camera are connected to the server through the transmission communication device. The time synchronization of all connected devices can be realized through the unified time adjustment of the server. The front license plate and face captured by the front camera can be compared by the license plate recognition The picture is matched with the violating panorama picture taken by the rear camera and the rear license plate picture to form comprehensive information about the violating vehicle.

The server stores vehicle data and violation information locally, and supports data download and upload at the same time.

Below in conjunction with Fig. 1 to Fig. 4, describe in detail: as shown in Fig. 1, Fig. 1 is the overall structure schematic diagram of the structural device of the utility model that supports the realization of the road vehicle violation monitoring function, and supports the structural device that realizes the road vehicle violation monitoring function, Including the front and rear capture cameras, transmission communication devices and servers. The front and rear capture cameras are used to collect traffic behavior information of violation objects. Traffic behavior information includes at least: time and place of traffic behavior, license plate number of the violating vehicle Vehicle characteristic information such as license plate color, body color, vehicle type, etc.

In the embodiment of the utility model, traffic violations include: vehicles running red lights, going the wrong way, changing lanes illegally, driving without guidance, motor vehicles driving in violation of prohibition signs, speeding, parking in violation of regulations, etc., which are caused by vehicles on the road and interfere with the normal operation of traffic. the behavior of.

In the embodiment of the utility model, the camera detects the vehicles in the monitoring area through video; the front and rear capture cameras are equipped with supplementary light devices, which are used for supplementary light when the ambient light is too low to ensure the capture The characteristic information of the vehicle is clearly visible on the picture.

In the embodiment of the utility model, the front camera captures the vehicle from the direction of the front, and can obtain the characteristic information of the passing vehicle, including license plate information, body color, vehicle type, vehicle brand, etc.; in addition, it can also perform face detection, Obtain the relevant information of the front seat passengers, and at the same time obtain the driver's face picture; furthermore, it can also identify whether the driver is wearing a seat belt and whether he is making a phone call. The front camera adopts a binocular camera, one is used to capture the close-up view, and the other is used to capture the distant view. The monitoring scene distance of the two cameras is relatively short; Flow chart of video velocimetry during specific application of the structural device. The system waits for the vehicle to appear, and after detecting a vehicle passing through, it first collects the image of the vehicle in the foreground and recognizes the license plate; then collects the image of the vehicle in the foreground and recognizes the license plate; it judges whether it is the same vehicle by comparing the license plate, if it is not the same If it is the same vehicle, compare the time taken by the long-range and close-range cameras to capture the picture, and then get the time difference of the vehicle passing through the two far and near cameras; When performing related configurations, if the actual distance between the two cameras, far and near, is accurately obtained, then the average speed of the vehicle passing between the two far and near cameras can be known; and then judge whether the vehicle is speeding according to the actual situation. Carry out a new round of video speed measurement from the beginning; if it is determined that the speed is over, an alarm will be given and relevant vehicle information will be uploaded.

In the embodiment of the present utility model, the rear camera captures the detected vehicle information to determine whether the detected target object has violated the regulations. For example, when running a red light detection, the traffic light signal can be analyzed through video detection, or the traffic light signal can be collected by connecting to the traffic light signal collector; other violations can be captured by pre-set trigger rules for video detection. Automatically capture evidence for vehicles that have identified traffic violations. The captured photos include the time and place where the traffic violation occurred, as well as traffic behavior information such as signal light status, stop line location, and illegal lanes.

In the embodiment of the utility model, the vehicle information captured by the front and rear capture cameras can be combined through license plate matching, thus obtaining comprehensive information on illegal vehicles, including face information in the direction of the front of the vehicle and violations in the direction of the rear of the vehicle Related Information.

In the embodiment of the present invention, the first rotating device and the second rotating device can respectively adjust the shooting direction of the close-range camera unit and the shooting direction of the long-range camera unit during installation, and after the shooting direction is determined, they will be fixed until the next time Adjust when you need to change the shooting direction.

In the embodiment of the utility model, the system supports user-defined alarm events and the function of setting a license plate blacklist. When a vehicle triggers an alarm event or a vehicle in the blacklist appears to generate an alarm, the server can send the alarm information to the remote monitoring terminal. . In addition to uploading the alarm information to the remote monitoring terminal, the generated alarm information also supports on-site alarms. For example, it can be linked with a capture camera with a pan-tilt at the front end to track illegal vehicles.

In the embodiment of the present utility model, the transmission and communication device may choose network, optical fiber, wireless or dedicated data line and the like. If network transmission is used, it includes switches, network cables and other equipment; if optical fiber transmission is used, it includes optical fiber transceivers, optical cables and other equipment; if wireless transmission is used, it includes wireless sending, receiving, processing modules, etc., which can be WIFI, Bluetooth, 2G/3G/4G data network, etc.

In the embodiment of the utility model, the server is connected with the front and rear snapshot cameras through the transmission communication device, and can exchange information with the front-end camera. On the one hand, the server can control the front-end camera, including the unified time calibration of the connected cameras through the clock module, and the configuration of camera parameters; on the other hand, the server can receive the traffic information data transmitted by the camera, including photos, videos, etc. and warning messages, etc.

In the embodiment of the utility model, the server has a built-in hard disk or an external storage device to realize the recording and storage of images collected by the front end and traffic behavior information.

In the embodiment of the present invention, the identification module for identifying whether the vehicle has violations can be placed in the camera or in the server.

As shown in Figure 3, Fig. 3 is the monitoring flow chart in the specific application process of the structural device supporting the road vehicle violation monitoring function of the present invention, and the violation identification system in the application includes an image acquisition unit, a communication unit and a server unit , wherein the image acquisition unit includes front image acquisition and rear image acquisition. The first is to perform license plate recognition through image acquisition. The front camera transmits the captured pictures of passing vehicles, as well as the detected traffic information such as speeding violations and road congestion to the server; the rear camera performs illegal identification on the captured pictures through the identification module. For violating vehicles, after license plate recognition and comparison, they are matched with the captured vehicle information at the front of the vehicle, and then the information of violating vehicles at the front and rear of the vehicle are combined to obtain comprehensive vehicle information including face snapshots and violating panoramas. The vehicle-related information is transmitted to the server together, and the server stores it locally and uploads it to the remote monitoring terminal at the same time.

In the structural device technical scheme of the utility model that supports the monitoring function of road vehicle violations, each functional module and module unit included therein can correspond to the specific hardware circuit in the integrated circuit structure, so it only involves the improvement of the specific hardware circuit, The hardware part is not just a carrier for executing control software or computer programs, so solving corresponding technical problems and obtaining corresponding technical effects does not involve the application of any control software or computer programs, that is to say, the utility model only utilizes these modules The improvement of the hardware circuit structure involved in the unit can solve the technical problem to be solved and obtain the corresponding technical effect, and the corresponding function can be realized without the aid of specific control software or computer program.

Using the structural device that supports the monitoring function of road vehicle violations, the information of illegal vehicles can be comprehensively photographed from two directions at the same time through the front camera and the rear camera, and the specific gain effects are as follows:

The front camera has a binocular camera, which can detect the face of the vehicle and capture the distant view separately, and use the binocular camera to test the speed of the vehicle, and can avoid the problem that the license plate is caught due to the small distance between vehicles when shooting with a single camera. Blocking, the problem of being unable to take pictures, and at the same time understanding the congestion on the road;

The camera at the rear of the vehicle can capture the full-scene images of violations such as running a red light, changing lanes in violation of regulations, and driving without guidance from the rear of the vehicle; the status of traffic lights and the driving direction of the vehicle can be clearly seen from the rear of the vehicle. Take pictures after the behavior;

Both the front camera and the rear camera are connected to the server through the transmission communication device. The time synchronization of all connected devices can be realized through the unified time adjustment of the server. The front license plate and face captured by the front camera can be compared by the license plate recognition The picture is matched with the violating panorama picture taken by the rear camera and the rear license plate picture to form comprehensive information about the violating vehicle;

It has a supplementary light module, which can supplement light for shooting under insufficient light conditions;

The server module stores vehicle data and violation information locally, and supports data download and upload at the same time to realize data transmission.

In this specification, the invention has been described with reference to specific embodiments thereof. However, it is obvious that various modifications and changes can be made without departing from the spirit and scope of the present invention. Accordingly, the specification and drawings are to be regarded as illustrative rather than restrictive.

Claims (17)

1. a kind of support to realize that road vehicle is broken rules and regulations the constructional device of monitoring function, it is characterised in that the device includes car Head candid camera, tailstock candid camera, communication module, server module and monitoring upright bar, the headstock are captured and taken the photograph Camera and tailstock candid camera are both secured in the monitoring upright bar, and respectively by the communication module with it is described Server module connects.

2. support according to claim 1 realizes that road vehicle is broken rules and regulations the constructional device of monitoring function, it is characterised in that institute The headstock candid camera stated includes close shot camera and distant view camera, and the close shot camera is imaged with the distant view Head is connected by the communication module with the server module respectively.

3. support according to claim 2 realizes that road vehicle is broken rules and regulations the constructional device of monitoring function, it is characterised in that institute The headstock candid camera stated further includes the first rotary part and the second rotary part, first rotary part with it is described Close shot camera be connected, second rotary part is connected with the distant view camera.

4. support according to claim 1 realizes that road vehicle is broken rules and regulations the constructional device of monitoring function, it is characterised in that institute The first rain brush, the first radiating module and the first lightning-protection module, headstock candid camera difference are further included in the device stated It is connected with first rain brush, the first radiating module and the first lightning-protection module.

5. support according to any one of claims 1 to 4 realizes that road vehicle is broken rules and regulations the constructional device of monitoring function, its It is characterized in that, the first light filling component, the headstock candid camera and the first light filling component is further included in the device It is connected.

6. support according to claim 1 realizes that road vehicle is broken rules and regulations the constructional device of monitoring function, it is characterised in that institute The second rain brush, the second radiating module and the second lightning-protection module, tailstock candid camera difference are further included in the device stated It is connected with second rain brush, the second radiating module and the second lightning-protection module.

7. support according to claim 1 realizes that road vehicle is broken rules and regulations the constructional device of monitoring function, it is characterised in that institute Holder is further included in the device stated, the tailstock candid camera is connected with the holder.

8. the support according to any one of Claims 1 to 4,6,7 realize road vehicle break rules and regulations monitoring function structure dress Put, it is characterised in that the second light filling component, the tailstock candid camera and second light filling are further included in the device Component is connected.

9. support according to claim 1 realizes that road vehicle is broken rules and regulations the constructional device of monitoring function, it is characterised in that institute The communication module stated is network communication module, and the network communication module includes interchanger, cable, and the interchanger passes through The cable is connected with the server module, headstock candid camera and tailstock candid camera respectively.

10. support according to claim 1 realizes that road vehicle is broken rules and regulations the constructional device of monitoring function, it is characterised in that The communication module is optical fiber communication modules, and the optical fiber communication modules include fiber optical transceiver, optical cable, the optical fiber Transceiver by the optical cable respectively with the server module, headstock candid camera and tailstock candid camera phase Connection.

11. support according to claim 1 realizes that road vehicle is broken rules and regulations the constructional device of monitoring function, it is characterised in that The communication module is wireless communication module, the wireless communication module include wireless transmission unit, radio receiving unit, Wireless signal processing unit, the wireless signal processing unit pass through the wireless transmission unit, radio receiving unit point It is not connected with the server module and headstock candid camera, tailstock candid camera.

12. support according to claim 1 realizes that road vehicle is broken rules and regulations the constructional device of monitoring function, it is characterised in that The server module includes central control unit and storage unit, and the central control unit is directly and storage unit Connection, and the central control unit by communication module respectively with the headstock candid camera, tailstock candid camera phase Connection.

13. support according to claim 12 realizes that road vehicle is broken rules and regulations the constructional device of monitoring function, it is characterised in that The server module also has data upload interface and data download interface, the data upload interface and outer remote Monitoring client connects, and the data download interface is connected with the storage unit.

14. support according to claim 1 realizes that road vehicle is broken rules and regulations the constructional device of monitoring function, it is characterised in that The server module further includes clock synchronization unit, and the clock synchronization unit is captured with the headstock image respectively Machine, tailstock candid camera are connected.

15. support according to claim 1 realizes that road vehicle is broken rules and regulations the constructional device of monitoring function, it is characterised in that The device further includes temporary storage module, the temporary storage module respectively with the headstock candid camera and Tailstock candid camera is connected.

16. support according to claim 1 realizes that road vehicle is broken rules and regulations the constructional device of monitoring function, it is characterised in that The server module is also equipped with traffic light signal interface, and the traffic light signal interface is connected with exterior traffic lights Connect.

17. support according to claim 1 realizes that road vehicle is broken rules and regulations the constructional device of monitoring function, it is characterised in that The server module includes display screen interface, which is connected with exterior roadside display screen.