KR20040034976A - Monitoring system of traffic regulation violated vehicles - Google Patents

Abstract

PURPOSE: A system for monitoring a traffic violation of a vehicle is provided to reduce the price due to a traffic accident and improve the traffic congestion by using a black box including vehicle information, a signal lamp for receiving and transmitting the information of the black box, and a main system for processing the vehicle information. CONSTITUTION: A system for monitoring a traffic violation of a vehicle includes a black box(2), a sensing line(3), a signal lamp(1), and a main system. The black box(2) is used for storing the vehicle information. The sensing line(3) is installed around a road on which a stop line is drawn. The sensing line(3) includes one or more sensors. The signal lamp(1) receives the vehicle information of the black box through the sensing line. The main system controls the signal lamp.

Description

Monitoring system of traffic regulation violated vehicles}

The present invention relates to a traffic monitoring system for violating traffic laws, and more particularly, a vehicle is equipped with a black box, and a transmitting device and a receiving device are installed at a traffic light to collect information of the vehicle from a traffic light using sound waves, radio waves, and light waves. The traffic light information collected in this way is transmitted to the main system of the competent government office to know the vehicle information and to reduce the cost incurred by traffic accidents and traffic accidents, to detect criminal vehicles and to provide smooth traffic flow. .

Most of the conventional vehicle monitoring system has a method of taking a car when the speed of the car running on a place such as a highway and a car-only road detects a car having a reference speed using a speed sensor to operate the camera to exceed the reference speed. In addition, traffic police officers are currently cracking down on traffic violations for traffic violations at intersections with multiple lanes.

Police officers were placed at each intersections and roads for crime vehicles, and vehicle inspection was carried out one by one. Vehicle information about crime vehicles was transmitted to the radio by police officers. Only lines are drawn using them, and no time has come.

However, the conventional vehicle monitoring system is only a monitoring of the speeding vehicle and has a problem that it is difficult to crack down on other traffic laws violation vehicles and achieve a smooth traffic flow.

Another problem is that the basic information for arresting a criminal vehicle is collected through witnesses and surveillance cameras installed on the road, so the information is uncertain, and the collected information is time-consuming to provide to the police officers having jurisdiction.

Another problem is that no equipment is installed on the stop line, which causes a lot of human injury and traffic accident costs caused by traffic accidents.

Therefore, the present invention has been made to solve the above problems, the object of the present invention is to monitor traffic violations caused by the increase of vehicles to minimize traffic accidents and casualties, reduce the cost of traffic accidents and quickly In pursuit of arrest, prevention of second and third crimes and the establishment of vehicle driving order.

An object of the present invention is to install a black box capable of information exchange with a traffic light in the vehicle, and to install a detection sensor in the ground of the road and the left and right sides of the stop line drawn on the road and the traffic light to transmit and receive with the black box installed in the vehicle It reads the custom code of the black box attached to the vehicle using sound waves, radio waves, and light (vehicle information according to the unique sound waves, radio waves, and light wavelengths for each vehicle), and stores the vehicle information. By transmitting to the main system, a traffic monitoring system was observed.

1 is an exemplary view showing an intersection from a preferred embodiment of the present invention,

Figure 2 is an exemplary view showing a stop line and a sensor installed on the crosswalk from a preferred embodiment of the present invention,

3 is an exemplary view of detecting a vehicle violating traffic regulations by passing a left-turning vehicle at an intersection from a preferred embodiment of the present invention;

4 is a view illustrating a traffic light detecting a violation of traffic regulations by passing a straight vehicle at an intersection from a preferred embodiment of the present invention;

5 is a network configuration diagram of a traffic light and a main system, and a main system and a main system according to a preferred embodiment of the present invention.

Description of the main parts of the drawing

1: Traffic light 2: Black box

3: stop line 4: sensor

5: main system

Hereinafter, the configuration of the present invention will be described in detail with reference to the accompanying drawings for a preferred embodiment.

1 shows a traffic light 1 installed on a road, an example of a black box 2 mounted on a vehicle, and a sensing line 4 attached to a stop line drawn on a road (sensor) showing an intersection from a preferred embodiment of the present invention. ) And the main system 5.

The black box (2) is installed in a vehicle and the monitoring device installed in the traffic light (1) is equipped with a memory device semiconductor, a receiver that can store sound waves, radio waves, and light that can communicate with each other, and the traffic light (1) in the black box (2). Instructions such as the time passed through the signal and the signal are input to store the custom code received from the vehicle's black box (2) for a certain period of time or a certain amount, and the transmitter emits a unique sound wave, radio wave, and light wavelength for each vehicle. By doing so, they interact with the traffic light 1.

The traffic light 1 is equipped with a transmitter and a receiver using sound wave propagation and light intercommunicable with the black box 2 installed in the vehicle, and the receiver receives a special software algorithm from the black box 2 mounted in the vehicle. Memory device that reads and saves the custom code to send, camera that captures and captures signal violations, and the built-in CPU is equipped with a device that samples the received signal and sends it to the main system (5). Sends a signal to the black box (2) mounted on the vehicle by sending a certain custom code in conjunction with the red, green, yellow, direction indication, arrow instruction to send at a certain period.

The detection line (4) is a sensor installed on the road or in front of the stop line drawn on the road by the camera installed in the traffic light of the signal violation vehicle passing in the red signal, the unique custom code sent from the black box (2) mounted on the vehicle To read.

The main system 5 controls a plurality of traffic lights installed for each administrative area, and the main system 5 is constructed of a network with a plurality of main systems installed for each administrative area, and the main system 5 is described below. The 5 will be described in detail together with the traffic light 1.

The correlation between the black box 2, the traffic light 1, and the sensing line 4 described above will be described in more detail with reference to FIGS. 2 to 5.

Figure 2 is an exemplary view showing a sensor installed in a crosswalk from a preferred embodiment of the present invention when looking at the crosswalk drawn on the current road, two stop lines 3 are drawn in front of the crosswalk. These two stop lines 3 are drawn by measuring the distance between the crosswalk and the stop line in proportion to the speed in order to protect the pedestrians. One or more detection lines 4 are installed on the road inside or in front of the stop line 3 drawn in this way, and the detection line 4 detects a vehicle crossing the stop line 3 by communicating information with the traffic light 1. Since the line 4 senses, the photographing and vehicle information are collected from the traffic light 1.

The sensing line 4 may use the sensing sensor 3 formed as a line crossing the road, and the laser sensor may be installed on the left / right side of the road.

The number of the detection lines 4 is one or more, and the number of the detection lines 4 is one or more. The reason for the sudden occurrence of a traffic accident due to a sudden stop when a signal of a traffic light suddenly changes when a vehicle tries to cross a crosswalk and an intersection is caused. It is unfair to hand over errors to the driver of accidents and sudden changes in traffic lights that are not the driver's mistake.Therefore, an average of three sensing lines 4 were installed on the road so that the car would stop on the first sensing line 4. When the sensing line 4 does not operate and stops on the second sensing line 4, the sensing line 4 operates to give a warning, and when the sensing line 4 stops on the third sensing line 4, 4) It works to deal with traffic violations.

As described above, FIG. 2 illustrates a phenomenon that occurs when the vehicle passes over the sensing line 4, and the traffic law at the intersection and the relationship between the sensing line 4 and the traffic light 1 in FIGS. 3 to 4. Explain violating vehicle monitoring.

3 is a black box mounted on the vehicle and photographed by a camera at a traffic light 1-2 when the left turn vehicle passes at an intersection and proceeds to the left when the vehicle does not observe the stop line 4 from the preferred embodiment of the present invention. By sending a unique custom code sent from (2) to a signal sent to the black box mounted on the vehicle to obtain vehicle information, the stop line (3) is the detection line (4) in front of the stop line (3) as described in FIG. Install at least one.

4 is a view illustrating a traffic light violation of a traffic law violation when a straight vehicle passes at an intersection from a preferred embodiment of the present invention. When the vehicle does not follow a stop line, the vehicle proceeds straight ahead and is photographed with a camera at the traffic light 1-1. By sending a unique custom code sent from the black box 2 mounted on the vehicle, a signal is sent to the black box 2 mounted on the vehicle to obtain vehicle information, and the stop line 3 is a stop line (as shown in FIG. 2). 3) Install at least one sensing line (4) in front.

5 is a main system network configuration diagram according to a preferred embodiment of the present invention, a plurality of traffic lights 1 installed on the road for each traffic area are constructed to enable information exchange with the main system 5 and the main system 5 ) Is also networked with the main system installed in another track.

Based on this network construction, when a criminal vehicle is input from the main system (5) in order to arrange a criminal vehicle, the traffic light (1) connected to the main system photographs all vehicles passing through intersections and crosswalks, and the black box settled in the vehicle. (2) Information is detected by the traffic light and transmitted to the main system (5). The main system 5 obtains information on the crime vehicle, grasps the path of the crime vehicle, and arrests the crime vehicle by determining where the next intersection is.

As described above, the present invention has the effect of reducing the cost of traffic accidents caused by traffic accidents and minimizing the casualties caused by traffic accidents, and using the equipment mounted on the product for signal violation vehicles to make chaotic driving. It is effective in preventing the second and third crimes by cracking down and quickly tracking and arresting crimes and stolen vehicles using the vehicle, and by establishing the vehicle operation order, so that the traffic flow is smooth. It is a useful invention.

Claims (1)

A black box 2 storing vehicle information; A sensing line 3 on which one or more sensors are installed on or in front of the road on which the stop line 4 is drawn; Traffic light violation monitoring, characterized in that the traffic light (1) receiving the vehicle information of the black box (2) detected by the detection line (3) and the main system (5) for controlling the traffic light (1) system.