24G radar module parking curb machine/video pile/parking detection radar

2022-04-21 709

24G radar module roadside parking curb machine/video pile/smart parking detection radar, the roadside parking management system is a parking management and operation management system based on the Internet of Things. Cloud computing services and smart sensor technology. The road tooth machine, video pile and other roadside equipment are important components of the system. By installing the 24G radar module, the real-time detection of the vehicle can be realized. Through the change of the distance value, the vehicle can be judged to enter or leave the parking space, and the camera can be triggered to take pictures. , followed by timing and costing. Through the measurement of 24G radar module, the power consumption of the whole system can be greatly reduced. Reduce camera wakeup frequency. Reducing the processing pressure of the background algorithm, with the support of the radar, camera and the whole system algorithm, the detection accuracy can be as high as 99.9%, which can greatly improve the charging rate and reduce the operation and maintenance cost.

24G radar module parking curb machine/video pile/parking detection radar

The 24G radar module system tracks and counts the parking status of all parking spaces in real time, enabling remote data query. Electronic map parking space status monitoring. Parameter setting and rate adjustment provide a data interface for a wider range of driving. The parking guidance system provides basic data, optimizes the operating status of the parking space, and saves operating costs.


Advantages of road tooth machine application scheme:

1. In the ultra-low power consumption mode, the working power consumption is 68ua, and the standby power consumption is almost negligible. It can work under battery power for 5 years without connecting to the mains or replacing the battery frequently, which greatly reduces the overall cost of roadside equipment. power consumption and maintenance costs;

2. The vehicle height range measurement is 3-5m, the range measurement is stable, and the smaller FOV can also effectively avoid the interference of complex objects around the vehicle;

3. Customized parking algorithm. Vehicles can also be accurately detected when there is light dirt. In severe dirt or rain and snow weather, the radar can automatically alarm to the background, which is convenient for operators and maintenance personnel to maintain in a timely manner.

Traffic statistics, in order to ensure the normal operation of the traffic management system and provide accurate and reliable traffic flow data, a traffic flow statistics scheme based on 24G radar modules. This scheme enables traffic flow. previous time distance. speed. vehicle height. Information detection such as vehicle length can be integrated in highway, urban road monitoring systems or signal control systems. The scheme provides real-time road traffic information for road signal control systems that optimize signal timing schemes such as full-induction control, semi-induction control, induction coordinated control, and adaptive control.


24G radar module product advantages:

1. Traffic flow statistical accuracy > 99.9%.

2. Optical principle, no interference from 4G, 5G wireless signals and WiFi wireless signals of intersection communication operators, strong anti-interference ability and stable performance.

3. Strong environmental adaptability. No need to add auxiliary equipment (such as light source), stable measurement in strong ambient light and night environment.

4. Based on high frame rate radar, suitable for high-speed scenes.

5. Non-contact detection, avoid high failure rate caused by frequent vehicle rolling, and low after-sales cost.

6. The installation is simple and does not damage the road surface.


24G radar module solution introduction:

The measurement module of this scheme consists of two radars. According to the radar measurement data, the traffic status of the vehicle is determined, and the traffic information is counted in real time. The speed of the vehicle can be calculated by recording the triggering times of the two radars.