Human body induction radar finished millimeter wave radar helps security and safety

Human-sensing radar finished millimeter-wave radar technology helps intelligent security. Traditional security monitoring methods mainly rely on video surveillance and manual inspection, which is difficult to ensure real-time monitoring and comprehensive coverage. The traditional security technology means is relatively simple, and can only achieve target intrusion detection or image capture. There are problems such as high false alarm rate, large weather impact, and easy climbing, which cannot meet the needs of intelligent security in the new situation.

By combining the technology of millimeter-wave radar body induction radar product detection and video analysis, it can monitor, analyze and track the targets that illegally enter the monitoring area, so as to realize the early warning and accurate prevention and control of incidents in the surrounding area.

The safety concept that started as a fence has gradually evolved into an activity sensor that detects around the fence in a number of ways. High-definition monitoring and radar module sensing technology, combined with radar technology and video intelligent analysis technology, realize the integration of high-definition video and radar-sensing intelligent sensing equipment, identify, analyze and track targets illegally entering the monitoring area, and realize event early warning and accurate monitoring in surrounding areas. prevention and treatment.

Compared with traditional equipment, millimeter-wave radar has the advantages of small size, light weight, all-weather operation, convenient installation, strong anti-interference ability, accurate positioning and tracking, and convenient multiple radar networks.

Combining the advantages of radar and surveillance video technology, the finished product of human sensing radar adopts radar target and image fusion technology to detect complex areas in different forms.

After target identification, classification and dual technology confirm the authenticity of the target, the distance, speed, orientation and angle information of the intrusion target are obtained through the radar, and the intrusion target is filtered.

The finished human body induction radar alarm system provides real-time monitoring and tracking of targets entering the detection area, distance, speed, and azimuth information, and supports synchronous display of video images of superimposed radar detection tracks.

When the front-end equipment monitors the intrusion target and enters the defense area, it can issue an alarm sound and capture pictures. According to the alarm time, an alarm list window is provided, historical alarm records are inquired, and video and radar track playback alarm time periods are supported.

Communities, museums, campuses and other places need to establish intrusion detection and alarm systems to ensure the safety of people and properties and alleviate the shortage of security personnel. All-weather and all-weather defense is particularly important in security needs, and the need is growing.

Millimeter-wave radar refers to radars operating in the millimeter-wave band. As a safety radar, millimeter-wave radar has the characteristics of low voltage, low power, low power performance requirements, small size, light weight, convenient installation, network assembly, and joining existing systems.

Millimeter-wave radar has a short detection time and can be used for real-time monitoring and alarm systems. It has the characteristics of penetrating rain, snow, fog and dust, and can be monitored throughout the day.

Based on the low-power radar based on the finished product of UA-level human body induction radar, it realizes long-distance triggering at a distance of 6-15 meters. In the night weather of rain, snow and fog, accurate monitoring of targets in the monitoring area is also achieved. The effective monitoring of the intrusion target is realized, and the problems that the existing security means are easy to fail and the false alarm rate is high in the complex environment are solved.

Compared with other security sensors, with the increasing integration of chips and stronger hardware performance, the finished product of millimeter wave radar body sensing radar has the advantages of low cost, light weight and small size. Pulsed Doppler and FMCW are common waveform mechanisms for mmWave radars.

The FM continuous wave mechanism radar is small in size, light in weight, relatively simple in structure, low in transmit power, and easy to adjust in waveform. This makes the continuous wave system have obvious advantages in the field of safety.

The security system combines millimeter-wave radar, video, laser, infrared and other sensors together, and multiple sensors cooperate with each other to make the security system safer and more complete. The finished product of human induction radar provides a new technical means for safety monitoring and early warning, so as to improve the safety control ability of surrounding areas and important areas.