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  • Millimeter wave radar module human inductive enabling museum/gas station

    2022-10-11 877

    The millimeter wave radar module human induction enabled museum/gas station security maintenance. The Ministry of Public Security and the State Administration of Cultural Relics jointly issued the Opinions on Strengthening Public Security and Prevention of Cultural Relics Museum Units, which requires firmly establishing the scientific concept of cultural relics protection, adhering to prevention first, highlighting the key points, strengthening overall coordination, joint construction, and comprehensively improving the public security and prevention capabilities of cultural relics museum units.

    Millimeter wave radar module human inductive enabling museum/gas station

    With the application of artificial intelligence, big data and other technologies in the security management of cultural relics museums, the security of cultural relics museums has really entered an intelligent era, setting off a wave of digital transformation of museums.


    In the face of the increasingly prominent museum security problems and the urgent need for management, the comprehensive security solutions of "millimeter wave radar module human induction+alarm+alarm host" and "radar+ball machine linkage system" are proposed, which have the characteristics of intelligent early warning in advance, in-process linkage processing, efficient inspection after the event, high degree of intelligence, strong comprehensive prevention ability, and help to promote the implementation of the intelligent museum security system.


    With the rapid development of China's economy, people's living standards have gradually improved, and the car market share has shown a high growth trend, which has led to the construction of a large number of gas stations; However, the flammable and explosive characteristics of gas stations bring huge safety risks to gas stations and nearby residents. How to effectively manage and prevent accidents has become a difficult problem.


    In addition to improving their own security awareness and awareness, the most important thing is to establish a video monitoring system to predict events in advance, access important sensor systems on the website, and achieve multi-functional security management system management to ensure the security needs and emergency prevention of gas stations.


    Solution of human body sensing based on millimeter wave radar module


    Scheme I: millimeter wave radar module+alarm+alarm host

    Advantages:

    Real time monitoring of moving targets: actively monitor the targets entering the area in real time, feed back to the host, and actively alarm

    Greatly reduce workload: due to active detection and moving target alarm, there is no need to manually focus on video monitoring, which greatly reduces workload

    Strong environmental adaptability:7x24 real-time protection, rain, snow, fog, sand and dust


    Scheme II: The radar+ball machine linkage system is oriented to artificial intelligence

    Advantages:

    1. Reduce manpower by 50%: actively detect moving objects and give an alarm, eliminating the need for manpower to pay attention to video surveillance, greatly reducing human workload;

    2. Knowing in advance of the accident: because the radar actively detects moving targets, it can know whether they are suspicious targets in advance by capturing the target trajectory, predict and judge in advance;

    3. Reduce back-end storage investment: radar triggers video enrollment, greatly reducing invalid videos and reducing storage resource investment;

    4. Cognitive radar technology: can effectively reduce false alarm;

    5. Cognitive radar integrates brain science and artificial intelligence into the radar system, endows the radar system with the ability to perceive, understand, learn, reason and judge the environment, so that the radar system can adapt to the increasingly complex and changeable electromagnetic environment, thus improving the performance of the radar system;

    6. Radar 120 °, 60m three-dimensional full coverage.


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