Laser generation intelligent defense integrated device

Abstract

The invention discloses a laser generation intelligent defense integrated device which comprises a main control module, an image processing module, a communication module, a wide-angle camera, a thermal imaging camera, a zoom movement and a laser generation module. The image processing module, the communication module, the zoom machine core and the laser generation module are respectively connected with the main control module. The wide-angle camera and the thermal imaging camera are connected with the main control module through the image processing module. According to the invention, the video content can be analyzed and more valuable videos and image fragments can be obtained. Real-time striking and target striking of various strengths are monitored in real time, and the protection function is enhanced. The wide-angle camera with the holder and the thermal imaging camera realize target tracking, so that the influence of severe environment is overcome and blind areas are reduced; a monitoring target can be locked for tracking, and the definition and accuracy of target hitting are enhanced; warning areas can be set according to characteristic values of monitoring areas, and targethitting protection of different intensities in different areas is achieved.

Description

technical field [0001] The invention relates to the technical fields of monitoring and image processing, in particular to an integrated device for laser generation and intelligent attack and prevention. Background technique [0002] According to statistics, 95% of the cases occur at night, and security measures at night are particularly important. Although the current starlight cameras on the market can see the target clearly in a very low-light environment, they cannot be detected in heavy fog and rain, or in dense forests. It is not easy to find the target due to the cover of woods, large billboards, etc., so it is very necessary to use a visible light wide-angle camera and a thermal imaging camera. In areas with severe security situations or areas with relatively high security requirements, such as border defense, hazardous material warehouses, vaults, ports, mines, etc., the security system mostly passively monitors and records, and then collects evidence afterwards, or ...

AI Technical Summary

Problems solved by technology

[0003] In the existing technology, the tracking target is subject to factors such as light, weather, occlusion, and monitoring range, which lead to uncertainty in target matching, and the security of the camera itself cannot be guaranteed, including the destruction of the camera, and the illegal and criminal activities that cannot interrupt the monitoring range in real time Behavior

[0004] At present, most cameras can only record or send out alarm information, and cannot effectively interrupt unsafe behaviors; the strike distance and strike degree of the current strike methods are not easy to control, and it is easy to cause excessive strikes and ineffective strikes; multi-camera splicing makes it impossible to target targets. Zooming in, it is impossible to obtain more pixel features; the back-end server load is directly affected by the number of front-end cameras, and cannot be easily expanded and extended; affected by light and shadows at night, the feature values ​​are not obvious, resulting in the inability to establish a coordinate system. Accurate tracking; ordinary cameras cannot see through fog, forests, etc., and their monitoring capabilities are limited

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