High-definition laser night-vision viewer

Abstract

The invention relates to a high-definition laser night-vision viewer, which belongs to the field of laser illumination devices. The high-definition laser night-vision viewer is characterized by comprising an infrared laser illuminator and a high-definition camera, wherein the infrared laser illuminator and the high-definition camera are respectively connected with a control module of a controller, the controller is further provided with a communication module and a driving module, and the control module is further connected with the communication module and the driving module simultaneously; the control module is responsible for integral operation of the night-vision viewer and can automatically detect the light intensity of external environment, open/close the infrared laser illuminator and control the black and white/color conversion of the high-definition camera simultaneously, can be communicated with the communication module and a background device and control the driving module so that the night-vision viewer rotates to an appointed position; the communication module transmits high-definition video and control commands between the night-vision viewer and the background control device; and the driving module drives the night-vision viewer to actuate. The high-definition laser night-vision viewer has the characteristics of clear imaging, long night visual range, good laser synchronization effect, strong monitoring elusiveness, and the like and has the beneficial effect of solving the problem of high-definition monitoring at night effectively.

Description

technical field [0001] The invention relates to a high-definition laser night vision device, in particular to a high-definition laser night vision device capable of realizing long-distance monitoring even in the dark at night. Background technique [0002] After the video surveillance system has experienced the development of the analog age, digital age, and network age, it has gradually entered the high-definition era. High-definition monitoring can provide high-definition images, and excellent image quality is more conducive to detailed observation and intelligent analysis algorithms. But all these advantages are based on daytime imaging or good lighting conditions. When the ambient light is relatively weak at night, the imaging principle of the high-definition camera determines that its low-light illumination is relatively poor. Therefore, the surveillance image cannot achieve high-definition effects at all. , Even not as good as traditional analog cameras, which greatly...

AI Technical Summary

Problems solved by technology

But all these advantages are based on daytime imaging or good lighting conditions. When the ambient light is relatively weak at night, the imaging principle of the high-definition camera determines that its low-light illumination is relatively poor, so the surveillance image cannot achieve high-definition effect at all. , even not as good as traditional analog cameras, which greatly reduces the night application of high-definition surveillance

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