Universally adjustable binocular panoramic camera and working method thereof

Abstract

The invention discloses a universally adjustable binocular panoramic camera comprising a housing, a first universal lens, a second universal camera, a network encoding processing motherboard, a base and a bottom bracket; panoramic monitoring is realized by two horizontally arranged lenses, the lenses can also be universally adjusted on the horizontal or vertical direction so as to flexibly adjust the monitoring view fields of the cameras according to the monitoring target, meanwhile the human-computer interface operation is optimized in the manner that what you see is what you get of spliced areas divided by a mouse, and the user experience is improved.

Description

technical field [0001] The application belongs to the field of video surveillance, and in particular relates to a universally adjustable binocular panoramic camera and a working method of the camera. [0002] technical background [0003] For the monitoring video in public areas, related video structural analysis can be realized, such as border intrusion, behavior analysis, traffic statistics, etc., which have important functions of post-event verification and pre-warning. How to realize the panoramic shooting of the monitoring range or important monitoring targets is very important question. [0004] At present, there are three mainstream methods of panoramic video surveillance. One is to use a fisheye panoramic camera, including a fisheye wide-angle lens with a single image sensor, and the collected video images are transmitted to the back end of the camera itself or the monitoring center for fisheye correction. The disadvantage is that the fisheye lens is expensive, and t...

AI Technical Summary

Problems solved by technology

[0004] There are three mainstream methods of panoramic video surveillance currently used. One is to use a fisheye panoramic camera, including a fisheye wide-angle lens with a single image sensor. The video images collected are transmitted to the back end of the camera itself or the monitoring center for fisheye correction. The disadvantage is that the fisheye lens is expensive, and the wide-angle image distortion is serious, and the image resolution is seriously lost after correction, resulting in a decrease in picture definition and loss of image details; the second is to use two or more separate cameras installed in different location to cover the shooting requirements of the entire monitoring scene, its disadvantages are the high cost of wiring construction and the slightly lower bandwidth utilization rate of the transmission line, that is, the higher cost

Moreover, if the monitoring personnel watch 2 channels of video from different monitoring angles in the same monitoring scene at the same time, the probability of "artificial" monitoring blind spots will increase due to inattention.

Third, the binocular panoramic cameras of other competitors in the same industry do not have infrared night vision and universal adjustment functions. The user experience is poor and cannot meet the increasingly complex and sophisticated monitoring needs.

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