Multi-item panorama infrared locking and tracking camera shot system

Abstract

The invention discloses a multi-object panoramic infrared locking and tracking video system and comprises an intelligent omnidirectional automatic target searching dome camera which consists of a control platform, a main camera and a rotating mechanism. The invention is characterized in that a main infrared camera which is arranged under the main camera rotates with the main camera and is connected with a main system circuit in the control platform; two or a plurality of rows of infrared cameras with a plurality of ball covers are isometrically arranged on a shell ball cover at the upper part of the main camera; the infrared cameras with the ball covers are respectively connected with an image collection processor of a subsystem. The invention which is a system integrating light, machines, electricity and images implements the timely locking and tracking of infrared objects at any angle in the range of the whole classroom, which is convenient, flexible, efficient and intelligent and which solves the defects that ball cameras on the present market can not stably and continuously track appointed targets at any angle and that infrared targets can not be found and tracked efficientlyand accurately because of smaller visual angle of a single infrared camera.

Description

technical field [0001] The invention relates to cameras, in particular to a multi-eye panoramic infrared locking and tracking camera system. Background technique [0002] The dome camera generally includes several parts such as a target locker, a CCD camera, a control platform, and an image dissemination system. The target position is transmitted to the control platform through the sensor in the target locker, and the CCD camera is controlled to lock and track the target; at the same time, the image acquisition is transmitted to monitors, acquisition cards, hard disk recorders and other equipment. It is often used for teaching recording and installed in classrooms. However, the target locker of the existing spherical camera is generally set at several fixed positions in the classroom, and the camera can only swing at several fixed angle positions. There is a problem that the target finding process is too inefficient and simple, and the CCD camera cannot be free, flexible an...

AI Technical Summary

Problems solved by technology

However, the target locker of the existing spherical camera is generally set at several fixed positions in the classroom, and the camera can only swing at several fixed angle positions. There is a problem that the target finding process is too inefficient and simple, and the CCD camera cannot be free, flexible and continuous. Disadvantages of smooth target tracking

Furthermore, if the single-5 infrared technology is used for target locking and tracking, due to the small viewing angle of the infrared camera, there are still defects such as a small detection range and the inability to effectively and accurately track the target due to the fast moving speed of the target, which cannot achieve high efficiency and intelligence. change

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