Laser night vision integral high-speed camera with cloud deck and monitoring method thereof

Abstract

The invention relates to monitoring equipment and discloses a laser night vision integral high-speed camera with a cloud deck which is characterized in that a stepping motor electrically connected with a drive control panel is mounted on the cloud deck. An optical zoom lens is horizontally driven by the stepping motor through a screw rod. An interface electrically connected with the integral camera is arranged on the drive control panel. A storage is disposed on the drive control panel. A semiconductor laser generator is mounted in a shell of a semiconductor laser unit and mounted on radiating fins outside the shell of the semiconductor laser unit by means of thermal conduction. The invention further discloses a monitoring method of the laser night vision integral high-speed camera. The monitoring method includes the steps of firstly, building a database list; secondly, zooming synchronously; and thirdly pulse operation. Lighting angle of laser projection can automatically follow viewing angle of the camera, pulse operation is combined with direct radiation, and accordingly normal operation can be guaranteed while size power ration is smaller. In addition, the laser night vision integral high-speed camera with the cloud deck can shoot plate number and externally adjust light spots.

Description

technical field [0001] The invention relates to monitoring equipment, in particular to an economical, efficient, convenient and easy-to-use laser night vision integrated high-speed pan-tilt camera and a monitoring method thereof, which can realize monitoring within a range of 1 kilometer regardless of day or night. Background technique [0002] With the increasing popularity of surveillance systems in commercial and civilian use, surveillance cameras are widely used in various fields to protect social security. Video surveillance cameras are widely used in residential buildings, real estate villas, shopping malls, and financial offices. And it is growing at a rate of tens of thousands every day. Different application fields require different types of surveillance cameras. In a considerable number of outdoor applications, it is usually required that the cameras can monitor day and night and the monitoring distance can reach hundreds of meters to 1 kilometer. However, the app...

AI Technical Summary

Problems solved by technology

[0003] One method is to install searchlights for lighting, and its disadvantages are: no concealment, large equipment volume, low electro-optic efficiency, and insufficient distance

[0004] Another method is to install an infrared illuminator. The disadvantages are: short life, difficult to adjust the irradiation angle, and short monitoring distance.

However, under the premise that the overall volume of the equipment is greatly reduced and the heat dissipation area is simultaneously reduced, this technical solution still adopts the technology of continuous laser drive, and the excessive heat generated by the laser cannot be dissipated, which limits the power of the laser and increases the monitoring distance. Not much, usually around 200 meters, unable to meet the demand of hundreds of meters to 1000 meters

[0006] In addition, there is also a laser high-speed ball product, which has the above-mentioned shortcomings, but due to structural reasons, the laser high-speed ball cannot achieve ±90° rotation in the vertical direction, which limits the monitoring area.

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