Detector for fire hazard detection

Abstract

The invention relates to a detector for fire hazard detection. The detector comprises a detector body, the detector body is installed on an unmanned aerial vehicle through a holder, the detector body comprises a protective housing made of a metal material and a video acquisition unit installed in the protective housing, the video acquisition unit comprises a high-definition camera, the high-definition camera is provided with a lens, the outer side of the lens is provided with multiple optical filters for acquisition and filtering of different images, and the optical filters are connected with an optical filter switching control apparatus. According to the invention, the optical filters can be automatically switched according to needs of image acquisition, and the needs of the video image acquisition are guaranteed.

Description

Technical field [0001] The invention belongs to the technical field of security monitoring, and specifically relates to a detector for fire detection. Background technique [0002] With the advancement and development of technology, security monitoring equipment or systems are widely used in various environments and play an important role in protecting people’s property. Current security monitoring devices or equipment are generally fixedly installed in corresponding environments or occasions , To monitor the surrounding area. [0003] The current monitoring device generally includes a camera and a metal shell. The monitored area is video monitored by collecting images of the monitored area in real time. This is also true when monitoring forest fire prevention. However, after a forest fire, the current monitoring device Or although the detector body can monitor the fire area, it cannot effectively capture the clear image of the fire, so that it cannot effectively monitor the size ...

AI Technical Summary

Problems solved by technology

[0003] The current monitoring device generally includes a camera and a metal shell, and monitors the monitored area by collecting images of the monitored area in real time. This is also the case when monitoring forest fire prevention. Or although the detector body can monitor the fire area, it cannot effectively capture a clear image of the fire, so that it cannot effectively monitor the size of the fire. Therefore, a new type of clear detection is provided, especially for forest waterproofing. It is of great practical significance to monitor the fire situation in the monitoring area and monitor the size of the fire.

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