Perimeter security and protection system

Abstract

The invention relates to a perimeter security and protection system and method. The system includes a local server, a camera device, a communication device and a plurality of sensing processing devices located underground in a monitoring place, the plurality of sensing processing devices are electrically connected in sequence, the first one or the last one of the plurality of sensing processing devices electrically connected in sequence is electrically connected with the local server, and the local server is electrically connected with the camera device and the communication device. The technical scheme of the invention can expand a perimeter defense range, accurately judge whether a situation of an abnormal intrusion occurs in the monitoring place, and record related information when an abnormal situation occurs, so that staff can dispose in time, thereby improving safety of the monitoring place.

Description

technical field [0001] The invention relates to the field of security technology, in particular to a perimeter security system and method. Background technique [0002] At present, the main solutions adopted in the field of perimeter protection security include infrared radiation, electronic fence and vibrating optical fiber. Specifically, the deficiencies of the above technologies are: infrared radiation is affected by terrain and ambient temperature, and it is easy to deliberately cross or avoid; electronic fences require continuous power protection, which requires high power supply and is dangerous; vibration Optical fiber is susceptible to interference from natural factors such as wind and rain, and requires complex compensation algorithms to avoid false alarms, and has the disadvantages of large data volume and high signal-to-noise ratio. In addition, various safety monitoring devices are usually directly connected to the processor, which limits the deployment range of...

AI Technical Summary

Problems solved by technology

Specifically, the shortcomings of the above technologies are: infrared radiation is affected by terrain and ambient temperature, and it is easy to deliberately cross or evade; electronic fences require continuous power protection, which requires high power supply and is dangerous; vibration Optical fibers are easily disturbed by natural factors such as wind and rain, and complex compensation algorithms are required to avoid false alarms, and there are disadvantages such as large data volume and high signal-to-noise ratio

In addition, various safety monitoring devices are usually directly connected to the processor, which limits the deployment range of safety monitoring devices

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