Safety guard system in public place and safety guard method

Abstract

The disclosure relates to a public place security system and a method thereof, and belongs to the field of security inspection. A public place security system includes: a ray sensing device, including a first ray unit, and the first ray unit emits a first ray beam along a first predetermined opening angle, so that the first ray beam passes through at a preset speed The first part of the inspected object passing through the inspection channel; the photographing device, including a first photographing unit corresponding to the first radiation unit, and the first photographing unit is configured to receive the first radiation beam. Wherein, the radiation sensing device is at least partially arranged on the road surface of the inspection passage, and the first photographing unit is arranged on a first side of the inspection passage. According to the public place security system and the method thereof disclosed in the present disclosure, the security work of whether illegal articles are hidden in a specific part of the object under inspection can be realized.

Description

technical field [0001] The present disclosure relates to the technical field of security inspection, and in particular, to a public place security system and a method thereof. Background technique [0002] With the need to combat smuggling and security, the world is studying how to use more advanced technology to ensure social security and combat smuggling and terrorist crimes. [0003] The current common technical solution for container object inspection is to place the camera on the side of the object to be inspected for imaging. Since the camera needs to have a certain installation height, the minimum scanning height of the equipment is not less than 0.5m, and the complete object tire and the lower part of the object cannot be scanned. For toolboxes or suitcases, this can only be solved by raising the height of the object’s passing ground. Not only is the amount of civil engineering construction large, but also for many container object inspection equipment application sc...

AI Technical Summary

Problems solved by technology

[0003] The current common technical solution for container object inspection is to place the camera on the side of the object to be inspected for imaging. Since the camera needs to have a certain installation height, the minimum scanning height of the equipment is not less than 0.5m, and the complete object tire and the lower part of the object cannot be scanned. For toolboxes or suitcases, this can only be solved by raising the height of the object’s passing ground. Not only is the amount of civil engineering construction large, but also for many container object inspection equipment application scenarios, ground construction cannot be carried out. For this reason, the current general inspection technology scheme is There are loopholes in the inspection of the target tires, lower toolbox, and luggage, which brings potential safety hazards

[0004] In addition, in order to ensure the safety of personnel, the current inspection technology of radiation imaging during object traffic must avoid the cab for scanning, and there will be people in the back row of the cab of small passenger transport objects, so the existing inspection technology cannot realize the detection of small and medium-sized objects For the inspection of hidden parts such as trunks, tires, and toolboxes of passenger transport objects, the current inspection technical scheme has potential safety hazards and risks for the inspection of small passenger transport objects

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