Rapid human body safety inspection system

Abstract

The invention provides a rapid human body safety inspection system, which comprises a weak photon emission module, a weak photon detection control module, a logic unit, a safety device, a system management and display module, a transmission device controller, a display unit and a transmission device, wherein the weak photon emission module, the safety device, the system management and display module, the transmission device controller and the display unit are communicated via a system electronic equipment communication network; the transmission device is connected with the transmission device controller; a detected object is automatically transmitted to a detection area via the transmission device; the weak photon emission module emits low dose X rays to penetrate through the detected object; and after the weak photon detection control module acquires the weak photons, data processing is carried out via the logic unit, the weak photons are transmitted back to the system management and display module, and objects hidden inside and outside the detected object body are displayed on the display unit. The fact that body surface characteristics are not displayed by the weak photon detection technology is adopted, the detection dose is low, and foreign bodies inside and outside the human body can be detected accurately.

Description

technical field [0001] The invention relates to the technical field of human body safety inspection, in particular to a rapid human body safety inspection system. Background technique [0002] In recent years, public security issues have increasingly attracted the attention of people all over the world, and higher requirements have been put forward for the reliability and intelligence of anti-terrorism, security detection and public security investigation systems. Common security inspection equipment at home and abroad include metal security doors, hand-held metal security detectors, luggage security detectors, millimeter-wave security detectors, and back-scattered security detectors. They are roughly divided into two generations of products according to their production time and functions: [0003] The first-generation security inspection products are represented by metal security doors and hand-held metal security detectors. This type of equipment detects metal objects thr...

AI Technical Summary

Problems solved by technology

[0003] The first generation of security inspection products are represented by metal security doors and hand-held metal security detectors. This type of equipment detects metal objects through magnetic field technology, and can only detect metal objects, and cannot effectively distinguish and detect non-metal objects.

No imaging system, unable to locate suspicious objects

[0004] The second-generation security inspection products are represented by luggage security detectors, millimeter wave security detectors and back-scattered security detectors. Among them, luggage security detectors use high-dose X-ray irradiation to clearly detect suspicious objects in luggage, which is fast and extremely large. It changed the current situation of security inspection at that time, but with the improvement of criminal methods, this type of equipment cannot be used for human inspection due to dose and design reasons

The limitations of this equipment are: firstly, the efficiency is low, and both front and back sides need to be detected during the security inspection, and it takes 8 minutes to detect one time; The carried items cannot show the suspicious objects hidden in the body, which is easy to miss

And the image is blurred; the third is the invasion of privacy, the cleaning of the device shows the shape and outline characteristics of the subject, which infringes the privacy of the subject, so it is also commonly known as "naked security inspection instrument"; the fourth is that the dose is difficult to control. The dose has always been at the safe node of the acceptable dose for the human body, and the electromagnetic radiation of the millimeter wave will destroy the bioelectric field of the human body, which will affect heart patients with pacemakers, and there is a huge potential safety hazard

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