Distributed body temperature detection registration method and system

Abstract

The invention provides a distributed body temperature detection registration method and system, and the main process and mechanism of the method comprise the steps: obtaining body temperature data through a thermometer, and triggering a visible light camera of at least one electronic class board to shoot a picture of a temperature measurement process; enabling the face detection and thermometer identification module to detect whether a face exists in the photo; if yes, marking a first position of the face, detecting whether a thermometer exists in the photo, if yes, marking a second position of the thermometer, judging whether the distance between the first position and the second position meets a preset requirement, if yes, confirming identity information of the face through face recognition; and enabling the temperature measurement data acquisition background to associate and record the body temperature data and the identity information. By adding the temperature measurement point positions, the problem that the school cannot measure the body temperature of all students in a short time during the break is solved, the normalized and periodic temperature measurement requirement is met, and distributed personnel temperature measurement is achieved.

Description

technical field [0001] This application belongs to the field of Internet technology, and in particular relates to a method and system for distributed body temperature detection and registration. Background technique [0002] As the campus attaches great importance to the health of students, especially after the outbreak of epidemic infectious diseases, the school pays more attention to the temperature detection of school personnel. The main method of body temperature detection and registration in traditional campuses is to measure the temperature of the tested personnel one by one through ordinary temperature measurement tools, and use other tools for registration. In addition, there are also methods of temperature measurement and registration through close-range temperature measurement tools (such as temperature guns) and information registration methods (such as APP, web pages, etc.); Other methods such as registration after automatic identification of personnel informati...

AI Technical Summary

Problems solved by technology

[0003] For traditional temperature measurement, short-distance temperature measurement tools and information registration methods, the temperature measurement results cannot be quickly associated with personnel information. Due to the large number of measured personnel, it is impossible for the temperature measurement operator to know everyone in the school. Temperature measurement personnel

Therefore, when registering temperature measuring personnel, it is necessary to ask for relevant information, and then register one by one. The process is quite slow; the temperature measurement results show personnel information errors or omissions. The temperature information and personal information of the students are registered. During the registration, the registrant may deliberately conceal the real personal information, the registrant made mistakes, etc., resulting in wrong registration; it cannot meet the normalized and periodic temperature monitoring needs. The school mainly With teaching activities as the main body, class teachers and teachers are busy with teaching work, and body temperature measurement is mostly carried out in the recess of students. Due to the limited number of temperature measurement registration staff and the large number of students, it is difficult to conduct temperature measurement for all students in a short time. Body temperature measurement cannot meet the needs of normalized and periodic temperature measurement in schools

[0004] For the way of infrared binocular camera (infrared light and visible light) with face detection server, after infrared light is matched with black body, its accuracy (generally ±0.5°C) is relatively close to that of temperature measurement tools (generally ±0.2°C) Poor, it is difficult to meet the accuracy requirements required for human body temperature detection; the deployment environment requires no wind, no direct sunlight, no rain indoor environment, the environmental requirements are harsh, and when the environmental requirements cannot be met, the temperature measurement error will greatly expand; Lack of flexibility, deployment takes a long time to debug, and cannot be flexibly transitioned

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