Access control structure capable of detecting body temperature

Abstract

The invention discloses an access control structure capable of detecting body temperature, which comprises an access control lock shell, a controller, and an identification module, a switch control module, an infrared body temperature monitoring module and a display module which are respectively electrically connected with the controller, the access control lock shell comprises at least one gate machine, and telescopic handrails are arranged between the gate machines. The handrails divide the space where the gate machines are located into two parts, the top face of each gate machine is provided with one or more control platforms, and according to the structure of each control platform, the identification module is arranged at the bottom of the corresponding control platform, and a switch control module for driving the barrier to stretch out and draw back in the horizontal direction is arranged in the middle of the two gate machines. The infrared body temperature monitoring module is arranged on the control platform and located at the bottom of the identification module, the transceiving end of the infrared body temperature monitoring module faces the hand, and the display module is arranged in the middle of the control platform and located above the recognition module. According to the invention, people with too high body temperature or people returned from high-risk areas can be conveniently registered and managed.

Description

technical field [0001] The invention relates to the technical field of room access control, in particular to an access control structure capable of detecting body temperature. Background technique [0002] In general, the basic smart access control system has been able to meet the needs of property management. In addition, a large number of grassroots staff or medical staff are required to manually measure the temperature of the personnel passing the entrance and exit on the spot, which is very labor-intensive and increases the risk of infection for the staff. Subsequent addition of infrared body temperature monitoring equipment can slightly reduce the pressure on the staff. However, the infrared body temperature monitoring equipment has a large size and an unattractive appearance, and it will also hinder the entry and exit of the crowd. The staff intercepts and registers the personal information of persons with high body temperature or persons returning from high-risk area...

AI Technical Summary

Problems solved by technology

In addition, a large number of grassroots staff or medical staff are required to manually measure the temperature of the personnel passing the entrance and exit on the spot, which is very labor-intensive and increases the risk of infection for the staff. Subsequent addition of infrared body temperature monitoring equipment can slightly reduce the pressure on the staff. However, the infrared body temperature monitoring equipment has a large size and an unattractive appearance, and it will also hinder the entry and exit of the crowd. The staff intercepts and registers the personal information of persons with high body temperature or those returning from high-risk areas for tracking and management. Once the person does not cooperate, a large number of management personnel need to be dispatched to intercept, which is time-consuming and laborious

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