Non-contact auxiliary temperature measuring mechanism for vehicle entrance and exit

Abstract

The invention discloses a non-contact auxiliary temperature measurement mechanism for a vehicle entrance and exit. The non-contact auxiliary temperature measurement mechanism comprises a case, an auxiliary temperature measurement conveyor belt, a temperature measurement bin, an electrostatic dust collection device, a motor, a switch, a control center and an infrared temperature measurement processing device. A temperature measurement probe and an infrared temperature measurement processing device are installed in the machine box, non-contact body temperature measurement is conducted on people going in and out along with a vehicle, and when the vehicle is driven into a designated parking position, the telescopic end of the electric telescopic rod shrinks to drive the displacement sensor to move downwards till a signal is received and transmitted to a control center to start the temperature measurement probe; and after the information is processed by the infrared temperature measurement processing device, a signal indicating that the body temperature of a person is safe or dangerous is transmitted to a control center, so that the subsequent opening and closing of a barrier gate are facilitated, and the ultraviolet sterilization lamp is delayed to be started to sterilize the inner wall of the temperature measurement bin and the auxiliary temperature measurement conveying belt and remove dust of the auxiliary temperature measurement conveying belt. The temperature measurement efficiency of the vehicle entrance and exit is effectively improved, contact infection during temperature measurement is reduced, and waste of manpower resources for temperature measurement is avoided.

Description

technical field [0001] The invention relates to a body temperature thermometer, in particular to a non-contact auxiliary temperature measuring mechanism for a vehicle entrance and exit. Background technique [0002] The temperature measurement method used at the entrance and exit today requires personnel and security personnel to measure the body temperature of the personnel entering and exiting online at all times, which is not only a waste of personnel and materials, but also has low temperature measurement efficiency, takes a long time, and is not easy to operate. The workspace of the security personnel is a certain distance above the ground. When measuring the temperature, the temperature measuring instrument is about 1.2m above the ground. When the temperature is measured, the traveler extends his hand out of the window at a height of about 0.9m. It is not only difficult for the traveler to avoid contact with infection, but also Activities are also inconvenient. At the...

AI Technical Summary

Problems solved by technology

[0002] The temperature measurement method used at the entrance and exit today requires personnel and security personnel to measure the body temperature of the personnel entering and exiting at all times, which is not only a waste of personnel and materials, but also has low temperature measurement efficiency, takes a long time, and is not easy to operate.

The workspace of the security personnel is a certain distance above the ground. When measuring the temperature, the temperature measuring instrument is about 1.2m above the ground. When the temperature is measured, the traveler extends his hand out of the window at a height of about 0.9m. It is not only difficult for the traveler to avoid contact with infection, Activities are also inconvenient

At the same time, the disinfection, cleaning and sterilization of temperature measurement equipment also requires manual work, which greatly increases the chance of secondary infection and brings great safety hazards to temperature measurement personnel.

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