TWM601379U - Intelligent forehead temperature sensing with automatic identity recognition - Google Patents

Abstract

In recent years, with the advancement of medical science and technology, people have a high awareness of medical knowledge and are very concerned about their physical condition. In order to know the temperature of the person being measured more efficiently, we have built a smart forehead temperature sensor with automatic identification. To reduce the proximity of people, it can also upload the body temperature of the person to be measured to the computer. Its function when the person is close to the smart forehead temperature sensor with automatic identification, the person to be measured takes out the health insurance card After sensing the RFID, the ultrasonic sensor on the stepping motor will find the person’s forehead to measure the body temperature, and transmit the measured data and the data sensed from the RFID scanner to the remote computer. Its technical fields include : RFID scanning technology, infrared technology, cloud system technology, stepping motor technology, identity recognition technology, ultrasonic sensing technology, health information technology, LCD panel display technology.

Description

Smart forehead temperature sensor with automatic identification

Including RFID sensing technology, ultrasonic technology, cloud technology, stepping motor technology, identity recognition technology, health information technology, LCD panel display technology.

The previous infrared ear thermometer can only be held close to the subject to measure body temperature. However, it is now possible to automatically measure the body temperature of the person being measured, reducing close contact, but the equipment needs to be taken care of by the people present.

The main purpose of this creation of the intelligent forehead temperature sensor with automatic identity recognition is to reduce the close contact between people and people, and to know the physical condition of the measured person immediately. Because the measurement personnel often hold the infrared ear thermometer to measure the body temperature of the person being measured, they accidentally come into contact with the pathogenic infection caused by the other person before they know the physical condition of the person being measured. The measurer uses the student ID to sense the RFID scanner. After sensing, it will start to measure the temperature of the person being measured. If the temperature of the person being measured exceeds 37.5 degrees, the person being measured will be marked on the computer and the light will be displayed. Red light, if the temperature is lower than 37.5 degrees, the light will show green light, and the LCD panel display will display the pass or fail, and the measurement result will be returned to the cloud record.

(11): Infrared temperature module

(12): Cloud system

(13): RFID module

(14): Stepper motor module

(15): Ultrasonic sensing module

(16): Microprocessor control module

(17): Power supply

(18): Lighting module

(19): LCD panel display

Block diagram of the first drawing

The working procedure of the second drawing

This smart forehead temperature sensor with automatic identification includes infrared temperature module (11), cloud system (12), RFID module (13), stepping motor module (14), ultrasonic sensor module (15), the microprocessor control module (16), the power supply (17), the lighting module (18), the liquid crystal panel display (19), the implementation of which is described in conjunction with Figure 1 as follows:

1. When the power supply (17) supplies power, the microprocessor control module (16) is activated. When the RFID module (13) senses the card, it performs identity recognition and recording, and installs a sound wave sensing module ( 15) Look for the forehead of the human body. After finding the back forehead, use the stepping motor module (14) to calibrate the measuring position of the infrared temperature module (11) and measure the temperature. When the temperature data is higher than 37.5, it will start The light-on module (18) is used to remind, and the liquid crystal panel display (19) displays whether it has passed or not, and it is sent back to the cloud system (12) through the processor control module (16) for data access, viewing and recording.

2. The working procedure (with the second picture) is explained as follows:

(a) When it starts to work, it will turn on the RFID scanner (13) and the microprocessor control module (16). When the RFID module (13) senses the card, the microprocessor control module (16) will The ultrasonic sensing module (15) searches the forehead of the human body.

(b) If the ultrasonic sensor module (15) has found the forehead of the human body, make the measurement position of the stepping motor module (14) and the infrared temperature module (11) to measure, when the temperature is higher than 37.5 If the temperature is lower than 37.5 degrees, the light module (18) will light up in green, and the liquid crystal panel display (19) will display whether it has passed or not, and the infrared temperature Module (11) The measured data and the data scanned by the RFID module are sent back to the cloud system for data access, viewing and recording via the processor control module.

(11): Infrared temperature module

(12): Cloud system

(13): RFID module

(14): Stepper motor module

(15): Ultrasonic sensing module

(16): Microprocessor control module

(17): Power supply

(18): Lighting module

(19): LCD panel display

Claims (1)

An intelligent forehead temperature sensor with automatic identity recognition, including: infrared temperature module (11), cloud system (12), RFID module (13), stepping motor module (14), ultrasonic sensor Module (15), microprocessor control module (16), power supply (17), lighting module (18), LCD panel display (19); when the power supply (17) supplies power, RFID will be activated Module (13) microprocessor control module (16), when the subject uses a card to sense the RFID module (13), the RFID module (13) will send a signal to the microprocessor control module (16) ) Start the ultrasonic sensing module (15), and look for the forehead of the human body through the ultrasonic sensing module (15). If the forehead is found, the signal will be sent to the microprocessor control module (16) to step The motor module (14), ultrasonic sensor module (15), lighting module (18), LCD panel display (19) are activated, and the infrared temperature module (11) is calibrated by the stepping motor module (14) Measure the angle and perform the measurement. The measurement result will be displayed through the lighting module (18), and the liquid crystal panel display (19) will display the pass or not. The obtained data will be controlled by the microprocessor module (16) Return to the cloud system (12) for data access, viewing and recording.

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