Intelligent body temperature monitoring system and method based on narrowband Internet of Things technology

Abstract

The invention discloses an intelligent body temperature monitoring system and method based on a narrowband Internet of Things technology. The method comprises body temperature monitoring equipment, anintelligent temperature measurement cloud platform, an operator NB-IoT platform and an NB-IoT base station. The body temperature monitoring equipment is worn on a detected person and is used for acquiring body temperature data and positioning data of the detected person; the body temperature monitoring device sends the obtained body temperature data and positioning data to an operator NB-IoT platform through an NB-IoT base station; and the operator NB-IoT platform pushes the body temperature data and the positioning data to the intelligent temperature measurement cloud platform, and the intelligent temperature measurement cloud platform receives the body temperature data and the positioning data and analyzes, stores and processes the body temperature data and the positioning data. According to the invention, wide range of personnel body temperature data can be monitored at the same time, the body temperature data and the positioning data of the detected personnel can be reported in various modes, alarm information is sent in time for abnormal body temperature data, the abnormal body temperature personnel can be found quickly and accurately, and thus management is facilitated.

Description

technical field [0001] The invention relates to the technical field of body temperature monitoring, in particular to an intelligent body temperature monitoring system and method based on narrowband Internet of Things technology. Background technique [0002] There has always been a large demand for temperature monitoring. Children and special personnel need real-time temperature monitoring. Body temperature is an important indicator in the prevention and control of the new coronavirus pneumonia epidemic. The traditional temperature measurement method uses thermometers, temperature measuring guns, etc., which are limited by factors such as time, place, and monitoring personnel. For example, thermometers and temperature measuring guns require specialized personnel to detect the monitored objects, and the detection process involves disinfection and waiting records. , the monitored object must be monitored in a specific place, especially the traditional mercury thermometer still...

AI Technical Summary

Problems solved by technology

The body temperature collection device and the repeater communicate through Bluetooth. Generally speaking, a Bluetooth master device can connect to very limited Bluetooth devices at the same time, and based on the Bluetooth communication distance, the monitored person must be within the communication range of the repeater. If obstacles are encountered during movement, data reporting will be affected, and the activities of the monitored personnel will be easily restricted

It is also troublesome to set up monitoring equipment, Bluetooth power consumption is also high, and the battery life of acquisition equipment is limited

In addition, the position of the system is reported through manual entry and mobile APP and relay base station. For the mobile APP, the position reporting based on the base station has a large deviation, basically within 2KM. The WIFI position reporting based on the relay base station is also limited to WIFI Places where routers are installed

Images