Based on distributed intelligent body temperature monitoring and management system

Abstract

The invention discloses a distributed intelligent body temperature monitoring and management system, comprising: a body temperature collecting terminal, comprising a temperature sensor and a low powerBluetooth communication module, wherein the temperature sensor is used for measuring body temperature and determining corresponding body temperature measurement data, the low power consumption Bluetooth communication module is used for sending the body temperature measurement data to the data relay end; the data relay end is arranged in the sickroom and is used for receiving the body temperaturemeasurement data sent by the body temperature acquisition terminal and sending the body temperature measurement data to the management platform according to a preset time period; the management platform is used for receiving and storing the body temperature measurement data sent by the data relay end, sending the body temperature measurement data to the nurse station, and detecting the body temperature measurement data according to the preset alarm rule; when the alarm rule is triggered, the management platform sends out alarm information to the medical personnel and the nurse station corresponding to the patients who trigger the temperature measurement data of the alarm rule.

Description

technical field [0001] The invention relates to the field of medical technology, in particular to a distributed intelligent body temperature monitoring and management system. Background technique [0002] Human body temperature is an important vital sign. The cerebral cortex and hypothalamus regulate the center to produce heat and dissipate heat through neural regulation and body fluid regulation to maintain a constant body temperature. In critically ill patients, in addition to disease manifestations, body temperature disorder, hyperthermia or hypothermia, temperature measurement has very important significance in clinical diagnosis and treatment. At present, in most hospitals, the patient's body temperature is often measured manually at regular intervals. For example, nurses go to the ward every day to measure the patient's body temperature, make records and draw a temperature change map as a reference for doctors to diagnose diseases. Due to the traditional Manual measur...

AI Technical Summary

Problems solved by technology

At present, in most hospitals, the patient's body temperature is often measured manually at regular intervals. For example, nurses go to the ward every day to measure the patient's body temperature, make records and draw a temperature change map as a reference for doctors to diagnose diseases. Due to the traditional Manual measurement has many disadvantages, such as long measurement time, low measurement accuracy, complicated summary and query analysis of measurement results, which makes it difficult to accurately monitor the patient's body temperature in real time, so when the patient has a special situation, it cannot be fed back in time, resulting in delay in treatment, etc.

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