Portable oxyhemograph and radio blood oxygen monitoring system

Abstract

The portable oxyhemograph includes one blood oxygen acquiring module and one palm top computer. The blood oxygen acquiring module is for acquiring blood oxygen saturation degree, digitizing and transmitting the data to the palm top computer; and the palm top computer is for receiving the acquired blood oxygen saturation degree, displaying, storing and sending out via the built-in mobile communication module and the mobile communication network. The radio blood oxygen monitoring system includes one portable oxyhemograph, and one long range monitoring server, which receives the blood oxygen saturation degree value from the palm top computer via the mobile communication network and transmits the doctor's conclusion or health guidance to the palm top computer. The present invention has the advantages of backing up mobile application, high noise immunity, automatic analysis, low power consumption, etc.

Description

technical field [0001] The invention relates to a blood oxygen detection and monitoring device, in particular to a portable blood oxygen meter with wireless communication capability and a wireless blood oxygen monitoring system. Background technique [0002] At present, hospitals have widely used various monitoring equipment to monitor the patient's blood oxygen saturation through the oximeter to monitor the patient's condition and its changes. [0003] Current oximeters are mainly divided into two categories, one is bedside monitors, which are mostly used in ICU, CCU and other intensive care units of hospitals. After the blood oxygen saturation of the patient is received by the blood oxygen sensor, it is transmitted to the bedside monitor through the wire. The bedside monitor displays and analyzes the blood oxygen saturation in real time, and provides an alarm in case of abnormality. Due to factors such as wire connection, need for AC power supply, and bulky volume, patien...

AI Technical Summary

Problems solved by technology

The portable oximeter is mainly used for on-site detection of patients, and this device cannot transmit the results to remote locations in the nursing station or doctor's office for remote comprehensive monitoring and analysis, so that patients can receive medical services and services from the medical staff in the monitoring center. help

[0004] In addition, many existing fitness guidance centers also need to perform real-time detection of the blood oxygen saturation of the fitness personnel during exercise. The existing two types of blood oxygen monitoring equipment cannot meet these needs well, and appear to be difficult during use. Not convenient enough

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