Physiological parameter measurement system

Abstract

The invention provides a physiological parameter measurement system. The physiological parameter measurement system comprises a portable measurement device, a networking terminal device and a server. The portable measurement device comprises a light transmitting and receiving module, a processing module and a short distance wireless communication module. The light transmitting and receiving module is used for sending measurement light with at least one wave length to the body surface skin of a measured object and receiving the reflection light of the measurement light. The processing module is used for processing the reflection light so as to obtain physiological parameters of the measured object. The short distance wireless communication module is used for sending the physiological parameters to the networking terminal device in a short distance wireless communication method. The networking terminal device comprises a forwarding device, and is used for receiving the physiological parameters and sending the physiological parameters to the server through a wireless network. The server is used for receiving and storing the physiological parameters.

Description

technical field [0001] The invention relates to the fields of medical sensing technology and electronic communication, in particular to a physiological parameter measurement system. Background technique [0002] At present, with the improvement of living standards and people's concern for personal health conditions, medical measurement devices that are easy to use by the general public are widely used. Human physiological parameters are a series of indicators to measure the physiological state of the human body in medicine, including pulse, blood pressure, blood oxygen, blood sugar, etc. Physiological parameters reflect the physical condition of the human body macroscopically, and play a very important early warning and guiding role in disease prediction and body maintenance. Physiological parameters are usually obtained by people undergoing physical examinations with professional instruments in hospitals. However, with the advancement of science and technology, miniaturiz...

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Problems solved by technology

[0003] On the one hand, the portable physiological parameter measuring instruments in the prior art need to integrate a variety of sensors to measure different physiological parameters. For example, blood pressure measurement components are required to measure blood pressure, and photoelectric monitoring components are required to measure blood oxygen saturation and blood sugar by light reflection method. The integration difficulty and production cost of the portable physiological parameter measuring instrument are relatively high, and at the same time, the volume is too large and it is not convenient for the public to carry it around

On the other hand, most of the portable physiological parameter measuring instruments in the prior art are designed to operate in an off-network mode, and the storage and analysis of the measured physiological parameters only rely on the computing power and storage capacity of the portable physiological parameter measuring instrument itself , so the process of storage and analysis is not convenient for subsequent expansion, resulting in limited application range of portable physiological parameter measuring instruments

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