Remote vital sign measuring system

Abstract

An embodiment of the invention discloses a remote vital sign measuring system which comprises detecting unit which is used for collecting and processing first vital signs, a wearing device which is used for receiving and processing the first vital signs sent from the detecting unit and sending processed second vital signals to a mobile terminal device, the mobile terminal device which is used for receiving, displaying, storing and processing the second vital signals transmitted from the wearing device and transmitting out processed third vital signals and a data platform which is used for receiving and recording the third vital signals sent from a remote vital signal measuring device. The remote vital sign measuring system has the advantages of being capable of reminding a user to measure the vital signals, being real-time, continuous, long-time and convenient to monitor important vital sign parameters and being capable of sending a help seeking alarm.

Description

technical field [0001] The invention relates to a wireless monitoring system, in particular to a remote vital sign measuring system. Background technique [0002] Reference document A personal health monitoring system and method (application number CN200910087373), this invention consists of a physiological parameter measuring device, a data processing device (including a human-machine interface module, a data acquisition module, a processor module, a communication module) and a health communication center The server is composed of one or more collection interfaces of infrared communication, bluetooth communication, serial port communication and USB built in the physiological parameter measuring device, and then connected with the data processing device. The disadvantages are: 1) If USB and / or serial port communication technology is used to connect to the data processing device, the interface of the data processing device needs to match the serial communication connectors of...

AI Technical Summary

Problems solved by technology

The disadvantages are: 1) If USB and / or serial port communication technology is used to connect to the data processing device, the interface of the data processing device needs to match the serial communication connectors of various physiological parameter measurement devices, and special data will need to be customized. Processing device, cannot use the mainstream mobile terminal equipment in the market (such as iPhone, Samsung smartphone based on Android operating system, tablet computer); 2) If infrared communication technology is used, it also needs to customize a special data processing device, while most 3) If Bluetooth communication technology is used, if multiple physiological parameter measurement devices are involved, each device needs to be equipped with a Bluetooth module and a power module, resulting in high costs. Trouble with user management power

After using a physiological parameter measurement device, when using the rest of the measurement devices, it is necessary to reconnect and pair with the data processing device. Such an operation is a complicated step

[0003] Reference document A health mobile phone for the elderly (application number is CN201020288730). The blood pressure testing equipment disclosed in this patent is connected to the mobile phone through a cable to transmit physiological signals. The disadvantage is that a special mobile phone and blood pressure testing equipment need to be customized Matching, for mainstream mobile terminal devices in the market (such as iPhone, Samsung smartphones and tablets based on the Android operating system), they cannot connect and work normally. For users who already have mobile phones, it increases the burden and is not conducive to existing resources. usage of

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