Remote monitor system immune from individual state of motion, environment and locations

Abstract

The invention provides a remote monitor system immune from individual state of motion, environment and locations. The system comprises an ear-wearing heart-rate monitor module, an individual posture monitor module, an individual positioning module, a data acquisition mobile terminal, a background server and a client. The ear-wearing heart-rate monitor module, the individual posture monitor module, the individual positioning module are all connected to the data acquisition mobile terminal. The data acquisition mobile terminal, the background server and the client are connected in sequence. The remote monitor system immune from individual state of motion, environment and locations can monitor physical signs of staff for special services in the course of executing special missions and directly transmit monitor information to a command center.

Description

technical field [0001] The invention relates to a remote monitoring system and method, in particular to a remote monitoring system which is not affected by individual movement state and environment position. Background technique [0002] In the existing technology, the static vital signs monitoring technology is relatively mature. Specifically, it is to monitor the heart rate, pulse, blood pressure and other sign data of the human body. The application scenarios include the health monitoring of the elderly, athlete training monitoring and so on. However, most static sign monitoring technologies are based on contact sensing methods. Although there are many wearable monitoring devices, these wearable monitoring devices have a single function, or cannot complete the monitoring in motion, and these wearable monitoring devices mostly use mobile phones or mobile devices as collection devices, and cannot send results, so they cannot Meet the needs of special industries, such as fi...

AI Technical Summary

Problems solved by technology

It is extremely inconvenient for secret service personnel and other scenarios that need to be worn quickly. The most important thing is that there are many problems with the electrode detection method, such as irregular frequent movements, a lot of sweat, etc.

Therefore, this health monitoring and alarm system is not suitable for special service personnel who perform special tasks

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