Wearable intelligent clothing health monitoring system

Abstract

The invention discloses a wearable intelligent clothing health monitoring system, which comprises a parameter acquisition module, and is characterized in that the parameter acquisition module is sequentially connected with an interface display uploading module and a data monitoring module. The system can measure multi-point physiological parameters such as pressure, temperature, humidity and heartrate at the same time, hardware circuit peripheral elements are few, the circuit is simple, any wire is not needed to be connected, the difficulty caused by wire connection of a wired system is overcome, the development cost is low, the system difficulty is small, and equipment is portable and convenient to use. The wearable electronic equipment is embedded into the packaging position in the physical wearable medium garment, so that the data acquisition of the system is easier, more accurate and more effective.

Description

technical field [0001] The invention belongs to the technical field of health monitoring equipment, and relates to a wearable smart clothing health monitoring system. Background technique [0002] At present, general smart clothing (mainly chest straps) only measure the physiological data of human chest pressure alone, or measure temperature or humidity separately, with a single indicator. The selected components are large in size and occupy a lot of limited I / O resources of the system, complicating the system circuit, and the system's anti-interference ability and stability are poor. Moreover, the general measurement system mostly adopts the wire connection mode. When the number of channels increases, the connection is very difficult, and it also affects the transmission distance and the operability of the system. The data collected by the general system often uses the existing statistical software to perform some simple data analysis, but it is difficult to intuitively ex...

AI Technical Summary

Problems solved by technology

[0002] At present, general smart clothing (mainly chest straps) only measure the physiological data of human chest pressure alone, or measure temperature or humidity separately, with a single index

The selected components are large in size, occupying a lot of limited I / O resources of the system, complicating the system circuit, and poor anti-interference ability and stability of the system

Moreover, the general measurement system mostly adopts the wire connection method. When the number of channels increases, the connection is very difficult, and it also affects the transmission distance and the operability of the system.

The data collected by the general system often uses the existing statistical software to perform some simple data analysis. It is difficult to intuitively express the particularity of the system design requirements, which often results in large data errors.

Although the above phenomenon has been greatly improved with the development of communication technology and the popularization of mobile smart terminals, most of the current research and technologies are still mainly focused on the measurement and acquisition of human motion parameters and sleep data.

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