Motor function rehabilitation monitoring system based on wireless body area network

Abstract

The invention discloses a motor function rehabilitation monitoring system based on a wireless body area network. The system comprises a sensor terminal node, a wireless gathering node, a wireless body area network gateway, a personal terminal, a remote medical terminal and an information feedback system, wherein the sensor terminal node comprises a medical sensor, a signal conditioning circuit, a microprocessor unit and a wireless transceiver unit which are sequentially connected, the medical sensor sends collected data into the signal conditioning circuit for preprocessing, and the wireless transceiver unit is controlled to perform wireless transmission after the data is processed by the microprocessor unit; the data collected by the sensor terminal node sequentially passes through the wireless gathering node and the wireless body area network gateway and is respectively transmitted into the personal terminal and the remote medical terminal, and the data is transmitted into the information feedback system after being processed by the remote medical terminal, and is displayed by a 3D model built through the information feedback system. The monitoring system can be used for monitoring the exercise rehabilitation situation of a patient in real time, providing reasonable guidance and advices for subsequent rehabilitation training and improving the rehabilitation training effect.

Description

technical field [0001] The invention belongs to the intersecting fields of sports rehabilitation, embedded systems and the Internet of Things, relates to a method for realizing a sports function rehabilitation monitoring system, and in particular to a sports function rehabilitation monitoring system based on a wireless body area network. Background technique [0002] In modern society, as countries all over the world enter into aging one after another, a large number of patients with stroke or stroke will be produced in the aging process. Such patients usually have cerebral blood supply interruption due to cerebral vascular thrombosis or cerebral vascular rupture and bleeding, so that the corresponding Motor, sensory, and cognitive functions are lost or impaired. Modern neurorehabilitation medicine and its clinical research results show that the central nervous system has a high degree of plasticity. For limb dysfunction caused by stroke and other diseases, the damaged limb ...

AI Technical Summary

Problems solved by technology

[0004] (1) It is not real-time. Since the evaluation can only be carried out before and after the end of the patient's training, the rehabilitation doctor's treatment plan cannot be consistent with the patient's recovery degree in real time during the rehabilitation training process;

[0005] (2) It is subjective. Traditional rehabilitation evaluation methods are mostly based on physicians’ clinical experience, and the evaluation data cannot objectively and accurately reflect the degree of recovery of patients’ limb functions;

[0006] (3) The cost is high. Continuous monitoring and evaluation of the rehabilitation training process not only consumes a lot of energy of the rehabilitation physician, but also increases the treatment cost of the patient;

[0007] (4) It is not open. In the process of sports rehabilitation evaluation, the wire connection between the monitoring equipment and the patient limits the patient's exercise capacity and is not conducive to effective rehabilitation training.

[0010] Based on the above-mentioned problems such as insufficient training feedback, heavy tasks for doctors, and limited training places in the traditional sports rehabilitation training process, the inventor combined the current wireless body area network technology to develop a sports rehabilitation monitoring system that can overcome the existing defects. This produces

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