Intelligent module for obtaining reciprocating traction training parameters

Abstract

The invention discloses an intelligent module for obtaining reciprocating traction training parameters. The intelligent module comprises an acceleration sensor and a gyroscope. In use, the intelligentmodule for obtaining the reciprocating traction training parameters is installed on a carrier doing reciprocating traction movement, and the training parameter obtaining method of the intelligent module for obtaining reciprocating traction training parameters comprises the step that according to an acceleration signal fed back by the acceleration sensor and an angular speed signal fed back by thegyroscope, at least one of the movement stroke S, the displacement Sxz, the maximum stroke Smax, the maximum displacement Sxmax, the minimum displacement Sxmin, the number of reciprocating movement times, the movement acceleration a's and the movement speed Vx of the carrier in the traction direction is obtained. The structure is simple, convenience is brought to implementation, in the process that a patient uses a pulley hanging ring trainer and other similar traction movement rehabilitation devices to conduct upper limb rehabilitation training, the maximum training stroke, the number of reciprocating training times, the movement training speed, the traction force and the like of the patient can be monitored in real time, and a scientific reference is provided for rehabilitation physician to make a training plan.

Description

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AI Technical Summary

Benefits of technology

This technology allows healthcare professionals to better train patients by monitoring their movements over longer periods while also providing objective evaluation on potential injuries caused due to poor or delayed treatment procedures.

Problems solved by technology

This patented technical solution described in this patents relates to improving physical condition during recovery from strokes or brain damage due to disease such as cerebral palsy (CP). Existing methods are limited but they may help with some symptoms that affect patient outcomes like walking up stairs or getting stuck indoors without actually doing them themselves. There's no way to accurately determine if these treatments will be beneficial based solely upon their effectiveness at reducing muscle tone and mobility issues associated with those injuries.

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