Limb movement function assessment method and implementation system thereof

A technology for motor function evaluation and motor function, applied in the medical field, can solve problems such as improper use of mechanical impedance concepts, difficulty in use, and lack of clinical use of instruments

Active Publication Date: 2017-02-22
苏芳庆
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, due to the load effect of the sensor and the difficulty of fixing it on the body, this method leads to excessive measurement errors and difficulty in use.
Furthermore, the published literature shows tha

Method used

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  • Limb movement function assessment method and implementation system thereof
  • Limb movement function assessment method and implementation system thereof
  • Limb movement function assessment method and implementation system thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0068] This embodiment provides a limb motor function assessment system, please refer to figure 1 , its limb guiding module 1011 is a disc (such as Figure 5 shown). In this embodiment, the first endpoint of the limbs of the user 2 is defined as the shoulder, and the second endpoint of the limbs is defined as the palm, and the limb guiding module 1011 is a ring or disc with a grip part h1, A plurality of insertion holes h2 are provided on the ring or disc, and the user 2 can insert the grip portion h1 into the insertion holes h2 with different radii to set the rotation radius. The transmission mechanism module 1012 is a straight connecting rod, and the two ends of the straight connecting rod are movably connected with the output shaft of the driving module 1013 and the rotating shaft of the ring or disc through universal joints, so that the limb guiding module 1011 can guide When the limbs of the user 2 run, a circular movement path is formed. During operation, the impedance d

Embodiment 2

[0072] This embodiment provides a method for measuring limb motor function, which is applied to the above-mentioned limb motor function evaluation system, and includes the following steps:

[0073] S101 : Fix the first endpoint of the limb of the user 2 on the limb motor function evaluation device 10 .

[0074] S102: Guide the second endpoint of the limb of the user 2 to move relative to the first endpoint.

[0075] S103: Measure the mechanical impedance of the driving point response when the user 2's body moves.

[0076] S104: Provide limb movement function curves according to the measured mechanical impedance and corresponding to the movement path of the user's limbs.

Embodiment 3

[0078] This embodiment provides a computer device that can be used to analyze the above-mentioned limb movement function, and the computer device includes a communication module and a processing module connected thereto. The communication module is used for connecting at least one of the aforementioned limb movement misassessment systems. The processing module accesses a plurality of limb motor function curves from at least one limb motor function evaluation system for statistical analysis, and provides rehabilitation discrimination information, which is used to judge the degree of rehabilitation represented by the limb motor function curves.

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Abstract

The invention provides a limb movement function assessment method and an implementation system thereof. The limb movement function assessment implementation system comprises a limb fixing module, a limb guide module, a driving module, a transmission mechanism module, an impedance detection module and a movement function analysis module. The limb fixing module is used for fixing a first end point of the limb of a user. The driving module drives the limb guide module to guide a second end point of the limb of the user through the transmission mechanism module, thereby enabling the second end point to move relative to the first end point. The impedance detection module is connected with the driving module to measure mechanical impedance presented by driving points of the limb when the limb passively moves. Finally the movement function analysis module forms a limb movement function curve corresponding to a movement path of the limb of the user by the measured mechanical impedance. Therefore, sensors do not need to be additionally mounted on the limbs, the deficiency caused by subjective interpretation of rehabilitation personnel in the prior art can be overcome, and a more accurate rehabilitation assessment basis is provided for medical personnel.

Description

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Claims

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Application Information

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Owner 苏芳庆
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