Active and passive rehabilitation gamification training method for upper and lower limbs

Abstract

The invention discloses an upper and lower limb active and passive rehabilitation gamification training method, steering control is performed based on a left and right side strength difference value, and a hemiplegia asymmetric strength dynamic compensation unit, a dynamic steering threshold control unit and an automatic centering line steering unit are included; the hemiplegia asymmetric strength dynamic compensation unit monitors the actual strength values of the left side and the right side in real time when the patient operates the game device, and performs strength compensation on the hemiplegia side; the dynamic steering threshold control unit dynamically adjusts a steering threshold based on the maximum value of the actual force on the left side and the right side, and when the force difference value after compensation on the left side and the right side exceeds the steering threshold, the game device makes a turn deviating from the center line; and the automatic center line returning steering unit monitors the distance of the game device deviating from the center line in real time, and when the deviation distance reaches a set value, the game device automatically returns to the center line. According to the invention, boring monotonous training is changed into active-participation gamification interactive training, so that the active training consciousness of the patient is improved, and finally, the training effect is effectively enhanced.

Description

technical field [0001] The invention relates to a gamification training method for active and passive rehabilitation of upper and lower limbs, which is a personalized gamification method for active and passive rehabilitation symmetry training based on the difference between left and right strength, and belongs to medical rehabilitation training technology. Background technique [0002] Upper and lower extremity rehabilitation training equipment is a rehabilitation training equipment for the purpose of improving the user's limb muscle strength, joint mobility and cardiopulmonary function by driving the limbs with motor dysfunction to perform continuous and repeated circular, flexion and extension exercise training. The gamification symmetry training based on the comparison of bilateral force is an important training method, which makes the boring and monotonous reciprocating training interesting in the way of games, and improves the enthusiasm and initiative of patients in tra...

AI Technical Summary

Problems solved by technology

[0005]For stroke patients, the ability to control their limbs is poor, which can easily cause loss of steering control, or always drive on one side of the road, or turn left and right, which seriously affects the experience. It is also necessary to take measures to improve the experience for these patients

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