Wrist joint functional exercise precision measurement device and utilization method thereof

Abstract

The invention discloses a wrist joint functional exercise precision measurement device which comprises a base. A glove device is mounted at the front end of the base through a rope, and hand back surfaces or palm surfaces of a pair of gloves of the glove device are in opposite connection through a clamping device or adhesives. Binding plates are mounted at the upper end of the base through second hinge shafts, and binding holes for mounting binding strings are integrally formed in outer sides of the binding plates. The device has advantages that the problem of poor exercise effects caused by the fact that many patients suffering from distal radius fracture neglect exercise due to fear of postoperative pains or cannot direct link exercise degrees and effects in each time due to lack of guidance of professionals can be solved, progress degrees of each exercise mode can be effectively assisted and quantitatively measured, an exercise process is planed reasonably, and accordingly postoperative rehabilitation exercise effects can be improved.

Description

technical field [0001] The invention relates to the technical field of wrist joint postoperative exercise, in particular to an accurate measurement device for wrist joint function exercise and a method for using the same. Background technique [0002] Clinically, many patients with distal radius fractures need rehabilitation after surgery. The exercise methods are flexion, back extension, external rotation, and internal rotation, but clinically, patients are afraid of pain, which leads to low enthusiasm for exercise, and it is impossible to determine the effect of exercise every day, and it is even more difficult to guarantee the effect of exercise. Moreover, due to the lack of corresponding auxiliary devices during exercise, the operation of the patient may not really play the role of exercise or even have a counterproductive effect. Although the utility model patent No. "CN201620518558.3" has designed "a wrist joint "Exercise recovery device", which uses a torsion body co...

AI Technical Summary

Problems solved by technology

Its exercise methods are flexion, back extension, external rotation, and internal rotation, but clinically, patients are afraid of pain, which leads to low enthusiasm for exercise, and it is impossible to determine the effect of exercise every day, and it is even more difficult to guarantee the effect of exercise

Moreover, due to the lack of corresponding auxiliary devices during exercise, the operation of the patient may not really play the role of exercise or even have a counterproductive effect. Although the utility model patent No. "CN201620518558.3" has designed "a wrist joint "Exercise recovery device", which uses a torsion body composed of a fixed plate, torsion spring and forearm restraint to train the wrist joint, but on the one hand, the device cannot measure the training results, and it is difficult to reasonably arrange the training plan according to the training results. The device can only perform flexion and back extension training, and cannot effectively perform internal rotation and external rotation training, so the training effect is limited, and it cannot completely solve the problems existing in the existing wrist joint postoperative training

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