Quantified upper limb evaluating and training device and method

Abstract

The invention discloses a quantified upper limb training device and belongs to the technical field of training devices. The device comprises a panel, an upper limb fixer and a pointer, wherein angular graduations and length graduations are arranged on the panel, the pointer is rotatably mounted on the panel and points to the angular graduations, and the upper limb fixer is fixedly mounted on the pointer. The invention further discloses a quantified upper limb training method. The method comprises the steps of fixing an arm with the upper limb fixer, and driving the pointer to turn by a certain angle back and forth with the arm in a manner of taking a shoulder joint as an axial point. The device is simple in structure and convenient in operation, and quantified training, i.e., adduction / abduction and intorsion / extorsion of the shoulder joint, flexion and extension of an elbow joint and ulnar deviation / radial deviation of a wrist joint of a sufferer can be facilitated; and the device can be erected on a training table for quantified training, i.e., procurvation of the shoulder joint, flexion and extension of the elbow joint and flexion and extension of a forearm and the wrist joint.

Description

technical field [0001] The invention belongs to the technical field of training devices, and in particular relates to a quantitative evaluation and training device and method for upper limbs. Background technique [0002] At present, as rehabilitation medicine becomes more and more comprehensive, the demand for rehabilitation of different groups of people is gradually increasing, and the quality of recovery after limb injury is getting higher and higher. Equipment with quantitative evaluation and training has become a trend. At present, in the field of rehabilitation therapy, upper limb rehabilitation training has always been the most time-consuming and difficult aspect of recovery. One of the great differences between humans and other creatures is that the upper limbs can operate tools. Good upper limb and hand activities have far-reaching significance for people's daily life and learning. Currently, most upper limb training equipment with evaluation and quantification func...

AI Technical Summary

Problems solved by technology

One of the great differences between humans and other creatures is that the upper limbs can operate tools. Good upper limb and hand activities have far-reaching significance for people's daily life and learning. Currently, most upper limb training equipment with evaluation and quantification functions on the market are relatively expensive and Difficult to operate

Training equipment without quantification and evaluation is not effective in use, and it is difficult for users to design better training methods

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