Finger exercise recovery instrument

Abstract

The invention discloses a finger exercise recovery instrument which comprises a wrist fixing portion, a pull rope portion and a damping cylinder portion. The pull rope portion and the damping cylinder portion are fixedly mounted on the wrist fixing portion and connected with each other, the wrist fixing portion is fixed onto a wrist, and five fingers are fixed onto the pull rope portion and pull the pull rope portion to take exercises under the damping action of the damping cylinder portion. Initial finger exercise effects are obvious under the damping action of the damping cylinder portion, resistance is low, finger movement travel is large, the movement range of the fingers is widened, the fingers are protected from secondary injury by the damping effect of holes, potential danger is avoided, and use requirements of different rehabilitation periods can be met by adjusting different resistance requirements.

Description

technical field [0001] The invention relates to the technical field of rehabilitation equipment, in particular to a finger exercise recovery device. Background technique [0002] The current method of finger training: [0003] Finger rehabilitation training device: There is a Z-shaped main frame in the finger rehabilitation training device. One end of the frame is connected to the arm on the back side of the human wrist, and four tension springs are connected to the other side of the frame. It is fixed on each finger, but since the tension of the spring changes with the amount of stretch, at the beginning of the finger exercise, due to the small strength of the finger, the range of motion of the finger is narrow, making the rehabilitation effect unreachable, and the spring There is no buffer when retracting after stretching, so that the fingers will be stretched toward the back of the hand by the spring when there is no force, which is likely to cause secondary damage to th...

AI Technical Summary

Problems solved by technology

[0003] Finger rehabilitation training device: There is a Z-shaped main frame in the finger rehabilitation training device. One end of the frame is connected to the arm on the back side of the human wrist, and four tension springs are connected to the other side of the frame. It is fixed on each finger, but since the tension of the spring changes with the amount of stretch, at the beginning of the finger exercise, due to the small strength of the finger, the range of motion of the finger is narrow, making the rehabilitation effect unreachable, and the spring There is no buffer when retracting after stretching, so that the fingers will be stretched toward the back of the hand by the spring when there is no force, which is likely to cause secondary damage to the fingers

[0004] Therefore, in order to solve the potential danger of existing finger rehabilitation training equipment and the problem that the effect of exercise is not obvious at the beginning, this finger exercise recovery equipment is specially invented.

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