Smart hand function rehabilitation device

Abstract

The invention provides a smart hand function rehabilitation device. The smart hand function rehabilitation device comprises a smart hand insertion board, a smart hand insertion board upper cover (6) and an electric connector (5), wherein the smart hand insertion board comprises at least one cylinder (1), a hand insertion board base platform (2), a first transmission device (81) and a control device (7), the hand insertion board base platform (2) is provided with a plurality of concave holes (3), a first female socket (41) and a second female socket (42), first magnetic induction devices (11) and second magnetic induction devices (31) are respectively arranged in the at least one cylinder (1) and the concave holes (3), the first magnetic induction devices (11) and the second magnetic induction devices (31) can be matched for identification and generate interaction signals, the first transmission device (81) is connected with the first magnetic induction devices (11) or the second magnetic induction devices (31), the control device (7) is connected with the smart hand insertion board base platform (2), the smart hand insertion board upper cover (6) are provided with a plurality of concave holes (3) and a third female socket (43), and the electric connector (5) connects the first female socket (41) or the second female socket (42) with the third female socket (43).

Description

technical field [0001] The invention relates to the field of medical care, in particular to an intelligent hand function rehabilitation device for exercising fingers and improving finger control. Background technique [0002] In our daily life or work, most of us need to rely on our hands to complete many movements, and when the hands are injured, it will inevitably cause the hand function to fail to function normally, so hand rehabilitation training is particularly important. [0003] The most commonly used gestures in daily life are hook grip, columnar grip, ball grip, finger side pinch, and fingertip pinch. Therefore, in order to rehabilitate the hands, it is necessary to perform corresponding exercises for the above five gestures. [0004] On the other hand, according to the relevant research put forward by scholars, the human brain nervous system has a very important relationship with the human behavior control response. Its research emphasizes that elderly people esp...

AI Technical Summary

Problems solved by technology

[0007] The traditional hand board uses a simple structure for the user to train the flexibility and control of the fingers. The standard training process requires the patient to move the arm from the starting position and reach the designated position after a certain distance to complete a training action. To meet the above-mentioned movement distance, it is necessary to enlarge the main body area of ​​the traditional manual plug-in board, and design a jack at the edge as the starting position. This design not only increases the overall volume, is not easy to carry, but also makes it impossible for the same product to simultaneously Suitable for left and right hand exercise

[0008] In addition, the standard training process provided by the traditional manual board is relatively boring, and it is impossible to maintain real-time connection with the rehabilitation doctor to adjust the training process in time

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