Rehabilitation training device based on human habits in neurology department

Abstract

The invention relates to the technical field of medical treatment, and discloses a rehabilitation training device based on human habits in the neurology department. The rehabilitation training devicebased on human habits in the neurology department includes a glove, a rehabilitation exercise mechanism and a power source mechanism, wherein the glove is provided with exposed fingers, the interior of the glove is hollow, and the rehabilitation exercise mechanism is fixedly installed in the glove; and the power source mechanism is fixedly installed on one side of the rehabilitation exercise mechanism, and the power source mechanism is located outside the glove. Through arrangement of the glove, not only can hands of a user be protected through the protective function of the glove, but also heat can be accumulated in the hands of the user through the thermal insulation function of the glove, so that the excitability of pain-sensitive nerves is reduced, blood circulation is improved, inflammatory edema is reduced, the nerve pain which is caused during rehabilitation training of the user is reduced, and the effect of rehabilitation training is improved; and through arrangement of the rehabilitation exercise mechanism, heat is generated through friction which is caused by circular slide of a piston cylinder B, and then the heat is transmitted to the glove, so that the glove has a heating function.

Description

technical field [0001] The invention relates to the field of medical technology, in particular to a neurology rehabilitation training device based on human habits. Background technique [0002] The innervation of the hand mainly comes from the median nerve, ulnar nerve, and radial nerve. After nerve damage, it will not only cause sensory disturbance, but also often involve the motor and sympathetic nerve functions of the hand, which will greatly affect the hand function. Timely treatment, once the small muscles of the hand atrophy, will affect the effect of treatment, so it is necessary to use rehabilitation training equipment to exercise uninterruptedly to avoid atrophy of small finger muscles. [0003] The existing patent No. CN109939417B proposes a hand and finger nerve rehabilitation training device, through the design of the movement adjustment mechanism and other structures, to achieve the functions of adjusting the angle of motion, range of motion, etc. When used by ...

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Problems solved by technology

[0003] The existing patent No. CN109939417B proposes a hand and finger nerve rehabilitation training device, through the design of the movement adjustment mechanism and other structures, to achieve the functions of adjusting the angle of motion, range of motion, etc. When used by patients who cannot freely control the bending of their fingers, good rehabilitation training effects cannot be achieved, and a large force must be applied to deform the spring during use, which places too much burden on the patient's fingers and is prone to finger strain

[0004] Another patent No. CN102811690A proposes a hand rehabilitation device, which has the same problem as the above-mentioned patent No. CN109939417B. It needs the patient's fingers to apply force to drive the operation of the mechanism in the device. The burden on the patient's fingers is too large during use, and it cannot be used independently. controlled patient hands

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