Portable hand hemiplegia rehabilitation exercise auxiliary device

Abstract

The invention relates to the technical field of rehabilitation treatment and discloses a portable hand hemiplegia rehabilitation exercise auxiliary device. The device comprises a bionic glove main body, wherein an assembly ring is arranged on the bionic glove main body; an assembly belt is connected on the bionic glove main body; a first gear and a second gear are engaged on each of first push rods; sector gears are engaged on the first gears and the second gears; a clamping lantern ring is connected with the lower side of each first push rod; and a clamping block is arranged inside each clamping lantern ring. According to the portable hand hemiplegia rehabilitation exercise auxiliary device, the appearance main body of the device is designed into a biotic glove shape, the device is convenient for patient carrying; and when use is requirement, a good function of exercising hands can be achieved as long as the finger joints of a patient are sleeved with the device with relative assistance, and the device can be completely carried and used by the patient who is not serious in hemiplegia, and the aims of convenience in use and carry can be achieved.

Description

technical field [0001] The invention relates to the technical field of rehabilitation treatment, in particular to a portable hand hemiplegia rehabilitation exercise auxiliary device. Background technique [0002] Rehabilitation training is the basic method and main content of rehabilitation medicine. It uses exercise therapy and occupational therapy for the dysfunction of the body caused by various reasons, so that the residual function of the patient can be restored to the maximum extent, and the patient can return to society in the best condition. [0003] Hand dysfunction is one of the main problems in stroke patients with hemiplegia. Due to the fine movements of the hand, it is difficult to recover the function. Whether the rehabilitation treatment of hand dysfunction is correct or not will directly affect the recovery of upper limb function and daily life activities. However, it is difficult for hemiplegic patients to rely on hand movements for early rehabilitation trai...

AI Technical Summary

Problems solved by technology

Due to the fine movements of the hand, it is difficult to recover the function. Whether the rehabilitation treatment of hand dysfunction is correct or not will directly affect the recovery of upper limb function and daily life activities. However, it is difficult for hemiplegic patients to rely on hand movements for early rehabilitation training. Therefore, most of the existing early hand rehabilitation training devices need external power to operate normally, such as electric motor drive, etc., which have defects such as complex structure, expensive price, and difficult precise control.

[0004] Moreover, the hands of stroke patients with hemiplegia will curl up, and the fingers cannot be straightened. This phenomenon is generally caused by the muscle tension caused by hemiplegia, which often does not cooperate well with the treatment. We usually treat hemiplegia in the hands. For the phenomenon of hand curling up, most stroke patients with hemiplegia have independent thinking ability in their brains, but due to the pathological reflex of body muscles caused by damage to the central nervous system, they are paralyzed spastically. For some stroke patients with better physical functions, The hand rehabilitation treatment is very meaningful. The general hand rehabilitation treatment equipment has a complex structure, which is often inconvenient to use and carry, and because the patient's natural fisting of the hand causes great inconvenience to the treatment. Therefore, we propose a Portable hand hemiplegia rehabilitation exercise aid device

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