Auxiliary treatment gloves for fremitus

Abstract

The invention relates to a medical instrument, in particular to auxiliary treatment gloves for fremitus. The auxiliary treatment gloves comprise glove bodies, arm fixing plates, wrist adjusting beltsand finger adjusting belts. The arm fixing plates are fixedly arranged on the reverse sides of arm sleeves. A round metal connection plate is arranged in the middle of each hand back portion, and is attached to one end of the corresponding wrist adjusting belt. The other ends of the wrist adjusting belts are fixedly arranged on the arm fixing plates. The finger adjusting belts comprise thumb adjusting belts and four-finger adjusting belts. Each thumb adjusting belt extends towards the lateral side and one side of the thumb from the hand back. Each four-finger adjusting belt comprises a hand back belt and four finger belts. Each hand back portion extends to four fingers from the middle of the hand back, and is integrally connected with the corresponding four finger belts at positions of thefour fingers. The finger belts extend to second joints of fingers from the fingers respectively. The gloves have the advantages that the gloves can treat the fremitus effectively, are convenient to wear, and have small differences from ordinary gloves in shape, and mental stress of patients for wearing is avoided.

Description

technical field [0001] The invention relates to a medical device, in particular to a tremor auxiliary treatment glove. Background technique [0002] Hand shaking is medically known as tremor. It is only a symptom, and it refers to part or all of the body. Hand tremors are mainly manifested as involuntary rhythmic tremors. Surveys show that about 10% of the general population have different degrees of tremor, and about 40% of the elderly have different degrees of tremor. A variety of disorders can cause tremors, with Parkinson's disease being one of the most common causes. Tremors are more common in human limbs, especially hands, and hands play an important role in people's normal life, especially fine movements in people's lives: such as writing, grasping, lifting and eating, etc. Patient's daily life, life, and social interaction are greatly affected, and 65% of tremor patients cannot even carry out normal life. [0003] In the field of medicine, tremor has been resear...

AI Technical Summary

Problems solved by technology

Biological force loading is to increase the damping of the patient's arm through external loads. This method designs an upper limb exoskeleton robot to suppress tremors by designing a complex mechanical structure, which is inconvenient to use and wear

For wearable exoskeleton robots, the tremor suppression device is too large in size and mass, and the arm strength of tremor patients is generally weak. Although wearing such a device can suppress arm tremor, the device itself also causes a great burden on the user

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