A force-adjustable plug-in combined nursing finger rehabilitation trainer

Abstract

The invention relates to the technical field of finger rehabilitation, in particular to a plug-and-connect combined type nursing finger rehabilitation trainer with adjustable strength. It includes a bottom plate and a training device installed above the bottom plate. In the strength-adjustable plug-in combined type nursing finger rehabilitation training device, the training device is connected with the finger cover, and the elastic force of the round block spring, The swing of the finger cuff can be limited, which is convenient for the rehabilitation of the patient's fingers. It is convenient to adjust the height of the finger cuff through the multiple slots provided. The squeezing or pulling force between them produces deformation, thereby extending and contracting. When the round block spring contracts, the force required to pull the connecting block downwards decreases, and when the round block spring extends, the connecting block pulls down the required force. The force increases and plays a role in adjusting the tensile strength.

Description

technical field [0001] The invention relates to the technical field of finger rehabilitation, in particular to a plug-and-connect combined type nursing finger rehabilitation trainer with adjustable strength. Background technique [0002] At present, there is a lack of rehabilitation methods for patients with nerve damage in the fingers in the hospital. If the nerve-damaged fingers cannot be effectively exercised and recovered, the fingers will be inflexible or bent, and even worse. Disabled, resulting in the inability to take care of themselves in life, so it is necessary to continuously bend and straighten the patient's fingers to achieve the purpose of rehabilitation; [0003] The training and stretching strength of the traditional finger trainer is fixed, and the training is boring. Repeating an action of the same strength for a long time is easy to accelerate the fatigue of the finger part, which is not conducive to rehabilitation. Therefore, a new type of finger rehabil...

AI Technical Summary

Problems solved by technology

[0002] At present, there is a lack of rehabilitation methods for patients with nerve damage in the fingers in the hospital. If the nerve-damaged fingers cannot be effectively exercised and recovered, the fingers will be inflexible or bent, and even worse. Disability, which leads to the inability to take care of oneself, so it is necessary to continuously bend and straighten the patient's fingers to achieve the purpose of rehabilitation;

[0003] The training and stretching strength of the traditional finger training device is certain, and the training is boring. Repeating a single movement with the same strength for a long time will easily accelerate the fatigue of the finger part, which is not conducive to rehabilitation. Therefore, a new type of finger rehabilitation with adjustable strength is needed. Trainer to improve the deficiencies of existing technologies

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