Digital rehabilitation training platform and training method

Abstract

The invention discloses a digital rehabilitation training platform and a training method. The training platform comprises a supporting mechanism and a training mechanism. The supporting mechanism comprises a base assembly and a lifting assembly. The training mechanism comprises a base station, an interaction panel and a positioning assembly. The positioning assembly comprises at least one driving piece and at least one control piece, one end of the driving piece is hinged to the base station, the other end of the driving piece is hinged to the interaction panel, and the control piece is used for controlling the driving piece to adjust the inclination amplitude of the interaction panel relative to the base station, so that when the control piece controls the driving piece, the interaction panel can rotate to any position along the base station; and the rotation amplitude range of the interaction panel relative to the base station is 0-90 degrees. In the patent, the lifting assembly can drive the interaction panel to ascend and descend, the positioning assembly can adjust the inclination amplitude of the interaction panel relative to the base table, in this way, multiple training scenes such as sitting postures, standing postures and wheelchairs can be provided for a patient, and then the rehabilitation process of the patient is accelerated.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to a digital rehabilitation training platform and a training method. Background technique [0002] The main causes of functional impairments in the hands and upper limbs of the human body include cerebral palsy, traffic accidents, and work-related injuries. Especially, strokes in spinal cord injuries and cerebrovascular diseases account for the majority of patients. According to statistics, 85% of stroke survivors suffer from upper limb dysfunction, and the number is increasing day by day. In addition to surgical treatment and drug treatment for these patients, the rehabilitation training plan formulated by the rehabilitation specialist can fundamentally improve the upper limb dysfunction and gradually restore the patient to a healthy state. [0003] Rehabilitation aids can effectively help patients complete rehabilitation training, thereby improving the rehabilitation effe...

AI Technical Summary

Problems solved by technology

Usually for some basic operations such as linear sliding or circular rail sliding, the training is relatively simple

And when the patient is training on the rehabilitation platform, the rehabilitation therapist adjusts the height of the rehabilitation platform according to the height of the patient. If the rehabilitation platform falls too high, the leg space of the patient will be reduced, causing discomfort to the patient's legs during the training process; Since the supports are located on both sides of the rehabilitation platform, forming a parallelogram structure, when the rehabilitation platform is lifted too high, the rehabilitation platform may shake during use, and when the support is thickened, the manufacturing cost of the rehabilitation platform will be increased

[0005] Moreover, the angle adjustment range of the existing panel is relatively small, and cannot be adjusted to 90 degrees, and adaptive training cannot be made according to the actual situation of the patient.

For example, when the patient cannot stand on his own or the patient is short, using the traditional training platform will result in a smaller range of training activities during training, or a smaller range of panels seen during training, thereby affecting the effect of rehabilitation training

Since the panel cannot be adjusted to 90 degrees, the upper limbs of patients can only rely on the panel during the training process to reduce the difficulty of training. However, this structure cannot provide further rehabilitation for some patients with better upper limb muscle strength Training, leading to poor actual use experience

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