A multi-state human body balance training system

Abstract

The invention relates to a multi-state human body balance training system, comprising: an active part (1), a transmission part (4), a driving mechanism (9), a support frame (6), a base plate (12) and a pedal box (3); The pedal box (3), the support frame (6), and the drive mechanism (9) are all installed on the base plate (12), and the center of the active part (1) is movably connected with the top of the support frame (6) through a universal joint (5) , the active part (1) can be clutched and connected with the upper end of the transmission part (4), the middle part of the transmission part (4) passes through the pedal box (3), and the lower end passes through the telescopic universal joint (7) and the connecting seat (8) to drive Mechanism (9) links to each other. The invention can realize static, active dynamic and passive dynamic multi-state balance training. The invention adopts the bottom driving mode, and the driving mechanism is placed on the base plate, which avoids the bulkiness and vibration of the pedals, and integrates the active and the passive, the inclination adjustment is simple, and the control is convenient.

Description

technical field [0001] The invention relates to a medical device rehabilitation device, in particular to a multi-state human body balance training system. Background technique [0002] Balance ability is the basic motor skill of the human body and the basis of various activities. Maintaining balance is an important manifestation of body control ability, which can be divided into static balance ability and dynamic balance ability. With the aging population in our country, stroke patients are increasing year by year, and the incidence of hemiplegia caused by stroke is as high as 70%. Patients often have complications related to balance dysfunction such as falls and claudication. Balance training can enhance the core muscle strength of the patient, improve the balance ability of the human body and the motor function of the lower limbs, thereby promoting the recovery of the patient's balance function and improving the quality of life. [0003] Common instruments developed for d...

AI Technical Summary

Problems solved by technology

[0004] Although the existing dynamic balance device can carry out dynamic balance training on the human body and help to improve the balance ability of patients, it still has complex structure, expensive price, or single movement mode, and the range of training angles cannot be adjusted according to different conditions and stages of rehabilitation of patients. Adjust at any time, or the adjustment is cumbersome, or it is driven by no power source and only used for active dynamic balance training of the human body, or it is motorized, and the human body movement can only be used for passive training through motorized drive

Due to the complex structure of individual equipment, it is difficult to control. For example, it contains swing, rotation, eccentricity adjustment and linkage drive mechanism, which requires real-time and precise control of the cylinder to synthesize the final motion. The control method is relatively complicated and difficult, and the required power drive device There are many problems, so it is still necessary to continuously improve the existing dynamic balance training equipment

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