Air bag weight reduction lower limb training device

Abstract

The invention relates to an air bag weight reduction lower limb training device. The air bag weight reduction lower limb training device comprises a rack, a walker, an air bag support, an operation displayer, an air bag, hot pants, an air blower and a control system; the rack comprises a base plate, two stand columns and two handrails; and a tank body is connected to the back portion of the rack. The walker is arranged on the base plate of the rack; the air bag support is installed on the two stand columns of the rack; the operation displayer is connected to the air bag support; the hot pants can be in sealing connection with the air bag; the air blower is installed in the tank body at the back portion of the rack; and the control system is arranged in the tank body at the back portion of the rack and is electrically connected with the operation displayer and the air blower. The air bag weight reduction lower limb training device is simple in structure and convenient to operate; a patient can conduct lower limb rehabilitation training in a comfortable weight reduction environment; and the air bag weight reduction lower limb training device is suitable for rehabilitation training of stroke patients and the patient with the lower limb dyskinesia caused by amyotrophy, nerve injuries, sport injuries and the like.

Description

technical field [0001] The invention relates to a body-building apparatus, in particular to an airbag weight-reducing lower limb training device. Background technique [0002] Stroke is a common and frequently-occurring disease in my country. There are about 2 million new strokes in the country every year, and about 85% of them have left limbs and motor dysfunction. Walking quality is an important goal of rehabilitation training. More than 70% of patients pass early Interventional gait training restores walking ability. However, for patients with severe limb mobility such as hemiplegia patients and patients with sports injuries, it is very difficult to carry out independent walking training when the lower limbs are difficult to support their weight. Rehabilitation training equipment for training. [0003] Partial weight support (PWS), which reduces the body weight in different degrees to reduce the load on the lower limbs, is an effective rehabilitation treatment method to ...

AI Technical Summary

Problems solved by technology

Suspension type such as LOKOMAT rehabilitation training robot, the patient trains the lower limb function in the suspension weight loss mode. On the one hand, the suspension operation is more complicated, the contact point pressure at the suspension is concentrated, and the comfort is not enough. On the other hand, the weight loss generally starts from the patient's body. Starting from 30% to 40% of the weight, it is suitable for patients who can bear more than 60% to 70% of the weight of the lower limbs: the pool type uses the buoyancy of the water to enable people with motor dysfunction to perform auxiliary or resistance walking training in the water. When the xiphoid process of the human body is horizontal, the weight of the lower limbs is equivalent to 29% of the land weight, but the human body and the periphery of the pool system use the torque principle during the pool walking training, the height of the support force and the center of gravity change with the water level, and in the water system A large amount of viscous ingredients under the foundation will subtly change the muscle movement pattern

Slanted bed weight loss, such as Italy’s BTS lower limb rehabilitation robot and the polymorphic rehabilitation training evaluation system developed by Shanghai University of Science and Technology, are suitable for patients with early motor deficits who rely on slanted beds for simulated stepping training, and slanted bed weight loss is difficult to apply to more than 70% weight loss, while also not being able to do real walking training

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