All-directional walking rehabilitation training device with hard traction weight losing effect

Abstract

An all-directional walking rehabilitation training device with a hard traction weight losing effect comprises a base, wherein a rotating support is mounted in the base, a spherical concave all-directional treadmill is mounted in the rotating support, a plurality of handrail posts are fixedly connected to a rotating part of the rotating support outside the spherical concave all-directional treadmill, handrails are fixedly connected to upper ends of the handrail posts, a hard traction weight losing mechanism is arranged above the spherical concave all-directional treadmill, a hard balance suspension rod is arranged below the hard traction mechanism, the lower end of the balance suspension rod is connected with a waist binding mechanism, the waist binding mechanism comprises a waist protecting belt, the outer end of the back side of the waist protecting belt is fixedly connected with connecting plate, the back side of the connecting plate is hinged with a balance waist protecting plate through a connecting hinge, and the back side of the balance waist protecting plate is connected with a flexible support buffering device. The device has important application values for clinical lower-limb exercise rehabilitation training.

Description

technical field [0001] The invention relates to rehabilitation training equipment, in particular to a rigid traction weight loss omnidirectional walking rehabilitation training device, which belongs to the technical field of training equipment. Background technique [0002] Weight loss and balance training is a new rehabilitation treatment technique for lower limb dysfunction. The principle is to use a suspension device, or use water buoyancy, flexible traction device or use an inflatable device to bear part of the body weight, so that the patient is in a standing state, simulating normal walking movements, so as to restore his walking ability. The existing weight loss and balance rehabilitation training device uses a soft suspension device to suspend the patient's body as a whole, thereby reducing the burden on the patient's lower limbs, so that the patient can easily carry out walking training, but this suspension method is very difficult for the patient. The left and rig...

AI Technical Summary

Problems solved by technology

The existing weight loss and balance rehabilitation training device uses a soft suspension device to suspend the patient's body as a whole, thereby reducing the burden on the patient's lower limbs, so that the patient can easily carry out walking training, but this suspension method is very difficult for the patient. The left and right horizontal balance support is limited, and the straps and protective gear are quite restrictive. If the training time is too long, it will bring discomfort to the patient. This method of overall suspension is less effective for patients, and the movement method is single and lacks goals. orientation training

Moreover, this type of training equipment is often complex in structure, high in price, and occupies a large area.

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