A waist-worn energy storage rehabilitation walker

Abstract

The invention discloses a waist-worn energy storage rehabilitation walker, which comprises a core support installed on the waist, a belt for fixing the core support on the waist, an energy storage device fixedly connected with the core support, and one end connected to the The leg connectors connected to the energy storage device, the straps used to fix the leg connectors on the legs, and the adjustment mechanism for adjusting the elastic force of the energy storage device. Shaft, first bearing, cam, chute, slide block, extension spring, push piece, chain plate, second rotating shaft, second bearing, positioning shaft, U-shaped piece and dial. The rehabilitation walker of the present invention is designed to be worn on the waist, which is easy to carry and wear, and has a small overall weight, which does not increase the patient’s walking load. The core support is installed on the waist, which is convenient for patients with incomplete upper limbs or injuries. , The energy storage device stores energy when standing, and provides assistance when the affected limb moves, which is convenient for patients to walk and can be used by patients of different weights and heights.

Description

technical field [0001] The invention relates to the field of medical walking equipment, in particular to a waist-worn energy storage rehabilitation walker. Background technique [0002] Rehabilitation medicine is a medical applied discipline that studies the rehabilitation of the disabled and patients. Its purpose is to make the sick and disabled get the maximum benefit as soon as possible through various means such as physical therapy, exercise therapy, life training, skill training, speech training and psychological counseling. Restoration to the maximum extent enables the functions of the remaining parts of the body to be brought into full play, to achieve the greatest possible self-care, labor and work abilities, and to lay the foundation for the reintegration of the sick and disabled into society. [0003] According to statistics, there are currently 8.77 million patients with limb dysfunction caused by stroke, spinal cord injury and various accidents in my country, and...

AI Technical Summary

Problems solved by technology

If the patient stays in bed for a long time, it will cause muscle atrophy, joint aging, bedsore, and further loss of limb function, which is not conducive to the early recovery of the body

For patients with unilateral lower limb motor dysfunction, since the other lower limb is healthy and has the ability to stand, rehabilitation exercises should be performed as soon as possible to allow the limb with motor dysfunction to move. There are many ways to move, including self-help walking Or walking with the assistance of an accompanying person is a good way of moving, but when walking independently, the lower limbs with motor dysfunction cannot fully apply force, and the legs are strenuous and cannot walk normally. This requires the use of a walker. In the prior art Most of the walkers are four-legged walkers with wheels, but it is not convenient for patients with incomplete upper limbs or injuries

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