An orthopedic nursing walker device

Abstract

The invention relates to a walking aid device for orthopedic nursing. The device comprises two support frames and two track grooves, wherein front sides of the two support frames are connected together through a front lower connecting rod, and top parts of the support frames are connected together through a front upper connecting rod; each support frame comprises two support rods, a side connecting rod and a transverse support frame; support legs are arranged at lower ends the support rods, rollers are mounted on two sides of each support leg, the rollers on the two support legs on the supportframe on the same side are assembled in the same track groove; baffles are laid above the track grooves and located above the rollers. stability of a walker is increased, the movement track of a patient is limited, and collision is prevented; use stability of the walker is increased, falling and slipping are prevented, safety of the patient is guaranteed, and secondary injuries are prevented; quantitative training can be performed according to the conditions of the patient, and the purpose of gradual exercise is achieved.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to an orthopedic nursing walker device. Background technique [0002] Fracture healing is a relatively long process. After a lower limb fracture, even if it can heal smoothly, long-term rehabilitation training is required. Rehabilitation training occupies half of the treatment process. restore mobility. [0003] At present, for lower extremity fractures, walkers are generally used for walking training in the early stage. Patients who use walkers to make the lower limbs unable to walk can stand and walk with partial or complete strength of the arms to stand and walk. This can avoid improper use of the affected leg. Weight-bearing, increase the patient's mobility, and avoid muscle atrophy. Most of the walkers used now are hand-push walkers, or various types of crutches. The hand-push walkers are divided into wheelless or wheeled. The wheelless walker requires the patient to lift the w...

AI Technical Summary

Problems solved by technology

[0003] At present, for lower extremity fractures, walkers are generally used for walking training in the early stage. Patients who use walkers to make the lower limbs unable to walk can stand and walk with partial or complete strength of the arms to stand and walk. This can avoid improper use of the affected leg. Weight-bearing, increase the patient's mobility, and avoid muscle atrophy. Most of the walkers used now are hand-push walkers, or various types of crutches. The hand-push walkers are divided into wheelless or wheeled. The wheelless walker requires the patient to lift the walker and then move forward, which will cause excessive weight during the rehabilitation training process and often cause secondary injuries in the healing formation, while the wheeled walker patient exerts force It is small and can be pushed forward, using the hand or armpit to support most of the weight of the body to carry out walking training for the lower limbs. Although the patient does not need to lift the walker and reduces the patient's weight, because the hub is too flexible, the patient's early stage Unfamiliar with walking aids, uneven force, body imbalance, easy to fall or slip, causing secondary injuries to patients

[0004] If there are multiple patients in the same ward who need to perform rehabilitation exercises, if the patient cannot effectively control the walker, using the existing walker will easily cause collisions, the patient's walking route will be chaotic, and it will not Conducive to normal nursing

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