Hip joint stabilizing belt

Abstract

The invention discloses a hip joint stabilizing belt. The hip joint stabilizing joint comprises a hip belt and a leg belt which can be bound to one side of the thigh, and the two ends of each of the hip belt and the leg part can both be connected in a repeatedly opening and closing mode; a hard fixing plate which is detachable and simulates skeleton shin clusters is vertically and downwards arranged at the outer side of the thigh from the upper end of the hip belt, and extends downwards to the lower portion of the leg belt; an inclined front-wide elastic belt for simulating iliopsoas, iliacus and pectineal muscles and a front-narrow elastic belt for simulating sartorius are arranged at the front of the anter of the hip belt, the upper end of the front-wide elastic belt is aslant fixed to the anter and is located at the lower portion of the musculus obliquus externus abdominis, and the upper end of the front-narrow elastic belt is aslant fixed to the portion, close to the upper end of the hard fixed plate, of the anter; a rear-wide elastic belt for simulating gluteus maximus and a rear-narrow elastic belt for fixing the rear-wide elastic belt are aslant arranged at the front of the rear part of the hip belt. The hip joint stabilizing belt is simple in structure and convenient to use, can be used as replacement treatment of splints and plaster fixation, and is applicable to all patients who cannot control the body movement range.

Description

Technical field [0001] The invention relates to the field of medical rehabilitation, in particular to a hip joint stabilization belt. Background technique [0002] The hip joint is composed of the femoral head and the acetabulum. The main function is weight-bearing and movement. It is the largest weight-bearing joint of the human body and is easily injured. For patients with hip sprain, dislocation or artificial hip joint, the hip joint needs to be restricted. The activity gradually restores the function of the hip joint. Some hip joint fixation devices in the prior art have the following problems: 1. When the hip joint is sprained, the fixation device is mainly composed of elastic bands with strong elasticity, which requires a higher degree of tightness tied to the human body and is difficult to adjust To an appropriate extent, if the binding is too tight, it is hard and tight, the patient feels uncomfortable, affecting the body's blood circulation, if the binding is too loose,...

AI Technical Summary

Problems solved by technology

Some hip fixation devices that appear in the prior art have the following problems: 1. When the hip joint is sprained, the fixation device is mainly composed of elastic belts with strong elasticity, which requires a high degree of tightness on the human body and is difficult to adjust To an appropriate level, if the binding is too tight, it will be hard and tight, and the patient will feel uncomfortable, which will affect the blood circulation of the body. If the binding is too loose, it will not be able to restrict the movement of the hip joint; and the fixation device is only through the elastic belt. Mechanically fix the hip joint, restrict the hip joint movement, and cannot protect the hip joint according to the human body muscle direction and function, so most patients still need to rest in bed even if they have no fractures, and cannot walk with weight on the ground, which affects their normal life and work. Study; 2. For patients with hip fractures or thigh fractures, traction therapy will cause DVT risk and life-threatening; 3. For patients with senile dementia, mental retardation, and emotional irritability, external fixation is often given to prevent postoperative dislocation The stent is fixed, but the material of the external fixation stent is mostly hard plastic, which is uncomfortable to wear for a long time. Patients often remove it unconsciously, until the position is not restricted, and the prosthesis dislocation occurs, which brings psychological, physical and economical consequences to the family and patients. burden on

[0003] At present, foreign scholars believe that the harm of traction therapy for patients with hip fractures or thigh fractures outweighs the benefits. Therefore, clinically, traction therapy is canceled and triangular pillows are used to fix the affected limbs. In an unstable state, when the patient turns over, lifts the buttocks or cleans the skin, the unrestricted fracture will cause friction and increase pain, which is not conducive to the prevention of complications of pressure sores, hinders skin cleaning and care, and causes negative psychology of the patient Enhancement etc.

Images