Orthosis clamping plate with longitudinal deformation holes and transverse deformation holes

Abstract

The invention provides a correction clamping plate with bi-directional deformation holes. The correction clamping plate with the bi-directional deformation holes is composed of two clamping plate bodies, wherein the shapes of the clamping plate bodies are the same or similar. The clamping plate body used in the shin bone part is provided with a longitudinal deformation hole, and the clamping plate body used in joints and concave-convex parts is provided with a transverse deformation hole and a deformation opening. A longitudinal deformation hole is formed between the transverse deformation hole and the deformation opening so that deformation adjustment of the clamping plate can be carried out according to the structure change of the affected parts, and the clamping plate can fit the affected parts well so that a better finalizing effect can be achieved.

Description

technical field [0001] The invention relates to an orthopedic splint which is easy to dismantle and has a certain degree of deformation adjustment function for an affected part, which belongs to the optimization technology of an orthopedic splint. Background technique [0002] The existing medical orthopedic splints usually place the orthopedic splints in sleeve-shaped or bag-shaped cotton pads, and a large number of orthopedic splints are made of materials with fast curing and setting functions. Because the orthopedic splint materials are usually relatively rough It is not suitable for direct contact with the skin. Therefore, most of them are provided with flexible material pads for cushioning and isolation on the surface, and cotton fiber pads are usually used. The orthopedic splint with the above structure has the advantage of helping the patient’s affected part to be shaped through the rapid curing of the splint. There are two main disadvantages: one is that it is very d...

AI Technical Summary

Problems solved by technology

The advantage is that it has a certain range of adjustment in the horizontal direction. The disadvantage is that this adjustment is relatively rough. The thickness of different positions in the vertical direction is the same, and more precise adjustments cannot be made according to the change in the thickness of the affected part in the longitudinal direction.

[0005] For the fixation of joints and affected parts on both sides of the joints, because the joints are usually different from the adjacent parts, there are complex situations such as local protrusions or depressions, such as ankle joints, knee joints, heels, etc. When the ankle joint and foot bones Injuries that require fixed orthopedics require the help of the tibia of the calf to shape the shape. Sometimes the tibia of the calf and the knee are injured, and the tibia of the thigh is needed to help the lower limbs to shape. The special structure of different positions is adjusted and shaped more substantially, and the above-mentioned splint obviously does not meet the requirements

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