Orthopedic splint with sandwich structure

Abstract

The invention discloses an orthopedic splint using a sandwich structure. The orthopedic splint consists of protective layers, two clamping plates and cotton pads, wherein the middle parts of the protective layers and the protective pads are provided with suture lines; the two clamping plates are positioned between the protective layers and the cotton pads on the two sides of the suture lines respectively. According to the orthopedic splint using the sandwich structure, the sandwich structure of the protective layers, the clamping plates and the cotton pads is adopted, the middle parts of the protective layers and the cotton pads are provided with the suture lines, and the two clamping plates are separated to form a gap between the two clamping plates, so the splint can be easily removed by using the gap between the clamping plates.

Description

technical field [0001] The invention relates to an orthopedic splint adopting a sandwich sandwich structure which is easy to dismantle and assemble, and belongs to the optimization technology of medical orthopedic splints. 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 difficult to remove, and a...

AI Technical Summary

Problems solved by technology

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 difficult to remove, and an external cutting tool is required, and the cutting process is time-consuming and dusty. Risk of injury; the second is that the orthopedic splints with the function of fast curing and setting usually need to be heated or soaked in water to make them correct or solidified, and the orthopedic splints made of these materials are often relatively rough due to the material. Its surface rubs against the fibers of the pad when it is removed or replaced from the pad sleeve and pad cover, making removal and replacement difficult

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