Fixing splint for orthopedics department

Abstract

The invention relates to a fixing splint for orthopedics department and belongs to the field of medical instrument. The fixing splint for orthopedics department comprises a bandage, splints uniformlydistributed on the bandage and cover plates matched with the splints; the bandage comprises a bandage body, a bandage base body extending from the bandage body to one side, and a bandage end body extending from the bandage body to the other side; the bandage is a three-layer structure and comprises a water-absorbing non-woven cloth layer, a polyurethane and textile fiber mixed layer and an antibacterial and deodorant non-woven cloth layer arranged in sequence. The invention is provided with two groups of hanging buckles. When hanging hooks are hung on different groups of hanging buckles, the tightness of the fixing splints is adjustable and the comfort is high; the bandage has a three-layer structure to prevent water from entering the affected area. The polyurethane and textile fiber mixedlayer has the characteristics of hard texture, which can fix the affected part well, so that the bandage has the function of antibacterial and deodorizing. Medicine penetrates into the fracture siteof the patient's limb through the through-hole, which is convenient for the patient to recover from fracture. At the same time, it also facilitates the dressing change operation in fracture treatment.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to a fixed splint for orthopaedics. Background technique [0002] In today's orthopaedics, fractures are reduced first. At the same time, in order to prevent twisting or dislocation of the fractured site when the patient moves, doctors use plaster and some splints to fix it. [0003] At present, most orthopaedic splints are mainly composed of a wooden board. When fixing a patient's fracture, it is necessary to combine multiple people and bind them with bandages. The operation is very inconvenient and time-consuming and labor-intensive. When tying the splint, it is difficult for doctors to grasp the tightness of the binding. The difficulty in controlling the tightness of the fixed splint can easily lead to swelling of the patient's fracture site or re-dislocation of the fracture, which brings great pain to the patient. And the existing orthopaedic splint is very inconvenient to chan...

AI Technical Summary

Problems solved by technology

[0003] At present, most orthopedic splints are mainly composed of a wooden board. When fixing a patient's fracture, multiple people need to be combined and fixed with bandages. The operation is very inconvenient, time-consuming and laborious.

When the doctor binds the splint, it is difficult to grasp the tightness of the binding. The tightness of the fixed splint is difficult to control, which can easily lead to swelling of the fracture site or re-dislocation of the fracture, which brings great pain to the patient.

And the existing orthopedic splint is very inconvenient to change the dressing, and it is only a simple fixation, which cannot meet the current treatment needs.

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