Limb splint and manufacturing method thereof

Abstract

The invention discloses a limb splint and a manufacturing method thereof. The limb splint comprises a curvature splint body and winding belts; the curvature splint body is of a hollow barrel-shaped structure of which the two ends are open, the curvature of the side wall of the curvature splint body is matched with that of the surface of a limb installation portion, an axial regulating straight groove is formed in the side wall of the curvature splint body, and the curvature splint body is fixedly connected through the winding belts to form surrounding pressurizing to the limb. The limb splint is high in individuation, capable of adapting to different individuals and comfort and convenient to wear. According to the manufacturing method of the limb splint, the curvature splint body of which the curvature is matched with that of the surface of the limb installation portion can be conveniently manufactured, the curvature of the side wall of the curvature splint body is good in adaptability, the individuality is high, and wearing of a patient is comfort.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to a limb splint and a manufacturing method thereof. Background technique [0002] Limb fractures such as forearm fractures, upper arm fractures, calf fractures, and thigh fractures are common types of fractures in orthopedics. When treating patients with limb fractures, splints are generally fixed on the limbs where the fractures have been reduced and combined with step-by-step functional exercises to facilitate the healing of the fracture ends under relatively static conditions and promote fracture healing and limb function recovery. Traditionally, multiple square splints are used to fix the patient's limbs. However, there is a non-individualized phenomenon in the production process of the square splint. The patient is not comfortable to wear it, the experience is not good, and it cannot adapt to different individual patients, which brings unnecessary troubles to the patient's wear...

AI Technical Summary

Problems solved by technology

However, there is a non-individualized phenomenon in the production process of the square splint. The patient is uncomfortable to wear, the experience is not good, and it cannot adapt to different individual patients, which brings unnecessary troubles to the patient's wearing and rehabilitation.

In addition, in the process of wearing a splint to the patient, multiple people are required to assist in fixing multiple splints on the patient's limbs, which is cumbersome and takes up a lot of manpower

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