Multifunctional waterproof and breathable ankle orthosis

Abstract

The invention relates to the technical field of ankle protectors, in particular to a multifunctional waterproof and breathable ankle orthosis. The multifunctional waterproof and breathable ankle orthosis comprises a body component and a movable cover component. The body component comprises a sole (1), a framework (2) and an inner mesh (3), the framework (2) is fixedly mounted to the sole (1), the inner mesh (3) is laid on the framework (2), two sides of the sole (1) are provided with clamping grooves (1-1) used for assembly of the movable cover component, and the framework (2) is provided with a slide groove (2-1) used for embedding of the movable cover component. The movable cover component comprises an elastic metal plastic layer cover (4), an outer mesh (8) and a water-proof hook-and-loop fastener (5), and the elastic metal plastic layer cover (4) is provided with a group of vent holes (4-1). The movable cover component has special properties of water proofing, high ductility and malleability, friction resistance, moisture preservation, heat insulation and the like. The body component has special properties of excellent heat insulation performance, high efficiency in heat preservation, light weight, thinness, softness, corrosion resistance, abrasion resistance, portability and the like.

Description

technical field [0001] The invention relates to the technical field of ankle joint protectors, in particular to a waterproof, breathable and multifunctional ankle joint support. Background technique [0002] Ankle sprains are the most common type of joint injury. With the popularity of sports and women's high heels, the incidence of ankle sprains has also increased. At present, the treatment of ankle sprains is still dominated by the "8" bandage method combined with ointment. However, this traditional method has the disadvantages of poor air permeability and poor waterproof performance, and this method takes too long to change the dressing. Low efficiency, waste of resources such as bandages, long treatment cycle, cumbersome post-care work and many other disadvantages, patients must go to the hospital many times to change dressings, resulting in high cost of dressing changes. The gypsum fixation method has the disadvantages of long fixation time and cumbersomeness, which c...

AI Technical Summary

Problems solved by technology

At present, the treatment of ankle sprains is still dominated by the "8" bandage method combined with ointment. However, this traditional method has the disadvantages of poor air permeability and poor waterproof performance, and this method takes too long to change the dressing. Low efficiency, waste of resources such as bandages, long treatment cycle, cumbersome post-care work and many other disadvantages, patients must go to the hospital for dressing changes many times, resulting in high cost of dressing changes

The gypsum fixation method has the disadvantages of long fixation time and cumbersomeness, which causes inconvenient movement, high cost, and poor air permeability. It is difficult to be accepted by patients, and it is easy to affect the blood circulation of the affected limb, causing ischemia or compressive damage.

In addition, the bandage is not waterproof, which will cause some inconvenience to the daily life of the patient, and may also irritate the local skin, causing skin itching, redness and other allergic reactions

In short, ankle sprains are a high clinical incidence, and their protection and rehabilitation are particularly important and are widely valued by the public. However, there are improvements in the specific treatment methods

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