Carbon fiber double-side elastic all-terrain artificial feet plate

Abstract

The invention relates to a carbon-fiber and double-jumping artificial foot plate with full grounding. The artificial foot plate comprises a connection structure and is characterized in that the foot plate also comprises dual lower plates, an upper plate, a U-shaped front keel and a U-shaped rear keel, wherein, the upper plate and the dual lower plates are fixedly connected with each other by the U-shaped front keel and the U-shaped rear keel, the openings of which are all backward. The artificial foot plate is used during the transition from a load-bearing period to an off-ground period for a heel as well as from a load-bearing period to an off-ground period for a forefoot and the U-shaped front keel and the U-shaped rear keel can respectively release the stored energy to help the artificial foot to complete the movement of stepping. The artificial foot plate is characterized by high strength, light weight, good flexibility, comfort in walking, etc.

Description

technical field [0001] The invention relates to a prosthesis, in particular to a double elastic all-terrain prosthetic foot plate (commonly known as a keel). The prosthetic foot plate can make the wearer walk more easily and is close to the walking gait of a normal person. Background technique [0002] Since the weight of the prosthesis has a direct impact on the energy consumed by the movement of the lower limb amputee patient, it will affect the effect of the patient wearing the prosthesis. Therefore, in the process of designing and manufacturing prosthetic parts, it is necessary to fully consider the functions required by the patient. Whenever possible, choose lower body accessories that are lightweight and reduce physical exertion. As an important component of the lower limb prosthesis, the main function of the prosthetic foot is to support the body weight and compensate the triceps and flexors of the calf during exercise to maintain the normal walking posture of the bod...

AI Technical Summary

Problems solved by technology

[0003] At present, the inner skeleton of the prosthetic foot is generally made of wood, rubber, etc., and a few use carbon fiber with high strength and light weight, but the structural design is not very ideal, making the wearer still feel uncomfortable when walking

Although some advanced carbon fiber products have been introduced abroad, they are expensive and not suitable for the consumption of amputees, and the structure still needs to be improved.

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