Human body-balancing footwear capable of preventing knock-knees and providing cushioning suitable for the weight of wearer

Abstract

The present invention relates to footwear (including shoes, sneakers and the like, and hereinafter, referred to as "footwear") which is produced on the basis of ergonomics, and which comprises: a heel arranged at a rear bottom of a sole; and an impact-absorbing cap detachably coupled to the heel. The footwear according to the present invention absorbs external impacts generated during walking as much as possible over three stages. The heel of the footwear of the present invention can be separated into a left part and a right part, and is replaceable at any time. Thus, the footwear of the present invention prevents deformation in the ankle joint and knock-knees caused by a difference in wear between the two heels of shoes.

Description

technical field [0001] The present invention relates to shoes based on ergonomics, and more specifically, to ergonomic shoes that absorb external shocks generated when a person walks three times to prevent the side of the heel of the shoe from wearing out quickly and gradually distorting the ankle joint so that It has an impact on the leg joints, especially preventing the legs of teenagers in the growing period from deforming into O-shaped or X-shaped legs, helping all people to maintain body balance, and providing a cushioning part suitable for the user's weight, thereby providing maximum comfort . Background technique [0002] As for shoes in general use, whether it is leather shoes or sports shoes, since most of the soles are completely separated from the heel part and the front sole part, the weight movement cannot be naturally connected when walking, and there is inconvenience in walking heavily and slowly, Furthermore, since the heel end portion protrudes at a right a...

AI Technical Summary

Problems solved by technology

[0002] As for shoes in general use, whether it is leather shoes or sports shoes, since most of the soles are completely separated from the heel part and the front sole part, the weight movement cannot be naturally connected when walking, and there is inconvenience in walking heavily and slowly, Moreover, since the heel end protrudes at a right angle, there are many cases where the protruding part produces a useless heavy impact.

[0003] Moreover, for shoes whose soles are flat as a whole in order to allow weight movement to be naturally connected, even if a small object is pressed against the soles, it will provide overall pressure and cause inconvenience. For shoes with protruding shape, because the design completely ignores the movement of the ankle joint, it is difficult for the user to maintain a stable walking posture if the user does not do a lot of practice, and it is difficult to maintain a stable walking posture when standing for a long time or doing a lot of walking. When using public transportation, it is difficult to maintain the balance of the body, so there is a problem that a lot of force is required

[0004] Moreover, since the cushioning parts of all shoes completely ignore the user's weight and use springs or other cushioning part materials uniformly, they will act harder when used by lighter people, and harder when used by heavier people. It will become a useless thing that cannot perform the function of the cushioning part normally, and can only play the role of a simple foot wrap

[0005] Also, the cushioning portion of previous shoes was very helpful for absorbing shocks for people with an average weight, but it could not achieve natural weight movement, and could not prevent the heel side of the shoe from being worn first, causing changes in the ankle joint, especially Causes of deformed legs into O-shaped or X-shaped legs due to changes in the ankle joints of growing adolescents

[0006] Furthermore, it will destroy the balance of the user's entire body and cause abnormalities in health. Until now, it has not been possible to provide a solution for this

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