Outsole with shock absorbers

Abstract

Disclosed is an outsole with shock absorbers. A heel of the outsole, or a heel and a rear sole of the outsole are in double-layer structures. A lower layer of each double-layer structure is a bottom sheet, and an upper layer of each double-layer structure is an upper sheet provided with one or a plurality of inner cylindrical cavities. At least one end of each cavity is communicated with outside of the upper sheet in the width direction of the upper sheet. Cylindrical shock absorbers are fixedly disposed in the cavities respectively. The number of the shock absorbers is equal to that of the cavities. Each shock absorber is the same as each cavity in sectional shape, size and length. The shock absorbers are inlaid inside the upper sheet and at positions, bearing largest impact and shock, of the outsole, namely the heel, or the heel and the rear sole of the outsole, and accordingly, shock and impact load borne by the outsole can be absorbed effectively, load and impact borne by a foot are relieved, and a human body is protected from injury, and the outsole is effective.

Description

technical field [0001] The invention relates to an outsole of a shoe, in particular to an outsole provided with damping elements. Background technique [0002] Shoes are tools that protect the feet and maintain sufficient friction between the feet and the ground when humans walk or work. The sole is the most important part of the shoe, which bears all the loads of the human body and the weight. The usual sole includes The outsole in direct contact with the ground and the midsole on top of the outsole. In order to protect the feet perfectly and provide sufficient friction when the wearer of the shoes walks or works, the outsole needs to spread the load on the feet when they are in contact with the ground to the entire surface of the soles of the feet as much as possible, so as to reduce the load on the soles of the feet. Maximum pressure, and it is necessary to buffer the impact on the sole of the foot as much as possible to prevent the human body from being damaged. This re...

AI Technical Summary

Problems solved by technology

In order to protect the feet perfectly and provide sufficient friction when the wearer of the shoes walks or works, the outsole needs to spread the load on the feet when they are in contact with the ground to the entire surface of the soles of the feet as much as possible, so as to reduce the load on the soles of the feet. Maximum pressure, and it is necessary to buffer the impact on the sole of the foot as much as possible to prevent the human body from being damaged. This requires the structure of the outsole to have the function of evenly transmitting the uneven load on the outsole to the midsole, and can effectively cushion the sole of the foot However, the current outsole cannot disperse the load on the sole of the foot as much as possible when the foot is in contact with the ground, let alone buffer the vibration and impact on the sole of the foot to prevent the human body from being damaged.

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