Shoe Soles With Damping Foot Pads

Abstract

The invention relates to shoe soles with damping foot pads, which include a shoe sole and a foot pad. A plurality of convex columns with elasticity are evenly distributed on a lower surface of the foot pad, at a heel end. A plurality of grooves are arranged on an upper surface of the shoe sole, at the heel end to correspond to the convex columns, which are positioned in the grooves. A plurality of the convex columns with elasticity are evenly distributed on a lower surface of the foot pad. A plurality of the grooves include a plurality of the convex columns and are arranged on the upper surface of the shoe sole at the heel end to correspond to the convex columns. The evenly distributed elastic convex columns can evenly support the weight of the user but can also evenly and fully cushion the counterforce of impact on the heels by the ground, which avoids injury of the ankle joints, knee joints and other parts of the body by the counterforce of impact by the ground when the user performs physical exercise, such as walking, running and hopping. Shoes that adopt the structure of the invention effectively reduce the shake; furthermore, the user feels more comfortable, and docs not ache or feel fatigue when walking for a long time.

Description

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AI Technical Summary

Benefits of technology

The invention provides shoe soles with damping foot pads that can evenly cushion the impact force between the heel of a foot and the ground, making it more comfortable to walk.

Problems solved by technology

The technical problem addressed in this patent is the discomfort experienced when walking for long periods of time due to the impact force of the feet hitting the ground. The patent aims to improve shoes by using elastic material to increase the thickness of the foot pads and cushion the impact force between the heels and the ground. The current foot pads in the market are either hard or thin and fail to meet the requirements of damping. The patent proposes a structure with blocks positioned in holes in the shoe sole and foot pad to reduce partial impact force, but only one damping block with a small sectional area is positioned at the back sole, which is not comprehensive or evenly cushion the counterforce by the ground on the heels.

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