TWM446514U - Silica gel air cushion shoe pad - Google Patents

Abstract

Foot supports the weight of body and is the lowest joint. It acts like the foundation of a building. A solid foundation is critical to maintain a firm structure of a building. If our feet are not supportive enough, it may lead to different orthotic diseases as our knee, pelvic and spine are affected. In this product, we provide silicon cushion at transverse arch and longitudinal arch of foot to increase its stability, besides, there is an air cushion under the calcaneous to absorb the shock of our gait. Finally, the upper surface of this product is arranged with material of TiO2 and holes are insert, which is good for anti-bacteria, deodorization and anti-mould.

Description

Silicone cushion foot arch insoles

This creation is about a device that increases the support of the foot through a silicone pad and air cushion.

The foot carries most of the weight of the human body. However, due to changes in the working form of modern people (such as work that requires standing for a long time) or other physiological structural changes (accident or flat feet), the burden on the foot is increased. The ergonomically designed insole allows the user to be more comfortable when standing or walking for long periods of time. At present, the insole on the market still does not have a product integrating the rubber pad and the air cushion at the same time, so the bearing capacity and the shock absorbing ability of the general insole are not easy to balance.

The creation is a three-layer insole (separate upper, middle and lower layers). The upper layer will directly contact the sole of the foot. The material is TiO2 photocatalyst antibacterial cloth and multiple ventilated holes are added; the middle layer is placed on the lateral arch and the medial arch. A silicone pad is added as a support buffer structure, and an air cushion is added to the heel as a shock absorbing structure; the lower layer contacts the sole to increase the stability of the insole to the shoe room.

In the following, a specific embodiment will be listed in conjunction with the drawings, and the structural contents of the creation and the functional benefits thereof can be described in detail; the upper layer mat (TiO2 photocatalyst antibacterial cloth), and the material is TiO2 photocatalyst antibacterial cloth. It is the top layer of this creation, directly touching the entire sole of the foot, and has a plurality of venting holes, which can effectively avoid odor and bacterial production when worn for a long time. Health.

The middle layer pad comprises two sets of silicone pads and a set of air cushions, corresponding to different positions of the soles of the feet, and the two types of silicone pads corresponding to the transverse arches and the inner arches are respectively displayed in the drawing of the embodiment, and the positions are respectively set on the transverse arches of the feet. Under the bow of the foot, it can provide relative support force at the bottom of the foot, delaying the sore time of the relevant part; a set of air cushions at the relative position of the heel can provide heel cushioning, absorb pressure at each step, reduce the heel and the ground. Collision pressure and reduce the possibility of plantar fasciitis.

The lower layer pad is located at the lowermost layer of the creation, and is directly touched at the bottom of the shoe room to avoid sliding of the creation; the periphery of the lower layer of the lower layer is extended upward to form a side flange covering the upper layer pad and the middle layer pad.

1‧‧‧Upper mat (TiO2 photocatalyst antibacterial cloth)

2‧‧‧ mid-level mat

3‧‧‧矽 pads

4‧‧‧ air cushion

5‧‧‧Underfloor pad

The first picture is the overall structure of the creation (three layers).

1‧‧‧Upper mat (TiO2 photocatalyst antibacterial cloth)

2‧‧‧ mid-level mat

3‧‧‧矽 pads

4‧‧‧ air cushion

5‧‧‧Underfloor pad

Claims (1)

A foot support device comprises: an upper layer mat directly contacting the sole of the foot, wherein the TiO2 photocatalyst antibacterial cloth is used and a plurality of ventilating holes are provided; the middle layer pad is attached with a silicone pad on the corresponding crossbow and the inner arch of the foot. An air cushion is attached to the heel; the lower cushion directly contacts the upper of the shoe.