TWM612551U - Insole with elasticity and shock absorption effect - Google Patents

Abstract

An insole with elasticity and shock-absorbing effect mainly includes a cushion body, and a pressure-reducing support cushion, an arch elastic cushion and a heel shock-absorbing cushion arranged on the bottom surface of the cushion body. Wherein, the top surface of the cushion body is provided with a leather layer or cloth layer, and the decompression support cushion is attached to the arch and heel of the cushion body to provide support for the arch of the foot and lift the foot when walking or standing. Arch stability and prevent eversion; the arch elastic pad is set between the arch and the sole of the pad body, and it is made of elastic material to provide resilience when walking and stepping; the heel cushion is set at The heel part is used to relieve the pressure of the heel landing when stepping on, and make walking more stable.

Description

Insole with elasticity and shock absorption effect

This creation is about a kind of insole with elasticity and shock absorption effect, especially one that can form the support of the arch of the foot and the resilience when walking and pedaling, as well as reducing the pressure of the heel landing when pedaling, and making walking more stable. Insole with elasticity and shock absorption effect.

Press; general shoes, whether leather shoes or casual shoes, usually have insoles in the shoes. Most of the conventional insoles are cushions made according to the contour of the foot. They are made through the foaming technology of elastic materials. These cushions provide basic cushioning functions when walking or standing when wearing shoes. Therefore, the insole needs to be soft and provide resilience in a timely manner to become an indispensable element when wearing shoes today.

The conventional insole support effect and shock absorber cushioning effect are very poor, not only easy to cause heel deviation and instability when wearing and walking, it is easy to cause discomfort to the user, and the poor positioning and support effect makes it difficult to protect the foot. Lifting may even cause the risk of foot valgus. Therefore, how can the insole reduce the stability of walking, and can achieve the effect of cushioning and shock absorption when walking, so as to make wearing shoes more comfortable. In fact, the insole industry should think hard to improve. In view of this, after continuous research and experimentation, the applicant has designed an insole with elasticity and shock-absorbing effect, which can form the resilience when walking and pedaling, and reduce the pressure, so that the walking is more stable.

The main purpose of this creation is to provide an insole with elasticity and shock absorption effect, so that when wearing shoes, it can form the support of the arch of the foot and the resilience when walking and stepping, and to reduce the pressure of the heel when stepping on the ground. Make walking more stable and comfortable.

The aforementioned insole with elasticity and shock absorption effect includes a cushion body, and a decompression support cushion, an arch elastic cushion and a heel shock cushion which are arranged on the bottom surface of the cushion body. Wherein, the top surface of the cushion body is provided with a leather layer or cloth layer, and the decompression support cushion is attached to the arch and heel of the cushion body to provide support for the arch of the foot and lift the foot when walking or standing. Arch stability and prevent eversion; the arch elastic pad is set between the arch and the sole of the pad body, and it is made of elastic material to provide resilience when walking and stepping; the heel cushion is set at The heel part is used to relieve the pressure of the heel landing when stepping on, and make walking more stable.

In the aforementioned insole with elasticity and shock absorption effect, the surface of the decompression support pad is provided with hook-shaped and triangular grooves to improve the decompression effect.

In the aforementioned insole with elasticity and shock-absorbing effect, the decompression support pad is made of hard material.

In the aforementioned insoles with elasticity and shock absorption effect, the arch elastic cushions are generally triangular in shape, and their ends are respectively arc-shaped.

In the aforementioned insole with elasticity and shock-absorbing effect, the heel shock-absorbing pad is shaped like a drop.

Please refer to Figure 1 and Figure 2 at the same time, which are the three-dimensional exploded view and three-dimensional view of this creation. As shown in the figure, this creation system includes a cushion body 1, and a decompression support cushion 2, an arch elastic cushion 3, and a heel cushion 4 arranged on the bottom surface of the cushion body 1. Among them, the cushion body 1 is made of foam material, and its top surface is provided with a leather layer or a cloth layer.

The decompression support cushion 2 is set according to the shape of the arch and heel of the foot to stick to the arch and heel of the bottom surface of the cushion body 1 to provide support for the arch of the foot to improve walking or When standing, the arch is stable and prevents eversion. The surface is equipped with hook-shaped grooves 21 and triangular grooves 22 to improve the effect of decompression. In this embodiment, the decompression support pad 2 is made of hard material.

The arch elastic cushion 3 is set between the arch and the sole of the cushion body 1. It is generally triangular in shape, and its ends are respectively set in arc shapes. It is made of elastic material and provides walking Resilience when pedaling.

The heel cushion 4 is located on the heel part of the decompression support cushion 2, and it is almost in the shape of a water drop to reduce the pressure of the heel when stepping on the ground and make walking more stable.

The aforementioned cushion body 1 is prepared with a shallow groove 11 corresponding to the decompression support cushion 2 and a shallow groove 12 corresponding to the arch elastic cushion 3 during the manufacturing process, so as to support the decompression during subsequent processing. The cushion 2 and the arch elastic cushion 3 are respectively embedded in the shallow grooves 11 and 12 to form a positioning, so that the decompression support cushion 2 and the arch elastic cushion 3 are closely combined with the cushion body 1. The decompression support pad 2 is also prepared with a shallow groove 23 corresponding to the heel suspension pad 4 when it is manufactured, for subsequent processing, the heel suspension pad 4 is embedded in the shallow groove 23 to form a positioning. The heel cushion 4 and the decompression support cushion 21 are tightly combined.

By the combination of the aforementioned components, an insole with elasticity and shock absorption effect is formed. When walking in shoes, the pressure-reducing support pad 2 provides support for the arch of the foot to improve the stability of the arch during walking or standing and prevent valgus. The arch elastic pad 3 provides the resilience when walking and pedaling, and the heel cushion 4 reduces the pressure of the heel landing when pedaling, so that walking is more stable and comfortable.

Please refer to Figure 3, which is a cross-sectional view of this creation. As shown in the figure, the decompression support cushion 2 of this creation is attached to the arch and heel of the bottom surface of the cushion body 1. Because it is a hard material, it can be integrated with the cushion body 1. The arch of the foot The elastic cushion 3 and the heel cushion 4 are respectively integrated between the arch and the sole of the cushion body 1, and the heel part of the decompression support cushion 2.

Please refer to Figure 4, which is the use state diagram of this creation. As shown in the figure, when this creation is used, the cushion body 1 including the decompression support cushion 2, the arch elastic cushion 3 and the heel cushion 4 is placed in the shoe 5 to form a pair of feet during wearing. The buffer and protection function of the part.

Please refer to Figure 5, which is a diagram of the force action state of this creation. As shown in the figure, the cushion body 1 of this creation is placed in the shoes 5 when walking, the pressure-reducing support cushion 2 can provide the support of the arch of the foot, improve the stability of the arch when walking or standing. Prevent valgus; the arch elastic pad 3 can provide elasticity when walking and stepping, making walking more smoothly and avoiding undue fatigue of the feet; the heel cushion 4 can be used to slow down the heel landing during stepping Pressure makes walking more stable. On the whole, this creation can make walking more comfortable when wearing shoes, and thus can achieve the effect of protecting the feet.

The foregoing embodiments are merely illustrative of the preferred implementation of this creation, rather than limiting the scope of this creation. All minor modifications and changes will still not lose the essence of this creation, nor deviate from the spirit of this creation.

In summary, this creation uses a cushion body that includes a pressure relief support pad, an arch elastic pad and a heel shock-absorbing pad to form an insole with elasticity and shock-absorbing effect. When wearing shoes, it can form the support of the arch of the foot and the resilience when walking and stepping, and reduce the pressure of heel landing when stepping, making walking more stable and comfortable. For a practical design, it is a creation of all novelty. I filed an application for a patent in accordance with the law. I pray that the Bureau will review it and grant the patent as soon as possible.

1: Pad body

11: Shallow groove

12: Shallow groove

2: Decompression support cushion

21: hook-shaped groove

22: Triangular groove

23: Shallow groove

3: Arch elastic pad

4: heel cushion

5: shoes

Figure 1 is a three-dimensional exploded view of this creation. Figure 2 is a three-dimensional view of this creation. Figure 3 is a cross-sectional view of this creation. Figure 4 is a diagram of the usage status of this creation. Figure 5 is a diagram of the force action state of this creation.

1: Pad body

2: Decompression support cushion

21: hook-shaped groove

22: Triangular groove

3: Arch elastic pad

4: heel cushion

Claims (7)

An insole with elasticity and shock-absorbing effect, comprising: a cushion body with a leather layer or cloth layer on the top surface; a pressure-reducing support cushion, which is arranged according to the shape of the arch and heel of the foot for sticking At the arch and heel of the bottom of the cushion, it provides support for the arch of the foot, improves the stability of the arch when walking or standing, and prevents eversion; an arch elastic cushion is attached to the foot of the cushion Between the bow and the sole of the foot, it provides resilience when walking and stepping; a heel cushion is attached to the heel of the pressure-reducing support pad to reduce the pressure of the heel landing on the ground during stepping and make walking more stable. The insole with elasticity and shock-absorbing effect according to claim 1, wherein the insole system is made of foam material. The insole with elasticity and shock absorption effect according to claim 1, wherein the surface of the pressure-reducing support pad is provided with hook-shaped grooves and triangular grooves to improve the effect of pressure reduction. The insole with elasticity and shock absorption effect according to claim 1, wherein the pressure-reducing support cushion is made of hard material. The insole with elasticity and shock absorption effect according to claim 1, wherein the arch elastic cushion is generally triangular in shape, and its ends are respectively set in arc shapes. The insole with elasticity and shock absorption effect according to claim 1, wherein the arch elastic cushion is made of elastic material. The insole with elasticity and shock-absorbing effect according to claim 1, wherein the heel shock-absorbing pad is almost in the shape of a drop.

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