TWM589467U - Breathable and shock-absorbing insole - Google Patents

Abstract

An insole with breathable and shock-absorbing effect mainly includes an upper cushion body, a lower cushion body and a support cushion body. Wherein, the upper cushion system is provided with a chamber at the position of the heel portion for placing a hard shock absorber, and the chamber is connected to the toe portion by an air duct, and the toe portion is provided with a A plurality of air outlets penetrating through the ventilation pipe; the lower cushion system is provided with a groove corresponding to the shock absorbing body, so that the upper cushion body, the lower cushion body and the support cushion body are combined to form an insole. When the insole is placed in the shoe and walks, the shock absorber can support the user's heel to form a better shock absorption effect, thereby avoiding the heel offset to make the walk more stable, and by stepping on the shock absorber Pressure, the air outlet of the upper cushion body generates air through the air passage, so as to increase the air circulation effect in the shoe and prevent the generation of odor caused by long-term wearing.

Description

Insole with ventilation and shock absorption effect

This creation relates to an insole with breathable and shock-absorbing effects, especially one that can form a better shock-absorbing effect when walking in shoes, thereby avoiding heel deviation to make walking more stable and increase air circulation in the shoes Insole with circulation effect.

According to the general knowledge, most insoles are made of foam, plastic, rubber and other materials, which makes the insoles poorly ventilated. Therefore, the use of foot sweat can not accumulate during use, resulting in easy production of shoes. Problems such as sultry heat, stinking, or bacterial growth can easily lead to skin lesions such as Hong Kong feet. In order to improve the problem of sultry heat, odor and bacteria in the shoes, most of the manufacturers are from the direction of improving the material of the insole. However, although the change of the material can improve the aforementioned problems, but when it is used After a period of time, due to poor ventilation, it will still produce sultry heat, odor, and bacteria.

In addition, the conventional insole support effect and shock absorber cushioning effect are very poor, which not only easily causes heel instability when walking while wearing, but also easily causes user discomfort, so how can the insole reduce walking The stability of the time and the effect of cushioning and shock absorption when walking, which makes wearing shoes more comfortable. In fact, the insole industry should try their best to improve. In view of this, the applicant has continually researched and experimented, and then invented an insole with ventilation and shock absorption effects, by improving the problems of insole ventilation and shock absorption.

The main purpose of this creation is to provide an insole with breathable and shock absorption effect. When the insole is placed in the shoe to walk, it can form a better shock absorption effect, and then avoid the heel deviation to make the walk more stable and increase The air circulation in the shoes to prevent odors and make wearing more comfortable.

The aforementioned insole with ventilation and shock absorption effects includes an upper cushion body, a lower cushion body and a support cushion body. Wherein, the upper cushion system is provided with a chamber at the position of the heel portion for placing a hard shock absorber, and the chamber is connected to the toe portion by an air duct, and the toe portion is provided with a A plurality of air outlets penetrating through the ventilation pipe; the lower cushion system is provided with a groove corresponding to the shock absorbing body, so that the upper cushion body, the lower cushion body and the support cushion body are combined to form an insole. When the insole is placed in the shoe and walks, the shock absorber can support the user's heel to form a better shock absorption effect, thereby avoiding the heel offset to make the walk more stable, and by stepping on the shock absorber Pressure, the air outlet of the upper cushion body generates air through the air passage to increase the air circulation effect in the shoe, prevent the generation of odor caused by long-term wearing, and make the wearing more comfortable.

The aforementioned insole with air permeability and shock absorption effect, wherein the air passage provided on the upper cushion body is distributed on the toes by a plurality of branch pipes for connecting a plurality of air outlets.

The aforementioned insole with ventilation and shock absorption effect, wherein the airway provided on the upper cushion body is provided with a buffer between the airway and the branch pipe, so that when walking on the shock absorber to generate air through the airway, it can be borrowed The cushioning of the cushioning member prevents the occurrence of abnormal sound.

Please refer to Figure 1 and Figure 2 at the same time, which is a three-dimensional exploded view and a three-dimensional view of this creation. As shown in the figure, the creative department includes an upper cushion body 1 and a lower cushion body 2 and a support cushion body 3. The upper cushion body 1 is formed with a toe portion and a heel portion according to the design of the human foot, and a chamber 11 is provided at the position of the heel portion for placing a hard shock-absorbing body 12, and the chamber 11 is An air duct 13 is connected to the toe, and a plurality of air outlets 14 penetrating the air duct 13 are provided at the position of the toe. In this embodiment, the air duct 13 is distributed on the toe with a plurality of branch pipes 131 for connecting a plurality of air outlets 14, and a buffer member 15 is provided between the air duct 13 and the branch pipe 131.

The lower cushion body 2 is combined with the upper cushion body 1, and is provided with a groove 21 corresponding to the shock absorbing body 12, so that the shock absorbing body 12 is embedded in the groove 21.

The supporting cushion body 3 is combined with the lower cushion body 2 and is arranged according to the heel part of the human body, and is provided with an opening 31 corresponding to the recess 21 of the lower cushion body 2 to expose the recess 21 of the lower cushion body 2 In the opening 31, the surface is provided with a plurality of anti-skid grooves 32, which can be woven longitudinally and horizontally.

With the aforementioned components, the upper cushion body 1, the lower cushion body 2 and the support cushion body 3 are combined to form an insole. When the insole is placed in the shoe and walks, the shock absorber 12 can support the user's heel to form a better shock absorption effect, thereby avoiding the heel offset to make the walk more stable, and the shock absorber 12 can be used The tread pressure allows the air outlet 14 of the upper cushion 1 to generate air through the air passage 13 to increase the air circulation effect in the shoe, prevent the generation of odor caused by long-term wearing, and make the wearing more comfortable.

Please refer to Figure 3, which is a cross-sectional view of this creation. As shown in the figure, after the assembly is completed, the shock absorber 12 provided in the heel portion of the upper pad body 1 is embedded in the groove 21 of the lower pad body 2 and the groove 21 of the lower pad body 21 Then through the opening 31 of the support pad body 3, the bottom of the insole protrudes from the opening 31. In this way, the entire insole composed of the upper cushion body 1, the lower cushion body 2 and the support cushion body 3 can be tightly combined with each other.

Please refer to Figure 4 for the usage state diagram of this creation. Please cooperate with Figure 1 and Figure 2, as shown in the picture, after the creation of the insole, it is for placing in the shoe. When the user walks in the shoe, the shock absorber 12 provided on the upper cushion 1 It can form a support for the user's heel to form a better shock absorption effect, and because the shock-absorbing body 12 is hard, it can avoid the heel deviation and make walking more stable. When the shock-absorbing body 12 is pressed during walking, an appropriate amount of air is generated, so that the air passes through the air passage 13 connected to the chamber 11 and is released from the air outlet 14 of the upper cushion body 1 to be distributed inside the shoe to increase the shoe The internal air circulation effect prevents odor from being worn for a long time, which makes the wear more comfortable. Although air continuously flows in the air passage 13, a buffer member 15 is provided between the air passage 13 and the branch pipe 131 connected to the plurality of air outlets 14, so when walking on the shock absorber 12 through the air passage 13 When the air is used, it can be buffered by the buffer member 15 to prevent the abnormal sound from being squeezed by the air.

Please refer to Figure 5 for another usage state diagram for this creation. Please cooperate with Figure 1 and Figure 2, as shown in the figure, this creation is connected to the toe of the upper cushion 1 in the chamber 11 with a vent pipe 13 and to the toe of the upper cushion 1, The air duct 13 is distributed by a plurality of branch pipes 131 for connecting a plurality of air outlets 14. Therefore, when stepping on the shock absorber 12 during walking, the air can pass through the air passage 13 connected to the chamber 11 to allow air to pass through the air passage 13 and then be distributed to the branch pipes 131, and then from the air outlets of the cushion body 1 14 Release air to increase the circulation of air in the shoe, make it more comfortable to wear, and prevent the generation of odor when worn for a long time.

The foregoing embodiments are only to illustrate the preferred implementation of this creation, but not to limit the scope of this creation. Any slight modification or modification will not lose the essence of this creation, nor will it deviate from the spiritual scope of this creation.

In summary, this creation is equipped with a shock-absorbing body and a cushion body above the air passage and the air outlet, and cooperates with the cushion body and the support cushion body connected to the upper cushion body to form an insole with ventilation and shock-absorbing effects. When the insole is placed in the shoe to walk, it can form a better shock absorption effect, thereby avoiding the heel offset to make the walking more stable, and can increase the air circulation in the shoe to prevent the generation of odor and make the wear more comfortable. For a practical design, sincerity is the creation of all novelty, I filed a patent application in accordance with the law, and prayed for review by the Jun Bureau, and granted the patent as soon as possible.

１‧‧‧ Upper cushion 11. Chambers 12. Shock Absorber 13‧‧‧Ventilation duct 131‧‧‧ branch 14‧‧‧ Outlet 15‧‧‧Buffer 2‧‧‧lower cushion 21‧‧‧groove 3‧‧‧Support cushion 31‧‧‧Opening 32‧‧‧Anti-slip groove

Figure 1 is a three-dimensional exploded view of this creation. Figure 2 is a perspective view of this creation. Figure 3 is a cross-sectional view of this creation. Figure 4 is the use state diagram of this creation. Figure 5 is another state diagram of this creation.

1‧‧‧Upper cushion

11‧‧‧ chamber

12‧‧‧Shock absorber

13‧‧‧Ventilation pipeline

131‧‧‧ branch

14‧‧‧ vent

15‧‧‧buffer

2‧‧‧lower cushion

21‧‧‧groove

3‧‧‧Support cushion

31‧‧‧Opening

32‧‧‧Slip groove

Claims (4)

An insole with ventilation and shock absorption effects, including: The upper cushion body is provided with a cavity at the position of the heel part for placing a hard shock-absorbing body, and is connected to the toe part by an air duct from the cavity, and the toe part is provided with a A plurality of air outlets through which the ventilation pipe penetrates; The lower cushion body is combined with the upper cushion body, and is provided with a groove corresponding to the shock absorbing body, so that the shock absorbing body is embedded in the groove; The supporting cushion body is combined with the lower cushion body, and is provided with an opening corresponding to the recess of the lower cushion body, so that the recess of the lower cushion body protrudes from the opening; When the insole is placed in the shoe and walks, the shock absorber can support the user's heel to form a better shock absorption effect, thereby avoiding the heel offset to make the walk more stable, and by stepping on the shock absorber Pressure, the air outlet of the upper cushion body generates air through the air passage to increase the air circulation effect in the shoe, prevent the generation of odor caused by long-term wearing, and make the wearing more comfortable. The insole with breathable and shock-absorbing effect as described in item 1 of the patent application scope, wherein the air duct is distributed on the toes by a plurality of branch pipes, and the plurality of outlets are connected by the branch pipes. The insole with breathable and shock-absorbing effect as described in item 1 or 2 of the patent scope, wherein a cushion is provided between the airway and the branch pipe, so that when walking on the shock-absorbing body to generate air through the airway It can be buffered by the buffer to prevent abnormal sound caused by air squeeze. The insole with breathable and shock-absorbing effects as described in item 1 of the patent application scope, wherein the surface of the support cushion body is provided with a plurality of longitudinal and horizontal anti-skid grooves to form a non-slip effect.

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