TWM642948U - 3D integrally formed damper insole - Google Patents

Abstract

This creation provides a 3D integrally formed damper insole, which includes an insole body and at least one damping column. The damper is composed of a 3D integrally formed silicon rubber damping column unit bottom plate. The 3D integrated bottom plate is glued to the bottom of the insole body. The damper unit is worn on the insole body, because the damper unit can naturally separate, dampen and fix the activity space of the foot in the shoe, so that the distance between the toes and the toe cap is always about 5mm, allowing the wearer to walk more easily Easier, healthier and safer.

Description

3D one-piece damper insole

This creation is about a 3D integrated damper insole, especially an innovative insole with a damping column that can naturally separate adjacent toes, so it has the functions of separating, damping and fixing the sole of the foot.

Press, general shoes all have a vamp that can cover foot, a sole that can contact ground, and a shoe-pad that is arranged in this vamp and sole for the user to step on. When our human body is walking, the soles of the feet are actually sliding back and forth in the shoes, and they are always rubbing back and forth. Especially when going downhill, it is common for the big toes of the feet to turn black and blue. At present, hiking and walking shoes focus on the anti-slip texture of the soles. Everyone ignores that in addition to the anti-slip soles, the soles of the shoes slide back and forth when walking. This is the key to comfortable and safe hiking and walking. If the insole and the sole of the foot can establish a 3D fit relationship, it can effectively reduce the sliding of the foot in the shoe, ensure the stability and comfort of the foot during mountaineering and walking, and reduce various movements caused by foot sliding Injuries, for example, can be effectively avoided in mountaineering, due to the lack of anti-slip in the shoes during the frequent uphill and downhill journeys, the lack of grip on the soles of the feet, and the extrusion of the feet when going downhill, resulting in toes Black and blue, knee, spine, and so on.

In view of this, the author has carefully researched and continuously tested and improved based on years of experience in the manufacture of mountaineering shoes. Now he has finally created a 3D integrated damper shoe. Pads can eliminate the shortcomings of conventional products to improve efficacy.

The reason is that the main purpose of this creation is to provide a 3D integrally formed damper insole, at least one damping column is set on the insole body, and the damping column can be formed at the bifurcation point of adjacent toes (damping point), so that The soles of the feet use the damping points to buffer and absorb force when moving forward, and use the area weight of the entire 3D integrated damper insole to stabilize the forward momentum of the feet, making the soles of the feet slide back and forth smaller, and make the soles of the feet stick to the whole half. In the insole and shoe lining, the distance between the toe and the toe cap is always about 5mm, so that the sole of the foot and the shoe stick together, making walking easier, healthier and safer.

In order to achieve the above purpose, this creation adopts the following technical means: a 3D integrally formed damper insole, which includes: an insole body with at least one perforation on the insole body; and at least one damper, which includes a damper Column and a bottom plate, wherein the bottom plate is glued to the bottom surface of the insole body, and the damping column is set on the bottom plate and pierced in the perforation of the insole body; the above insole is placed in the shoe to have the functions of dividing, damping and fixing.

In order to let your review committee have a better understanding of this creation, Zi Zuo explained this creation in detail as follows:

(10): Insole body

(11): perforation

(20): damper

(21): damping column

(22): Bottom plate

(23): damping point

The first picture: This is the appearance picture of the 3D integrated damper insole created by this book.

The second picture: the exploded view of the 3D integrated damper insole created by this book.

The third picture: This is the sectional view of the 3D integrated damper insole created by this creation.

Figure 4: Another cross-sectional view of the 3D integrated damper insole created by this creation.

The fifth picture: is the embodiment picture of the 3D integrated damper insole created by this creation.

Please refer to the first figure to the second figure, the 3D integrated damper insole of this creation includes: an insole body 10 and at least one damper 20; wherein the insole body 10 is an insole structure made of textile elastic material, the At least one perforation 11 is provided on the insole body 10 to meet the needs of use; the above-mentioned damper 20 is a 3D integrally formed silicone structure, with a damping column 21 at the top and a bottom plate 22 at the bottom. The shape of the bottom plate 22 can be made into Half of the bottom surface of the insole body 10 (as shown in Figure 3) or the entire bottom surface (as shown in Figure 4) is firmly bonded to the bottom of the insole body 10; the damping column 21 vertically standing on the bottom plate 22 can be worn on the Above the perforation 11 of the insole body 10, an innovative insole with functions of segmentation, damping and fixing is formed.

The damper 20 on the insole body 10 is made of 3D integrally formed silicone rubber, and has the following specifications:

1. A damper 20 is matched with a perforation 11 on the insole body 10, and the damper 20 can be set at the damping point 23 where the big toe and the index toe bifurcate.

2. Two dampers 20 match the two perforations 11 on the insole body 10. The dampers 20 can be set at the damping point 23 of the bifurcation of the big toe and the forefoot toe and the bifurcation of the fore toe and the middle toe. The damping point of the fork is at 23 o'clock.

3. The three dampers 20 are matched with the three perforations 11 on the insole body 10. The dampers 20 can be set at the damping point 23 of the bifurcation of the big toe and the fore toe, and at the bifurcation of the fork toe and the middle toe. The damping point of the bifurcation at 23 o'clock and the damping point of the bifurcation of the middle toe and the ring toe of the foot at 23 o'clock.

4. The four dampers 20 are matched with the four perforations 11 on the insole body 10. The dampers 20 can be set at the damping point 23 of the bifurcation of the big toe and the fore toe, and at the bifurcation of the fork toe and the middle toe. fork The damping point 23 o'clock, the damping point 23 o'clock of the bifurcation of the middle toe and the ring toe of the foot, and the damping point 23 o'clock of the bifurcation of the ring toe and the tail toe of the foot.

The above-mentioned 3D integrated damper insole can be applied to any kind of footwear. When it is to be placed in the shoe, it must be used with five-toed socks or two-toed socks. The action of not needing to clip or lift at the time can keep the distance between the wearer's toes and the toe of the shoe forever at 5mm, so as to achieve the most comfortable state when walking in shoes, and make the wearer walk easier, healthier and safer.

To sum up, this creation of 3D integrated damper insole, the insole has the functions of separation, damping, fixation, and comfort, so that the distance between the toes and the toe of the toe is always kept about 5mm, and the foot and the shoe are close to each other for comfortable walking; it has the function of separation It is especially suitable for the improvement and correction of thumb valgus (bunion); it is especially suitable for mountaineering and walking shoes, which can prevent forward rush and protect toes when going downhill; it is especially suitable for general safety shoes to prevent Toes and steel toe friction; and especially suitable for women's high heels to prevent forward rush and protect toes. Its practical effect is beyond doubt, and this creation has never been published in the world or has been seen in other publications, and it is in compliance with the provisions of the Patent Law, and a patent application is filed in accordance with the law.

(10): Insole body

(11): perforation

(20): damper

(21): damping column

(22): Bottom plate

(23): damping point

Claims (4)

A 3D integrally formed damper insole, comprising: an insole body, the insole body is provided with at least one perforation; and at least one damper, the damper includes a damping column and a bottom plate, wherein the bottom plate is glued to the insole body The bottom surface of the shoe, the damper is set on the bottom plate, and is installed in the perforation of the insole body; the above-mentioned insole is placed in the shoe to have the functions of dividing, damping and fixing. The 3D integrally formed damper insole as described in item 1 of the scope of the patent application, wherein the damper column and the bottom plate of the damper are an integrally formed silicone structure. The 3D integrally formed damper insole as described in item 1 of the scope of the patent application, wherein the shape of the damper bottom plate is half of the bottom surface of the insole body. The 3D integrally formed damper insole as described in item 1 of the scope of the patent application, wherein the shape of the damper bottom plate is the entire bottom surface of the insole body.

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