KR200326237Y1 - Footwear using coconut fiber - Google Patents

Abstract

The present invention relates to a shoe using a coconut fiber as a component material, footrest portion provided in an arch shape to wrap the foot of the wearer; A bottom of a predetermined thickness processed by inserting a predetermined amount of adhesive into a plurality of coconut fibers which are coarsely provided so that the upper and side surfaces thereof communicate with each other when the lower edges of the footrests are fitted and contact the soles; It is integrally attached to the bottom of the flooring material is characterized in that consisting of a cushion portion for absorbing the shock transmitted from the ground to the sole and fixing the lower edge of the footrest portion. Accordingly, the present invention makes it possible to feel the comfort of the foot when wearing shoes, and also to fundamentally block the occurrence of foot odor, athlete's foot, eczema and the like.

Description

Shoes using coconut fiber {FOOTWEAR USING COCONUT FIBER}

The present invention relates to a shoe in which coconut fiber is used as a part material, and in particular, a natural vegetable coconut fiber cut in the shape of a sole is fixed to the upper surface of slippers or sandals to fix a plurality of gaps formed in the coconut fiber itself. The present invention relates to a shoe using coconut fiber, which improves the cushioning of the shoe as well as improves breathability and drainage between the sole and the upper surface of the shoe.

In general, most of the modern people live in urban areas and have a low amount of exercise, and thus suffer from severe disharmony of physiological functions such as obesity, blood circulation disorders, indigestion, and muscle pain.

Therefore, some have put a lot of effort to develop a shoe that helps to improve the health of the foot through the sole, which is considered to be a miniature version of the human body, and to keep the sole in a comfortable state without moisture even after long hours of activity. .

For example, in the conventional shoe structure, such as slippers or sandals, slippers have a certain thickness cushion portion in contact with the ground, a flooring material attached to the upper surface of the cushion portion to contact the soles of the floor, and both lower end portions at both upper edges of the flooring material. Each is fixed and consists of an arched footrest portion surrounding the instep, sandals are further provided with an ankle band surrounding the ankle on the back of the slippers as described above.

However, in the past, the flooring material of slippers or sandals was provided to closely adhere to the soles and the ventilation space, and as the wearing time of the slippers or sandals became longer, the feeling of stuffiness was transmitted from the soles of the feet, and in the severe cases, a lot of sweat occurred on the soles of the feet, resulting in foot odor and athlete's foot. There was a problem that eczema and the like.

In addition, when the slippers or sandals are wet with water, there is a high risk of unexpected safety accidents if the wearer slips down because a water film is formed between the soles and the soles when the slippers or sandals are worn.

Even if there are irregularities in the flooring, if you enter slippers or sandals in and out of the floor, the water will not remain on the flooring or be removed quickly. There was no problem.

Therefore, the present invention has been devised to solve the above problems, the purpose is to provide a flooring material with excellent breathability, drainage, and acupressure effect to make the foot comfort when wearing slippers or sandals, and also foot odor It will also fundamentally block the occurrence of athlete's foot, eczema, and eczema.

In addition, another object of the present invention is to fundamentally solve the possibility of a safety accident by blocking the occurrence of the water film between the sole and the floor of the wearer in advance, regardless of the wearer wears slippers or sandals under the circumstances.

Furthermore, another object of the present invention is to ensure that the shape of the flooring material attached to the upper portion of the slippers or sandals does not change even when the slippers or sandals are frequently in contact with water, and thus, the slippers or sandals may be kept intact with the cushion portion of the slippers or sandals.

1 is a schematic perspective view showing a shoe using a coconut fiber according to the present invention.

Figure 2 is an exploded perspective view of the shoe using the coconut fiber of Figure 1;

Figure 3 is a side view of a shoe using a coconut fiber according to the present invention.

<Description of the symbols for the main parts of the drawings>

1: footrest 2: coconut fiber

2a: crevice 3: flooring

4: cushion portion 5: intermediate material

6: Trademark Label

In order to achieve the above object, the present invention and the foot is provided in the form of an arch to wrap the foot of the wearer; A bottom of a predetermined thickness processed by inserting a predetermined amount of adhesive into a plurality of coconut fibers which are coarsely provided so that the upper and side surfaces thereof communicate with each other when the lower edges of the footrests are fitted and contact the soles; It is integrally attached to the bottom of the flooring material is characterized in that consisting of a cushion portion for absorbing the shock transmitted from the ground to the sole and fixing the lower edge of the footrest portion.

Hereinafter, an embodiment of the present invention will be described with reference to FIGS. 1 and 3.

1 is a schematic perspective view showing a shoe using a coconut fiber according to the present invention.

Figure 2 is an exploded perspective view of a shoe using the coconut fiber of Figure 1, Figure 3 is a side view of a shoe using a coconut fiber according to the present invention.

Shoes of the present invention, as shown in Figures 1 to 3, in the case of slippers, footrest portion (1) is provided in the shape of an arch to wrap the foot of the wearer; Each bottom edge of the footrest is fitted and a predetermined thickness of flooring material is processed by putting a predetermined amount of adhesive into a plurality of coarse coconut fibers (2) that are coarsely provided so that the upper surface and the side face each other when contacted with the sole. )Wow; It is integrally attached to the lower surface of the flooring material consists of a cushion portion (4) for absorbing the shock transmitted from the ground to the sole and fixing the lower edge of the footrest (1).

Here, each coconut fiber 2 of the flooring 3 is preferably arranged at any angle so that it can be aligned or crossed side by side.

The flooring material 3 is preferably 6-8mm if the thickness of the cushion portion 4 is 5-8mm, and also the flooring material 3 is made of coconut fiber (2) for good ventilation and smooth drainage to prevent safety accidents Also excellent.

On the other hand, in the case of sandals, an ankle band (not shown) is provided on the upper side of the flooring material 3 to hold the ankle of the wearer in cooperation with the footrest part 1, and both side lower edges of the ankle band are the flooring material. It is fixed to the cushion part 4 integrally via (3).

On the other hand, in the case of slippers and sandals, it is preferable that an intermediate material 5 having antibacterial and deodorizing action is provided between the flooring material 3 and the cushioning part 4 (see FIG. 2).

In addition, the edge of each flooring material (3) can be sewn on the cushion portion (4) or a predetermined intermediate medium through a separate cloth or leather (not shown), the rear portion of the flooring material (3) It is attached a trademark label (6) indicating the source of the shoes of the present invention.

In addition, the flooring material 3 may be formed of a plurality of parts to be contacted at a predetermined interval for each sole part, such a coconut fiber material of several pieces is effective in diversifying shoes.

Referring to the operation of the shoe using the coconut fiber according to the present invention configured as described above are as follows.

First, in the case of slippers, if the foot is worn through the space between the footrest part 1 and the flooring material 3 made of coconut fiber, the slippers are not only worn when the slippers are worn but also through the gaps 2a of the flooring material every time they walk. The wind can be communicated smoothly (see FIGS. 1 to 3).

As a result, the soles of the feet are not moist or sweaty, thereby allowing the slipper wearer to feel cooler and more comfortable than any other shoe.

In addition, in the case of contacting the water wearing slippers, the water filled between the sole and the flooring material 3 can be quickly discharged to the outside through the gap 2a of the flooring material as long as the wearer comes out of the water.

Accordingly, the water film phenomenon does not occur between the flooring material 3 and the sole when walking with slippers, whereby the wearer can walk and live safely.

Meanwhile, in the case of sandals having an ankle band attached to the back of the flooring material, the foot is inserted through the space between the footrest part 1 and the flooring material 3 as described above, and then the foot is wrapped using an ankle band (not shown). The free end of the ankle band is then fixed to the opposite side of the ankle band.

As a result, the sandal wearer can safely walk or run on slippery or sloped roads.

As described above, the shoe using the coconut fiber according to the present invention can feel the comfort of the foot when worn, and also fundamentally block the occurrence of foot odor, athlete's foot, eczema and the like.

In addition, the present invention prevents the occurrence of safety accidents by fundamentally preventing the formation of a water film between the sole and the bottom of the wearer, regardless of the wearer wearing sandals or sandals under any circumstances.

Furthermore, the present invention allows the shape of the flooring material attached to the upper portion of the slippers or sandals to be kept intact with the cushion portion of the slippers or sandals even if the water is frequently worn on slippers or sandals.

Claims (5)

Footrest portion provided in the form of an arch to wrap the wearer's foot; A bottom of a predetermined thickness processed by inserting a predetermined amount of adhesive into a plurality of coconut fibers which are coarsely provided so that the upper and side surfaces thereof communicate with each other when the lower edges of the footrests are fitted and contact the soles; Cushion part that is integrally attached to the lower surface of the flooring material absorbs the shock transmitted from the ground to the sole and fixes the lower edge of the footrest part Shoes using coconut fiber, characterized in that consisting of. The shoe using coconut fibers according to claim 1, wherein each coconut fiber of the flooring material is disposed at an arbitrary angle. According to claim 1, The upper one side of the bottom material is provided with an ankle band for holding the wearer's ankle in cooperation with the footrest, the lower edge of the ankle band is fixed to the cushion unit integrally through the flooring Footwear using coconut fiber characterized in that. The shoe using coconut fiber according to claim 1 or 3, wherein an intermediate material having antibacterial and deodorizing action is provided between each flooring material and the cushioning portion. According to claim 1, The flooring is a shoe using a coconut fiber, characterized in that consisting of a plurality of parts to be in contact with a predetermined interval for each sole part.