KR20120084620A

KR20120084620A - Insole for shoes

Info

Publication number: KR20120084620A
Application number: KR1020110006076A
Authority: KR
Inventors: 권경애
Original assignee: 권경애
Priority date: 2011-01-20
Filing date: 2011-01-20
Publication date: 2012-07-30

Abstract

PURPOSE: An insole for shoes is provided to enable a user to selectively stimulate a specific acupressure point of the plantar and to generate air flow through the insole. CONSTITUTION: An insole for shoes comprises an insole body(10) and an insole cover. The circumference of the top surface inner side of the insole body caves in. In the caved region, a plurality of acupressure posts is formed. An empty space part is formed between acupressure posts. The insole cover covers the upper side of the insole body and forms one or more ventilation holes. In the bottom surface of the insole body, an acupressure point related to organs is marked.

Description

Insole for shoes}

The present invention relates to a shoe insole for use in a shoe.

Various types of shoes are sold and can be classified in various ways according to their use. For example, there are various shoes such as slippers, sneakers, soccer shoes, shoes, casual shoes, work shoes, and boots.

Normal shoes are composed of soles and uppers, and the soles are subdivided into outsoles, midsoles, and insoles.

Generally, the insole is provided to be washed separately and forms a flat plate with a thin thickness. Insoles are sometimes provided with additional deodorization or antibacterial properties to enhance the insole's functionality.

Insoles may also be formed by molding synthetic resins into foamed or non-foamed fabrics and then bonding nonwoven fabrics to the upper surfaces thereof.

Until now, since insoles are thin in their own right, they have not been properly developed as compared to midsoles or outsoles. Insoles were perceived to have no room to change or add functionality due to thickness limitations.

For example, in the case of constructing shoes having air permeability, most of the technologies existed to allow air flow to be generated by the midsole, but there were no insoles having such characteristics or shock absorbing and acupressure functions in the insole itself.

Insoles for shoes according to the present invention can be attached to a pressure pad that can generate air flow through the insole itself and provides excellent shock absorption and pressure function, and in particular the user can stimulate a specific pressure point of the sole To provide shoes insoles.

The shoe insole of the present invention is indented to form a recessed recess in the upper edge portion, the insole body is formed a plurality of acupressure pillars in the depression between the acupressure pillars to form an empty space portion; And an insulator cover covering an upper surface of the insole body and being in contact with the edge portion and the acupressure pillar, and formed with at least one vent hole communicating with the space portion.

In particular, the bottom surface of the insole body is characterized in that acupressure points associated with body organs are displayed.

In addition, the shoe insole is characterized in that to attach the plate-shaped acupressure pad to any one or more of the acupressure point of the acupressure point.

Insoles for shoes according to the present invention has the effect that it is possible to obtain the ventilation characteristics, shock absorption and acupressure effect at the same time with the insole itself.

1 is a plan view of a shoe insole according to an embodiment of the present invention.
Figure 2 is a plan view of the insole cover is coupled to the insole body.
3 is a cross-sectional view of the main part in FIG.
4 is a cross-sectional view showing an example of the acupressure pad.
5 is an exemplary view of a film sheet on which the foot pressure points are printed.

Detailed description of the shoe insole according to the present invention will be developed, with reference to the drawings for the embodiment.

Shoes insole according to the present invention can be applied to a variety of shoes, including sneakers.

1 is a plan view of a shoe insole according to an embodiment of the present invention, Figure 2 is a plan view of the insole cover coupled to the insole body, Figure 3 shows a cross-sectional view of the main portion in FIG. 4 is a cross-sectional view showing an example of the acupressure pad.

As shown in the drawing shoe insole is made of the insole body 10 and the insole cover 20 is coupled, the upper surface of the insole body 10 to the edge portion 11 and the recessed portion 12 inside the edge portion of the edge Are distinguished.

The depression 12 has a plurality of acupressure pillars 13 protruding from each other to form an empty space 14 between the acupressure pillars 13.

Insole body 10 of the present invention is different in thickness depending on the position, in the case of the cross-sectional line AA and DD line 1 and 3 in the cross-sectional shape of the insole body 10 is almost left and right symmetrical but the sole arch In line BB cross-section and CC line cross-section which are adjacent, inward side is made thicker and height higher than outward side.

And the insole body 10 of the present invention forms a concave shape as a whole to wrap the sole, accordingly, the edge portion 11 forms a form inclined in the inward direction.

The acupressure column 13 also changes the slope of the top surface of the acupressure column according to the position to support the sole of the foot concave. That is, the virtual curve connecting the edge portion 11 and the acupressure column 13 is to take the shape so as to connect smoothly.

Air is present in the empty space portion 14 between the acupressure pillars 13 and the space portion 14 between the acupressure pillars 13 when walking with wearing an insole while the insole cover 20 is coupled. Air present in is discharged through the vent hole 21 provided in the insole cover 20 to automatically generate an air circulation.

The insole cover 20 coupled while covering the top surface of the insole body 10 is bonded at the joint surface of the edge portion 11 and the acupressure column 13, and the space portion 14 between the acupressure pillars 13. One or more vent holes 21 are formed to communicate with each other. Insole cover 20 may be a thin synthetic resin or a nonwoven fabric.

In the case of the present embodiment by placing the vent hole 21 perforated up and down in the vicinity where the toes are located so that air circulation is generated while the air is discharged through the vent hole 21 each time walking.

Acupressure pillars 13 formed in the depression 12 is absorbed while effectively dispersing the impact generated during walking and at the same time acts to press the sole of the foot. And the acupressure column 13 is compressed and then restored when walking to act as a kind of pump to allow the air to be discharged through the vent (21).

The bottom surface of the insole body 10 may be displayed acupressure points associated with the body organs, and preferably allows the thin film paper 15 printed with the sole and the associated acupressure points to be bonded to the bottom of the insole body 10. In addition, the acupressure point may be formed integrally with the insole form on the bottom surface of the insole body 10.

5 shows an exemplary view of a film sheet on which the foot pressure points are printed. Looking at the acupressure point of the film, the user can attach the acupressure pad 30 to the desired area.

Acupressure point is used by the user to attach the acupressure pad 30 to the corresponding acupressure point to fit his body, thereby helping to maintain health.

The sole of the foot is known to be interspersed with acupressure points connected to each organ of the body, and by displaying these acupressure points, the user attaches acupressure pads 30 to acupressure points corresponding to their bad body organs and wears shoes. To help.

And the acupressure pad 30 is a plate-shaped form is suitable, it will be sold with a shoe insole. Acupressure pad 30 is sold in a state attached to the release paper 31 to be peeled off in the form of a sticker and provided with acupressure pads of various thicknesses so that the user can select and use acupressure pads of a suitable thickness.

Insoles for shoes according to the present invention is a function that can cause the air circulation in the insole itself, there is a shock absorbing and acupressure function can be applied to various types of shoes.

10-insole body
11-border
12-depression
13-Acupressure Column
14-space
15-film
20-insole cover
21-ventilator
30-Acupressure Pad
31-Release Paper

Claims

In shoe insoles,
An insole body in which an inner surface of the upper edge portion is recessed to form a depression, and a plurality of acupressure pillars are formed in the depression, and an empty space is formed between the acupressure pillars;
And an insulator cover covering the top surface of the insole body and being in contact with the edge portion and the acupressure column and having at least one vent hole communicating with the space portion.

The method of claim 1,
Insole for shoe, characterized in that the bottom surface of the insole body is displayed acupressure points associated with the body organs.

The method of claim 2,
The shoe insole,
Insole for shoe characterized in that to attach the plate-shaped acupressure pad to any one or more of the acupressure point.