KR20010083374A - How to make breathable shoes - Google Patents

Abstract

PURPOSE: A method for manufacturing ventilated shoes is provided to improve sterilization effect by facilitating ventilation of the hole in the shoes unconcerned with the weight of a person, who wears the shoes, and to improve the sole for the superior ventilation. CONSTITUTION: In the method for manufacturing ventilated shoes, an inner sole(1), a sole(3) and an upper(4) are included. The upper(4) is composed of an interior material(A), a resin board(B), a cooper sponge layer(C), a material(D) for protection against the cold, an uppers of leather shoes layer(E), ventilating holes(F), the cooper dust(G) and the bio-ceramic dust(H). The inner layer is composed of the interior material(A) with the ventilating holes(F). And then the resin board(B) is formed, on which the ventilating holes(F) are bored, and the cooper dust(G) and the bio-ceramic dust(H) are formed on the rein board(B). And the cooper sponge layer(C), the material(D) for protection against the cold and the uppers of leather shoes layer(E) are formed in order.

Description

Method of manufacturing breathable shoes {.}

The present invention relates to the manufacture of breathable shoes.

The breathable shoes that have appeared in the manufacturing of shoes until now have a method of attaching soles or protrusions to the entire inside of the shoes to provide a ventilation function between them, and to create air passages and vents in the bottom of the soles to provide air circulation. It was considered that the main dominant method was to distribute the air by incorporating the air extractor.

The present invention, the newly invented breathable shoes are able to function as a sterilization function as the circulation of air flows all over the shoe whenever it moves regardless of the weight of the wearer, and it improves the bottom part drastically and has excellent ventilation function. It is made available.

1 is a partial cutaway perspective view of the present invention

2 is an overall exploded view of the window of the present invention

3 is an overall exploded view of the window of the present invention

4 is an enlarged partial view of the present invention.

Explanation of symbols on the main parts of the drawings

One ; Insole 1-1: Sole 1-2: Taxon

1-3: Sole 2: Air Window 3: Sole

4: Upper 5-1: 6 by aeration; Side vents

7: Ventilator 8: Ventilator 9, 9-1: Ventilator

10 air passage 11 resin layer 6,6-1,6-2 side vents

13: long heart A: interior material B: double-sided projection resin plate

C: Copper Sponge D: Cold Protection E: Upper F: Ventilator

First, in manufacturing shoes, in the case of Abber, the foot closing part is made of the interior material (A) perforated with a vent hole (F), and the next layer is a double-sided dendrite resin in which copper powder (G) or bioceramic powder (H) is separated It is made of plate (B), the next layer is made of copper sponge (C), the next layer is made of cold weather material (D), and the next outer layer is made of upper (E) layer. In the case of the window in the upper layer is made of resin or foamed resin or mesh ventilator (8) perforated oversole (1-1) and the inner sole is perforated (7) perforated copper containing texture ( 1-2), and under the texture (1-2), form an aeration passage (5) in an arbitrary pattern and pad it with an elastic sponge sole (1-3) made by separating the copper powder (14). At the periphery, a number of vents (6-2) and (6-1) are drawn in and out of the aerators (6) and (5) to contact them with the aberber during the manufacture of the shoes. The outer peripheral edge of the window when mounting The side vents 6-1 and 6-2, which are made of negative parts, are characterized in that the air flows more smoothly. In the case of the outsole 3 which is in contact with the texture 1-2, the figure is arbitrarily determined on the outside. In forming the concave portion, the material is made of a resin layer, and the abutment portion 3 contacts the vent passage 10 and the vent hole 9, and the outer periphery has side vent holes 6-1 and 6-2. The invention relates to a method of manufacturing breathable shoes, which makes it possible to obtain more air circulation to the side as well as the floor.

Example 1

In constructing the internal structure layer of the Abber, the part directly touching the part is made of fabric or interior material (A) with perforated hole (F), and the outer sound layer is divided into copper powder (G) or bioceramic powder (H). The resin layer (B) is made by drilling a plurality of point protrusions and a plurality of vent holes. The next layer is made of copper sponge (C), and the next layer is made of cold weather material (D), and the outer layer is made of upper (E) layer. By making it into a mixed layer, it promotes the distribution of air between tissues when it works, and it also obtains the effect of neutralizing odor, disinfecting and deodorizing antibacterial effect while distributing air.

Example 2

In the bottom part, the part where the sole is in contact with the sole is used as the upper layer, and the material is made of the resinous or foamed resin or the ventilator (8) made of mesh. ) Is made of perforated copper-containing texture (1-2), and aeration passage (5) in which copper powder (14) is separated is formed on the lower layer of the texture (1-2), and aeration pattern (10) is composed of arbitrary patterns. And the elastic resin or sponge sole (1-3), which is made by separating the copper powder (14), is padded, and the intake and exhaust air is smoothly in each part connected to the inner aeration passages (5) and (6) on the entire outer circumference of the window. By making the side vent (6) can be made to force the circulation of air according to the elasticity when worn,

Example 3

In the case of the resin layer 11 which is in contact with the traction (1-2) to form the concave portion with a figure set arbitrarily on the outside, the place which is in contact with the sole window punctures the air passage 10 and the air vent 9 and communicates with On the outer periphery, vents 6-1 and 6-2 were made, resulting in more active circulation of air.

This breathable shoe allows the air distribution to function as a sterilizing effect as it moves around the shoe whenever it moves, regardless of the weight of the wearer, and improves the bottom part drastically, thereby making it excellent in breathability and various uses.

Claims (3)

In constructing the aberber, the inner layer is a built-in material (A) with perforated holes (F), and the double-sided dot resin plate with perforated holes (F) spun with copper powder (G) or bioceramic powder (H) (B), the next layer is made of copper sponge (C), the next layer is made of cold protection material (D), and the outer layer is made by mixing and manufacturing the upper layer (E). The bottom portion is made of the sole (1-1) perforated with the vent hole (8), and the next layer is the texture (1-2) with the vent hole (7) perforated and the texion (1-2). The bottom part of the window is made of copper-vented aeration, and the next layer is made of random patterns (5), and in the aeration, the soles (1-3) are separated from the copper (14). Method for manufacturing breathable shoes made in the ventilator (6) connected to the inner ventilator (6) (5). The method of claim 1, wherein the concave portion is formed in an arbitrary shape on the outside of the resin layer (11) in contact with the texture (1-2) and the vent hole (9) is drilled so that the part in contact with the outsole is made into the vent (10). A method of manufacturing breathable shoes by forming a vent (6-1) on the outer periphery.