KR200491163Y1 - Breathable shoes having dual structure at Upper part - Google Patents

Abstract

The present invention is a functional shoe-related technology having a ventilation amount adjusting means in the upper of the shoe is provided with a fixed part and a rotating part separately, combining them to form a ventilation device and the shoe wearer selectively uses the air flow regulator It is a functional shoe technology that can easily adjust the skill.
In the functional shoe provided by applying the technical idea of the present application, the airflow adjusting device is installed at a height of 2.5 to 5.0 cm from the bottom of the shoe, for example, on the floor surface even in a situation where there is a lot of water in the workplace. Up to 2.0cm height, it is provided as a functional shoe that can be used without turning off the air volume control.
In addition, in the functional shoes of the present application, the material for forming the airflow control device according to the use of sneakers, work shoes, and military boots forming the upper according to the use of the shoes is also selected from the fabric paper, synthetic rubber, or synthetic resin. For example, make a hole with a diameter of 40mm by punching process, make the diameter of the coupling part of the fixed part 46 ~ 50mm, and make a ventilation control device that combines the moving part. It is a technical idea that can secure overseas competitiveness by providing functional shoes with a ventilation control device with low cost structure easily by the bar closing process using the joining part which is a free space of ~ 5㎜.

Description

Functional shoes having airflow control means on the upper of the shoes {Breathable shoes having dual structure at Upper part}

The present invention is a shoe related technology to provide a functional shoe having a ventilation amount adjusting means in the upper of the shoe in a simple configuration.

Ventilation control means applied in the present technology is provided with a fixed part and a moving part of the simple configuration separately and combine them to form a ventilation control device and a shoe wearer is installed in the upper of the shoe (Upper) Functional shoe-related technology to easily control the airflow by using air volume control device selectively according to external conditions such as summer or winter season or snow, rain, etc. by removing foot odor and preventing athlete's foot or eczema to be.

Shoes are the words that people wear when they walk or walk on the ground. The reason for the existence of shoes is to protect the feet that are part of the body from external dangers (physical and climatic).

The simple parts of shoes can be divided into upper, midsole, and outsole, and they are sewn and glued together by connecting various patterns that make up the upper. A shoe can be provided when the midsole and the outsole are combined to make a part of the shoe.

The role of the Upper is to protect the foot from most external hazards except the floor and to protect the foot from the outside, as well as rain, snow and cold, and recently with clothing and splendor. It has a role to enhance the aesthetics that can boast.

In the prior art, a number of prior arts for providing shoes having breathability have been proposed. For example, in Patent No. 10-1815522, a double structure as a technology for providing a breathable shoe having a dual structure in an upper part is provided. The additional inner skin, outer skin, and spaced apart structure is formed, and the spaced apart structure is formed by a plurality of through-holes and protrusions formed on the flat body, respectively, without the heat or smell inside the shoe through a special separate external action. In addition, because it is naturally elevated to be discharged to the outside, the ventilation is secured, and a technique for obtaining a thermal insulation effect by the space passage of the double structure part is proposed.

In addition, in the patent application No. 10-2016-0063901 technology, as a sulfo breathable shoes, a sulfo sheath that is formed with a plurality of ventilation holes, a sulfo sheath installed under the tongue, and a main body and a front part of the shoe that are sandwiched between the sulfo sheath and the tongue. It includes a spaced apart structure having a wing extending from the body portion to the front of the shoe so as to be located under the tongue, which is an upper part of the upper portion, and the spaced apart structure is formed in a wing portion formed below, the vented portion and the wing formed upwards Sulfo breathable shoes comprising a space passage formed in the wing portion and the body portion to allow air to pass between the portion and the body portion is proposed.

In addition to the above technology, Patent No. 10-0677740 discloses an integrated shock absorbing breathable shoe and a manufacturing method thereof, and Patent Application No. 10-2006-0024390 discloses a shock absorbing combined breathable shoe, Patent Application No. 10-2016-0085888 In the present invention, shoes and improved manufacturing method related to the improved breathability.

However, the prior art disclosed as described above has a problem in that field work conditions are difficult and the manufacturing process is complicated, resulting in a decrease in field applicability due to an increase in manufacturing cost.

In addition, the technology provided to improve the breathability in the prior art according to the statistical factors, such as summer or winter shoes wearer, according to the external conditions such as snow or rain, the amount of air simply and simply as desired There was a structural problem that could not be controlled.

The present invention has a simple configuration to provide a functional shoe having a configuration for controlling the amount of ventilation or blocking aeration as much as the wearer wants to have a ventilation amount on the upper of the shoe.

Ventilation control device provided herein is provided with a fixed part and a moving part of a simple configuration separately and combine them to form a ventilation control device and the shoe wearer can easily adjust the ventilation volume by selectively using the air flow regulator The purpose of the present invention is to provide a functional shoe that eliminates foot odor and prevents athlete's foot or eczema.

The present invention is a technology to provide a functional shoe that is installed in the upper of the shoe (airflow control device), the airflow control device is provided separately from the fixed part and the moving part and these are combined to control one Applied to form the device, in order to easily explain the structure of the airflow control device newly disclosed herein to describe the diameter in numerical representation or invisible centerline, but is limited to the number or the centerline in the claims herein Not limited will be taken for granted.

The present technology is to achieve the object of the present invention through a functional shoe provided by the fixed body and the rotating body parts are made separately and combined to form a single ventilation control device installed on the upper of the shoe (Upper).

The disk-shaped fixture for forming the airflow control device has a diameter of 4.0 ~ 6.0 ㎝ and has a through hole in which the convex center axis of the rotating body is interpolated in the center and is circular in the outer margin in the range of 1.0 ~ 2.5 ㎝ from the through hole. It forms a rim, and the fixing hole is installed at the upper half or higher height inside the circular rim, and the stopper is installed on the inner part of the circular rim and extends to 3.0 ~ 8.0 mm in the outer edge of the circular rim. It may be provided as a fixture of the configuration having a bar portion coupled to the upper of the.

In addition, the rotating parts are 2.5 ~ 3.8 cm in diameter, the semicircle of different diameters are combined to form a disc body, but the step is formed between the upper semicircle and the bottom semicircle to form a stepped portion and the upper semicircle base Rotating through-hole on the surface is formed in the corresponding structure of the stationary through-hole, the center of the rotating body has a protruding center axis, the end of the protruding coupling portion is formed with a hole (hole) for expansion and the air control opening on the opposite side of the protruding center axis It can be provided as a rotating body of.

When the rotating body is fixed so that the rotating body does not fall out of the fixing body by pressing a hole provided at the end of the protruding coupling portion after the protrusion coupling portion of the rotating body is inserted into the through hole inside the circular rim portion of the fixing body. The pore and the rotating body vent of the rotor are combined to form an upper airflow control device, and the airflow control device of the structure is finished in the sewing process on the upper of the shoe, so that the shoe wearer is on the outer side of the upper of the shoe. In the case of using the air conditioner to match the fixed hole and the rotating hole to distribute the air inside the shoe, or if you do not want the air flow, rotate the air control in the range of 180 ± 20 degrees It can be provided as a functional shoe that controls airflow and applies to block air flow by mismatching

In the functional shoe provided by applying the technical idea of the present application, the airflow adjusting device is preferably installed at a height of 2.5 to 5.0 cm from the bottom of the shoe. For example, in the case of sailors aboard, the working conditions are water. There is a lot of it is preferable to be configured so that it can be used even if you do not turn off the air volume control up to a height of 2.0cm relative to the floor even in the fluttering situation.

In addition, in the functional footwear of the present application, the material for forming the airflow control device according to the use of the upper sneakers, work shoes, military boots, etc. according to the use of the shoes may be selected from the fabric paper, synthetic rubber or synthetic resin, The material that constitutes the capacity control device is a material that is selected from water-repellent fabric paper, synthetic rubber, or synthetic resin, so that it is preferable to use a material that does not easily penetrate moisture. For example, make a hole with a diameter of 40mm in the upper forming the side of the shoe through a punching process, make a diameter of 46 ~ 50mm up to the bar part of the fixed part, and make a ventilation control device by combining the rotating parts. Ventilation control device is easily done by sewing finishing process by using coupling part that is 3 ~ 5mm free space in upper 40mm hole Functional shoes having a low price can be made.

The airflow control device of the present application is provided with a fixed body part and a rotating body part of a simple configuration and simply combine them to form an airflow control device, and a shoe wearer can easily adjust the airflow volume by using an air flow regulator selectively. It has the effect of providing low-cost functional shoes to remove odor and prevent athlete's foot and eczema.

In the functional shoes of the present application, the material for forming the airflow control device according to the use of sneakers, work shoes, and military boots forming the upper according to the use of the shoes is also selected from textile paper, synthetic rubber or synthetic resin. For example, make a hole with a diameter of 40mm by punching process, make a diameter of 46 ~ 50mm to the coupling part of the fixed part, make an airflow control device that combines the moving part, and then put 3 ~ in the 40mm hole of the upper. By using the joining part, which is 5mm of free space, it can be easily combined by the sewing material finishing process, and it is possible to provide a functional shoe having a ventilation control device at a low cost structure, thereby providing industrial competitiveness.

1: an external perspective view of a functional shoe installed with a ventilation control device provided by the present technology.
2 is a view for explaining the structure of the stationary part and the rotor part to explain the internal structure of the ventilation amount adjusting device forming the features of the functional footwear of the present application
3 is a view showing a coupling state of the fixture part and the rotor part shown in FIG.

Hereinafter, a functional shoe structure provided by applying the technical idea of the present application will be described.

1 is a perspective view of a functional shoe in which a ventilation amount adjusting device 100 is installed in a functional shoe 1 according to an exemplary embodiment of the present invention, and the ventilation amount adjusting device 100 described in FIGS. 2 and 3 is illustrated. ) Is finished in the sewing stitching process along the seam 145 in the shoe upper (10) after the shoe wearer using the air regulator 142 in the upper of the upper (Upper) of the shoe is fixed body through the hole (124) Positioning the rotor body hole 144 in the same upper portion of the functional shoe that can be applied to distribute the air into the shoe, or can be applied to block the air flow by rotating the air regulator 142 180 degrees Appearance perspective view.

2 is a view showing a top plan view to explain the structure of each of the stationary 110 and the rotating body 130 parts to explain the internal structure of the ventilation control device forming the features of the functional footwear of the present application, FIG. 2A illustrates a top view in the form of a component 110, FIG. 2B illustrates a top view in the form of a rotor 130, and FIG. 2C illustrates a side view of the component of the rotation 130 in FIG. 2B. .

The fixture 110 illustrated in FIG. 2A may be provided to have a disk-shaped body 120 having a diameter of 4.0 to 6.0 cm, and have a rotating body at a central position of the center of the body 120. Through-holes 121 through which the protrusion coupling portion 141 of the 130 is interpolated is formed, and forms a circular rim portion 122 protruding with a thickness of 0.5-2.0 mm with an outer edge of the 1.0-2.5 cm range around the through-holes. The circular rim is divided into the upper body portion 120a and the lower body portion 120b on the basis of the 1/2 center line 123, and the fixing body hole 124 is partitioned on both sides at the upper body portion to install two 124a and 124b. Although shown in the configuration that the fixed through-hole 124 may be provided as a plurality of small vents in the upper body portion of course.

In addition, the stopper 126 is installed at either the left side or the right side position at the inner position of the circular rim 122 at the half center line 123 of the body 120, which is an air control unit of the rotating body 130 ( When the 142 is to be rotated so that the rotation is no longer rotated, the outer edge of the circular border portion 122 is provided with an upper coupling rod coupling portion 125 is expanded to a size of 3.0 ~ 8.0㎜ The upper coupling bar coupling portion 125 is overlapped with the upper material of the shoe and sewn along the sewing line 145, which is a sewing guide, and the ventilation control device 100 may be applied to the configuration coupled to the upper 10 of the shoe. It is shown.

Rotating body 130 parts shown in Figure 2b is a diameter of 2.5 ~ 3.8㎝ size of the semicircle of different diameters are coupled to each other to form a disc body 140 in a stepped portion 140c is formed in the corner portion The upper semicircle 140a is formed at an upper position spaced 0.1 to 0.5 mm from the top of the disc body 140 based on the 1/2 center line 143, and the rotor body 144 is partitioned on both sides in the upper semicircle. 144a, 144b is provided to form a corresponding structure with the fixed body hole 124 of the fixing body 110 is installed, and at the bottom position of the half center line 143 0.1 ~ 0.5mm than the upper semi-circle (140a) When provided in a double structure to have a shape of the lower semicircle 140b in a reduced shape, due to the difference in diameter between the upper semicircle 140a and the lower semicircle 140b, the stepped portions 140c are formed at both corner portions. 140c prevents the rotating body 130 from being caught by the stopper 126 to be rotated more than 180 degrees. It will block the function.

In FIG. 2B, the lower semicircle 140b is 0.1 to 0.5 mm smaller than the upper semicircle 140a, and the stepped portion 140c is formed at both corners thereof. Even if the lower semicircle 140b located inside the circular rim portion 122 of the 110 is provided with a size of about 0.1 to 0.5 mm than the upper semicircle 140a, the stepped portions 140c are formed at both corner portions. And the stepped portion is caught by the stopper 126 of the fixed body so that it can no longer rotate.

In FIG. 2C, a side view of the parts of the rotating body 130 is illustrated. A protruding coupling part 141 is formed integrally with the disc body 140 at the central position of the rotating body 130 to be coupled to the fixing body 110. An extension hole 141a is formed at the end of the protrusion coupling portion 141 and an air adjusting hole 142 for rotating the rotating body 130 is installed at the opposite side of the protrusion coupling portion. will be.

3 is a view showing a coupling state of the fixture 110 and the rotating body 130 shown in FIG. 2, Figure 3a shows a coupling state of the fixing body 110 and the rotating body 130 in the top plan view form 3b is a side perspective view of the state in which the fixed body 110 and the rotating body 130 are coupled, and FIG. 3c shows that the fixing body 110 is the same as that of FIG. 3a but the rotating body 130 is rotated 180 degrees. The internal coupling state when the air is cut off is shown in the top plan view

That is, as shown in FIG. 3, when the stationary body 110 and the rotating body 130 are coupled to each other through a single airflow control device 100, the through hole 121 formed at the central position of the stationary body 110 is provided. After the protrusion coupling part 141 of the rotating body 130 is inserted into the pressing member, the end of the tube is expanded by pressing the expansion hole 141a provided at the end of the protrusion body 141 with a working jig, and the rotating body 130 is fixed. The structure is fixed and seated so as not to fall from the 110 and the seating structure at this time is the end of the upper semi-circle 140a of the rotating body 130 inside the circular border portion 122 of the fixture 110 is fixed ( 110 is a structure that is in close contact with the inside of the circular border portion 122, the end of the lower semi-circle (140b) is coupled to the structure that can be easily rotated inside the circular border 122, one airflow control device (100) Is provided.

When the aeration amount control device 100 of the structure is finished in the sewing process to the shoe upper 10, the stationary body hole 124 of the fixed body 110 and the rotary body hole 144 of the rotating body 130 is Since the structure is fixed so as to be positioned on the upper side, the shoe wearer is the same as the fixed body hole 124 and the rotating body hole 144 using the air control 142 in the upper of the upper (Upper) of the shoe Located in the same state at the top and fixed to the shoe upper can be applied to distribute the air into the shoe, or by rotating the air regulator 142 180 degrees fixed body through the hole as shown in Figure 3c (124) The half center line 123 is in an upper position or the lower semicircle 140b of the rotating body is in a state of blocking the fixed body hole 124 and the rotating body hole 144 is the half center line 143. Is located at the bottom, so that the vents Shows that it can be applied to block the flow.

In the functional shoe provided by applying the technical idea of the present invention, the ventilation amount adjusting device 100 is preferably installed at a height of 2.5 to 5.0 cm from the bottom of the shoe, and is also a fabric paper or synthetic material that forms the upper of the shoe. The material selected from rubber or synthetic resin is preferably water-repellent so that water does not easily penetrate.For example, it is used for aquatic plants, ships, sailors, snow or rainy environments. Even if there is a lot of water on the surface, it can be used to prevent the external water from penetrating into the shoe even if the air volume control is not turned off until the height of 2.0cm from the bottom surface.

As described above, the ventilation amount adjusting device installed in the shoe upper in the present application is provided with a fixed part and a rotating part of a simple configuration separately and simply combine them to form the ventilation amount adjusting device and the shoe wearer selectively adjusts the air amount adjusting device. The ventilation volume can be easily adjusted to provide functional shoes at low prices to remove foot odor and prevent athlete's foot or eczema.

1: shoes 10: upper
100: ventilation amount control device 110: fixed body
120: circular body 121: through hole
122: circular border 123: 1/2 center line of the body
124: stationary through hole 125: rod coupling portion
126: stopper 130: rotating body
140: disc body 141: protrusion coupling portion
141a: expansion hole 142: air regulator
143: 1/2 center line of the disc body 144: rotor hole
145: seam

Claims (3)

In the functional shoe that the fixed body and the rotating body parts are made separately and they are combined to form a ventilation control device and installed in the upper of the shoe,
The disk-shaped fixture for forming the airflow control device has a through-hole in which the convex center axis of the rotor is inserted in the center, and forms a circular rim with an outer edge of the through-hole. The fixing hole is formed in the height position and the stopper is installed on the inner part of the circular rim portion, and the outer edge of the circular rim portion is provided as a fixed body having a bar engaging portion coupled to the upper of the shoe,
Rotating parts are composed of semicircular shapes of different diameters to form a single disc body, but a stepped portion is formed between the upper semicircle and the bottom semicircle, and the rotating body hole is a corresponding structure of the fixed body hole on the base surface of the upper semicircle. It is formed in the center of the rotating body has a protruding center axis, and the expansion coupling hole is formed at the end of the protrusion coupling portion and provided as a rotating body having an air regulator on the opposite side of the protruding center shaft,
When the rotating body is fixed so that the rotating body does not fall out of the fixed body by pressing the expansion hole provided at the end of the protruding portion after inserting the protruding coupling portion of the rotating body into the fixing body through-hole inside the circular rim portion of the fixing body. The pore and the rotating body vent of the rotor are located at the top, and form a single air flow control device and finish the sewing process on the upper of the shoe to allow the shoe wearer to control the air flow by using the air conditioner outside the upper of the shoe. Functional footwear, characterized in that made, including the configuration applied to be used. The method of claim 1,
The ventilation amount adjusting device is a functional shoe, characterized in that provided to adjust the amount of ventilation is installed at a position 2.5 ~ 5.0 ㎝ from the bottom surface of the shoe. The method of claim 1,
Functional shoes, characterized in that provided with a material selected from the water-repellent treated textile paper, synthetic rubber or synthetic resin.

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