KR20200095428A - The made method of the insole shoes to control of damp - Google Patents

Abstract

A yellow soil elementary insole shoe for controlling sweat of the present invention is included in a shoe manufacturing field which is a hidden problem of a conventional shoe manufacturing industry as a problem of a shoe field for a long distance or mountaineering to correspond to a method of drying a shoe while sleeping with a separate drying device or exchanging an insole when the shoe is wet with the sweat after wearing. The present invention relates to an invention for the insole of the shoe developed by assuming and researching that the sweat can be reduced when an entire sole evenly distributes a weight of a human body since the sweat of a foot is a physical physiological phenomenon caused by excessive walking or climbing or the sweat of the foot easily occurs because the shoe does not fit the foot or a phenomenon occurs due to fatigue. When the present invention can not only delay a time when sweating occurs on the sole of the foot, but also reduce moisture of shoes within a certain limit as well as for a long time to wear the shoes, and provides great news for long-distance walkers or mountaineers.

Description

The made method of the insole shoes to control of damp}

In the sweat control insole shoe of the present invention, not only does the inner insole of the shoe contact with the sole of the shoe in the closed shoe match the sole of the foot, but also when the skin is wet with sweat, blisters are formed and walking becomes difficult. It belongs to the manufacturing technology that has demanded improvement of the shoe structure in the shoe manufacturing field, which is also a long homework that is caused by problems such as causing pain to climbers.

In order to remove sweat and odor from the inside of the shoes that have already been developed, the invention that wired hot wires and developed various forms on the insole tried to solve the problem, but various fields developed variously because loess is common in Korea without much interest and neglect. While researching on the product of the product, it is made with an insole for the sole of the foot with a microball made in a size that does not irritate the sole of the foot, and a separate part is attached to have a cushion only for the depression of the plain and the restraint and the depression of the heel. It is a field of manufacturing technology that is manufactured with insole shoes manufactured in the shape of the soles of the feet.

There are various improved products for shoes and shoe insoles, that is, shoe insoles, and many products have been developed using various methods, and even products that protect the sole structure and the foot arch formed in the center of the sole have been developed, and even remove sweat generated from the sole. For the purpose, various development techniques such as a method of drying after taking off a shoe were used as the background of the present invention.

As a result of a lot of research on shoes, as well as products with functionality and various characteristics, there are many patents related to this, but among them, the insole shoe that adheres a special insole for the insole, which becomes a shoe insole, from the front of the sole of the sole, is a domestic patent application No. 10- 2011-0110655 (2011.10.27.) and similar applications have been filed, and domestic application No. 10-2006-0071248 (2006.07.29) and a functional foot arch support for the shoe cup insole that protects the heel. As shoes, domestic application No. 10-2015-0020682 (2015.02.11.) was developed as a background technology of the present invention.

In particular, in the gait study to identify the cause of the plantar disease in the medical field, as a medical person who studies the relationship between the characteristics of the plantar bone and gait, identifies the problem, and suggests an alternative to this, the data on the optimal insole for the foot are also the background of the present invention. As for the small yellow clay particles, Korean Utility Model Publication No. 20-0153593 (1999.08.02.) and Korean Patent Publication No. 10-2016-0142008 (2016.12.12.) were also used as background technology of the present invention.

According to many research data, when the inside of the shoe gets wet with sweat, the smell of athlete's foot as well as the foot intensifies and spreads to eczema, causing serious problems in foot hygiene. Therefore, 20-1995-005962, a drying device for the shoe upper and insole, which has already been developed (Dec. 1995. 29.) was also referred to as the background technology of the present invention in consideration of the difficulty of removing shoe odor and drying method and the cause of occurrence, but it is also a field that requires continuous technology development as well as the present invention.

The important point to be solved in the present invention is the anterior part connected by nodes while the structure of the plantar bone extends from the extremity to the extremity in 5 rows, and the toe joint which is connected to the medial after the heel bone connected under the shin bone in the knee descends back. It is empty under the toe bone that connects to the upper part of the road, so standing or walking for a long time causes fatigue, and it should be a task to remove the cause of swelling due to blisters and skin fatigue due to moisture and sweating from the soles of the feet.

There may be reasons for the skin to soften due to such lack of breathability and moisture, but it should be a parallel project to develop an alternative that prevents the foot from being damaged by the occurrence of athlete's foot or bacteria.

Auxiliary support that fills the grooves such as the space formed at the base of the shinbone forming the sole of the foot and the connecting bones forming the five toes, and the space formed at the bottom of the connection space between the base bones forming the thumb and anchor The interphalangeal cushion is placed in the space between the metatarsal bone and the metatarsal bone, which is made of the soft material of the dragon, and the longitudinal cubic cushion is attached to the heel area between the calcaneus and the longitudinal cuboid joint that support the heel. After making small pores at regular intervals and filling the small pores with small loess particles, cover with a thin non-woven fabric so that the small red clay particles do not fall out, and absorb sweat and moisture generated from the soles of the feet, thereby eliminating humidity for a certain period of time.

Of course, the arch of the foot arch should be supplemented at the same time to support it with a cup-type insole, and the sole and upper of the shoe should be made sturdy like ordinary shoes, and the foot of the foot is widened due to changes in diet and residential environment so that the foot can be comfortable before being a slender shoe. The width of the foot is also widened, and it is solved as a task of improving so that you do not feel uncomfortable even if you wear it for a long time.

In the meantime, shoes have been manufactured considering only the shape and simple arch support for the foot arch due to the condition of the insole for the unbalanced foot of the shoe. As research on the back situation continues, it is made with a more scientific and physiological aspect so that the difference due to the gap between the toes and the sole of the foot does not cause strain on the sole, so it is expected to have the effect of relieving the pain of the sole by allowing the activity to be maintained for a long time. ,

Like the mandolin-shaped walking shoes that have already been developed and gained popularity, this product also stops climbing or dancing due to ankle abnormalities that occur when it causes deformities such as ignorance or valgus and affects the ankles and Achilles muscles with heel abnormalities. It is also expected to have the effect of allowing you to do activities to your heart's content.

1 is a top perspective view of the sweat control insole shoe of the present invention,
Figure 2 is a detailed view of the contact area between the sweat control insole and the sole of the present invention
Figure 3 is a detailed perspective view of the sweat control insole and the sole of the present invention before the merger
4-1 is a reference diagram for the name of each part of the plantar bone related to the present invention
4-2 is a reference diagram for the name of each joint in the plantar bone related to the present invention,

In order to manufacture the sweat control insole shoe of the present invention, first, a ball of small particles with a diameter of 1 to 2 mm made of ocher is made into ocher, baked and cooled in an electric furnace at 1,200°C to produce small yellow clay particles, and then cut with a resin pad prepared in advance. In the upper plate 30, a plurality of small particle storage balls 22 are poured at appropriate intervals on the insole upper plate 30 except between the calcaneus and the longitudinal cubic joint at the heel portion, but the insole lower plate 32 is not poured,

From the front part where the longitudinal cubic cushion 12 is attached from the upper surface of the insole top plate 30 to the rear immediately after the point where the intercutaneous cushion 10 is attached, and from the front to the front surface of the attachment point of the internode cushion 10 Arranged appropriately at intervals to form small particle storage balls 22,

In the rear portion of the insole top plate 30 on which the small particle storage holes 22 are formed, the insole top plate 30 attached to the top surface of the insole bottom plate 32 is attached to the insole bottom plate 32 where the small particle storage balls 22 are not formed. ), which blocks the small particle storage balls 22 that are open on the back of the small yellow clay particles 20 to be filled in the small particle storage balls 22 are stored without flowing downward,

When the small loess particles (20) are filled in the small particle storage ball (22), the loess elementary particles (20) are closed with the insole lower plate (32), so that they do not fall out, but are open to the top and come out. The method is to first seal the cover nonwoven fabric 34 with sewing thread 36, but only the edges are sealed, so that the entire upper surface of the insole top 30 can be reliably attached, when covering the cover nonwoven fabric 34 When attached to the front of the insole top 30 using an adhesive, the small yellow clay particles 20 are made visible but not missing,

In the insole top plate 30 where the small particle storage balls 22 are to be placed, the part where the vertical cubic cushion 12 is to be attached does not need to be poured, and the point where the interlayer cushion 10 attached to the front is attached is also the small particle storage ball ( It is not necessary to make 22), but if it is to be poured due to the manufacturing process, it is okay to fill with small loess particles (20) after pouring.

The material of the insole top plate 30 is made of synthetic resin having elasticity, but the thickness is 4mm to 6mm, and if the diameter of the ball 22 for small particles is also 4mm to 6mm, it is difficult to accommodate the small loess particles 20 of 1mm to 2mm. There will be no,

The material of the interphalangeal cushion (10) is also made of synthetic resin, but it must be very soft and soft, and is formed along the interphalangeal joint (52) from the phalanx to the ulna at each toe of the wearer by filling it with gel in the sac-shaped color (Sac). It is attached so that it rises above the insole top plate 30 so that it is filled with no space along the small arch area, that is, the depression area.

Looking at the structure of the toe bone in our body, the anteroposterior extremity joint part 50, which is the ulna region formed by the phalanx with claws and the connecting phalanx, and the interphalangeal joint part 52 formed in the anteroposterior phalangeal part 50 are In order not to cause inflammation by mixing with sweat, if the internode cushion 10 is supported by a cushion to support the interphalangeal joint 52 of the five toes, it does not cause an excessive amount of time even when walking.

The arch of the sole of the foot in front of the calcaneus (54) at the heel is a structure that facilitates the walking act of unfolding the sole of the foot and then loosing it again.It forms the calcaneus arch (56) just in front of the calcaneus (54) and walks for a long time In order to prevent this, the incidence of inflammation can be suppressed by making and attaching a cubic cushion 12 filled with gel to prevent it.

The insole top plate 30 that the sole of the foot touches from the inside of the shoe is poured with small particle storage balls 22 arranged at regular intervals, and the insole bottom plate 32 is attached so that the small loess particles 20 do not fall out on the poured back.

The method of making fine small particles to be filled in the small particle storage balls 22 is to mix ocher with water and then inject them into a noodle shape, cut finely, rotate them to make them round, and bake them at a high temperature. 22), covered with non-woven cover 34, and then attached with sewing thread 36 and adhesive to seal so that the small loess particles (20) do not flow out. Even the loess baked at high temperature has good moisture absorption and does not break. It is made to be visible because it is a material that has a function of both antibacterial control and acupressure effect such as sand while drying with ventilation.

The insole lower plate 32 attached to the back of the insole upper plate 30 covered with the shoe upper body 60 is also sequentially attached to the insole support upper plate 62, the insole support lower plate 64 and the heel 66 on the rear surface. Attaching the 70 and the rear sole 72 also creates a pair of sweat control insole shoes.

Small loess particles (20) are professionally manufactured and marketed, so you can purchase them on the market without any manufacturing facilities, and ask a company that professionally inserts only small loess particles (20) and makes them with insoles, so that the size is not restricted by the number of doors. It is made to order from materials that are cut and used and purchased as raw materials, and the long color (Sac) of the rectangular body is filled with artificial gelatin (10) and the color of the ellipsoid (Sac) is also filled with artificial gelatin (12). Was produced as,

The long color (Sac) of the rectangular body made of synthetic urethane is the interphalangeal joint (52) that acts as a stepping role from the anteroposterior osteotomy (50) from the thumb (limb) to the gyrus (baby toe) to the sole of the foot between the metatarsal joints (52). ), so that it can be properly placed on the internode joint (52), the inner surface of the shape of a long pillow that matches the width and length of the body is filled with gel made of gelatin to form a soft and soft internode cushion (10). Did,

In addition, the size is made of the same material as the interjoint cushion 10 as described above, and the width of the left and right is taken into account in the area where the heel of the insole top 30 and the heel 64 will be joined at the position where the heel of the insole top 30 is in contact. Therefore, it was made to be located in the middle of the heel so as to be independently active on the inner surface of the shoe, and the length was made to accommodate the calcaneus arch portion 56 including the calcaneus 54 to produce a longitudinal cubic cushion 12.

Insert the insole top (30) covered with the shoe upper body (60) into the new bone suitable for the number of doors, lay the insole base (62), lay the insole base (64) again, and make incomplete shoes without heels, and then the heel (66). And the front window 70 and the rear window 72 are sequentially attached to make it for the left and right, so a pair of shoes was completed.

10: interlayer cushion, 12: jong cubic cushion, 20: small loess particles,
22: small particle storage ball, 30: insole top, 32: insole bottom,
34: cover nonwoven, 36: sewing thread, 40: shank,
42: tibia (shin bone), 50: anteroposterior joint, 52: interphalangeal joint,
54: calcaneus, 56: calcaneus arch, 60: shoe upper body,
62: insole support upper plate, 64: insole support lower plate, 66: heel,
70: front window, 72: rear window,
A: Arrangement of small particle storage balls before containing small loess particles and top view of each part,
B: A perspective view of the arrangement of each part of the insole shoe before assembly with the loess insole,

Claims (1)

Sweat control insole shoes manufactured by incorporating the insole top 30 filled with the small loess particles 20 by pouring the small loess particle balls 22 on the synthetic resin pad material and the insole bottom 32 of the same material and size on the bottom of the insole top plate In the manufacturing method,
The color of the rectangular body made of urethane was made into the jijeol tube cushion (10), filled with artificial gelatin, and attached to the internode joint (52) on the upper surface of the insole top plate, and the color of the ellipsoid body was made from the urethane material into a longitudinal cubic cushion (12) After attaching to the calcaneal arch portion 56 by filling artificial gelatin, the upper surface of the insole upper plate including the insole lower plate attaches the shoe upper body 60 while the rear surface is the insole support upper plate 62, the insole support lower plate 64 and the heel (66), the front sole (70), and the rear sole (72) are attached in order to make a pair of shoes, characterized by sweat control insole shoes manufacturing method

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