KR100431113B1 - Shoe sole insole with top and bottom air compression and top and bottom embossing - Google Patents

Abstract

This insole is divided into ① low side ② high side ③ edge side

① The low insole surface friction with the sole is the top and bottom of the thickness of the insole surface inside the insole, and the upper and lower curved tubular embossing and the lower hemispherical air buffer embossing are in contact with each other. The vertical space is arranged in a triangular array, and the space between the surface of the insole between the curved barrel embossing is made by the air circulation port of the surface

(2) High sole surface without friction with insole makes the sole surface with the thickness of the insole surface, and the surface of the insole is made of high air buffer embossings with vertical bend grooves and holes on the insole surface and perforated up and down. Supported the thickness

③ The insole's edge is made by making a straight triangular curved column along the curve to support the foot's edge to balance the body, and by making a hole at the edge of the insole at regular intervals, the material (leather, cotton, etc. is drilled like the insole hole). Silicone rubber insole for hygienic changeover

Description

Shoe sole insole with top and bottom air compression and top and bottom embossing with the top of the thickness of the insole surface

Conventional insoles use sweat-absorbing materials (leather, cotton, hemp, etc.) and cushions using sponges, etc.

The 10 elements you need for shoes

① Circulate air from the soles to the feet

②Soft cushioning feeling (pressed structure in the order of weak, medium and strong)

③ Prevent jungle friction (blister) between sole and insole

④ Friction prevention between insole base and shoe insole

⑤Comfort as if you fit any shape

⑥ Soft whole foot pressure and slip prevention

⑦ Soft feet on the edge of the sole to balance the body

⑧ Material that absorbs sweat (leather and hemp etc.) can be changed for hygiene

⑨ Because it does not absorb water or oil, Used for two purposes

⑩ Four season shoes can be worn as a function of insole and life and function are semi-permanent

Among these frictionless insole structures and silicone rubber characteristics, the compressive permanent reduction rate allows the insole to be made of silicone rubber that has elasticity and restoring force without deformation and elasticity and hardness in rubber even at -100 ℃ ~ 250 ℃. The most hygienic, comfortable and economical silicone rubber insole has been created and put on shoes.

Its ergonomic insole is made with a frictionless insole structure that is supported by the shape of the sole. Its hemispherical oval height thickness on the surface of the insole and the air circulation port on the surface of the insole is 1, 2, 3 In order to create a structure that can control the air circulation and cushion function, replacement pressure in the curved tubular embossing and the height of the insole, the top of the thickness of the insole surface in the insole is the apex and the top of the curved barrel embossing Overlapping the edges together to form a vertical equilateral triangle, creating a hemispherical oval height above the insole surface thickness.

Hemispherical elliptical height Due to the thickness of the hexagonal curved cylindrical embossing, the insole surface air circulation port is created, so the hemispherical elliptical height and the insole surface air circulation port is the horizontal insole surface between the curved cylindrical embossing It prevents the weakening and blocking of the force of tension that keeps tearing in sharp sand and so on.

The height of the curved tubular embossing on the upper surface of the insole makes the upper and lower air of the insole surface easy to circulate through the air circulation port on the insole surface.

Holes in the top and bottom of the hemispherical air buffer part embossing at the bottom of the curved tube embossing (top embossing at the top and embossing at the bottom of the air buffer) were made to drain the water to the upper and lower air circulation ports of the air buffer.

The triangular angle of the hemispherical air buffer part embossing makes the narrow upper surface of the thickness of the insole into the wider base for efficient contracting action.

The hemispherical air cushion embossing is divided into upper and lower halves (about 1/2) so that the thickness of the insole surface is in contact with the top of the center of the hemispherical air buffer embossing center (without the surrounding space). The center surface of the curved tong embossing in the press is fixed by the air buffer embossing to provide the primary air circulation and cushioning function together with the pressing pressure of the tong embossing.

The lower center of the fixed air buffer embossing has an air space between the embossing and the embossing to create a frictionless air buffer embossing, which acts as a secondary air circulation and cushioning, while the embossing of the frictionless air buffering section opens to form a curved space. The central pressure of the barrel embossing continues to the open space, and the replacement of the embossing's folded column is the same as the thickness of the insole. The function is to make the pressure of the foot and the sole of the foot comfortable

The entire insole is made of silicone rubber so that the entire insole is circulated by the rubber insole, thereby circulating the upper and lower soles of the sole and performing the third air circulation and cushioning function, while simultaneously circulating the air in the air space through the air circulation port on the insole surface.

The underside of the friction-free air buffer embossing and the shoe insole are only in contact with each other without sliding friction.

Insole and friction-free sole The high arching surface eliminates the curved cylindrical embossing on the insole surface thickness, and the insole surface thickness creates the arching surface of the sole. Vertical bends and holes were made over the thickness of the surface of the insole above the space.

Vertical bent grooves and holes are also formed on the underside of the insole wing (the surface without triangular high air buffer embossing) on the insole surface on the upper side of the triangular high air cushion embossing Air cushion embossed soft support cushion and fresh air circulated

The insole edge is made of a straight triangular curved column shaped soles along the curve with the top height of the thickness of the insole surface between the upper and lower embossing (except for both arches, the straight triangular curve due to the curved barrel embossing height above the thickness of the insole surface). The space height cushion function allows the space-type cushion embossing on the surface of the insole to enter the fixed air buffer embossing when the sole is pressed without directly touching the edge of the sole. And the triangular curved column, which is higher than the pressing height of the secondary cushion of the friction-free air cushion embossing, gently supports the sole edge of the foot so that the body can be balanced by the cushion.

The heel surface on the right triangular curved column is shaped like a rubber support triangular cylindrical curved heel to support the heel cushion function by pressing the rubber.The heel surface (straight triangular curved column, larged wing on the insole surface, rubber bearing triangular tube) By making material holes at regular intervals throughout the entire curved column, the material (cotton, leather, hemp, etc.) can be drilled in the shape of the insole so that it can be replaced like a silicone rubber nail.

This frictionless insole structure and silicone rubber characteristics and silicone rubber insoles are made of hardness so that even if the shape of the sole is different, the functions in the insole support the entire foot as the shape of the sole. The insole for shoe soles has a structure that prevents blisters by making the sole angle and jungle friction by the thickness of the insole and the embossing of the upper and lower sides.

1 is a perspective view of the upper surface of the insole

Figure 2 is a perspective view of the underside of the insole

Fig. 3 is a cross sectional view of the top and bottom embossing of the lower insole surface.

4 is a cross-sectional view of the top and bottom views of the upper and lower embossing of the low insole surface

5 is a front view of the insole

6 is a plan view of the insole

[Figure 7] Bottom view of the insole

8 is a side view of the insole

[Description of Symbols for Main Parts of Drawing]

1. Insole surface thickness (insole surface) 2. Curved barrel embossing

3. Vertical equilateral triangle arrangement 4. Hemispherical oval height thickness

5. Air circulation port on insole surface 6. Embossing of hemispherical (triangular) air buffer

7. Top side of narrow insole surface 8. Bottom side of wide insole surface

9. Ball space and upper and lower air circulation port 10. Embossing fixed air buffer

11. Primary air circulation and cushion function 12. Frictionless air cushion embossing

13. Secondary air circulation and cushion function 14. Replacement pressure function in curved barrel embossing

15. Pressing rubber 16. Pressing cushion function of elastic material

17. Embossing high air cushions in triangles 18. (18 ') longitudinal bend grooves and holes

19. Arch wings on insole surface 20. Straight triangular curved column

21. Space height cushion function 22. Rubber base tripod curved column

23. Material hole 24. Silicone rubber characteristics

The shoe sole insole of the present invention will be described in more detail with reference to the accompanying drawings.

1 and 2 is a top and bottom perspective view of the insole

3 and 4 are cross-sectional views of the front and top views of the low insole surface in friction with the sole.

5, 6, 7, 8 are front, top, bottom and side views of the insole

The insole is designed to make the weight of the body evenly distributed throughout the sole, with ergonomic support for air circulation, cushioning and frictionless insole structure.

The low insole surface with friction with the sole is based on the thickness (1) of the insole surface in the insole, and the upper edge above the edge of the curved barrel embossing (2) in a vertical triangular array (3). Due to the hemispherical elliptical height thickness (4) made by overlapping each other, an air circulation port (5) of the insole surface was formed at the corner of the hexagonal curved barrel embossing (2) to prevent the insole surface from being torn continuously.

Insole surface thickness (1) Hemispherical air cushion embossing (6), which is built from the top, makes the upper surface (7) of the narrow insole surface at the bottom (8) of the wide insole surface efficient and flexible. And air cushion embosses (7) lowered to a wide base to create frictionless clearance and air space.

The upper and lower air circulation ports (9) of the air buffer portion to the upper and lower air circulation and water drainage by punching holes in the embossing (2) and the lower end of the air buffer portion (6).

Thickness of insole surface (1) The hemispherical air buffer embossing (6) on the upper side (bottom of the curved barrel embossing) is divided into upper and lower portions (about 1/2) so that the thickness of the insole surface (1) is the hemispherical air buffer embossing (6). The upper surface of the center (approximately 1/2) is brought into contact with the surrounding space (there is no surrounding space) to create a fixed air cushion embossing (10), and the center surface of the curved cylindrical embossing (2) is pressed by the fixed air buffer embossing (10). The primary air circulation and cushion function (11) with the pressing pressure of the barrel embossing

Hemispherical air buffer part embossing (6) The lower center (about 1/2) creates a frictionless air buffer part embossing (12) and folds without friction to each other in the air space, acting as a pump and performing secondary air circulation and cushion function ( 13) The insole surface along with the thickness of the insole surface (1) along with the replacement acupressure function (14) in the barrel embossing with the bearing pressure of the embossing (12) pillar with the edge surface of the curved cylindrical embossing (2). Air circulation port (5) of the insole surface thickness (1) up and down to circulate air

The entire insole is made of silicone rubber, so the entire rubber of the foot is circulated from the sole by the rubber press (15) to make the third air circulation and cushioning function (16). The insole surface thickness (1), formed in the shape of the sole of the sole and supported by a vertical equilateral array (3) with a triangular high air buffer embossing (17), perforated up and down, and above the longitudinal space between the triangular high air buffer embossing (17) Make a vertical bend groove and hole 18 on top

The thickness of the surface of the insole is made by making a vertical curved groove and hole 18 'at the bottom of the arch surface 19 of the insole surface (surface without the triangular high air buffer) at the top of the triangular high air buffer embossing 17. (1) When pressed, the up and down contraction and air circulation

According to the insole edge curve, make a triangular curved column (20) with the thickness of the insole surface (1) above the height of the insole (without both arches) and the height of the curved barrel embossing (2) above the thickness of the insole surface (1). The space on the upper surface of the straight triangular curved column (20) was made into a space height cushion function (21) to provide soft sole edge support with the 1, 2, and 3rd Cu strings of the upper and lower embossing (2) (6) of the insole surface.

The top of the triangular curved column (20) of the heel is made of a rubber support triangular barrel curved column (22) to create a heel shape to support the cushion and cushioning with rubber thickness.

The material (cotton, leather, hemp, etc.) is drilled by drilling the material holes 23 at regular intervals at the edges of the straight triangular curved column 20, the arch wing 19 and the rubber bearing triangular curved column 22 of the insole. The holes were drilled to make them hygienic to change like rubber nails.

The insole structure is a frictionless insole made of silicone rubber characteristics (24) and hardness of silicone rubber. The upper and lower pneumatic and upper and lower embossing is formed by the top of the thickness surface of the insole that can be used semi-permanently. One shoe sole insole

The most comfortable shoes are made by the most comfortable insole, so

①The soles of climbing shoes or ski shoes made of solid shoe soles that can last a long time should be firm so that they can be leveled without bending the soles, so that the feet do not change. Soft, comfortable shoes, cushions, shiatsu, etc.)

② If you put insole without friction, you can wear four seasons with one shoe as a 10 element function.

③ Because the insole structure was made mainly for people who walked for a long time, the fixed acupressure was replaced with the replacement acupressure, and the fixed pressing surface of the weight was distributed to the entire surface of the sole. The contraction of the insole surface thickness and the cushion of the upper and lower embossings created the bending angles. It is made of semi-permanent shoes and prevents blisters. It has no friction with shoe insoles.

④ Among silicone rubber properties, it is heat resistant, cold resistance, weather resistance, permanent compression rate, chemical resistance, hot water resistance, oil resistance, electrical property, flame retardant, etc. Water, oil, acid, etc. do not penetrate the silicone rubber, so it is used for carcasses.

⑤ The insole made of such a structure and silicone rubber properties are effective in protecting athlete's foot and frostbite joints, especially for diabetics and flat feet.

⑥ curved shim embossing (內) in the replacement of the whole body health and comfortable foot soles.

Claims (3)

Curved cylindrical embossings (2) on the insole surface (1) above and below, overlapping the edges in a vertical equilateral triangular arrangement to form the sole height across the insole with hemispherical oval height thicknesses (4) The curved cylindrical embossing face is placed in contact with the hemispherical air buffer embossing (6), and the curved cylindrical embossing corner has an air circulation port (5) on the surface of the insole and a ball shape in the upper and lower centers of the hemispherical air buffer embossing (6). Create a space and up and down air vents (9) Features comprehensive functions (cushion, air circulation, acupressure, custom insoles, etc.) with primary air circulation and cushioning function (11), secondary air circulation and cushioning function (13) and tertiary elastic material pressing cushion function (16) By The sole of the shoe is formed with the upper and lower air compression type and the upper and lower embossing with the top of the thickness of the insole. delete delete