KR920003973Y1 - Sole - Google Patents

Abstract

No content.

Description

Sole with ventilation, cushioning and fashion

1 is an overall exploded perspective view of a shoe sole having a flat bottom surface, such as the sneaker window of the present invention.

Figure 2 is a full exploded perspective view of the sole of the shoe heel is formed, such as shoes, safety shoes, boots, hiking boots of the present invention.

3 is an enlarged cross-sectional view taken along the line A-A of FIG.

4 is an enlarged cross-sectional view taken along line B-B of FIG.

5 is an enlarged cross-sectional view taken along line C-C of the first invention of the present invention.

6 is an enlarged cross-sectional view taken along line A-A of FIG.

7 is an enlarged cross-sectional view taken along the line B-B of the second invention of the present invention.

8 is an enlarged cross-sectional view taken along line C-C of the second invention of the present invention.

9 is a perspective view of the waterproof and ventilating portion that combines the waterproofing and ventilation of the present invention, Figure 9a is an exploded perspective view, Figure 9b is a partially cutaway perspective view, Figure 9c is an enlarged longitudinal cross-sectional view.

10 is an enlarged perspective view of the heel cushion unit of the present invention.

11 is an overall perspective view of the heel cushioning material of the present invention.

12 is an enlarged cross-sectional view taken along line A-A of FIG.

FIG. 13 is an exemplary view illustrating an exemplary embodiment of the cushioning material of the present invention, FIG. 13A is a plan perspective view of an installed state, FIG. 13B is an enlarged view of an outward end, FIG. 13C is a partially enlarged perspective view, and FIG. 13D is a AA of FIG. 13C Line section.

14 is an exemplary view illustrating an exemplary embodiment of a shock absorbing material of the present invention, FIG. 14a is a plan perspective view of an installation state, FIG. 14b is an enlarged view of an outward end portion, FIG. 14c is a partially enlarged perspective view, and FIG. 14d is an AA portion of FIG. 14c. Line section.

FIG. 15 is an exemplary view illustrating one embodiment of the present invention heel cushion, FIG. 15A is a plan perspective view of an installed state, FIG. 15B is an enlarged view of an outward end, FIG. 15C is a partially enlarged perspective view, and FIG. 15D is a AA of FIG. 15C Line section.

16 to 26 are examples of an exemplary embodiment showing a modified embodiment of the heel cushioning material of the present invention and a cross-sectional view thereof.

* Explanation of symbols for main parts of the drawings

1: Midsole 2, 2 ": Air distribution room

3: ventilator 4: peripheral part

5, 5 ': Mojigubu 6, 6 ": Storage room

7: arc 8, 8 ': flange

9: back cushion cushion 10: air passage

11, 11 ': Storage groove 12: Waterproof and vent

13, 13 ': flap 14: heel buffer

15, 15 ': Flange 16, 16 ": Air compression chamber

17: oval wall 18: air inlet

19: By air 22: Insole

23, 23 ': cushion airbag 25: outsole

29: exhaust path 29 ': exhaust hole

30, 30 ': air supply 30 ": air supply

31: waist 39: top plate

40: hollow small tube 41: intake and exhaust wall

42: rear wall 42 ': front wall

43: ventilation room 44: acquisition room

45: vent 46: intake vent

47: vent 48: buoyancy plate

49: isolation protrusion 50: base plate

51: circular flange 51 ': arc protrusion

52: inward end 53: hollow tube

54, 54 ', 54 ": Connecting band 55: Hollow part

56: cylinder 57, 61: inward end

58: recessed portion 59: hollow portion

60: hexagonal 60 ': polymer

62, 62 ', 62 ", 62'", 79: arc-shaped 63, 63 ', 66, 66', 68, 68 ', 70: vertical wall

64: squirrel wall 65: mandrel

67, 67 ', 72: mandrel 69, 69', 71: return body

73: interbody 74, 74 ': ventilator

77: bolt 75: air chamber

78: tube 80: arc

81: oval tube 83: triangular

85: toy shape 87: heart shape

88, 88 ': long wall 89: alphabet

90, 90 ': Long-walled upper and lower walls 91: Delay in the race

The present invention relates to a variety of shoe soles, such as sneakers, shoes, boots, safety shoes, hiking boots are provided.

It is molded so that the heel cushion unit is integrally fitted to the heel of the sole, and the cushioning effect on the heel of the sole is improved.In front of the heel, a waterproof and aeration unit that combines waterproof and aeration is installed. To prevent seeping into the shoes, while providing good ventilation, the ribs are applied to the shank of the sole of the sole, instead of omitting the heel on the heeled shoe sole, such as shoes, boots, safety shoes, and hiking boots. In addition, it provides a shoe sole that can get a cushioning effect by eliminating obstacles to shock mitigation.

This is the applicant's heel ring on the outer surface of the sole of the shoe formed integrally with the heel, known as Utility Model Publication No. 82-2591 (US Patent No. 4499672, Japanese Utility Model Publication No. 60-31524 (85.9.20)). And a few air entrances to the wheel of the heel, and then the wheel of the wheel to the outside of the midsole, perforating a number of ventilation holes on the inside, and forming a hollow protrusion to join the shoe sole to connect with the sole of the shoe. The sole of the shoe is disclosed, and the sole of the shoe is provided with an air entry and exit, which is also known as Utility Model Publication No. 82-2592, with an air inlet on the heel surface, and Utility Model Publication No. 90- In No. 2356, an elliptic curved portion is formed on the heel portion of the insole having the cork layer formed on the surface thereof, and a plurality of cushioning protrusions are formed on the rear surface thereof, At the same time, the mother earth part is opposed to the inside, and the cushion projection is protruded, and the ventilation hole is drilled, and the space part is opened at the first half of the midsole, and the mother earth part is spoken on the inner circumferential surface, and the air suction path and the air supply are provided on the surface of the sole. The furnace is arranged vertically and horizontally so that the air suction chamber is communicated with the front end of the air supply passage, and a ventilation hole is perforated and the ventilation cap having a locking jaw is attached to the catch request, which is one end of the air suction passage. The sole which doubles ventilation and cushioning is disclosed, and furthermore, in 90-2357, a plurality of holes are drilled in the first half of the soft material cushion midsole, and the buffer surface is protruded at the same time, but the framing is applied to the fitting edge. If it is a cushion midsole, the heel of the formulation is protruded, then an air inlet and vent is opened in the heel of the sole, and a cap is required on the front axle of the heel. In addition, the sole that combines ventilation and cushioning with a vent hole perforated and a catching jaw formed in the cap request was also disclosed. Open the soft cushion cushion with the cork layer on the surface and insert it inside the incision.The surface of the cushion pad is securely glued to the midsole with a mesh cloth, and the cushion protrusion and the fitting border through the ventilation hole are installed on the back of the cushion pad. The framing body is fitted to the inside of the fitting rim, and the air suction chamber and the air supply port are arranged on the rear surface of the hile cushion pad having a curved portion on the surface thereof, while the air circulation chamber and the air supply chamber are provided with a plurality of buffer protrusions inside the air suction chamber. On the surface of the sole where the ventilation hole is perforated and the ventilation cap with the locking jaw is fitted in order to catch the air inlet and outlet which are in communication with the furnace. They combine the ventilation sole, and a buffer polymerizing a cushion pad has been released.

Applicant's prior art is that only the vent in the ventilation cap is perforated, smooth ventilation in the shoe can be expected, but can not effectively prevent water ingress on the road surface in rainy weather, heel cushioning material is installed in the heel of the sole Since it is not possible to effectively anticipate the impact on the heel of the shoe, and the heel cushion complementary material is not installed in the texture window, the impact on the heel is not only weak. In the case of shoe soles that have heeled shoes such as, safety shoes, hiking shoes, etc., the obstacles of shock mitigation could not be eliminated due to the installation of a solid waist shoe on the texture window.

The present invention devised to remove and improve all the shortcomings, by forming a variety of high-heeled horseshoe-shaped heel cushioning material to be installed as an integral part of the midsale (sole in the case of shoes) In addition, shock mitigation to the heel can be expected more effectively.

The heel cushioning material is hollow inside, but both ends thereof may be closed pipes, and the pipe-shaped heel cushioning material may have a flange on the upper and lower parts thereof facing outwards, so that the impact of the heel at the time of landing can be more flexibly reduced. It is preferable to insert colored tubular or spherical cushion balls so that they look colored or spherical when viewed from the outside, and the heel buffer is not necessarily restricted to the shape of a pipe. It is also preferable that the facing unit ends form a plurality of open oval or hexagonal layers.

Since the buoyancy plate is installed inside the waterproof and ventilating part, if water on the road penetrates into the vent during rainy weather, when the buoyancy plate is injured by buoyancy, it blocks the inlet and outlet through the shoe sole to prevent water ingress into the sole. It is also a feature of the present invention, and when the air in the shoe is exhausted through the inlet and outlet, the buoyancy plate is naturally lowered by the exhaust force, so that the water in the waterproof and vents can be discharged out through the vent. It is also a feature of the present invention.

An air compression chamber is installed on the rear axle of the midsole (also referred to as a shoe sole), so when the heel is pressurized, more compressed air can be easily supplied to the front of the sole, allowing for better ventilation in the shoe. It is also a feature of the present invention, and it is also possible to install a heel cushion complementary material in the upper part of the air compression chamber, and to form a circular arc toward the abdomen, so that the effect of acupressure on the heel and supplementary relief of impact can be expected. It is a preferable configuration.

Referring to the configuration of the present invention based on the accompanying drawings as follows.

1 is a shoe sole having a flat bottom surface, such as sneakers, and concave the air distribution chamber 2 in the first half of the surface of the midsole 1 to drill a plurality of air vents 3, In the peripheral part 4 of 2), the parent portions 5 and 5 'are formed to enter the air distribution chamber 2, and in the latter half of the surface of the midsole 1, a spherical storage chamber 6 is formed. ) Is opened, and the air compression chamber 16 is opened, and a back plate is formed in an arcuate shape 7 in the storage chamber 6, and flanges 8 and 8 'are protruded at both ends. 9) and the air passage 10 and the receiving groove 11 communicate with each other between the air distribution chamber 2 on the surface of the midsole 1 and the heel cushion complementary member 9 so as to communicate with each other. 11) the waterproof and vent 12 is integrally fixed, and the heel cushioning material 14 of the formulation is inserted between the upper and lower flaps 13 and 13 'of the midsole 1 and the midsole 1 and the midsole 1. Integrally molded Um are to the top and bottom of the outer circumferential surface outward in the heel cushioning material 14 is formed side by side with the segment flange 15, 15 '.

In the midsole 1, an air compression chamber 16 is formed in the rear axle by an elliptical wall 17 integrally formed with the rear axle buffer 14, and an air inlet 18 is formed in front of the wall 17. Opened, the midsole 1 communicates with the aeration passage 19 passing through the central portion, and the aeration passage 19 penetrates the aeration hole 3, and an air chamber 75 outside the aeration passage 19. I suggest revenge.

An air distribution chamber 2 'and a spherical storage chamber 6' are also formed in the texture window 20 so as to correspond to the midsole 1, thereby forming the parent portions 21 and 21 ', and the insole 22. Equivalent air distribution chambers 2 " and spherical storage chambers 6 " are provided with cushion airbags 23, 23 " When 22) is integrally midsole with the surface of the midsole 1, the lower ends of the cushion airbags 23, 23 'contact the air distribution chamber 2 of the midsole 1 and the heel cushion complementary material 7 The sole 24 is attached to the rear surface of the midsole 1.

Inside the oval wall 17 and the air compression chamber 16 ′, sponges 36 and 37 containing deodorant and fragrance can be stored.

2 is a shoe sole with a heel such as shoes, boots, safety shoes, hiking boots, etc., the first half of the surface of the sole (out sole) (25) concave the air distribution chamber (26) in the periphery of the mother portion (27) and (27 ') are formed to enter the air distribution chamber (26), and the air vent guide walls (28) and (28') are placed at the same level as the periphery (4 ') at the second half of the surface of the sole (25). The exhaust path 29 is provided between the ventilation guide walls 28 and 28 ', and the air supply paths 30 and 30' are provided outside the ventilation guide walls 28 and 28 '. Respectively, one end of the exhaust passage 29 communicates with the exhaust hole 29 ', and one end of the air supply passages 30, 30' communicates with the air supply hole 30 ", respectively.

The back shank portion of the sole 25 is provided so that the waist portion 31, which serves as a waist, protrudes, and the receiving groove 11 'is recessed in the rear axle portion 32 so that the storage groove 11' is waterproof. And the vent 12 is inserted, and the heel buffer 14 of the formulation is sandwiched between the upper and lower flaps 13 and 13 'and then molded integrally with the heel 32, and then the heel buffer 14 is formed. The upper and lower portions of the outer peripheral surface of the fringe 15, 15 'is formed side by side horizontally, the rear shaft portion 32 is attached to the rear heel clasp 33.

The air distribution chamber 26 'is also opened to correspond to the sole 25 in the texture window 20' so that the mother portion 27 "also protrudes toward the air distribution chamber 26 ', and the insole 22' The air distribution chamber 26 "and the storage chamber 6 '" are opened so that the air distribution chamber 26 "and the storage chamber 6'" may correspond to the shunt window 20 '. 23 ') is installed in a flat surface, the length of the back surface of the cushion airbag 23, 23' when the insole 20 'and the insole 22' are integrally attached to the surface of the sole 25. The lower end of the speaker 25 is in contact with the bottom of the air distribution chamber 26 of the sole 25 and the surface of the texture window 20 '.

In FIG. 1, instead of installing the cushion airbag 23 in the air distribution chamber 2 "of the insole 22, the cushion airbag 23 can be selectively installed in the air distribution chamber 2 of the midsole.

In FIG. 2, the cushion pad 34 with the cushion protrusion 35 protruded and the vent hole 74 "can be selectively installed in the air distribution chamber 26 of the sole 25. As shown in FIG.

The waterproof and ventilating part 12 of FIG. 9 is composed of a quadrangular box having a hooking jaw 38 formed at the rear side of the neck, and a hollow small tubular body 40 is vertically downward in the center of the rear surface of the upper plate 39. The half of this tubular body 40 is cut off and closed to the rear wall 42 of the enclosure by the intake and exhaust chamber wall 41, and at the same time, the watertight and ventilating portion 12 is divided into the compartments of this hop and drainage wall 41. A ventilation chamber 43 and an intake chamber 44 are formed in the inside thereof, and the intake chamber 44 is in communication with the intake vent 46 of the tubular body 40 and the intake vent 45 of the front wall 42 ', The intake and exhaust ports 46 and the ventilation chamber 43 of the tubular body 40 are configured to be in communication with the vent part 47 of the rear wall 42, and the buoyancy plate 48 is located just below the tubular body 40. The bottom of the enclosure was sealed with the base plate 50 protruding a plurality of the separating protrusion 49 upward.

13 to 26 show various shapes that can be deformed with respect to the heel cushioning material 14, and both foamed resins and rubber materials having excellent elasticity are molded, but are integrally formed and bent to form a uniform size to be sneakers. It is fixed to the midsole (1) or the sole 25 of the shoe and various shoe soles at the same time integrally molded or separately purchased.

Although the inside of the heel cushioning material 14 of FIG. 13 is hollow, the inward end part 52 is open, whereas the outward end part is opened, whereas the outward end part has a circular flange 51 and a plurality of arcuate protrusions 51 'protruding therein. Tubular body 53 is a structure that is constantly connected to the connecting strip 54, 14 is the heel cushioning material 14 is a cylindrical body 56 of the hollow portion 55 is constantly connected in two lines, the inward end ( 57 is a structure in which the indentation portion 58 is recessed in the closed and diffracted knee side portion, and the heel buffer material 14 of FIG. 15 is composed of a polymer in which two hexagons 60 of the hollow portion 59 are piled up and down. 6 ') and the polymer (60') is a constant hexagonal speech to be interposed, the inward end portion 61 is a closed structure, the heel buffer 14 of Figure 16, the inward end portion The mandrel is regularly partitioned into the wall-shaped wall 64 inside the upper and lower walls 63 and 63 'of the long-shaped wall closed by the arc-shaped 62, and the mandrel is formed inside the wall 64 of the cage-shaped. The drel 65 is provided laterally, and the outward ends of the upper and lower walls 63 and 63 'are formed with the flanges 15 and 15', and the rear axle buffer 14 of FIG. It is a structure in which the mandrels 67 and 67 'are fixed to the inner side of one of the upper and lower walls 66 and 66' of the oblong end closed in an arc shape 62 ', one after the other. The heel cushioning material 14 of FIG. 18 has half-furnace 69 and 69 'opposite to each other inside the long-walled upper and lower walls 68 and 68' with the inward end closed in an arc 62 ". The outer end portions of the upper and lower walls 68 and 68 'are formed with flanges 15 and 15', and the inward end portions of the heel cushioning material 14 of FIG. The returning body 71 is provided in the inside of the upper and lower walls 70 and 70 'of the long-circle shape which closed the arc shape 62', and the core rod 72 is provided horizontally inside, and the returning body 71 is provided. In the lower part of the interplanetary body 73 is constantly installed, the upper and lower walls 70, 70 'outwardly The end is a structure in which the flanges 15 and 15 'are formed.

The heel buffer material 14 of FIG. 20 is a colored bowl 77 or tubular body having elasticity in the transparent heel buffer material 14 of the formulation in which the flanges 15 and 15 'are formed side by side on the upper and lower sides of the outward outer peripheral surface. 78), the heel cushioning material 14 of FIG. 21 is hollow inside, but the inward end forms an open portion 79, and the outward end forms a circular flange 15, Elliptical tubular bodies 81 having circular arcs 80 formed therein are constantly connected to each other by a connecting strip 54 ", and the heel damping member 14 of FIG. The inward end of the wall is closed in an arc shape (82), and in the outward hollow portion, triangular bodies (83) are alternately arranged to form a formulation, and the heel buffer material (14) of FIG. The heel cushioning material 14 of FIG. The inward end is closed in an arc shape (84), and in the outward hollow part, the toy body 85 is alternately arranged to form a formulation, and the heel buffer material 14 of FIG. 24 is hollow inside. The inward end of the oblong-shaped upper and lower walls is closed in an arc shape (86), and the outward hollow portion has a structure in which a heart-shaped body (87) is alternately disposed to form a formulation, and the heel buffer material of FIG. (14) is a structure in which elastic alphabetic bodies (89) are regularly arranged laterally inside the long-walled upper and lower walls (88) and (88 ') with the inward end closed in an arc shape. 14) is a structure in which an elastic five-wheel mark and a sport event holder 91 are provided laterally inside the long-walled upper and lower walls 90 and 90 'whose inner ends are closed in an arc shape.

In the drawings, reference numerals 74 and 74 'denote vent holes perforated in the flat plate portions of the cushion airbags 23 and 23', and 76 and 76 'are formed integrally with the midsole 1 on the rear axle. It is the support that supports the molding groove of the mold when

The present invention configured as described above, in FIG. 1, first, the heel cushioning material 14 is molded to be integrally embedded between the heel upper and lower flaps 13 and 13 'of the midsole 1, and furthermore, the waterproofing and venting part 12 Is fixed in the accommodating groove 11 so that the ventilation portion 47 opened in the rear wall 42 of the waterproof and ventilation portion 12 is in communication with the air passage 10, and the waterproof and ventilation portion 12 The vent 45 perforated in the front wall 42 'of the head is directed toward the outer surface of the midsole 1, so that the outside air flows in through the vent 45 and passes through the inlet and outlet 46. Out of the vent 47 through the air passage (10) through the air passage (10) to enter the vent (3) from the air distribution chamber (2), and then the vent (19) formed on the back of the midsole (1) It enters into the air compression chamber 16 via.

This air pressure process, the sole 24 is attached to the back of the midsole 1, the heel cushion security material (9) on the surface of the midsole 1 in the storage compartment (6), the back plate is arcuate (7) It is fixed to be formed, it is performed without abnormality when the tension window 20 is centered and the insole 22 is integrally attached to the surface of the tension window 20 all together, on the contrary, the process of evacuating the air introduced into the shoe sole, It goes without saying that the outside air is exhausted through the reverse failure in which the above described external air is introduced at the time of landing.

In the case of sports shoes, as in the case of shoes, military shoes, safety shoes, etc., in which the heel is separately formed, the heel of the foot corresponds to the heel of the foot when walking or exercising. It is preferable to provide a means capable of, so that in the case of the present invention, while the upper and lower flanges 15 and 15 'protrude outwards, the heel cushioning material 14 of the formulation is integrally formed with the heel portion of the sole, The upper portion is provided with a cushion complementary material 9 formed in an arc shape 7 so that the flanges 8 and 8 'can be fitted to the storage chamber 6, and on the back side thereof, the air is compressed as a wall 17. As the thread 16 is formed, when the heel portion of the sole is stepped on, the hollow heel cushioning material 14 is contracted, and the upper and lower flanges 15 and 15 'are also subjected to a load and at the same time the air in the air compression chamber 16. Ball compressed due to shrinkage of the duct wall 17 In this process, the heel of the sole is most smoothly and ideally mitigated, since the shock is transmitted to the anterior part through the aeration passage 19, and the impact transmitted to the heel is also very small, so it is received from the shoe. The fatigue caused by the shock can be eliminated.

In addition, the cushioning airbags 23 and 23 'are also provided in the insole 22, thereby relieving the impact by the air compression in the cushioning airbags 23 and 23', and at the same time elasticity due to the elasticity of the cushion. It is also a feature of the present invention that the effect can be obtained.

In addition, the impact received by the sole by the air chamber 75 can be alleviated.

Since the buoyancy plate 48 is seated by the weight on the separating protrusion 49 of the base plate 50 inside the waterproof and venting unit 12, there is no problem in the normal air flow, and the front wall 42 in rainy weather. When water penetrates through the vent 45 of '), as the water soaks and rises on the bottom plate 50 of the waterproofing and venting part 12, the buoyancy plate 48 also rises to the surface and rises upward. .

Since the raised buoyancy plate 48 closes the lower end of the inlet and outlet 46, the water in the water inlet chamber 44 of the waterproof and vent 12 cannot enter the inlet and outlet 46, thereby making it waterproof. As such, the water in the acquisition chamber 44 lowers the buoyancy plate 48 while the air in the shoe sole is exhausted, and the air filled in the upper portion of the acquisition chamber 44 is compressed while simultaneously venting the water in the acquisition chamber 44. 45), effective waterproofing can be expected.

In FIG. 2, the heel cushioning material 14 of the formulation is sandwiched between the heel upper and lower flaps 13 and 13 'of the sole 25 to be integrally formed, and the waterproofing and venting part 12 is the sole 25. It is fixed in the receiving groove 11 'of the rear axle, so that the front wall 42' faces the front of the shoe sole and the rear wall 42 faces the opposite side, so that the vent provided in the rear wall 47, the air vent 29 ', and the exhaust passage 29 communicate with the air flow chamber 26, the air compression chamber 16' and the air supply hole 30 "at the bottom of the sole 25, The air supply passages 30 and 30 'communicate with the air distribution chamber 26 separately from each other, so that the compressed air compression chamber 16' is compressed due to the contraction of the heel buffer 14 of the heel 32 when landing. The air in the air enters the air distribution chamber 26 through the air supply hole 30 "and the air supply passages 30 and 30 ', and at this time, the exhaust passage together with the air of the air distribution chamber 26 compressed by the sole Waterproof and ventilated through the 29 and vent (29 ') (12) is discharged to the outside through the inner vent 47 and the outer vent 45, the outside air when the retracted cushion airbag 23 and the heel buffer 14 is returned to the shoe in the exhaust process and the reverse process The effect of the airbags 12, the cushioning airbags 23, 23 'and the heel buffer 14 of the vent 12 and the insole 22' is also the same as the effect of the sneakers of FIG.

In particular, since the sole 25 of the shoe where the heel is formed, such as shoes, boots, safety shoes, hiking boots, etc., the waist portion 31 is provided in the back shank portion instead of the waistband, Due to the installation of the waist strap, it may be characterized by correcting the shortcomings that were a major obstacle to the shock relief, and also due to the waist 31 is characterized in that the sole sole enough to perform the conventional waist strap function.

As a deformation of the heel cushioning material 14, it is also preferable to connect the plurality of hollow rods 53 having excellent elasticity at the time of connection 54 to be integrally formed with the heel portion of the sole, and the inward end 57 is closed. The cylindrical body 56 of the hollow part 55 is used as a deformation | transformation of the heel cushioning material 14 by giving a regular speech in two lines, or the hexagonal body 60 of the hollow part 59 in which the inward end part 61 was closed is used. A single hexagonal body 60 is interposed between the polymer 60 'and the polymer 60' overlapping with each other, and is used as a deformation of the heel buffer 14, but the inward end portion is arcuate 62. It is regularly partitioned into a wall-shaped wall 64 inside the upper and lower walls 63 and 63 'of the oblong shape, and a core rod 65 is horizontally installed inside the wall-shaped wall 64. 63), 63 ', the outward end forms flanges 15, 15' and is used as a deformation of the rear axle buffer 14, but the inward end has an arc shape 62 '. The core rods (67) and (67 ') are regularly installed horizontally one by one after the two inside the upper and lower walls (66) and (66'), which are closed by using the deformed heel buffer (14), The returning bodies 69 and 69 'are opposed to each other in an inwardly long vertical wall 68, 68' with the inward end closed in an arc 62 " The outward ends of 68) and 68 'are used as a deformation of the rear axle buffer 14 by forming flanges 15 and 15', but the inward end is closed in an arc shape 62 "'. The return body 71, the core rod 72, and the interlocking body 73 are formed uniformly in the upper and lower walls 70 and 70 'of the outer wall of the upper and lower walls 70 and 70'. The flanges 15 and 15 'are used to form a deformation of the heel buffer 14, or a colored bowl 77 or tubular 78 is introduced into the heel buffer 14 of the transparent formulation. As a variant of one heel cushioning material (14) However, the inside is hollow and the inward end is closed in an arc shape (79), the outward end is a circular flange 15 is formed to connect the ellipsoidal bodies 81 formed with an arc portion (8) therein. 54 ”') to be used as a deformation of the heel cushioning material 14, but the hollow inward end is closed by arcs 82, 84 and 86, and a triangular body in the outward hollow part. (83), the ball-shaped body 85, the heart-shaped body 87, etc. are alternately arranged, and the oblong upper and lower walls 88, 88 ', 90', ( 90 ') of the inner side of the midsole (1) or the sole (25) of the cushioning material 14 formed of an elastic alphabet form 89, or a five-wheel mark and the race bell (91) formed into a formulation. In the case of integrally installed in the can be seen to be a very effective and desirable component to mitigate the impact.

Claims (30)

In various shoe soles having a flat bottom surface like sneakers, the air circulation chamber 2 is concave in the first half of the surface of the midsole 1, and a plurality of vent holes 3 are drilled, and the periphery 4 of the air distribution chamber 2 is provided. ) Is formed so that the parent portions 5 and 5 'enter inwards, and in the latter half of the surface of the midsole 1, a spherical storage chamber 6 is provided and opened with the air compression chamber 16. The heel cushion complementary material 9 of the arc shape 7 is fitted in the chamber 6, and between the air circulation chamber 2 and the cushion complementary material 9 on the surface of the midsole 1, The storage groove 11 is arranged to communicate with each other, and the waterproof groove and the ventilation unit 12 are integrally fixed to the storage groove 11 so that the ventilation unit 47 of the waterproof and the ventilation unit 12 is connected to the air passage 10. It communicates with each other, and inserts the heel cushioning material 14 of the formulation between the upper and lower flaps 13 and 13 'of the midsole 1 heel and integrally forms the midsole 1, and if the midsole 1 is the heel An air compression chamber 16 is formed by an elliptical wall 17, but an air inlet 18 is opened in front of the wall 17, and communicates with the aeration passage 19, and the aeration passage 19 A plurality of air chambers 75 are provided on the outside thereof, and the sponges 36 and 37 containing deodorizing and fragrance are embedded in the wall 17 and the air compression chamber 16, and the insoles 22 In the air distribution chamber (2 ') and the storage compartment (6 "), the airbags (23) and (23') with perforated holes (74) and (74 ') are installed flatly, and shoes, safety shoes, boots, In the rear heel of various soles 25 where the heel is formed, such as hiking shoes, a storage groove 11 ′ for attaching the waterproof and vent 12 is provided, and the front shank portion has a waist ( 31 is provided to protrude, and the air compression chamber 16 'and the receiving groove 11' are drilled with an exhaust hole 29 'and an air supply hole 30 "so that the exhaust path of the rear axle of the sole 25 surface ( 29) and air supply to 30 and 30 'respectively. Combining ventilation and cushioning sole and fashion is characterized by configuring to communicate. 2. The sole of claim 1, wherein the heel cushioning material (14) of the formulation is integrally molded inside the heel of the midsole (1). The sole of claim 1, wherein the heel cushioning material (14) of the formulation is integrally molded inside the heel portion of the sole (25). The watertight and venting portions 12 are fitted in the interior of the accommodating groove 11 between the surface air distribution chamber 2 of the midsole 1 and the spherical accommodating chamber 6. And the vent part 47 of the vent part 12 communicates with the air passage 10, and the vent hole 45 of the waterproof and vent part 12 faces the midsole 1 outside. Sole combines cushioning and fashion. According to claim 1, If the sole 25 is fixed to the waterproof groove and vent 12 in the receiving groove 11 'recessed in the rear axle, the vent 45 of the waterproof and vent 12 is facing forward , The vent 47 is a shoe that combines ventilation, cushioning and fashion, characterized in that it communicates with the exhaust hole 29 'toward the rear. The sole of claim 1, wherein the shank portion of the sole (25) is provided so that the waist portion (31) protrudes. 2. The storage chamber (6) of the midsole (1) surface rear axle is opened with an air extrusion chamber (16), and a double plate is formed in an arc shape (7), and flanges (8) and (8 ') at both ends. Shoe cushion combines ventilation, cushioning and fashion, characterized in that the heel cushion complementary material (9), which has been addressed. According to claim 1, If the midsole 1, the air compression chamber (16) is formed in the rear shaft portion by the elliptical wall 17, the air inlet 18 is formed in front of the elliptical wall (17) to vent Sole with ventilation, cushioning and fashion, in communication with (19). The airbag compartment 2 "and the storage compartment 6" of the insole 22 are cushion airbags 23, 23 'with perforated holes 74, 74'. Sole combines ventilation, cushioning and fashion characterized by being installed in a flat. According to claim 1, wherein the waterproof and ventilating portion 12, if the upper plate 39, the hollow small tube 40 in the center is vertically oriented downward, and half of the tube 40 is cut off to absorb It is closed to the rear wall 42 of the quadrilateral enclosure by the exhaust wall 41 and at the same time, the ventilation chamber 43 and the water intake chamber 44 are provided in the waterproof and ventilating section 12 by the compartments of the intake and exhaust chamber wall 41. Is formed, and the entrance chamber 44 is in communication with the air vent 45 of the front wall 42 'and the inlet and outlet 46 of the tubular body 40, and the inlet and outlet 46 of the tubular body 40 and the ventilating chamber. 43 is configured so as to be in communication with the vent portion 47 of the rear wall 42, the bottom plate protruding so that the separating projection 49 is upward so that the buoyancy plate 48 is located directly below the tubular body (40). Sole combines ventilation, cushioning, and fashion, characterized in that the bottom 50 of the waterproof and vent 12 is sealed. The heel cushioning material 14 of the formulation is characterized in that both ends are closed while the inside is a hollow tube, and the flanges 15 and 15 'protrude side by side in the outward upper and lower parts. Sole with ventilation, cushioning and fashion. The heel cushioning material 14 of the formulation has a plurality of hollows in which the inward end portion 52 is open while the outward end portion has a circular flange 51 and an arcuate protrusion 51 'protruding therein. Sole combines ventilation, cushioning, and fashion, characterized in that the tubular body (53) is constantly connected by a connecting strip (54). According to claim 1, wherein the heel buffer 14 of the formulation is constantly connected in two rows of cylindrical body 56 of the hollow portion 55, the inward end 57 is closed and the indentation portion 58 in the inner portion is diffracted Sole combines ventilation, cushioning and fashion, characterized by the fact that. The hex buffer material 14 of the formulation according to claim 1, wherein the hex buffer material 14 of the formulation comprises a single hexagon 60 between the polymer 60 'and the polymer 60' where the hexagons 60 of the hollow part 59 overlap the upper and lower sides. The intervening but constant connection, inward end 61 is a shoe sole that combines ventilation and cushioning and fashion, characterized in that the closure. The heel cushioning material 14 of the dosage form is uniformly formed as a thick wall 64 inside the elongated upper and lower walls 63 and 63 'having the inward end closed in an arc 62. The core rod 65 is horizontally installed in the cage wall 64, and the outward ends of the upper and lower walls 63 and 63 'are formed with the flanges 15 and 15'. Shoe soles that combine ventilation, cushioning and fashion, characterized by bending. 2. The heel cushioning material 14 of the formulation has a mandrel 67, 67 'inward of an oblong upper and lower wall 66, 66' with its inward end closed in an arc 62 '. ) Sole combines ventilation, cushioning and fashion, characterized in that the two are formed side by side and then bent in a constant fashion. 2. The heel cushioning material 14 of the formulation is characterized in that the return body 69, 69 is formed inside the elongated upper and lower walls 68, 68 'with the inward end closed in an arc 62 ". ') Is the opposite to each other in a constant speech, the outward end of the upper and lower walls 68, 68' is formed by the flanges (15, 15 ') bent in the formulation, ventilation and cushioning And fashion shoe soles. 2. The heel cushioning material 14 of the formulation is characterized in that the return body 71 and its inner side are formed inside the elongated upper and lower walls 70 and 70 'with the inward end closed in an arc shape 62 ". The core rod 72 is formed laterally, and the interlocking body 73 is formed at a lower portion of the return body 71. The outward ends of the upper and lower walls 70 and 70 'are flanged 15, A shoe sole with ventilation, cushioning and fashion, characterized in that it is bent into a formulation to form (15 '). The heel cushioning material 14 of the formulation is a colored bowl having elasticity inside the transparent heel cushioning material 14 of the formulation in which the flanges 15 and 15 'are laterally side-by-side formed on the upper and lower sides of the outward outer peripheral surface. 77) Sole with ventilation, cushioning and fashion, characterized in that the retracted. The heel cushioning material 14 of the formulation of claim 1, wherein the heel cushioning material 14 of the formulation is hollow, but the inward end is closed in an arc shape 79, and the outward end forms a circular flange 15, the arc of which is inside. Sole combines ventilation, cushioning and fashion, characterized in that the elliptical tubular body 81 is formed by the portion 80 is constantly connected by the connecting strip (54 ") is bent in the formulation. The method of claim 1, wherein the heel cushioning material 14 of the formulation, the inward end is closed, the triangular body 83 is alternately arranged in the outer wall of the upper and lower angular shape to the outward alternately. Sole with cushioning and fashion. The heel cushioning material 14 of the dosage form is a toy-shaped body in an oblong-shaped upper and lower wall in which an inward end portion is closed, and a toy body 85 alternates in an outward-shaped upper and lower wall. Sole combines ventilation, cushioning and fashion, characterized in that the (85) are alternately arranged opposite. The method of claim 1, wherein the heel cushioning material 14 of the formulation, the inward end is closed, the heart-shaped body 87 is alternately arranged in the outer wall of the upper and lower angular shape to the outward alternately. Sole combines a light fashion cushioning. According to claim 1, wherein the heel cushioning material 14 of the formulation is a colored tubular body having elasticity inside the transparent heel buffering material 14 of the formulation in which the flanges 15, 15 'are formed side by side on the upper and lower sides of the outwardly circumferential surface. Sole combines fashion, ventilation and cushioning, characterized in that the (78). 2. The heel cushioning material 14 of the formulation is characterized in that the resilient alphabets 89 are uniformly transversely inside the elongated upper and lower walls 88, 88 'with the inward end closed in an arc. Sole with ventilation, cushioning and fashion, characterized by the installation. The heel cushioning material 14 of the dosage form is formed of an elastic five-wheel mark and a race track target 91 inside the upper and lower walls 90 and 90 'having the inward end closed in an arc shape. Sole with ventilation, cushioning and fashion, characterized in that it is installed laterally. 2. The shoe sole according to claim 1, wherein sponges (36) and (37) containing deodorant and fragrance are embedded in the wall (17) and the air compression chamber (16). The ventilation and cushioning according to claim 1, characterized in that a cushion pad (34) protruding with a cushion protrusion (35) and a perforation hole (74 ") is installed in the air distribution chamber (26) of the sole (25). And fashion shoe soles. The shoe sole according to claim 1, wherein a cushion air bag (23) is installed in the air distribution chamber (2) of the midsole (25). The sole of claim 1, wherein a plurality of air chambers (75) are provided along the edge of the midsole (1).