CN212971920U - Breathable sole of old people shoe - Google Patents

Abstract

The utility model discloses a breathable sole for an old shoe, which comprises a plastic bottom layer, a first breathable air bag, a breathable air bag ball support, a first splayed ventilation group and a rubber layer, wherein the upper end of the plastic bottom layer is provided with a breathable cushion, the middle part of the breathable cushion is fixed with a shoe lining anti-skid salient point, a breathable groove is inserted in the plastic bottom layer, the front end in the plastic bottom layer is provided with the first breathable air bag, the right side of the first breathable air bag is provided with a second breathable air bag, the right side of a buffering bulge is provided with a second ground grabbing convex block group, the buffering bulge on the right side of the second ground grabbing convex block group is connected with a third ground grabbing convex block group, the rear end of the rubber layer is provided with a heel ground grabbing convex block group, meanwhile, the first splayed ventilation group, the second splayed ventilation group, the third splayed ventilation group and the fourth splayed ventilation group are arranged to form a sole rear end ventilation structure, the front end of the, the area of the sole contacting the ground is increased, and the anti-skid function is achieved.

Description

Breathable sole of old people shoe

Technical Field

The utility model relates to a sole processing technology field specifically is a breathable sole of old man's shoes.

Background

Shoes, shoes are the necessary articles for use of people's life trip, and shoes are all used in running, mountain climbing and outdoor activities in life, and the kind of shoes is also diversified, and the sole is the important component position of shoes, so people have made various soles, according to the difference of old man's health skeleton and amount of exercise, wherein one kind sole designs and manufactures for old man specially.

In the prior art, the manufactured sole has poor antiskid performance, is not heat-insulating and air-impermeable and cannot play a role in shock absorption.

SUMMERY OF THE UTILITY MODEL

The technical problem solved by the utility model lies in overcoming the defects that the produced sole has poor anti-skid performance, is not heat-insulating, is not breathable and cannot play the damping effect in the prior art.

In order to achieve the above object, the utility model provides a following technical scheme: 1. a breathable sole for an old shoe comprises a plastic bottom layer, a first ventilating ball, a ventilating ball support, a first splayed ventilating group and a rubber layer, wherein a breathable cushion is arranged at the upper end of the plastic bottom layer, shoe lining anti-skidding salient points are fixed in the middle of the breathable cushion, ventilating grooves are formed in the lower portions of the shoe lining anti-skidding salient points and are inserted into the plastic bottom layer, a first ventilating ball is arranged at the front end inside the plastic bottom layer, a second ventilating ball is arranged on the right side of the first ventilating ball, a third ventilating ball is arranged on the right side of the second ventilating ball, the first ventilating ball, the second ventilating ball and the third ventilating ball are respectively connected with a first ventilating pipeline group, the first ventilating pipeline group is connected with a front ventilating hole group, the front ventilating hole group is connected to the ventilating cushion, the ventilating ball support is arranged below the first ventilating ball, the second ventilating ball and the third ventilating ball, and the rear end inside the plastic bottom layer is provided with, the spring plate upper plate is connected with the spring plate lower plate through a spring, a first splayed ventilation group, a second splayed ventilation group, a third splayed ventilation group and a fourth splayed ventilation group are sequentially arranged between the spring plate upper plate and the spring plate lower plate and are respectively connected with a rear ventilation hole group through a second ventilation pipeline group, the rear ventilation hole group is connected on the ventilation pad, the lower part of the plastic bottom layer is provided with a rubber layer, the front end of the rubber layer is provided with a front anti-skid convex point, the right side of the front anti-skid convex point is provided with a first ground gripping convex block group, the right side of the first ground gripping convex block group is provided with a buffer bulge, the right side of the buffer bulge is provided with a second ground gripping convex block group, the buffer bulge on the right side of the second ground gripping convex block group is connected with a third ground gripping convex block group, and the rear end of the rubber layer is provided with a heel ground gripping convex block group, and the middle part of the heel ground grabbing convex block group is provided with a buffering bulge, the right side of the heel ground grabbing convex block group is provided with a rear anti-skidding convex point, a groove is formed among the first ground grabbing convex block group, the second ground grabbing convex block group, the third ground grabbing convex block group and the heel ground grabbing convex block group, the rear anti-skidding convex point is connected at the joint of the rubber layer and the edge covering, and the edge covering is arranged on the outer side of the rear end of the plastic bottom layer.

Preferably, first logical balloon, second logical balloon and third logical balloon are hollow polyurethane rubber spherical structure, and internally mounted has elastic fiber, with the inside spherical groove seamless joint of plastic bottom front end.

Preferably, the first ventilating balloon, the second ventilating balloon and the third ventilating balloon are connected with the front ventilating hole group through a first ventilating pipeline group, the first ventilating pipeline group is sequentially dispersed at the front end of the sole, the distance between 3 pipelines is 1.5cm, the longitudinal distance between the front ventilating hole group is 1.5cm, and the transverse distance is 0.5 cm.

Preferably, the first splayed ventilation group, the second splayed ventilation group, the third splayed ventilation group and the fourth splayed ventilation group are hollow polyurethane rubber splayed structures, elastic fibers are installed inside the hollow polyurethane rubber splayed structures, and the hollow polyurethane rubber splayed ventilation groups are in seamless connection with splayed grooves in the rear end of the plastic bottom layer.

Preferably, the first splayed ventilation group, the second splayed ventilation group, the third splayed ventilation group and the fourth splayed ventilation group are respectively connected with a rear ventilation hole group, and the rear ventilation hole group is two groups of circular channels with the diameter of 0.2cm and is respectively arranged at the rear end of the plastic bottom layer.

Preferably, the breathable pad is of a PU honeycomb structure, honeycomb air holes are distributed on the breathable pad, the diameter of each air hole is 0.2cm, the front end of the breathable pad is connected with the front vent hole group, the rear end of the breathable pad is connected with the rear vent hole group, and the thickness of the breathable pad is 0.6 cm.

Compared with the prior art, the beneficial effects of the utility model are that:

adopt first logical balloon, second logical balloon, third logical balloon setting, form sole front end ventilation structure, the group is ventilated to first splayed simultaneously, the group is ventilated to second splayed, the group is ventilated to third splayed and the group setting is ventilated to fourth splayed, forms sole rear end ventilation structure, and plastic bottom layer front end is provided with preceding anti-skidding bump, and the rear end is provided with back anti-skidding bump, and the area on increase sole contact ground plays skid-proof effect.

Drawings

FIG. 1 is a schematic side view of the structure of the present invention;

FIG. 2 is a schematic view of the upper part of the sole of the present invention;

FIG. 3 is a schematic view of the lower part of the sole of the present invention;

fig. 4 is a schematic view of the splayed inspiration group of the structure of the utility model.

Reference numbers in the figures: 1. a plastic bottom layer; 2. the shoe lining antiskid salient points; 3. a ventilation groove; 4. edge covering; 5. a breathable cushion; 6. a first ventilation balloon; 7. a second balloon; 8. a third tee balloon; 9. a first set of ventilation ducts; 10. a balloon is communicated with the balloon holder; 11. a second air passage group; 12. a first splayed vent group; 13. a second splayed vent group; 14. a third splayed ventilation group; 15. A fourth splayed ventilation group; 16. a spring plate upper plate; 17. a spring plate lower plate; 18. a spring; 19. a rubber layer; 20. front anti-slip bumps; 21. rear anti-slip bumps; 22. a first ground-grasping convex block group; 23. a second ground-grasping convex block group; 24. a third ground-grasping convex block group; 25. a heel grip convex block group; 26. a buffer protrusion; 27. a front set of vents; 28. a rear vent set; 29. and (4) a groove.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Referring to fig. 1-4, the present invention provides a technical solution: a breathable sole for an old shoe comprises a plastic bottom layer 1, a first ventilation ball 6, a ventilation ball support 10, a first splayed ventilation group 12 and a rubber layer 19, wherein the upper end of the plastic bottom layer 1 is provided with a ventilation pad 5, the middle part of the ventilation pad 5 is fixed with a shoe lining anti-skidding salient point 2, the lower part of the shoe lining anti-skidding salient point 2 is provided with a ventilation groove 3, the ventilation groove 3 is inserted into the plastic bottom layer 1, the ventilation groove 3 is a hollow cuboid, the front end inside the plastic bottom layer 1 is provided with a first ventilation ball 6, the right side of the first ventilation ball 6 is provided with a second ventilation ball 7, the right side of the second ventilation ball 7 is provided with a third ventilation ball 8, the first ventilation ball 6, the second ventilation ball 7 and the third ventilation ball 8 are respectively connected with a first ventilation pipeline group 9, the first ventilation pipeline group 9 is connected with a front ventilation hole group 27, the front ventilation hole group 27 is connected onto the ventilation pad 5, the first, A balloon support 10 is arranged below the second through-air balloon 7 and the third through-air balloon 8, a spring plate upper plate 16 is arranged at the rear end inside the plastic bottom layer 1, the spring plate upper plate 16 is connected with a spring plate lower plate 17 through a spring 18, a first splayed ventilation group 12, a second splayed ventilation group 13, a third splayed ventilation group 14 and a fourth splayed ventilation group 15 are sequentially arranged between the spring plate upper plate 16 and the spring plate lower plate 17, the first splayed ventilation group 12, the second splayed ventilation group 13, the third splayed ventilation group 14 and the fourth splayed ventilation group 15 are respectively connected with a rear ventilation hole group 28 through a second ventilation pipeline group 11, the rear ventilation hole group 28 is connected on the ventilation cushion 5, a rubber layer 19 is arranged at the lower part of the plastic bottom layer 1, a front anti-skid salient point 20 is arranged at the front end of the rubber layer 19, a first ground-skid salient point group 22 is arranged at the right side of the front anti-skid salient point 20, the right side of the first ground-grasping convex block group 22 is provided with a buffer bulge 26, the right side of the buffer bulge 26 is provided with a second ground-grasping convex block group 23, the buffer bulge 26 on the right side of the second ground-grasping convex block group 23 is connected with a third ground-grasping convex block group 24, the rear end of the rubber layer 19 is provided with a heel ground-grasping convex block group 25, the middle part of the heel ground-grasping convex block group 25 is provided with a buffer bulge 25, the first ground-grasping convex block group 22, the second ground-grasping convex block group 23, the third ground-grasping convex block group 24 and the heel ground-grasping convex block group 25 are provided with a groove 29 in the middle, the right side of the heel ground-grasping convex block group 25 is provided with a rear anti-skid convex point 21, the rear anti-skid convex point 21 is connected with the rubber layer 19 and the wrapping edge 4, the wrapping edge 4 is arranged on the outer side of the rear end of the plastic bottom layer 1, the first through-air ball 6, the second through-air ball 7 and the, the first ventilation balloon 6, the second ventilation balloon 7 and the third ventilation balloon 8 are connected with the front ventilation hole group 27 through a first ventilation pipeline group 9, the first ventilation pipeline group 9 is sequentially dispersed at the front end of the sole, the distance between 3 pipelines is 1.5cm, the longitudinal distance between the front ventilation hole group 27 is 1.5cm, the transverse distance is 0.5cm, the first splayed ventilation group 12, the second splayed ventilation group 13, the third splayed ventilation group 14 and the fourth splayed ventilation group 15 are of hollow polyurethane rubber splayed structures, elastic fibers are installed inside the splayed ventilation groups and are in seamless connection with splayed grooves in the rear end of the plastic bottom layer 1, the first splayed ventilation group 12, the second splayed ventilation group 13, the third splayed ventilation group 14 and the fourth splayed ventilation group 15 are respectively connected with the rear ventilation hole group 28, the rear ventilation hole group 28 is two groups of circular channels with the diameter of 0.2cm, and is arranged at the rear end of the plastic bottom layer 1, the air permeable cushion 5 is of a PU honeycomb structure, honeycomb air holes are distributed on the air permeable cushion, the diameter of each air hole is 0.2cm, the front end of the air permeable cushion 5 is connected with the front vent hole group 27, the rear end of the air permeable cushion is connected with the rear vent hole group 28, and the thickness of the air permeable cushion 5 is 0.6 cm.

When the breathable sole for the old people shoes is used, the sole is stepped on the sole, firstly the breathable pad 5 starts to bear force, when the breathable pad 5 is extruded, the honeycomb structure on the breathable pad starts to rebound force, meanwhile, the force is absorbed, the antiskid salient points 2 in the shoe on the breathable pad 5 can help the sole not slide in the shoe, the force reaches the plastic bottom layer 1, when the first ventilation balloon 6, the second ventilation balloon 7 and the third ventilation balloon 8 at the front end of the plastic bottom layer 1 are extruded, the air in the ball is discharged through the front ventilation hole group 27 connected with the first ventilation pipeline group 9, meanwhile, when the feet are lifted, the ball retracts and sucks air, the first splayed ventilation group 12, the second splayed ventilation group 13, the third splayed ventilation group 14 and the fourth splayed ventilation group 15 at the rear end of the plastic bottom layer 1 are respectively connected with the rear ventilation hole group 28 to discharge the air in the splayed ventilation group, and simultaneously when the feet are lifted, the splayed ventilation group retracts to suck air, so that air in the shoe circulates, and when the force reaches the rubber layer 19, the force is dispersed to the ground through the first ground grabbing lug 22, the second ground grabbing lug 23, the third ground grabbing lug 24 and the heel ground grabbing lug group 25, so that the use is convenient, and the whole process of the work of the breathable sole for the old shoe is realized.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims (6)

1. The utility model provides a be used for ventilative sole of old person's shoes, includes plastic bottom layer (1), first logical balloon (6), the ball support of ventilating (10), group (12) and rubber layer (19) are ventilated to first splayed, its characterized in that: the upper end of the plastic bottom layer (1) is provided with a ventilation pad (5), the middle part of the ventilation pad (5) is fixed with a shoe lining anti-skidding convex point (2), the lower part of the shoe lining anti-skidding convex point (2) is provided with a ventilation groove (3), the ventilation groove (3) is inserted into the plastic bottom layer (1), the front end in the plastic bottom layer (1) is provided with a first ventilation balloon (6), the right side of the first ventilation balloon (6) is provided with a second ventilation balloon (7), the right side of the second ventilation balloon (7) is provided with a third ventilation balloon (8), the first ventilation balloon (6), the second ventilation balloon (7) and the third ventilation balloon (8) are respectively connected with a first ventilation pipeline group (9), the first ventilation pipeline group (9) is connected with a front ventilation hole group (27), the front ventilation hole group (27) is connected on the ventilation pad (5), the ventilation balloon supports (10) are arranged below the first ventilation balloon (6), the second ventilation balloon (7) and the third ventilation balloon (8), the rear end in the plastic bottom layer (1) is provided with a spring plate upper plate (16), the spring plate upper plate (16) is connected with a spring plate lower plate (17) through a spring (18), a first splayed ventilation group (12), a second splayed ventilation group (13), a third splayed ventilation group (14) and a fourth splayed ventilation group (15) are sequentially arranged between the spring plate upper plate (16) and the spring plate lower plate (17), the first splayed ventilation group (12), the second splayed ventilation group (13), the third splayed ventilation group (14) and the fourth splayed ventilation group (15) are respectively connected with a rear ventilation hole group (28) through a second ventilation pipeline group (11), the rear ventilation hole group (28) is connected on the ventilation pad (5), the lower part of the plastic bottom layer (1) is provided with a rubber layer (19), and the front end of the rubber layer (19) is provided with a front antiskid salient point (20), a first ground grabbing convex block group (22) is arranged on the right side of the front anti-skid convex point (20), a buffer bulge (26) is arranged on the right side of the first ground grabbing convex block group (22), a second ground grabbing convex block group (23) is arranged on the right side of the buffer bulge (26), the buffer bulge (26) on the right side of the second ground grabbing convex block group (23) is connected with a third ground grabbing convex block group (24), a heel ground grabbing convex block group (25) is arranged at the rear end of the rubber layer (19), a groove (29) is arranged between the first ground grabbing convex block group (22), the second ground grabbing convex block group (23), the third ground grabbing convex block group (24) and the heel ground grabbing convex block group (25), a buffer bulge (26) is arranged in the middle of the heel ground grabbing convex block group (25), a rear anti-skid convex point (21) is arranged on the right side of the heel ground grabbing convex block group (25), and the rear anti-skid convex point (21) is, the wrapping edge (4) is arranged on the outer side of the rear end of the plastic bottom layer (1).

2. A vapor-permeable sole for elderly shoes according to claim 1, characterized in that: first logical balloon (6), second logical balloon (7) and third logical balloon (8) are hollow polyurethane rubber spherical structure, and internally mounted has elastic fiber, with the inside spherical groove seamless connection of plastic bottom layer (1) front end.

3. A vapor-permeable sole for elderly shoes according to claim 1, characterized in that: the first ventilating balloon (6), the second ventilating balloon (7) and the third ventilating balloon (8) are connected with the front ventilating hole group (27) through the first ventilating pipeline group (9), the first ventilating pipeline group (9) is sequentially dispersed at the front end of the sole, the distance between 3 pipelines is 1.5cm, the longitudinal distance between the front ventilating hole groups (27) is 1.5cm, and the transverse distance is 0.5 cm.

4. A vapor-permeable sole for elderly shoes according to claim 1, characterized in that: the first splayed ventilation group (12), the second splayed ventilation group (13), the third splayed ventilation group (14) and the fourth splayed ventilation group (15) are hollow polyurethane rubber splayed structures, elastic fibers are installed inside the splayed ventilation groups, and the splayed ventilation groups are in seamless connection with splayed grooves in the rear end of the plastic bottom layer (1).

5. A vapor-permeable sole for elderly shoes according to claim 1, characterized in that: the first splayed ventilation group (12), the second splayed ventilation group (13), the third splayed ventilation group (14) and the fourth splayed ventilation group (15) are respectively connected with a rear ventilation hole group (28), and the rear ventilation hole group (28) is two groups of circular channels with the diameter of 0.2cm and is respectively arranged at the rear end of the plastic bottom layer (1).

6. A vapor-permeable sole for elderly shoes according to claim 1, characterized in that: the breathable pad (5) is of a PU honeycomb structure, honeycomb air holes are distributed on the breathable pad, the diameter of each air hole is 0.2cm, the front end of the breathable pad (5) is connected with the front vent hole group (27), the rear end of the breathable pad is connected with the rear vent hole group (28), and the thickness of the breathable pad (5) is 0.6 cm.

Images