CN103653534A

CN103653534A - Ventilation breathable shoe

Info

Publication number: CN103653534A
Application number: CN201310709184.4A
Authority: CN
Inventors: 陈玉柱
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-12-21
Filing date: 2013-12-21
Publication date: 2014-03-26

Abstract

The invention provides a ventilation breathable shoe which is simple in structure, comfortable to wear and long in service life. The ventilation breathable shoe comprises a sole and an insole. The heel position of the sole or the heel position of the insole is provided with an elastic air bag. The front end of the elastic air bag is provided with a one-way air inlet valve and an air inlet pipe, wherein an opening in one end of the air inlet pipe is arranged at the front foot sole of the sole or the front foot sole of the insole, an opening in the other end of the air inlet pipe is communicated with an inner cavity of the elastic air bag, the rear end or the side end of the elastic air bag is provided with a one-way vent valve, one end of the one-way vent valve is communicated with the outside world of a shoe body, the other end of the one-way vent valve is communicated with the inner cavity of the elastic air bag, the bottom face of the heel position of the sole is downwards provided with a shoe heel, the bottom face of the arch position of the sole is divided into a left part, a middle part and a right part in the width direction of the sole, the position of the middle part is downwards provided with a connection bridge from the bottom face of the sole, the front foot sole part and the shoe heel of the bottom face of the sole are connected through the connection bridge, and the lower end bottom face of the left part of the bottom face of the arch position of the sole and the lower end bottom face of the right part of the bottom face of the arch position of the sole are higher than the lower end bottom face of the connection bridge.

Description

Ventilated respiration shoes

Technical field

The present invention relates to a kind of ventilated respiration shoes.

Background technology

Existing footwear are mostly positioned at arch position and embed iron hook core in sole or between sole and shoe-pad, be used for preventing whole footwear body deformability, its reason is: because the heel of sole is thicker, and forefoot and arch position are thinner, arch place is higher than heel and sole forefoot place simultaneously, directly do not contact with ground, if iron hook core is not set for supporting at arch place, through the stressed meeting of arch in journey, make footwear body deformability, if thicken at sole arch place or arch place be made into ground and directly contacted, whole footwear body is really up to the mark, uncomfortable during dress walking, and although existing iron hook core can play and prevents footwear body deformability, but elastic properties of materials made of iron is poor, weight is also heavier, can not satisfy the demands of consumers, especially in ventilated respiration shoes, existence due to elastic bag, iron hook core must get around elastic bag setting, the structure of iron hook core and installation are all increased to difficulty, this structure is comparatively complicated, iron hook core also can may cause damage to the function of elastic bag simultaneously, affect the service life of ventilated respiration shoes.

Summary of the invention

The object of the invention is to overcome the deficiencies in the prior art, a kind of ventilated respiration shoes of comfortable, long service life simple in structure, light is provided.

The present invention is by the following technical solutions: comprise sole, shoe-pad, the heel place of sole or the heel place of shoe-pad are provided with elastic bag, described elastic bag front end is provided with breather cheek valve and air inlet pipe, described air inlet pipe one end opening is located at sole forefoot place or shoe-pad forefoot place, the other end opening of air inlet pipe and the intracavity inter-connection of elastic bag, rear end or the side of elastic bag are provided with one-way exhaust valve, described one-way exhaust valve one end is communicated with the external boundary of footwear, the other end of one-way exhaust valve and the intracavity inter-connection of elastic bag, bottom surface, sole heel place is to having heel, bottom surface, sole arch place is divided into left part along the width of sole, middle part, right part, described medium position by sole bottom surface to having connecting bridge, forefoot place and the heel of described connecting bridge connected shoe soles bottom surface, the left part of bottom surface, sole arch place and the bottom surface, lower end of right part are higher than the bottom surface, lower end of connecting bridge.

Beneficial effect of the present invention: the middle part, arch place of ventilated respiration shoes is provided with connecting bridge, and connecting bridge is connecting sole forefoot place and heel, connecting bridge just plays the effect that replaces iron hook core, be used for supporting whole footwear body not yielding when dress walking, the left part of bottom surface, sole arch place and the bottom surface, lower end of right part are higher than the bottom surface, lower end of connecting bridge, be that connecting bridge is raised line shape between forefoot and heel, and the both sides of connecting bridge are vacancy portion, from the both sides of footwear body, observe, still can find out the profile of heel, can not cause heel to connect to forefoot the sensation that being aligned seems heavy, thereby affect attractive in appearance, for can integrated sole, this structure can guarantee that footwear body overall structure is not destroyed, not yielding, also can guarantee the elasticity of flexure of footwear body.

Accompanying drawing explanation

Fig. 1 is the overall structure schematic diagram of a kind of ventilated respiration shoes provided by the invention.

Fig. 2 is the upward view of Fig. 1.

Fig. 3 is the A-A cutaway view in Fig. 2.

Fig. 4 is the structural representation of sole in Fig. 1.

Fig. 5 is the B-B cutaway view in Fig. 4.

Fig. 6 is the structural representation at the middle end in Fig. 1.

Fig. 7 is the C-C cutaway view in Fig. 6.

Fig. 8 is the structural representation of shoe-pad in Fig. 1.

Fig. 9 is the D-D cutaway view in Fig. 8.

Figure 10 is the E-E cutaway view in Fig. 2.

Figure 11 is the overall structure schematic diagram of the another kind of embodiment of a kind of ventilated respiration shoes provided by the invention.

The specific embodiment

Below in conjunction with accompanying drawing, specific embodiments of the invention are elaborated.

As Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 8, Fig. 9, shown in Figure 10, the specific embodiment of a kind of ventilated respiration shoes provided by the invention, comprise sole 1, shoe-pad 2, the heel place of sole 1 or the heel place of shoe-pad 2 are provided with elastic bag 1-1, described elastic bag 1-1 front end is provided with breather cheek valve 4 and air inlet pipe 5, air inlet pipe 5 one end openings are located at sole 1 forefoot place or shoe-pad 2 forefoot places, the other end opening of air inlet pipe 5 and the intracavity inter-connection of elastic bag 1-1, the rear end of elastic bag 1-1 or side are provided with one-way exhaust valve 6, one-way exhaust valve 6 one end are communicated with the external boundary of footwear, the intracavity inter-connection of the other end of one-way exhaust valve 6 and elastic bag 1-1, sole 1 bottom surface, heel place is to having heel 1-3, sole 1 bottom surface, arch place is divided into left part 1-4 along the width of sole 1, middle part 1-5, right part 1-6, middle part 1-5 position by sole 1 bottom surface to having connecting bridge 7, forefoot place and the heel 1-3 of connecting bridge 7 connected shoe soles 1 bottom surfaces, the sole 1 left part 1-4 of bottom surface, arch place and the bottom surface, lower end of right part 1-6 are higher than the bottom surface, lower end of connecting bridge 7.

As shown in Fig. 1, Fig. 3, Figure 10, connecting bridge 7 bottom surfaces are higher than the heel 1-3 bottom surface of sole 1, and this structure can, so that connecting bridge 7 thickness dwindle and present flat, can further increase by 7 elasticity that can provide of connecting bridge.

As shown in Figure 2, connecting bridge 7 is along the beloid trapezoidal profile that is of sole 1 length direction, the width that this structure more meets sole 1 arch place is less than the global shape of the width of forefoot and heel 1-3, from sole 1 bottom surface, observe more attractive in appearance, height fall between sole 1 arch place and heel 1-3 is larger simultaneously, needs wider connecting bridge 7 that intensity is provided.

As shown in figure 10, connecting bridge 7 is the arcuate structure that arc top is positioned at sole 1 bottom surface along vertical and sole 1 length direction gained cross section, being connecting bridge 7 is similar to arc and pushes up downward raised line and be fitted in sole arch place, the width of relatively whole sole 1, connecting bridge 7 width are less, when sole 1 arch place steps down in protruding ground, the connecting bridge 7 contacting with ground is to contact with ground with arcwall face, not easy to wear.

As shown in figure 11, another kind of embodiment provided by the invention, connecting bridge 7 is along sole 1 length direction, leading portion is that beloid anterior 7-1 is trapezoidal profile, the rear portion 7-2 that back segment is arcuate structure, and described anterior 7-1 is connected with sole 1 forefoot place, described rear portion 7-2 is connected with the heel 1-3 of sole 1, between the connecting bridge 7 rear portion 7-2 of this structure and heel 1-3, be connected more firmly, when connecting bridge 7 is thinner, can provide good intensity yet, slippers body is not yielding.

As shown in figure 10, the anterior 7-1 of connecting bridge 7 is the arcuate structure that arc top is positioned at sole 1 bottom surface along vertical and sole 1 length direction gained cross section, because the anterior 7-1 width of connecting bridge 7 is less, when sole 1 arch place steps down in protruding ground, the anterior 7-1 of connecting bridge 7 contacting with ground contacts with ground with arcwall face, not easy to wear.

As Fig. 1, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, shown in Fig. 9, between sole 1 and shoe-pad 2, be also provided with the middle end 3, elastic bag 1-1 is arranged on sole 1 heel place, and elastic bag 1-1 bottom is wrapped in sole 1, elastic bag 1-1 exposes on top sole 1 upper surface and forms projection 8, heel place is provided with through hole 3-1 at the described middle ends 3, forefoot place is provided with air-vent 3-2 at the middle ends 3, through hole 12 matches with projection 8, the heel place lower surface of shoe-pad 2 is provided with the upwards pit 2-1 of depression, the heel place upper surface of shoe-pad 2 is provided with protruding 2-2 protruding upward, projection 8 matches through the through hole 3-1 at the middle end 3 and the pit 2-1 of shoe-pad 2, sole 1 forefoot place is provided with many groove 1-2, many groove 1-2 are interlaced and be interconnected, the openend of air inlet pipe 5 is also connected with groove 1-2, groove 1-2 upper end is connected with the air-vent 3-2 at the middle end 3.

The beneficial effect of said structure is: the elastic bag 1-1 bottom that the heel place of sole 1 is provided with is wrapped up by sole 1, and sole 1 upper surface formation projection 8 is exposed on the top of elastic bag 1-1, such structure can be so that the size of elastic bag 1-1 be subject to the restriction of sole 1 thickness, can make larger elastic bag 1-1, realize good ventilation effect, for the projection 8 that coordinates elastic bag 1-1 top to form, at the heel place at the middle end 3, offering through hole 3-1 matches with projection 8, stressed more even for elastic bag 1-1, at the heel place of shoe-pad 2, being provided with pit 2-1 matches with projection 8, for consumer's dress steps down Shi Buhui, heel is trapped in shoe-pad 2, the heel place upper surface of shoe-pad 2 is provided with protruding 2-2 protruding upward, realization for whole ventilatory, at sole 1 forefoot place, be provided with many interlaced and be interconnected groove 1-2, and the openend of air inlet pipe 5 is also connected with groove 1-2, and groove 1-2 upper end is connected with the air-vent 3-2 at the middle end 3, shoe-pad 2 forefoot places also can arrange air-vent, the gas of realizing space in footwear enters air inlet pipe 5 through groove 1-2 again by the air-vent 3-2 at the middle end 3, by air inlet pipe 5, enter in elastic bag 1-1 again, finally by one-way exhaust valve 6, discharged outside footwear.

As Fig. 3, shown in Fig. 5, elastic bag 1-1 is formed by upper and lower two plastic sheets fusion, in elastic bag 1-1, be provided with spring 12, sole 1 is integrated injection molded, elastic bag 1-1 bottom is injection molding the complete parcel of sole 1 forming, such elastic bag 1-1, spring 12 restoring forces are strong, production cost is low, convenient for production, and that sole 1 is integrated is injection molded, elastic bag 1-1 bottom is injection molding the complete parcel of sole 1 forming, elastic bag 1-1 and the sole 1 of this structure are connected firmly, elastic bag 1-1's is stressed more even, the longer service life of elastic bag 1-1.

Claims

1. a ventilated respiration shoes, comprise sole (1), shoe-pad (2), the heel place of the heel place of sole (1) or shoe-pad (2) is provided with elastic bag (1-1), described elastic bag (1-1) front end is provided with breather cheek valve (4) and air inlet pipe (5), described air inlet pipe (5) one end openings are located at sole (1) forefoot place or shoe-pad (2) forefoot place, the intracavity inter-connection of the other end opening of air inlet pipe (5) and elastic bag (1-1), the rear end of elastic bag (1-1) or side are provided with one-way exhaust valve (6), described one-way exhaust valve (6) one end is communicated with the external boundary of footwear, the intracavity inter-connection of the other end of one-way exhaust valve (6) and elastic bag (1-1), it is characterized in that: bottom surface, sole (1) heel place is to having heel (1-3), bottom surface, sole (1) arch place is divided into left part (1-4) along the width of sole (1), middle part (1-5), right part (1-6), position, described middle part (1-5) by sole (1) bottom surface to having connecting bridge (7), the forefoot place of described connecting bridge (7) connected shoe soles (1) bottom surface and heel (1-3), the left part (1-4) of bottom surface, sole (1) arch place and the bottom surface, lower end of right part (1-6) are higher than the bottom surface, lower end of connecting bridge (7).

2. ventilated respiration shoes according to claim 1, is characterized in that: described connecting bridge (7) bottom surface is higher than heel (1-3) bottom surface of sole (1).

3. ventilated respiration shoes according to claim 1 and 2, is characterized in that: described connecting bridge (7) is along the beloid trapezoidal profile that is of sole (1) length direction.

4. ventilated respiration shoes according to claim 1 and 2, is characterized in that: described connecting bridge (7) is the arcuate structure that arc top is positioned at sole (1) bottom surface along vertical and sole (1) length direction gained cross section.

5. ventilated respiration shoes according to claim 1 and 2, it is characterized in that: described connecting bridge (7) is along sole (1) length direction, leading portion is that beloid front portion (7-1) is trapezoidal profile, back segment is the rear portion (7-2) of arcuate structure, described front portion (7-1) is connected with sole (1) forefoot place, and described rear portion (7-2) is connected with the heel (1-3) of sole (1).

6. ventilated respiration shoes according to claim 5, is characterized in that: the front portion (7-1) of described connecting bridge (7) is the arcuate structure that arc top is positioned at sole (1) bottom surface along vertical and sole (1) length direction gained cross section.

7. ventilated respiration shoes according to claim 1, it is characterized in that: between described sole (1) and shoe-pad (2), be also provided with the middle end (3), described elastic bag (1-1) is arranged on sole (1) heel place, and elastic bag (1-1) bottom is wrapped in sole (1), elastic bag (1-1) top is exposed sole (1) upper surface and is formed projection (8), (3) heel place is provided with through hole (3-1) at the described middle end, (3) forefoot place is provided with air-vent (3-2) at the middle end, described through hole (12) matches with projection (8), the heel place lower surface of described shoe-pad (2) is provided with the upwards pit (2-1) of depression, the heel place upper surface of shoe-pad (2) is provided with projection protruding upward (2-2), described projection (8) matches through the through hole (3-1) at the middle end (3) and the pit (2-1) of shoe-pad (2), sole (1) forefoot place is provided with many grooves (1-2), described many grooves (1-2) are interlaced and be interconnected, the openend of air inlet pipe (5) is also connected with groove (1-2), groove (1-2) upper end is connected with the air-vent (3-2) of the middle end (3).

8. according to the ventilated respiration shoes described in claim 1 or 7, it is characterized in that: described elastic bag (1-1) is formed by upper and lower two plastic sheets fusion, in elastic bag (1-1), be provided with spring (12), sole (1) is integrated injection molded, and elastic bag (1-1) bottom is injection molding the complete parcel of sole (1) forming.