阅读说明：本技术 空气动力缓震呼吸鞋 (Aerodynamic shock-absorbing breathing shoes ) 是由 陈品洁 于 2019-10-17 设计创作，主要内容包括：一种空气动力缓震呼吸鞋,包括鞋底和鞋帮,鞋底包括底面耐磨层和缓震层,缓震层下端设有开口向下的柱形空腔,底面耐磨层与缓震层下端相粘接,并将柱形空腔的开口密封,鞋底后跟处设有呼吸槽,呼吸槽开口向上并且上方设有呼吸盖,呼吸槽内设有两个定位槽,呼吸盖上设有两个定位柱,定位槽与相应的定位柱相配合,呼吸槽上边缘设有下密封斜面,呼吸盖下边缘设有上密封斜面,上密封斜面与下密封斜面间歇性密封配合,定位柱内设有环形空腔,环形空腔内设有弹簧,弹簧提供呼吸盖向上的弹性力,呼吸盖为弹性材料,在呼吸盖向下移动使上密封斜面与下密封斜面接触密封后,仍能继续向下变形移动,呼吸槽内设有单向排气阀,单向排气阀连通呼吸槽与鞋外空间。(An aerodynamic cushioning respiration shoe comprises a sole and an upper, wherein the sole comprises a bottom surface wear-resistant layer and a cushioning layer, a cylindrical cavity with a downward opening is arranged at the lower end of the cushioning layer, the bottom surface wear-resistant layer is bonded with the lower end of the cushioning layer and seals the opening of the cylindrical cavity, a respiration groove is arranged at the heel of the sole, a respiration cover is arranged above the opening of the respiration groove, two positioning grooves are arranged in the respiration groove, two positioning columns are arranged on the respiration cover and matched with the corresponding positioning columns, a lower sealing inclined plane is arranged at the upper edge of the respiration groove, an upper sealing inclined plane is arranged at the lower edge of the respiration cover and intermittently and hermetically matched with the upper sealing inclined plane, an annular cavity is arranged in the positioning columns, a spring is arranged in the annular cavity and provides upward elastic force for the respiration cover, the respiration cover is made of elastic material, and after the respiration cover moves downwards to enable the upper sealing, still can continue downward deformation and remove, be equipped with one-way discharge valve in the breathing groove, one-way discharge valve intercommunication breathing groove and shoes outer space.)

1. The utility model provides an aerodynamic bradyseism breathing shoes, includes sole (1) and upper of a shoe (2), its characterized in that: the sole (1) comprises a bottom wear-resistant layer (15) and a cushioning layer (16), the lower end of the cushioning layer (16) is provided with a cylindrical cavity (21) with a downward opening, the bottom wear-resistant layer (15) is bonded with the lower end of the cushioning layer (16) and seals the opening of the cylindrical cavity (21), the heel of the sole (1) is provided with a breathing groove (3), the opening of the breathing groove (3) is upward and the upper part of the breathing groove is provided with a breathing cover (4), two positioning grooves (5) are arranged in the breathing groove (3), two positioning columns (6) are arranged on the breathing cover (4), the positioning grooves (5) are matched with the corresponding positioning columns (6), the positioning columns (6) can move up and down along the positioning grooves (5), the upper edge of the breathing groove (3) is provided with a lower sealing inclined plane (7), the lower edge of the breathing cover (4) is provided with an upper sealing inclined plane (8), and the upper sealing inclined plane (8) is intermittently and, be equipped with annular cavity (9) in reference column (6), be equipped with spring (10) in annular cavity (9), spring (10) provide breathe lid (4) ascending elastic force, breathe lid (4) be elastic material, breathe lid (4) downstream make upper seal inclined plane (8) and lower seal inclined plane (7) contact sealed back, still can continue downward deformation and remove, be equipped with one-way discharge valve (11) in breathing groove (3), one-way discharge valve (11) intercommunication breathing groove (3) and shoes outer space.

2. The aerodynamic cushioning respiratory footwear of claim 1, wherein: the sole and arch department all are equipped with cylindrical recess (12) before bradyseism layer (16) upper surface, cylindrical recess (12) opening upwards and the upper edge is equipped with intercommunication breach (13), still is equipped with air guide way (14) on sole (1), air guide way (14) one end is linked together through intercommunication breach (13) and cylindrical recess (12), and air guide way (14) other end is linked together with breathing groove (3).

3. The aerodynamic cushioning respiratory footwear of claim 2, wherein: the positions of the cylindrical groove (12) and the cylindrical cavity (21) are staggered.

4. The aerodynamic cushioning respiratory footwear of claim 1, wherein: the cylindrical cavity (21) comprises a small cavity (17), a medium cavity (18) and a large cavity (19), wherein the diameters of the cavities are gradually increased from small to large, the small cavity (17) is distributed at the root of a large toe and the center of the heel, the large cavity (19) is distributed at the arch of the foot, and the medium cavity (18) is distributed at other positions except the small cavity (17) and the large cavity (19).

Technical Field

The invention relates to an aerodynamic cushioning breathing shoe.

Background

Present breathing shoes adopts the mode of setting up elasticity breathing gasbag in sole or shoe-pad mostly, and realize the circulation of air in shoes inner space and shoes outer space through one-way admission valve and one-way discharge valve, the breathing shoes effect of this kind of mode has well to have poorly, also there are some imperfect places of structure, for example also have some destruction to the fastness of shoes and can reduce life, long-time use along with elasticity gasbag, elasticity gasbag's leakproofness and intensity all descend easily and lead to respiratory function's inefficacy, one-way admission valve also exists the hidden danger that blocks up the inefficacy easily.

Disclosure of Invention

The invention provides the aerodynamic cushioning breathing shoes which are simple in structure, good in breathing effect, long in service life and good in cushioning effect.

In order to solve the technical problems, the invention adopts the following technical scheme: an aerodynamic cushioning respiration shoe comprises a sole and an upper, wherein the sole comprises a bottom surface wear-resistant layer and a cushioning layer, the lower end of the cushioning layer is provided with a cylindrical cavity with a downward opening, the bottom surface wear-resistant layer is bonded with the lower end of the cushioning layer and seals the opening of the cylindrical cavity, a respiration groove is arranged at the heel part of the sole, the opening of the respiration groove is upward and is provided with a respiration cover above, two positioning grooves are arranged in the respiration groove, two positioning columns are arranged on the respiration cover and are matched with corresponding positioning columns, the positioning columns can move up and down along the positioning grooves, the upper edge of the respiration groove is provided with a lower sealing inclined plane, the lower edge of the respiration cover is provided with an upper sealing inclined plane, the upper sealing inclined plane and the lower sealing inclined plane are in intermittent sealing fit, an annular cavity is arranged in the positioning columns, a spring is arranged in the annular, the breathing cover is made of elastic material, and can still continuously deform and move downwards after the breathing cover moves downwards to enable the upper sealing inclined plane and the lower sealing inclined plane to be in contact sealing, a one-way exhaust valve is arranged in the breathing groove and is communicated with the breathing groove and the space outside the shoe.

The beneficial effects provided by the invention are as follows: the sole is formed by bonding a wear-resistant layer and a cushioning layer, so that the cylindrical cavity of the cushioning layer is sealed into cylindrical sealed cavities, and the cushioning layer provides cushioning force when deformed, the cylindrical sealed cavities have good firmness and are not easy to damage in compression, and simultaneously materials can be saved to reduce the weight of the sole, a breathing groove at the heel of the sole is matched with a breathing cover to form a breathing cavity, two positioning grooves arranged in the breathing groove are matched with two positioning columns on the breathing cover, and a spring is arranged in an annular cavity of the positioning columns to provide upward elastic force for the breathing cover, so that the breathing cover keeps not to shift in the vertical up-and-down moving process, the intermittent sealing tightness between the upper sealing inclined surface of the breathing cover and the lower sealing inclined surface of the breathing groove is ensured, and the breathing cover can still continue to deform and move downwards after the upper sealing inclined surface is in contact and matching with the lower sealing inclined surface to form the breathing cavity, can compress the space in respiratory cavity, the air in the respiratory cavity of this moment sealed can only be through one-way discharge valve exhaust shoes outer space, and after the foot lifts up to stop exerting pressure downwards to the respiratory lid, the spring provides the ascending elastic force of respiratory lid this moment, make the respiratory lid upwards break away from with the cooperation of breathing groove, respiratory cavity is opened, make the air in the shoes get into the respiratory cavity and wait for next time exhaust, thereby realize the respiratory effect, this kind of respiratory shoes no longer need one-way admission valve, simultaneously with the defect that does not have the respiratory gasbag to become invalid, long service life, the respiratory effect is better.

Further, sole and arch department all are equipped with cylindrical recess before bradyseism layer upper surface, cylindrical recess opening makes progress and the top edge is equipped with the intercommunication breach, still is equipped with air guide way on the sole, air guide way one end is linked together through intercommunication breach and cylindrical recess, and the air guide way other end is linked together with the breathing groove, and sole and arch department set up the ascending cylindrical recess of opening in the front, can play the effect that alleviates sole weight, and cylindrical recess realizes and the breathing groove intercommunication through intercommunication breach and air guide way simultaneously to outside the realization was with the air discharge shoes in sole and the arch department space in the shoes before, reach better respiratory.

Furthermore, the cylindrical groove and the cylindrical cavity are staggered, and the staggered cylindrical groove and the cylindrical cavity can provide better effects of weight reduction, shock absorption and the like while the strength of the shock absorption layer is ensured.

Furthermore, the cylindrical cavity comprises a small cavity, a medium cavity and a large cavity, the diameters of the small cavity, the medium cavity and the large cavity are gradually increased from small to large, the small cavity is distributed at the large toe root and the center of the heel, the large cavity is distributed at the arch, the medium cavity is distributed at other positions except the small cavity and the large cavity, the cushioning force of the cylindrical sealed cavity can be set according to the diameters of the cavities, the cylindrical sealed cavity is divided into a maximum force bearing point at the large toe root and the center of the heel, a minimum force bearing point at the arch and other common force bearing points according to the difference of force bearing points of the sole, three cylindrical cavities of the small cavity, the medium cavity and the large cavity are arranged in the cushioning layer and are respectively distributed at different areas of the sole corresponding to different force bearing points, so that different strengths and cushioning forces are provided, the service life of the sole is ensured, and also provides more uniform force.

The invention is described in further detail below with reference to the figures and examples.

Drawings

FIG. 1 is a schematic view of the structure of an aerodynamic cushioning breathing shoe provided by the present invention.

Fig. 2 is an exploded view of the sole of fig. 1.

FIG. 3 is a schematic view of the shock absorption layer of FIG. 2.

Fig. 4 is a rear view of fig. 3.

Fig. 5 is an enlarged schematic view of the respiratory cap of fig. 1.

Fig. 6 is a sectional view a-a in fig. 5.

Detailed Description

As shown in fig. 1-6, the aerodynamic cushioning respiration shoes provided by the invention comprise a sole 1 and an upper 2, wherein the sole 1 comprises a bottom surface wear-resistant layer 15 and a cushioning layer 16, a cylindrical cavity 21 with a downward opening is arranged at the lower end of the cushioning layer 16, the bottom surface wear-resistant layer 15 is bonded with the lower end of the cushioning layer 16 and seals the opening of the cylindrical cavity 21, a respiration groove 3 is arranged at the heel of the sole 1, a respiration cover 4 is arranged above and above the opening of the respiration groove 3, two positioning grooves 5 are arranged in the respiration groove 3, two positioning columns 6 are arranged on the respiration cover 4, the positioning grooves 5 are matched with the corresponding positioning columns 6, the positioning columns 6 can move up and down along the positioning grooves 5, a lower sealing inclined surface 7 is arranged at the upper edge of the respiration groove 3, an upper sealing inclined surface 8 is arranged at the lower edge of the respiration cover 4, and the upper sealing inclined surface 8 is intermittently and hermetically matched, be equipped with annular cavity 9 in the reference column 6, be equipped with spring 10 in the annular cavity 9, spring 10 provides breathing lid 4 ascending elastic force, and breathing lid 4 is elastic material, and breathing lid 4 moves down and makes upper seal inclined plane 8 and lower seal inclined plane 7 contact sealed back, still can continue downward deformation and remove, is equipped with one-way discharge valve 11 in the breathing groove 3, one-way discharge valve 11 intercommunication breathing groove 3 and shoes outer space, sole and arch department all are equipped with cylindrical recess 12 before cushioning layer 16 upper surface, cylindrical recess 12 opening is upwards and the top edge is equipped with intercommunication breach 13, still is equipped with air guide way 14 on the sole 1, air guide way 14 one end is linked together through intercommunication breach 13 and cylindrical recess 12, and the air guide way 14 other end is linked together with breathing groove 3, cylindrical recess 12 staggers with cylindrical cavity 21 position, cylindrical cavity 21 includes that the small-size cavity 17 that the cavity diameter increases progressively from small to big, A medium cavity 18 and a large cavity 19, wherein the small cavity 17 is distributed at the root of the large toe and the center of the heel, the large cavity 19 is distributed at the arch of the foot, and the medium cavity 18 is distributed at other parts except the small cavity 17 and the large cavity 19.