阅读说明：本技术 空调鞋垫 (Air-conditioning insole ) 是由 辛成福 辛策 于 2019-06-09 设计创作，主要内容包括：一种在鞋垫内设置空气流通系统,通过踩踏鞋垫使鞋内外空气流通,为鞋内通新风换浊气,降低鞋内温度、湿度,让鞋内环境有如放置了空调一般清凉、舒适。(An air circulation system is arranged in an insole, air inside and outside a shoe is circulated by treading the insole, fresh air is introduced into the shoe to exchange foul air, the temperature and the humidity in the shoe are reduced, and the environment in the shoe is cool and comfortable if an air conditioner is placed.)

1. An air-conditioning insole comprises a bottom layer, a surface layer and a middle core layer containing an air circulation system, and is characterized in that an air bag space is reserved in the core layer part at the root part of the insole, an air bag ⑴ is formed by combining elastic materials with the bottom layer and the surface layer, an air inlet passage ⑵ is reserved at the arch position of the insole and is communicated with the air bag, an air outlet passage ⑶ is reserved between a sole and the air bag at the position, close to the middle of the air inlet passage, close to the air bag, a one-way air inlet valve ⑷ is arranged, close to the air bag, in the middle of the air outlet passage, a one-way air outlet valve ⑸ is arranged, an air inlet hole ⑹ is formed in the surface layer at the arch position of the insole, 4 or more air outlet holes ⑺ are arranged in the surface layer at the foot position of the.

2. The air circulation system of claim 1, wherein: the system is a one-way air circulation system which is composed of an air inlet hole, an air inlet channel, a one-way air inlet valve, an air bag, an air outlet channel, a one-way air outlet valve, an air outlet hole, a bottom layer, a core layer and a surface layer and is closed except the air inlet hole and the air outlet hole.

3. The substrate of claim 1, wherein: the core layer can be made of fur, leather, cloth and foaming materials, can exist independently, and can also be integrally formed with the core layer by adopting the same material.

4. The intermediate core layer of claim 1, wherein: the bottom layer is made of hard material, flexible material or foaming material, can be independent or integrally formed with the bottom layer by the same material, can be made into the same thickness, and can also be made into a slope shape with a slightly thicker root part.

5. The facing of claim 1, wherein: the fabric can be made of fur, leather, cloth and foaming materials, and when the breathable fabric is used, glue is brushed or paint is painted in the fabric in the range of the air bag and the air passage.

6. The airbag of claim 1, wherein: the air bag is formed by combining a surface layer and a bottom layer by using elastic materials as balls, tubes, rubber bands or springs.

7. The inlet and outlet duct of claim 1, wherein: the air passage is arranged on the core layer, or the core layer and the bottom layer are reserved during forming, when the core layer is made of a breathable material, the air passage and the cross section of the core layer around the air bag are subjected to gluing or painting sealing treatment, and an airtight channel is formed.

8. The one-way inlet and outlet valve of claim 1, wherein: the air holes are partially blocked and reserved at the positions of the valves on the air inlet channel or the air outlet channel, the slope surface of the blocking position is processed to form a V shape or an L shape with the bottom layer, the air holes are blocked by using round beads or a cover, and the air holes are opened or closed by positive pressure and negative pressure generated by the air bag.

9. The intake as claimed in claim 1, wherein: one air inlet hole is formed by opening a hole at the position of the surface layer air inlet channel close to the edge of the insole, and the other air inlet hole is formed by extending a plastic pipe, a plastic pipe or a rubber pipe into the air inlet hole on the basis of the opening, wherein one end of the plastic pipe, the plastic pipe or the rubber pipe is fixed in the insole, the space between the plastic pipe and the surface layer hole is sealed, and the other end of the plastic pipe, the plastic pipe.

10. The method of claim 1, wherein the air passage, the air bag and the foot are sewn, glued or sewn and glued along the periphery of the air passage, the periphery of the air bag and the periphery of the foot, and the method comprises the following steps: the first is to sew continuously along the air passage, the air bag and the foot after the surface layer, the core layer and the bottom layer are combined, the second is to glue and stick the inner lining along the sewing thread before the combination of the three, and the third is to sew after the gluing and the sticking according to the steps.

Technical Field

The invention relates to an air-conditioning insole which is provided with an air circulation system in an insole, and is used for introducing fresh air into a shoe to exchange foul air, reducing the temperature and humidity in the shoe and improving the damp-heat condition in the shoe. More particularly to a shoe pad which can lead the air inside and outside the shoe to circulate by treading the shoe pad, and lead the environment inside the shoe to be cool and comfortable as the air conditioner is placed.

Background

At present, an air one-way circulation system which can ventilate fresh air into shoes is not found in the market. In the searched patents related to the air-conditioning insoles, some of the patents only stay at the concept level, and the insoles which can really form one-way air circulation and exchange foul air for ventilating fresh air in shoes cannot be produced at all. The air passages and the air outlets are too many, and the small air bags cannot generate enough air quantity and pressure to discharge the foul air in the shoes. Most importantly, in the related patents, the most critical two components, namely the air bag and the one-way vent valve, are only provided with concepts without substantial discussion and have no practicability. Moreover, some vent valves are arranged at the rear part of the insole, firstly, the deformation of the air bag can directly influence the ventilation effect of the vent valve in the treading process, and then the air bag can not be used when the foot is pressed. In addition, the air suction port is arranged on the rear side surface of the root part of the insole, and the air suction port is too small to suck air between the air suction port and the shoe. Even if the air can be sucked, the dirty air in the shoe can be absorbed, the aim of ventilating the fresh air into the shoe can not be fulfilled, the temperature and the humidity in the shoe can not be reduced, and the damp and hot condition in the shoe can not be improved.

In hot summer, people who cannot wear sandals to work or learn can always encounter the situation that the shoes are stuffy, moist, greasy and hard to endure. If the shoes are obstructed or inconvenient to take off, the feet are dry and comfortable, and sweaty feet, foot odor, even beriberi and other skin diseases are often caused. The beriberi remover is more bitter for people who suffer from beriberi. For this reason, we have an idea of implementing the invention patent.

Disclosure of Invention

The invention provides an air-conditioning insole which is provided with an air circulation system in an insole, reduces the temperature and the humidity in a shoe and improves the damp and hot conditions in the shoe. The insole can achieve the effect of continuously exchanging and flowing air inside and outside the shoe at the sole of the foot in the daily walking process of people, and can exchange foul air for ventilating fresh air in the shoe. In hot summer, the inside of the shoe is not slippery and hard to endure any more, and the environment inside the shoe is cool and comfortable as an air conditioner is placed.

Drawings

In the drawings, fig. 1 is a shoe pad making method, and the invention is further explained by combining the drawings as follows:

⑴ is an air bag, ⑵ is an air inlet channel, ⑶ is an air outlet channel, ⑷ is a one-way air inlet valve, ⑸ is a one-way air outlet valve, ⑹ is an air inlet hole, ⑺ is an air outlet hole, and ⑻ is sewing, gluing or sewing plus gluing thread.

Detailed Description

Embodiments of the invention are further described below with reference to the accompanying drawings:

the air conditioning insole is formed by combining a surface layer, a middle core layer and a bottom layer, or by integrally forming the core layer and the bottom layer and then combining the core layer and the surface layer, when the middle core layer of the insole is manufactured, an air bag space is reserved at the root part of the insole, an elastic material is combined with the bottom layer and the surface layer to form an air bag ⑴, an air inlet passage ⑵ is reserved at the arch position of the insole and is communicated with the air bag, an air outlet passage ⑶ is reserved between a sole and the air bag at a position close to the middle of the insole, a one-way air inlet valve ⑷ is arranged at the middle of the air inlet passage and close to the air bag, a one-way air outlet valve ⑸ is arranged at the middle of the air outlet passage and close to the air bag, the air inlet valve or the one-way air outlet valve is sealed by a ball or a cover on the air inlet passage or the air outlet passage, when the insole is lifted up after the insole is compacted by a foot, the air inlet valve opens the ball or the cover by negative pressure, when the air bag is pressed by the foot, the air inlet valve is closed by the air valve, the air inlet valve is closed by the positive pressure, the air inlet valve is closed and is compacted, the air outlet valve is closed by the ball or the air outlet valve, the air outlet valve is opened by the air outlet valve, the air inlet hole is closed to form an air outlet, an air system of the air inlet layer, the air outlet of the air bag, the air inlet layer is formed by sewing, the air bag, the air outlet hole is continuously arranged at a sole, the air inlet layer is continuously sewn on the air bag, the air outlet layer, the air inlet layer, the air outlet layer, the air bag, the air outlet layer is continuously sewn at a position close to the air outlet hole of the air bag, the air inlet layer, the air bag, the air inlet layer, the air inlet.