Inflation ventilation type multifunctional shoe

Abstract

The inflatable ventilation type height increasing functional shoe is composed of a vamp upper 1, a shoe sole 2, a hand pressing air pump 3, an air inlet and outlet adjusting valve 4, an elastic honeycomb air supporting body 8 and an elastic honeycomb pad 11, a shoe sole inner reinforcing rib 5 is in a grid net shape, a shoe sole inner cavity 7 is formed by the outer side of the shoe sole inner reinforcing rib 5, and the weight of the shoe is effectively reduced; the pressure of the elastic honeycomb air supporting body 8 is controlled by the air inlet and outlet adjusting valve 4, the height adjusting range of the height increasing layer is 10-40 mm, the inflation pressure is controllable and is divided into four gears of 0 pa, 1 pa, 3 pa and 5 pa, the height increasing layer corresponds to four functional modes of standard, comfort, movement and height increasing, human health is benefited, the walking stability of the height increasing shoe is better than that of a traditional height increasing shoe, and the height increasing shoe is suitable for popularization and application. The repeated treading and lifting of the foot in walking promotes the air exchange in the shoe, so that the air in the shoe is kept fresh, and the shoe odor and foot diseases can be effectively prevented.

Description

Technical Field

[0001] The present invention relates to height-increasing shoes, and more particularly to an inflatable and air-exchanging multifunctional shoe, belonging to the technical field of shoe manufacturing. Background Art

[0002] Height-increasing shoes are a type of shoes that can achieve the effect of increasing height. From the appearance, they are very similar to ordinary shoes. Therefore, height-increasing shoes are also known as invisible high heels and are favored by many consumers.

[0003] Currently, there is a type of inflatable height-increasing shoe on the market, which includes a sole and a shoe upper. An inflatable airbag is provided above the sole, and the lower end of the airbag is fixed to the sole. Filling an appropriate amount of gas into the airbag can cause the airbag to expand and rise, achieving the purpose of increasing height.

[0004] The airbag has a certain elasticity and can play a role in assisting, buffering, and shock absorption, providing better protection for the human brain and other organs. However, this type of inflatable height-increasing shoe has the following technical defects when worn: when people walk in this type of inflatable height-increasing shoe, the relative movement between the shoe upper and the sole is relatively large, and the stability is poor when walking, making it easy to fall and even sprain the foot. In addition, the deformation of the shoe is also relatively large when walking, affecting the appearance. Moreover, the shoe does not have an automatic forced air exhaust and ventilation function, and for people with sweaty feet, the shoes are very likely to smell bad after being worn for a long time. Summary of the Invention

[0005] In order to overcome the disadvantages of large movement between the shoe upper and the sole, poor stability, easy deformation, and no ventilation function of the existing inflatable height-increasing shoes, and the problem of easy odor after long-term wearing, the present invention provides an inflatable and air-exchanging multifunctional shoe.

[0006] An inflatable and air-exchanging multifunctional shoe is composed of a shoe upper 1, a sole 2, a hand-operated air pump 3, an air inlet and outlet regulating valve 4, an elastic honeycomb air support 8, and an elastic honeycomb pad 11. The hand-operated air pump 3 and the air inlet and outlet regulating valve 4 are installed on the sides of the soles 2 of the two shoes and are arranged opposite to each other.

[0007] The sole 2 is provided with an internal reinforcing rib 5, an internal circulating air groove 6, and an internal cavity 7 of the sole. The elastic honeycomb air support 8 is placed above the sole 2, and a compressed air sealing pad 10 is placed on the elastic honeycomb air support 8. The elastic honeycomb air support 8 has many elastic honeycomb holes 9 that are interconnected and are hermetically bonded together with the compressed air sealing pad 10, the shoe upper 1, the sole 2, and the internal reinforcing rib 5 of the sole, realizing the stability of an inflatable and air-exchanging multifunctional shoe.

[0008] The elastic honeycomb pad 11 has many elastic honeycomb micropores 12, which are placed on the compressed air sealing pad 10. The elastic honeycomb pad 11 is provided with air intake and discharge holes 13 and front and rear connecting grooves 14 for air intake and discharge. The air intake and discharge holes 13 are connected to the air intake and discharge holes 16 in correspondence. The air intake and discharge air pad 15 is placed on the elastic honeycomb pad 11 and has the front and rear connecting grooves 14 and air intake and discharge holes 13 in correspondence. The front and rear connecting grooves 14 for air intake and discharge are I-shaped. The air intake and discharge air pad 15 has air intake and discharge holes 16 on it. The air intake and discharge air pad 15 is placed on the top of the elastic honeycomb pad 11, and is sealed and bonded in correspondence, realizing the automatic forced exhaust ventilation function. Brief Description of the Figures

[0009] Attachment Figure 1 :Schematic diagram of upper 1

[0010] Attachment Figure 2 : Schematic diagram of the position of the hand-pressed air pump 3 and the air inlet and outlet regulating valve 4 on the inner side of the sole 2

[0011] Attachment Figure 3 :Schematic diagram of the inner structure of the sole 2

[0012] Attachment Figure 4 : Schematic diagram of the structure of elastic honeycomb air support 8

[0013] Attachment Figure 5 : Schematic diagram of the structure of compressed air sealing pad 10

[0014] Attachment Figure 6 : Schematic diagram of the structure of elastic honeycomb pad 11

[0015] Attachment Figure 7 : Schematic diagram of the structure of the air suction and release pad 15

[0016] Attachment Figure 8 :Attached Figure 1-7 Location Schematic Specific implementation method

[0017] The following is a further description of the embodiments of the present invention in conjunction with the accompanying drawings: an inflatable and ventilated multifunctional shoe is composed of a shoe upper 1, a shoe sole 2, a hand-pressed air pump 3, an air inlet and outlet regulating valve 4, an elastic honeycomb air support 8, and an elastic honeycomb pad 11. The hand-pressed air pump 3 and the air inlet and outlet regulating valve 4 are installed on the sides of the two shoe soles 2 and are arranged opposite to each other. The sole 2 is provided with a sole inner reinforcing rib 5, a sole inner circulating air groove 6, and a sole inner cavity 7. The sole inner reinforcing rib 5 is in a grid shape. In the middle position of the sole inner reinforcing rib 5, there is a corresponding sole inner circulating air groove 6 in a grid shape. The outer side of the sole inner reinforcing rib 5 forms a sole inner cavity 7, which effectively reduces the weight of the shoe.

[0018] The elastic honeycomb air support 8 is placed above the sole 2, and the compressed air sealing pad 10 is placed on top of the elastic honeycomb air support 8. The elastic honeycomb air support 8 has many elastic honeycomb holes 9 and is interconnected. The elastic honeycomb air support 8, the compressed air sealing pad 10, the insole reinforcing rib 5, the vamp 1, and the sole 2 are hermetically bonded together, achieving the stability of an inflatable and ventilating multifunctional shoe.

[0019] An inflatable and ventilating multifunctional shoe realizes four function modes by pressing the hand air pump 3 to inflate the shoe and controlling the pressure with the air inlet and outlet regulating valve 4. The hand air pump 3 is connected to the air inlet and outlet regulating valve 4, and the air inlet and outlet regulating valve 4 is connected to the elastic honeycomb air support 8.

[0020] The hand air pump 3 is for manual inflation. When pressing the hand air pump 3, the pressurized air passes through the insole internal circulation air groove 6, through many elastic honeycomb holes 9, and enters the elastic honeycomb air support 8. Since the elastic honeycomb air support 8, the compressed air sealing pad 10, the insole reinforcing rib 5, the vamp 1, and the sole 2 are hermetically bonded together, the elastic honeycomb air support 8 is inflated and expanded to increase in height. The size of the pressure is controlled by the air inlet and outlet regulating valve 4. The height adjustment range of the increased layer is 10 - 40 mm, corresponding to a pressure of 0 - 5 pa. The size of the inflation pressure is controllable and is divided into four gears: 0 pa, 1 pa, 3 pa, and 5 pa, realizing four function modes:

[0021] 1. Standard mode: When there is no inflation (0 pa), when the foot is worn in the shoe and directly steps on the elastic honeycomb air support 8, it feels different from wearing an ordinary sports shoe, with a slightly elastic feeling and being more comfortable than wearing an ordinary sports shoe.

[0022] 2. Comfort mode: When inflated to 1 pa, when the foot is worn in the shoe, there is a soft elastic feeling. The elastic body closely fits the shape of the sole, with a slightly elastic feeling, and the foot does not get tired when walking.

[0023] 3. Sports mode: When inflated to 3 pa, when the foot is worn in the shoe, there is a strong elastic feeling, and it can reduce the physical consumption of people during exercise, and has the effect of protecting the heel and ankle joint from wear.

[0024] 4. Heightening mode: When inflated to 5 pa, since the elastic honeycomb air support 8 is filled with relatively high-pressure air, the honeycomb-shaped elastic body becomes hard, making the elastic feeling when the foot is worn in the shoe weaken, and promoting the sole to increase in height.

[0025] The elastic honeycomb pad 11 has many elastic honeycomb micropores 12, which are placed on the compressed air sealing pad 10, and are provided with air suction and discharge holes 13 and corresponding front and rear connecting grooves 14 for air suction and discharge. The front and rear connecting grooves 14 for air suction and discharge are I-shaped, and the diameter of the air suction and discharge holes 13 is larger than the width of the front and rear connecting grooves 14 for air suction and discharge. The air suction and discharge air pad 15 is provided with air suction and discharge holes 16 which are correspondingly connected to the air suction and discharge holes 13 of the elastic honeycomb pad 11. The air suction and discharge air pad 15 and the elastic honeycomb pad 11, and the air suction and discharge holes 16 and the air suction and discharge holes 13 are correspondingly sealed and bonded. When the foot steps on the compressed elastic honeycomb pad 11, the air of athlete's foot is discharged from the air suction and discharge holes 16. When the foot is lifted, the elastic honeycomb pad 11 rebounds, and the air suction and discharge holes 16 and the front and rear connecting grooves 14 are quickly filled with fresh air. The repeated stepping and lifting of the foot during walking promotes air exchange in the shoe, keeps the air in the shoe fresh, has good stability, is convenient to take out and replace, and effectively prevents shoe odor foot disease.

[0026] The inflatable ventilation multifunctional shoes of the present invention have achieved excellent results through actual testing of small batch samples. Practice has proved that the four major functions play a role in assisting, buffering and shock absorption, and have a good protective effect on the human brain and other organs, which is beneficial to human health. The light weight, walking stability and comfort are better than traditional height-increasing shoes, and at the same time, they can effectively prevent shoe odor foot disease.

Claims

1. An inflatable and ventilated multifunctional shoe, comprising an upper 1, a sole 2, a hand-operated air pump 3, an air inlet and outlet regulating valve 4, an elastic honeycomb air support 8, and an elastic honeycomb pad 11, characterized in that: The hand-operated air pump 3 and the air inlet and outlet regulating valve 4 are installed on the sides of the two shoe soles 2 and are arranged opposite to each other.

2. The sole 2 of the inflatable and ventilated multifunctional shoe according to claim 1 is characterized in that: The sole 2 is provided with an inner sole reinforcing rib 5, an inner sole circulating air groove 6, and an inner sole cavity 7. The inner sole reinforcing rib 5 is in a grid pattern, and a corresponding inner sole circulating air groove 6 is arranged in the middle of the inner sole reinforcing rib 5. The outer side of the inner sole reinforcing rib 5 forms the inner sole cavity 7.

3. The elastic honeycomb air support body 8 of the inflatable and ventilated multifunctional shoe according to claim 1 is characterized in that: The elastic honeycomb air supporting body 8 is placed above the sole 2, and the compressed air sealing pad 10 is placed on the elastic honeycomb air supporting body 8. The elastic honeycomb air supporting body 8 has many elastic honeycomb holes 9 and is interconnected. The elastic honeycomb air supporting body 8 and the compressed air sealing pad 10 are sealed and bonded together with the reinforcing ribs 5 inside the sole, the upper 1, and the sole 2.

4. The elastic honeycomb pad 11 of the inflatable and ventilated multifunctional shoe according to claim 1 is characterized in that: The elastic honeycomb pad 11 has many elastic honeycomb micropores 12, which are placed on the compressed air sealing pad 10, and are provided with suction and discharge holes 13 and corresponding front and rear connecting grooves 14 for suction and discharge. The front and rear connecting grooves 14 for suction and discharge are I-shaped, and the diameter of the suction and discharge holes 13 is larger than the width of the front and rear connecting grooves 14 for suction and discharge. The suction and discharge air pad 15 is provided with suction and discharge air holes 16 which are connected to the suction and discharge air holes 13 of the elastic honeycomb pad 11 accordingly. The suction and discharge air pad 15 and the elastic honeycomb pad 11, and the suction and discharge air holes 16 and the suction and discharge air holes 13 are correspondingly sealed and bonded.

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