Cooling, heat preservation, moisture removal and ventilation method and shoe

Abstract

The invention discloses a cooling, heat preservation, moisture removal and ventilation method and shoes. The air bag pump is installed on the sole heel, when the whole foot is hot, an air inlet pipe opening of the air bag pump can be arranged outside the shoe to pump cold air into the shoe, and the effects of cooling, moisture removal and ventilation are achieved. When the whole foot is cold, the air inlet pipe opening can be placed in the shoe, or the air inlet pipe opening is connected with another air inlet pipe distributed on the whole vamp, warm air is extracted, air pressure on the instep in the shoe is reduced, the warm air is not prone to escaping from the contact position of the shoe opening, the ankle and the like, and then the warm air is extracted into the shoe sole and circulates in the shoe, especially between the cold sole and the warm instep. And one branch pipe of the air inlet pipe can be led to the shanks, the thighs and the upper body to pump warm air for circulation in the shoes, so that the effects of heat preservation, moisture removal and ventilation are improved. The bottle cap is arranged on the vamp, the bottle cap and the bottle opening are airtight and can preserve heat, the strength and the waterproof area of the shoe are increased, and the waterproof area of the shoe also plays a role in preventing water on the sole from falling on the vamp to soak the vamp after the water flies up along with the movement inertia of a foot, and also plays a role in cooling, moisture removal and ventilation after the cap is loosened and unscrewed.

Description

Technical Field

[0001] The present invention mainly relates to the technical field of shoes, and invents a "cooling, heat preservation, dehumidification and ventilation method and shoes". Background Art

[0002] So far, no one has invented a "cooling, heat preservation, dehumidification and ventilation method and shoes". In order to increase the air permeability of shoes, the existing technology is usually to directly groove the bottom of the sole and set air holes in the shoe cavity, which only increases the air permeability of the sole; in the process of exhausting the existing breathable shoes, the sole airbag will produce overload force, resulting in irreversible deformation and damage, affecting the service life and air permeability of the shoes. In the past, due to poor technology, the bottles and lids produced for a long time had poor airtightness after the lids were tightened, and they would still leak water and gas. For example, the previous military green marching kettles, the kettle body is generally aluminum, the lid is plastic, and occasionally the kettle body and lid are both plastic. Their lids will still leak after tightening, and such bottle mouths and lids are naturally not dared to be installed on shoes. Now it is possible to produce economical and affordable bottle mouths and lids that will hardly leak water and gas after tightening the lids, but people have not installed them on shoes according to the original thinking inertia formed over a long period of time. Chinese Patent Publication No.: CN218978137U utility model "an adjustable sports shoe" has an air bag insole and an electric air pump, but it is used to increase elasticity and shock absorption; CN115530477A invention "an automatic inflatable and deflated air bag shoe" uses an electric pump to automatically inflate and deflate the air bag to tighten and fix the shoe on the wearer's foot; CN212814732U utility model "a shoe pneumatic device" uses the air bag at the heel of the sole to inflate the shoe upper so that the shoe cover covers the ankle. Summary of the invention

[0003] The present invention aims to overcome the above-mentioned shortcomings, or to overcome the prejudice that people have accidentally invented something for the sake of good appearance, but have not realized that it is an invention and have stopped implementing it partially or completely, which is equivalent to a prejudice, or to overcome other prejudices that people have had for a long time, and to provide an invention "a method for cooling, heat preservation, dehumidification and ventilation and a shoe". On the shoe, it is best to install a pump on the sole, and it is best to install an air bag pump: When the whole foot is hot, the air inlet of the pump can be placed outside the shoe. Draw the cold air outside the shoes into the shoes, which has the effect of cooling, dehumidifying and ventilation; When the whole foot is cold, especially the sole of the foot, the air inlet of the pump can be placed inside the shoe. 1. The pipe mouth is placed at the shoe corresponding to the arch of the foot to draw out the heat in the shoe, especially the heat at the instep, to reduce the air pressure at the instep, so that the instep and the shoe upper or boot shaft are more closely attached, so that the heat is not easy to escape from the contact point between the shoe opening and the ankle, etc., so that the heat is pumped into the sole, and then the heat circulates in the shoe, especially between the cold sole and the warm instep, so as to play the role of heat preservation, dehumidification and ventilation; 2. The air intake pipe with the outlet placed inside the shoe can be divided into a branch, which is: a. Connected to a tube with many small holes on the wall, distributed on the inner wall of the shoe cavity, so that the warm air on the inner wall of the shoe cavity is pumped into the sole to participate in the above circulation, so as to enhance the functions of heat preservation, dehumidification and ventilation; or b. It is connected to a long air intake pipe leading to the calves, thighs, and even the upper body. Warm air is drawn from the calves, thighs, and even the upper body through the air intake pipe and circulated between the soles and soles of the feet to further enhance the effects of heat preservation, dehumidification, and breathability.

[0004] Installing bottle openings and covers on the shoe upper, especially on the toe, especially installing a large number of bottle openings and covers, can also make the shoes cool, keep warm, remove moisture and make them breathable.

[0005] Thereby achieving the "cooling, heat preservation, dehumidification and ventilation method and shoes" of the present invention.

[0006] The present invention is described in detail below in conjunction with the accompanying drawings: A pump is preferably installed on the sole of the shoe, preferably an air bag pump 6 for stepping on is installed at the heel. An air inlet 7 and an exhaust hole are arranged on the air bag 6. A one-way valve 5 which can only intake air but not exhaust air is arranged at the air inlet pipe 3 or the air inlet 7.

[0007] The air intake pipe 3 can be connected to the outside of the shoe through the opening on the side of the sole or the hole opened at the connection between the sole and the upper to extract cold air outside the shoe, or the air intake pipe outside the shoe can be attached to the upper and extended to the shoe opening or near the shoe opening to prevent water and garbage on the ground from being easily sucked into the air intake pipe; or the air intake pipe extending to the shoe opening or near the shoe opening can be twisted so that the pipe opening faces downward to prevent water or garbage above the foot from falling into or being sucked into the air intake pipe.

[0008] The air intake pipe 3 can also be passed through the outside of the shoe and then returned to the inside of the shoe by the above method, or directly extended inside the shoe to the corresponding inside of the shoe or other places such as the arch of the foot. When the whole foot is hot, you can use your hands to place the longer air intake pipe 3 outside the shoe to draw "cold" air into the shoe, which can remove heat, moisture and reduce temperature; When the whole foot is cold, especially the sole of the foot, you can put the air intake pipe 3 into the shoe by hand. 1. The pipe mouth is placed at the shoe part corresponding to the arch of the foot or other places to extract the air in the shoe, especially the warm air at the instep, to reduce the air pressure at the instep, so that the instep and the upper and the boot shaft are more closely attached, so that the hot air is not easy to escape from the contact part between the shoe opening and the ankle, and then the hot air is pumped into the sole, and then circulated in the shoe between the sole and the upper, especially between the cold sole and the warm instep, so as to play the role of heat preservation, dehumidification and ventilation; 2. The air intake pipe 3 with the outlet placed inside the shoe can be divided into branches, which are: a. Connected to a tube with many small holes on the wall and distributed on the inner wall of the shoe cavity (called: air intake tube distributed on the inner wall of the shoe cavity), so that the warm air on the inner wall of the shoe cavity is pumped into the sole to participate in the above circulation, so as to enhance the functions of heat preservation, dehumidification and ventilation; b. It is connected to a long air inlet pipe leading to the calf, thigh, and even the upper body. The long air inlet pipe can also be connected to a new air inlet on the air bag pump. The long air inlet pipe passes through the trouser legs to the calf or then to the thigh, or then passes through the clothes to the upper body, and draws warm air from the calf or thigh or upper body, or two or three of them to keep the feet warm, especially for the above-mentioned circulation inside the shoe between the sole and the upper, so as to further enhance the effects of heat preservation, dehumidification and ventilation.

[0009] The air intake pipe 3 and the air intake pipe distributed on the inner wall of the shoe cavity and the long air intake pipe are connected by a separable and connectable pipe joint, which can be an olive-shaped pipe made of plastic or metal, etc., with small ends and thick middle.

[0010] The above-mentioned exhaust pipe and exhaust port have a large diameter, or several small diameter exhaust pipes and exhaust ports are used instead of large diameter exhaust pipes and exhaust ports, so that the gas can be discharged quickly, and the pressure on the air pump or airbag pump, especially the maximum pressure, is as small as possible, and the pressure time is as short as possible, so as to protect the air pump, especially the airbag pump - so that the airbag is not easy to generate overload force, and is not easy to cause irreversible deformation and damage, thereby extending its service life.

[0011] The exhaust hole is connected to the exhaust pipe 2, and can also be directly connected to the exhaust groove. All exhaust pipes can be placed in the exhaust groove 1 to enhance the intensity of the sole.

[0012] The exhaust pipe can be made closed, and then small holes are opened on it for exhaust. The holes of the exhaust pipe on the sole corresponding to the sole of the foot should be evenly distributed. It is best not to have holes in the exhaust pipe 2 on the sole corresponding to the arch of the foot, because the gap between the shoe and the foot is large and the air pressure is relatively low. The gas can easily escape from the holes here, which reduces the gas reaching the sole of the foot.

[0013] It is best to install a one-way exhaust valve 4 at the exhaust hole or exhaust pipe 2 to allow air to only flow out of the pump but not into the pump. For an air bag pump installed, it can also prevent the gas in the exhaust pipe and the shoe groove from being drawn back when the air bag rebounds after being stepped on, while increasing the suction force in the intake pipe 3.

[0014] When people walk, their heels usually touch the ground first, and when they run, their toes touch the ground first. Since people run less often, the pump, especially the airbag pump, can be installed on the sole corresponding to the heel. Another flat airbag pump can also be installed on the sole corresponding to the sole, and the two pumps can run simultaneously.

[0015] Preferably, an elastic device, such as a U-shaped spring sheet or a spring, is installed in the airbag to enhance the elasticity of the airbag. The spring of the U-shaped spring sheet is preferably circular or oval.

[0016] When people are not exercising, they can also use a pump to cool down and ventilate the soles of their feet, or they can step on an air bag pump to cool down, keep their feet warm, warm them up, and ventilate their feet (stepping on an air bag pump is a physical exercise that can also increase a person's body temperature).

[0017] When the suction capacity of the air pump in the shoe is adjusted to a large value (too large), it will actually cool the feet, allow ventilation, and dehumidify, because the cold air, including the outside of the shoe upper, will be drawn into the shoe due to the excessive suction force and circulate inside the shoe; when it is adjusted to a relatively small value (the suction force of the air pump itself is relatively small), it will keep the feet warm, allow ventilation, and dehumidify.

[0018] The above-mentioned addition of air pumps or air bag pumps to the shoes... to increase the cooling, heat preservation, ventilation and dehumidification effects of the shoes is far from sufficient to make the shoes feel very comfortable and cannot realize the present invention. For this reason, it is necessary to add a bottle mouth and a cover similar to that of Coke to the shoes to realize the present invention - "Cooling, heat preservation, dehumidification and ventilation method and shoes" (the present invention is far superior to a combination invention. If it is considered to be a combination invention, it is to add an air pump, a one-way valve, an air intake and air intake pipe, a bottle mouth, a cover, etc. to the shoes. Adding a flashlight, a radio, etc. to a crutch is a typical combination invention).

[0019] The bottle mouth is connected to the shoe upper, and the bottle mouth faces outwards of the shoe upper.

[0020] The inner side of the bottle mouth can also be closed, with an air inlet and an exhaust port, or an air bag, so that gas can enter the air bag from the bottle mouth. The air bag has an air inlet and an exhaust port. The air inlet can be connected to the air inlet pipe distributed on the inner wall of the shoe cavity, and the exhaust port can be connected to the air inlet pipe 3, or directly connected to the newly opened air inlet on the air bag pump. When the lid is opened, the air pump draws air outside the shoe into the shoe, which plays a role in cooling, dehumidifying and ventilation. When tightening, the warm air at the instep or calf, thigh and upper body is drawn into the shoe for circulation, which plays a role in heat preservation, dehumidification and ventilation. This bottle mouth is preferably installed on the upper of the shoe corresponding to the arch of the foot.

[0021] The mouth of the bottle and the lid are usually made of plastic and are not breathable, so they can keep warm, increase the strength of the upper, the waterproof area of ​​the shoe, and prevent the water on the sole from flying up with the inertia of the foot and then falling on the upper to soak the upper, that is, they can keep warm, remove moisture, and allow air to pass through. When the lid is loosened or twisted open, the heat in the shoe can be quickly discharged from the mouth of the bottle, which significantly increases the cooling, dehumidification, and ventilation effects.

[0022] The screws of the bottle mouth and the cover can be made with screw notches 12, so that when the cover is twisted open, gas can flow out or flow in a large amount quickly from the notches, thereby accelerating the flow rate of gas; the cover can be made with inner seals 17, top seals 13, side seals 14, and inner pads 16 to increase the air tightness of the bottle cover, so that when the cover is tightened, gas and water can hardly enter or exit from the bottle mouth; the bottle mouth and the cover can be made with long strip-shaped protrusions facing each other, and the top of the protrusions is larger, which can be a rough ball or the like. After the bottle mouth is screwed on the cover, the protrusions between them intersect with each other. When the cover is twisted, the cover can only be tightened or loosened through the elastic avoidance and friction between the protrusions, so that the cover is not easy to fall off from the bottle mouth when it is tightened or loosened.

[0023] The bottle mouth and lid are best installed on the toe of the shoe, and the more they are installed on the entire shoe surface, the better the effect.

[0024] The above shoes include long shoes (boots).

[0025] Figure 1 : A view of the shoe of the present invention from the upper front of the toe side Figure 2 : Bottle mouth and lid photos Figure 3 : Photo of the shoe with the bottle mouth and cap installed.

Claims

1. A method for cooling, heat preservation, dehumidification and ventilation mainly used for shoes, characterized by: Install an air pump on your shoes. Extract the air from the soles of the shoes and discharge it outside the shoes to cool the feet, ventilate them, and remove moisture. The air from the upper is drawn into the sole, so that it circulates inside the shoe between the sole and the upper. When the air pump's suction capacity is adjusted to a large value, it can cool the foot, ventilate, and remove moisture; when it is adjusted to a small value, it can keep the foot warm, ventilate, and remove moisture. Draw heat from the calves, thighs, and upper body to keep the feet warm, especially for the in-shoe circulation between the soles and uppers, to keep the feet warm, ventilate, and remove moisture. or Install bottle mouths and caps on shoes, Keep your feet warm when tightening the cap to prevent the upper from getting wet; or When you loosen and twist off the cover, it cools your feet, allows air to flow, and removes moisture.

2. A cooling, heat-insulating, dehumidifying and breathable shoe manufactured by the method of claim 1, characterized in that: An air pump is installed on the shoe, with an air inlet 7 and an air inlet pipe 3 at one end and an exhaust hole and an exhaust pipe 2 at the other end. An air intake check valve 5 is installed in the air intake hole 7 or the air intake pipe 3, and the exhaust hole is connected to the exhaust pipe 2 or the exhaust groove of the sole. There are many exhaust holes on the exhaust pipe 2, and the exhaust pipe is distributed on the sole or in the shoe groove. Intake pipe 3—— A. The air intake pipe is connected to the outside of the shoe through the opening on the side of the sole or the opening at the connection between the sole and the upper, or the air intake pipe outside the shoe is attached to the upper and extended to the shoe opening or near the shoe opening, or the air intake pipe extending to the shoe opening or near the shoe opening is twisted with the pipe opening facing downward. or B. Extend directly from the inside of the shoe to the corresponding part of the arch of the foot. When the whole foot is hot, place the air inlet 3 outside the shoe by hand, or When the whole foot is cold, especially the sole of the foot, place the air inlet 3 at the corresponding arch of the shoe by hand, or A branch is formed by dividing the air intake pipe 3 placed in the shoe, and the branch—— a. Connected to a tube with many small holes on the wall, distributed on the inner wall of the shoe cavity, or b. Connected to a long air intake tube that leads to the calves, thighs, and even the upper body.

3. The air pump according to claim 2, characterized in that: The air pump is an air bag air pump.

4. The air intake pipe 3 according to claim 2, characterized in that: The air inlet pipe 3 is connected to an air inlet pipe having a plurality of small holes on the pipe wall and distributed on the inner wall of the shoe cavity by a pipe joint.

5. The exhaust pipe 2 and the exhaust port as claimed in claim 2, characterized in that: The exhaust pipe 2 and the exhaust port have large diameters, or several small-diameter exhaust pipes and exhaust ports are used to replace the large-diameter exhaust pipe 2 and the exhaust port.

6. The exhaust pipe 2 and the exhaust port as claimed in claim 2 or 5 are characterized in that: A one-way exhaust valve is installed at the exhaust pipe or exhaust port.

7. A cooling, heat-insulating, dehumidifying and breathable shoe manufactured by the method of claim 1, characterized in that: The bottle mouth and the lid are arranged on the shoe upper.

8. The bottle mouth and the cap as claimed in claim 7, characterized in that: The inner side of the bottle mouth is closed and has an air inlet and an air outlet, or is provided with an air bag, the side of the air bag connected to the bottle mouth is open, the air bag has an air inlet and an air outlet, the air inlet is connected to an air inlet pipe distributed on the inner wall of the shoe cavity, the air outlet is connected to an air inlet pipe 3, or is connected to a newly opened air inlet on the air bag pump.

9. The bottle mouth and the cover according to claim 7 or 8, characterized in that: The bottle mouth and the cover are provided with screw notches 12 , and the cover is provided with an inner seal 17 , a top seal 13 , a side seal 14 , and an inner pad 16 .

10. The bottle mouth and the cover according to claim 7, 8 or 9, characterized in that: The bottle mouth and the cover are both provided with long strip-shaped protrusions facing each other, the tops of the protrusions are larger, and after the cover is screwed on, the protrusions on the bottle mouth and the cover are crossed with each other.

Images