KR20000061762A - An apparatus for ventilating of shoes and performing the finge-pressure - Google Patents

Abstract

PURPOSE: An apparatus, is provided for ventilating shoes and finger-pressing feet. CONSTITUTION: The apparatus comprises a plurality of external air inhalation parts (10) which inhale the external air and supply it into the inside of a shoe, and finger-press a foot when the foot of a user presses the apparatus; a plurality of inner air releasing parts (20) which are formed in the other side of the external air inhalation parts (10), and release the inner air outwards and finger-press a foot when the apparatus is pressed by ground; and a connection passage part (30) which connects the external inhalation parts (10) and the inner air releasing parts (20).

Description

An apparatus for ventilating of shoes and performing the finge-pressure}

The present invention relates to a shoe ventilation and acupressure device, and more particularly, it is possible to apply acupressure to the sole of a wearer while walking and at the same time supply more fresh air to the inside of the shoe, and contaminated air in the shoe. It relates to a ventilation and acupressure device of a shoe so that it can be discharged quickly.

In recent years, as much attention is paid to health than various hobbies, in Korea, much attention has been focused on shoes that are worn all the time from the beginning of the day to the end of the day from about 10 years ago. Several devices have been installed and used in shoes.

As described above, a variety of devices that are beneficial to health, such as those installed in shoes, include first, acupressure to press the blood and the meridians of the soles, and most commonly used, acupressure protrusions are formed on the soles of the soles of the soles in contact with the soles. Or a separate insole in which a magnetic body is integrally formed to have acupressure effect. In this method, the wearer is always hard because the cumbersome protrusions formed on the insole and the acupressure protrusions formed on the insole are fixed. There was a problem of feeling rejection.

Second, it has a ventilation function to discharge the polluted air generated by the sweat released from the foot due to wearing inside the shoe to the outside of the shoe, and to introduce external air into the shoe. There are known techniques, but most of them are circulated by the pumping action in the heel of the shoe where the heel is located, its configuration is complicated, and the installation space must be secured accordingly, pumping from the heel of the shoe There was a problem that the air is not evenly distributed throughout the shoe.

In order to solve the above problems, the present applicant is registered and registered in the Republic of Korea Utility Model Publication "Shoe with a ventilation and acupressure device", which will be described in more detail by the accompanying drawings as follows.

4 is a main portion of a shoe having a conventional ventilation and acupressure device, a ventilation and acupressure device is mounted on the sole and circulating the air inside the shoe by the action of the spring and acupressure projections for acupressure the sole of the foot In the shoe provided with, the upper operating rod 70 having a hollow portion 71 is installed on the piston 500 that is elastically raised and lowered in the cylinder 400, the cylinder chamber 410 is a shoe (1) The opening and closing holes 72 and 72a are formed in the upper operation rod 70 so as to communicate with the inside, thereby venting the air into the shoe 1 according to the operation of the lower operation rod 80, and at the same time, the upper operation rod 70 Is configured to have a pumping port (P) to pressure the sole.

The operation of the conventional "shoes with a ventilation and acupressure apparatus" configured as described above is performed by the upper and lower operating rods 70 and 80 of the piston 500 in the cylinder chamber 410 in the cylinder 400 that is the pumping hole P. By circulating the internal air of the shoe (1) by the entrance and exit holes 72, 72a according to the rise and fall of the), and the pressure of the sole of the wearer by the upper operation rod 70 to remove the odor in the shoe And it has been registered that can have the effect of reducing the fatigue of the foot.

However, as mentioned above, since the external air is introduced into the shoe, the air inside the shoe is discharged, and the pressure is made from one component, the intended purpose of ventilating the inside of the shoe is not satisfied. Acupressure effect also failed to achieve the required purpose.

Accordingly, an object of the present invention is to enable a greater acupressure effect and smoother ventilation in a shoe than the "shoe with a ventilation and acupressure device" proposed and registered by the present application.

The present invention for achieving the above object is that the sole of the wearer is configured to ventilate the inside of the shoe by inhaling and discharging the outside air at the same time to acupressure the sole of the wearer when walking shoes A plurality of outdoor air suction units installed to suck and supply the outdoor air to the inside of the shoe at the same time as the pressure is pressed; A plurality of indoor air discharge parts installed at the other side of the outdoor air suction part so as to discharge the internal air of the shoe to the outside at the same time as the acupressure; By providing a ventilation and acupressure apparatus for the shoe, characterized in that the outdoor air intake and the indoor air discharge unit is configured to communicate with each other outdoor, the above object can be achieved.

In the above, the outdoor air suction unit and the first acupressure hole is formed so that the sole is pressurized; A first compression member having an elasticity in which the first space is formed in the first compression chamber, the first compression member being compressed and expanded by pressing the first acupressure tool; One end of the first pressure port and the first compression member is provided with a first valve body that is opened when the first pressure member is compressed and closed when the first compression member is compressed, and is closed when the first compression member is expanded, and the first compression member is installed. Between the other end of the member and the passage portion, it is preferable that a second valve body is provided which is closed when the first compression member is pressed and the first compression member is compressed, and which is opened when the first compression member is expanded.

In the above, the indoor air discharge portion and the second acupressure hole is formed through the opening so that the sole is pressurized; A second compression member of elasticity which is formed inside the second compression chamber and is compressed and expanded by pressing the second acupressure tool; One end of the second acupressure port and the second compression member is provided with a first valve body that is closed when the second pressure member is compressed and is compressed when the second compression member is compressed, and is opened when the second compression member is expanded, and the second compression Between the other end of the member and the passage portion, it is preferable that a second valve body is opened when the second compression member is pressed to be compressed and closed when the second compression member is expanded.

In the above, when the first acupressure port is pressed, the outdoor air passing through the passage part is introduced into the shoe through the outdoor air inlet, and at the same time, the second acupressure port is pressed, and the indoor air in the shoe is passed through the aisle through the indoor air outlet. It is preferable that the opening and closing directions of the first and second valve bodies of the outdoor air intake unit and the first and second valve bodies of the indoor air discharge unit are installed in opposite directions so as to be discharged to each other.

1 is a schematic main view of the present invention installed in the shoe,

Figure 2a is an enlarged cross-sectional view of the main portion for explaining the state before the outdoor air intake unit and the indoor air discharge unit is operated,

Figure 2b is an enlarged cross-sectional view showing the main part showing a state in which the outdoor air is sucked into the shoes by the outdoor air intake unit of the present invention,

Figure 2c is an enlarged cross-sectional view showing the main part showing a state in which the air in the shoe is sucked by the indoor air discharge unit of the present invention is discharged to the outdoor

3 is another embodiment of the outdoor air suction unit and the indoor air discharge unit of the present invention;

4 is a main view showing a shoe having a conventional ventilation and acupressure apparatus.

Explanation of symbols for the main parts of the drawings

1: shoes 10: outdoor air intake

11: first acupressure port 11a, 21a: through hole

12: first compression chamber 13: first compression member

13a: 1st space part 14, 24: 1st valve body

16, 26: second valve body 20: indoor air outlet

21: second acupressure port 22: second compression chamber

23: second compression member 23a: second space portion

30: passage portion 40: spring

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a schematic main part of the present invention installed on the shoe, Figure 2a is an enlarged cross-sectional view of the main portion for explaining the state before the outdoor air intake and the indoor air discharge unit of the present invention, Figure 2b is the present invention An enlarged cross-sectional view of a main part showing a state in which outdoor air is sucked into the shoe by the outdoor air suction unit, and FIG. 2C illustrates a state in which indoor air in the shoe is sucked and discharged to the outside by the indoor air discharge unit of the present invention. It is an enlarged sectional view of the main part.

First, the foot of the wearer 1 is configured to allow the inside of the shoe 1 to be ventilated by aspirating and discharging the outside air at the same time as the foot of the wearer while walking, and as the foot of the wearer is pressurized. A plurality of outdoor air suction units 10 installed to suction and supply outdoor air at the same time as the acupressure;

A plurality of indoor air outlets 20 installed at the other side of the outdoor air intake unit 10 so as to discharge the internal air of the shoe 1 to the outside at the same time as the acupressure;

FIG. 10 is a view illustrating a shoe ventilation and acupressure device including a passage part 30 which communicates the outdoor air suction part 10 and the indoor air discharge part 20 with the outside.

In the above, when the sole is pressurized, the outdoor air suction unit 10 has a first acupressure port 11 having a wide upper surface in a spherical shape so as to have a wide contact surface on the sole and having a through hole 11a formed therein;

A first compression member (13) of elasticity in which the first space (13a) is formed in the first compression chamber (12), and is compressed and expanded by pressing the first pressure port (11);

One end of the first pressure inlet 11 and the first compression member 13 is pressed when the first pressure inlet 11 is pressed to open when the first compression member 13 is compressed, the first compression member 13 is A first valve body 14 which is closed when inflated is installed, and a first pressure inlet 11 is pressed between the other end of the first compression member 13 and the passage part 30 so that the first compression member 13 is closed. Is closed when it is compressed, and a second valve body 16 which is opened when the first compression member 13 is expanded is preferably installed.

In the above, when the sole is pressurized, the indoor air outlet 20 is a second acupressure port 21 is formed with a wide upper surface in a spherical shape so as to have a wide contact surface on the sole, the through-hole 21a is formed;

A second compression member (23) of elasticity in which the second space portion (23a) is formed in the second compression chamber (22) and is compressed and expanded by pressing the second acupressure port (21);

One end of the second acupressure port 21 and the second compression member 23 is opened when the second acupressure port 21 is pressed to compress the second compression member 23, and the second compression member 23 is opened. The first valve body 24 which is closed when inflated is installed, and the second pressure port 21 is pressed between the other end of the second compression member 23 and the passage part 30 so that the second compression member 23 is pressed. Is closed when it is compressed, and a second valve body 26 which is opened when the second compression member 23 is expanded is preferably installed.

After the first and second compression members 13 and 23 are compressed on the bottom surfaces of the first and second pressure gauges 11 and 21, the first and second pressure members 11 and 21 have elasticity so that they can be expanded more and more smoothly by elastic force when inflated again. Although it is preferable to provide a normal spring 40 or the like, the first valve body 14, 24 and the second valve body (not the bottom surface of the first and second acupressure holes 11 and 21) are provided. The spring 40 may be molded to the 16 and 26 to be positioned between the first and second valve bodies 14 and 24 and the second and second valve bodies 16 and 26.

In the above, the outdoor air passing through the passage part 30 is introduced into the shoe 1 through the outdoor air suction part 10 and at the same time, the indoor air in the shoe 1 passes through the indoor air discharge part 20. First and second valve bodies 14 and 16 of the outdoor air intake unit 10 and first and second valve bodies 24 of the indoor air discharge unit 20 to be discharged to the outside through the unit 30. It is preferable that the opening-and-closing direction of 26 be provided in opposite directions to each other.

In the above, the valve or the valve body is generally used, that is, the general one to install a blocking plate inside the body formed with the inclined surface inclined to one end and open to one side and close to the other side while flowing by air pressure, synthetic resin It is preferable to use a conventional one whose end is cut into ash and operated as described above.

3 is another embodiment of the outdoor air suction unit and the indoor air discharge unit according to an embodiment of the present invention. In the same state as the configuration of the outdoor air suction port 10 and the indoor air discharge unit 20, the first compression member 13 is provided. ) And the first pressure port 11 and the first compression chambers 11 and 23 in the first and second compression chambers 12 and 22 without forming the second compression member 23. As the two acupressure holes 21 are pressed and raised, the first valve body 14, 24 and the second valve body 16, 26 are opened and closed, and the outdoor air is introduced into the shoe 1, It is a diagram showing that the indoor air of the shoe is configured to serve to discharge.

Referring to the working relationship of the present invention in more detail as follows.

First, when the wearer presses the first acupressure port 11 and the second acupressure port 21 of the outdoor air intake 10 and the indoor air outlet 20 by wearing the shoe 1, the outdoor air intake As the first pressure port 11 of 10 is pressed in the state shown in FIG. 2A, the first compression member 13 is compressed while compressing air to be accommodated in the first space 13a therein. The valve body 16 is closed, the first valve body 14 is opened, and the air contained in the first space 13a is introduced into the shoe 1 as shown in FIG. 2B. As the second pressure port 21 of the indoor air outlet 20 is pressurized while the air stored in the second compression member 23 is compressed, the air is discharged through the through hole 11a of the first valve. The sieve 24 is closed, and the second valve body 26 is opened to discharge air stored in the second space portion 23a to the outside through the passage portion 30 as shown in FIG. 2B.

On the other hand, when the first compression member 11 of the outdoor air suction unit 10 is raised by the internal pressure of the first compression member 13 and the spring 40 and the first compression member 13 is inflated, While the second valve body 16 is opened by the pressure, outdoor air is introduced through the passage part 30, and at the same time, the first valve body 14 is closed by the indoor air pressure introduced in the shoe to be closed. At the same time as the outdoor air is filled into the inside 13a, the second pressure port 21 of the indoor air outlet 20 is raised by the internal pressure and the spring 40 of the second compression member 23, thereby compressing the second compression. As the member 23 is expanded, the first valve body 24 is opened by the internal pressure thereof, and the second valve body 26 is closed by the outdoor air pressure introduced through the passage part 30. The indoor air is filled into the second space portion 23a.

If the above process is operated repeatedly, the outdoor air passing through the passage part 30 continues to be supplied to the inside of the shoe through the outdoor air inlet 10, and the inside of the shoe through the indoor air outlet 20. As indoor air continues to be discharged through the passage part 30 to the outside, the inside of the shoe can be quickly ventilated with fresh outside air.

In the above, when the outdoor air suction unit 10 inhales the outdoor air, the indoor air discharge unit 20 may discharge the indoor air of the shoe, the first and second valves installed in the outdoor air suction unit 10. The openings and closing portions of the sieves 14 and 16 and the first and second valve bodies 24 and 26 provided in the indoor air discharge section 20 are provided in opposite directions.

In addition, as the first acupressure sphere 11 and the second acupressure sphere 21 are raised and lowered so that the upper surface is spherically wide so as to have a wide contact surface on the sole, it is possible to have a greater effect of pressing the sole of the wearer. .

In the above description, the first and second compression members 13 and 23 can expand more smoothly than the normal springs 40 provided on the undersides of the first and second pressure gauges 11 and 21. ) Has a condition that can be expanded more smoothly as the first and second acupressure holes (11, 21) are raised upward by the elastic force of the spring, the spring 40 is not necessarily provided, The first and second compression members 13 and 23 are contracted and expanded by the pressure of the air entering and exiting the two compression members 13 and 23 to raise the first and second pressure ports 11 and 21. It is.

In the above, the outdoor air suction unit 10 and the indoor air discharge unit 20 to prevent the inlet and discharge ports of the passage 30 through which the outdoor air is introduced and the indoor air of the shoe is discharged so that moisture or foreign matters are not introduced therein. It is even more desirable to install a conventional valve body that can be opened and closed in cooperation with each other.

3A is another embodiment of the present invention, in which the first valve body 14 and the second and the second valve body 14 are the same as those of the outdoor air inlet 10 and the indoor air outlet 20. The first and second compression chambers 12 and 22 do not constitute the first compression member 13 and the second compression member 23 connecting the valve bodies 16 and 26, and the first and second compression chambers are used. In the same manner as the members 12 and 23, that is, the first and second acupressure holes 11 and 21 are pressurized and lifted up by the air flowing in and out through the passage part (). Opening and closing the first valve body 14, 24 and the second valve body 16, 26 to inflow outdoor air into the shoe 1, and to discharge the indoor air of the shoe One embodiment that can be configured and used is shown.

As described above, the present invention has been described with reference to one embodiment shown in the drawings, but this is merely exemplary, and those skilled in the art may have various modifications and other equivalent embodiments therefrom. Will understand.

As described above, the present invention forms an outdoor air suction unit for sucking and discharging outdoor air into the shoe as the wearer walks and an indoor air discharge unit for sucking and discharging indoor air in the shoe, respectively. In addition to supplying more fresh air to the inside of the shoe, as well as to discharge more indoor air contaminated with sweat from the inside of the shoe is a desirable invention that allows the wearer to lead a healthier life than before. .

In addition, by forming acupressure spheres with more contact surface will have the effect of releasing the fatigue of the wearer more quickly.

Claims (4)

It is configured to aspirate the inside of the shoe by inhaling and exhausting the outside air at the same time as the foot of the wearer while walking the shoe, and as the foot of the wearer is pressurized, the outdoor air at the same time A plurality of outdoor air suction units 10 installed to suck and supply the internal air; A plurality of indoor air outlets 20 installed at the other side of the outdoor air intake unit 10 so as to discharge the internal air of the shoe to the outside at the same time as the acupressure; Ventilation and acupressure apparatus of the shoe, characterized in that the outdoor air intake unit 10 and the indoor air discharge unit 20 is configured to pass through the passage portion 30 to communicate with each other. According to claim 1, wherein the outdoor air suction unit 10 and the first acupressure port (11) is formed with a through hole (11a) to press the sole; A first compression member (13) of elasticity in which the first space (13a) is formed in the first compression chamber (12), and is compressed and expanded by pressing the first pressure port (11); One end of the first pressure inlet 11 and the first compression member 13 is pressed when the first pressure inlet 11 is pressed to open when the first compression member 13 is compressed, the first compression member 13 is A first valve body 14 which is closed when inflated is installed, and a first pressure inlet 11 is pressed between the other end of the first compression member 13 and the passage part 30 so that the first compression member 13 is closed. Is closed when it is compressed, and a second valve body (16) is provided, which is opened when the first compression member (13) is inflated. According to claim 1, The indoor air discharge unit 20 and the second acupressure port 21 is formed with a through-hole (21a) to press the sole; A second compression member (23) of elasticity in which the second space portion (23a) is formed in the second compression chamber (22) and is compressed and expanded by pressing the second acupressure port (21); One end of the second acupressure port 21 and the second compression member 23 is closed when the second acupressure port 21 is pressed to compress the second compression member 23, and the second compression member 23 is closed. The first valve body 24 which is opened when inflated is installed, and the second pressure port 21 is pressed between the other end of the second compression member 23 and the passage part 30 so that the second compression member 23 is pressed. Is open when compressed, and the second valve member (26), which is closed when the second compression member (23) is inflated, is installed. According to claim 1 to 3, the outdoor air passing through the passage portion 30 when the first pressure port 11 is pressed into the interior of the shoe (1) through the outdoor air suction unit 10 and At the same time, when the second acupressure port 21 is pressed, indoor air in the shoe 1 is discharged to the outside through the passage part 30 through the indoor air discharge part 20. Ventilation of shoes, characterized in that the opening and closing direction of the first and second valve body 14, 16 and the first and second valve body 24, 26 of the indoor air outlet 20 is installed in opposite directions. Shiatsu device.