KR20110012180A

KR20110012180A - Air sole of footwear

Info

Publication number: KR20110012180A
Application number: KR1020090069782A
Authority: KR
Inventors: 최광수
Original assignee: 최광수
Priority date: 2009-07-30
Filing date: 2009-07-30
Publication date: 2011-02-09

Abstract

PURPOSE: An air sole for footwear is provided, which can send large amount of air of a pumping room to the front of foot at a time. CONSTITUTION: An air sole for footwear comprises: a pumping unit(10) which is integrally built in a heel site and has a pumping room formed into a flexible spring tube type by forming a corrugation unit concaved in the middle thereof; a sole(20) which is integrally extended to a pumping unit; an air pathway(30) which is integrally formed in the sole and communicates with the pumping room; and an outlet(35) erupting air to one site of the air pathway.

Description

Air sole for footwear

In the present invention, in the configuration of a sole for supplying air to the inside of the shoe, the heel is formed integrally with the bulging part of the V-shaped spring toward the rear side and formed in a bellows shape to form a pleat inwardly in the middle. A pumping part having a pumping chamber having a V-shape lying therein, and formed in a sole extending integrally with the pumping unit, and configured to blow air at any one of the air passages communicating with the pumping chamber, It relates to a shoe air sole configured to pump air at the front of the foot at a time.

As human civilization develops, shoes are developed for the purpose of supporting the human body and protecting the feet in direct contact with the ground, and many technologies are developed to make these shoes more beneficial to the human body than simply to protect the feet. This study has been conducted, and the prior arts are as follows.

In the sole consisting of the sole and sole of the shoe of the registered utility model No. 265480 (2002.02.07), by using a material having a strong elastic force in the insole, the contaminated air in the shoe to the outside in a simpler configuration The present invention relates to a shoe provided with a sole having a venting function so that the product can be easily exhausted, and a design for an improved sole and a multi-purpose shoe using the same as that of the Registration Utility Model No. 321715 (July 19, 2003). The rear axle ground of the sole is rounded so as to be in contact with the ground in the front-rear direction and formed generally flat so as not to tilt in the left-right direction, so that the rear axle portion between the midsole member constituting the sole and the outsole member adhered to the bottom thereof. Including the cushion member to elastically absorb in response to the wearer's weight and the impact of walking, the cushion member has a mechanical strength Excellent elasticity resilience material, which consists of the upper and lower parts and has a space for expansion and contraction that is opened laterally between the upper and lower parts, so that the landing operation is very stable. By returning the absorbed shock to energy, it can reduce the physical energy consumption when walking and use cushioning material to add a separate light emitting device to create a glittering effect when walking. Multi-purpose shoes using soles with improved heel that can be used for multi-functional shoes, such as roller skating, and cushioning devices for cushioning as shown in Utility Model Publication No. 99-59495 (98.10.26) By taking it into the sole of the outsole and considering safety and productivity as well as cushioning. Sole ventilation is facilitated in the shoe, and the middle part of the sole is arched convex to support the weight of the sole of the sole to support the weight of the healthy shoe to improve the feeling of landing, Patent Publication No. 2001-110612 (Dec. 13, 2001) As shown in Patent No. 765805 (2007.10.04), the upper pad and the lower pad are manufactured separately, and then the spring is installed and the support protrusion of the upper pad and the lower pad For attaching the rolling movement health shoes with the tunnel part formed by manufacturing the finished product of the midsole with the tunnel part of the mid pad formed by adhering the tunnel part edge of the lower pad to the edge of the tunnel part of the upper pad while the supporting protrusions are in contact with each other. The midsole can be easily and simply manufactured, and the tunnel formed in the midsole tunnel part has no tunnel In case, the hardness is reduced in half, the cushioning effect is increased, and the heel is rolling on the ground, so that the landing shock is uniformly distributed in the landing and centering stages, and smooth landing and natural walking are possible. Excellent cushioning effect at the landing stage by the part, and a light and light walking effect due to the repulsion of the tunnel part at the departure stage, and the high elastic shank is inserted into the sole to preserve the original shape of the sole and shoes, as well as walking The midsole for the rolling exercise health shoe is provided with a tunnel part for excellent shape restoration of the sole which has a high frequency of bending, and the support groove of the shoe sole and the support groove of the lower plate as in the Korean Utility Model Registration No. 5119 (2003.03.29) A jump shoe having a spring elastically installed therebetween, the shoe sole of the inside of the shoe In the front and rear, the support plate with a bolt hole in the center is installed downward, respectively, and the support groove formed in the front and rear of the bottom of the shoe sole has a spring hole formed with a bolt hole in the center and a circular support groove in the outer periphery of the bottom, and a bolt hole is formed in the center. After stacking the cover plate formed with a spring insertion groove on one side up and down, from the shoe sole side of the inside of the shoe, the fixing bolt is fixed to the fixing plate by penetrating downward through the respective bolt holes formed in the support plate, the spring fixture and the cover plate, respectively. Between the cover plate and the circular support groove of the spring fixture, the upper end has a large outer diameter through the spring insertion groove, and the lower end of the spring is installed between the sole of the shoe sole and the lower plate by being inserted into the lower plate. Springs more stable and easier It relates to jumping shoes that can be used as children's play toys or exercise equipment for strengthening leg muscles, and the upper part is attached to the heel of the sole body and the lower part as in Utility Model No. 364786 (2004.10.04). A hollow housing made of a flexible material which is closed to form an accommodation space between the sole body heel and an elastic member accommodated in the hollow housing and having an X-shaped side shape attached to the heel of the sole body when walking or exercising. A shoe sole having a shock absorbing function to effectively absorb a shock applied to the wearer's foot and a shoe comprising the sole, and includes a foot support member and a shoe sole, such as Patent No. 34173 (2002.06.14). Wherein the shoe sole has a first portion having an inner portion, a second portion having an inner surface and an outer surface, and the inner portion and the upper portion. Spring-mounted sneakers consisting of a spring mounting portion for fixing the spring between the inner surface of the plane, a plurality of coil springs attached to the front and rear of the sole of the sole, such as registered utility model No. 299397 (2002.12.13), and the coil The present invention relates to a shoe for jumping exercise composed of a bottom member attached to a bottom of a spring. The plurality of coil springs are formed of a rectangular cross-section coil spring that is easily centered due to the compression and repulsion elasticity acting in a vertical direction. The upper end of each of the coil springs is attached to the bottom molding portion of each of the front and rear attachment members fixedly attached to the front and rear of the shoe sole, respectively, and the lower end of each of the rectangular cross-section coil springs is It is configured to be fixedly attached in a state of being inserted into the upper binding portion of each of the rear bottom members, and the new utility model No. 435181 (2007.01.04) It relates to a diet shoe with a cushioning means that can be equipped with a spring in the lower part of the foot to obtain a higher exercise effect than ordinary shoes, the fixing plate is fixed to the bottom of the sole of the shoe and the bottom of the spring is fastened to the upper end of the spring The supporting plate to be fastened is formed of a detachable insertion groove or a spiral tunnel hole that can be fastened to each other firmly and easily, and the fixing plate fixed to the bottom of the shoe sole is formed to be detachable with a detachable screw to prevent damage of some springs. When it occurs, it is possible to replace the individual, and the spring of the buffer means increases the stability by adopting a conical spring that increases in diameter toward the lower end, so that it can be tightened more firmly and more stable than before Not only can be used for a long time This was typically a shoe buffer means having a diet that can be used, where was the call of my election in 2009 caused Patent Application No. 51,482 as advanced.

However, the shoes developed so far not only have to change the production line to produce shoes by constructing the composition directly on the shoes to satisfy each function, but also because the shoes are made from the beginning, the consumer's choice is lost. It is a cause of the increase in the cost of shoes, and it is not applicable to the shoes produced without the existing shoes or the air pump, and above all, the pump chamber for pumping air is operated only by its own elasticity. It was not smooth and the supply circulation amount of air was small and the effect was weak.

Therefore, it was not popularized because the effect was not expected due to the loss of versatility, the present invention was created with the purpose of creating a separate air sole to use more widely.

The present invention is to configure the air supply circulation brush for supplying air to the inside of the shoe to solve the above problems,

In the heel portion, the V-shaped spring-opened portion is integrally embedded so as to face the back side and forms a pleated portion inwardly formed in the middle to form a pumping portion having a V-shaping pumping chamber composed of bellows shape, and the pumping portion The shoe sole is formed to be integrally formed in the sole which extends integrally with the pump so as to eject the air into any one of the air passages communicating with the pumping chamber, and to pump a large amount of air in the pumping chamber to the front of the foot.

In this case, the sole which extends integrally with the pumping part is configured only to the middle part of the sole, so that at least one outlet port communicating with the pumping chamber is configured in the sole, and a vibration plate smaller than the sole is integrally formed to extend to the front and both sides of the outlet port. When the air in the pumping chamber is injected into the spout, the shaking plate shakes and stimulates the sole of the foot, or forms an incision in the middle part of the insole and attaches the heel of the insole to the upper surface of the pumping part, and the brush and the shaking plate are incisions of the insole. The shoe air sole may be configured to be exposed to the upper surface through the part so that the bottom of the sole is joined to the insole, and an air supply hose which is integrally connected to the pumping chamber of the pumping part, and is integrally adhered to the pumping part and the hose is attached to the bottom. It consists of an insole that forms a built-in groove and forms an air hole in line with the spout formed in the air supply hose. (B) integrally bonding an insole having an air hole coinciding with the ejection opening on an upper surface of the air outlet formed on the sole extending integrally with the pumping unit and configured to eject the air at any one of the air passages communicating with the pumping chamber; You can also configure a shoe sole.

According to the present invention, the air supply sole is configured separately from the shoe, and the fitting is made to fit the existing shoe as well as all the newly manufactured shoes, so that the versatility is excellent. The pumping part has a pumping chamber with a V-shape lying in the shape of bellows, which is integrally embedded to face the inner side and the inner part of the concave part is formed so that the operation of the pump is perfect and the large amount of air is pumped at once. It is excellent in effect and consists of soles extending integrally with the pumping part up to the middle of the sole, so that at least one outlet port communicating with the pumping chamber is formed on the sole, and a vibration plate smaller than the sole is extended to extend to the front and both sides of the outlet. When the air in the pumping chamber is injected into the spout, the shaking plate shakes to stimulate the soles of the feet. It can be used by many people, such as anticipating the effect of fatigue, and can play a role in combating athlete's foot, and can expect the effect of improving the health of the foot of the people. It is to create an effect that can be expected.

Referring to the present invention in detail based on the accompanying drawings as follows.

In constructing a shoe air sole that supplies air to the inside of the shoe,

As shown in Fig. 1a, 1b, the V-shaped spring 15 is formed in the heel portion integrally embedded so as to face the back side and forms a crease 12 concave inward in the middle to lay the V-shape composed of bellows shape. The pumping part 10 which has the pumping chamber 11 of the shape is comprised.

In this case, a variety of methods can be used in forming the air supply circulation brush, but as a result of the inventors, it was most advantageous to form two upper and lower sheets in a separated state, and to bond them with high frequency.

In addition, an air passage 30 communicating with the pumping chamber 11 is formed in the sole 20 extending integrally with the pumping unit 10.

One of the air passages 30 is composed of a jet port 35 configured to jet air to pump a large amount of air in the pumping chamber 11 to the front side, wherein the jet port 35 is It can be drilled and formed where users prefer.

In this case, the air passage 30 communicating with the pumping chamber 11 may be formed in any place of the sole 20. However, when the air passage 30 is formed at both sides of the sole 20, the air passage 30 may be uneven to form the air passage 30. Since the bottom is concentrated on both sides, there is no direct friction with the sole during use, so the sole is comfortable and there is no distortion, so the air flow will be smooth.

Only the air supply circulation brush of the present invention configured as described above may be used, but the insole 50 having an air hole 53 coinciding with the ejection opening 35 configured to eject air at any one of the air passages 30 is provided. It can also be integrally bonded and configured.

In another embodiment of the present invention, as shown in Figure 2a, 2b, the V-shaped spring 15 in the heel portion is integrally embedded so as to face the rear side and form a bellows 12 concave inward in the middle to form a bellows type The pump 20 comprises a pumping chamber 11 of the V-shape laid down configuration, and the sole 20 extending integrally with the pumping unit 10 is configured only to the middle of the sole of the sole 20 At least one jet hole 35 communicating with the pumping chamber 11 and extending to the front and both sides of the jet hole 35 and smaller than the brush 20 while being separated from the brush 20 When the air 40 of the pumping chamber 11 is injected into the blower outlet 35, the shaking plate 40 shakes to stimulate the soles of the sole, thereby creating a new effect.

It is possible to use the airbrush of the present invention configured as described above, but the incision 50 is formed in the middle portion of the insole 50 so that the heel of the insole 50 is attached to the upper surface of the pumping part 10 and the brush 20 and the shaking plate 40 may be exposed to the upper surface through the cutout 51 of the insole 50 so that the bottom of the sole 20 may be bonded to the insole 50.

In another embodiment of the present invention in the configuration of the air supply circulation brush for supplying air to the inside of the shoe as shown in Figures 3a, 3b, the portion where the V-shaped spring 15 is opened in the heel portion toward the rear side To form only the pumping unit 10 having a V-type lying down pumping chamber 11 having a V-shape formed by forming a pleated portion 12 formed in the middle and recessed inwardly of the middle thereof, and integrally with the pumping chamber 11. An insole combining an air supply hose 31 to communicate with each other, forming a hose internal groove 52 on the bottom thereof, and forming an air hole 53 to coincide with the spout 35 formed in the air supply hose 31 ( 50) the pumping part is integrally bonded to the bottom of the insole's heel position, and the air supply hose () is built in the hose built-in groove to configure the shoe air sole integrally formed with the insole to match the outlet and air holes. It may be.

Here, the shape and configuration of the air jet port according to the configuration of the present invention shoe air sole can be varied as shown in Figures 4a, 4b, 4c, even if not shown here, even if the pumping parts are variously modified It will not be departed from the scope of the invention.

The present invention can be used in the existing shoes or new shoes without choosing the size of the shoes (boots, work shoes, hiking shoes, sneakers, shoes, etc.) to fit the size of the shoes to put on the bottom of the shoes of the user A large amount of air is continuously supplied inside the shoe to keep the user's foot healthy.

Furthermore, if you add a functional medicine such as herbal medicine or ceramics, charcoal, or built-in fragrance to the present invention shoe air sole will be able to expect another effect.

1A is a perspective view illustrating the configuration of the present invention.

Figure 1b is a cross-sectional view illustrating the configuration and use of the present invention.

Figure 2a is an exploded perspective view illustrating another configuration of the present invention.

Figure 2b is a perspective view of the coupled state illustrating another configuration of the present invention.

Figure 3a is an exploded perspective view illustrating another embodiment of the present invention.

Figure 3b is a perspective view of the coupled state illustrating another embodiment of the present invention.

Figure 4a, 4b, 4c is another exemplary embodiment of the present invention.

Explanation of important marks in the drawings

10: pumping section 11: pumping chamber 12: corrugated section

15: V-shaped spring 20: Brush

30: air passage 31: air supply hose 35: outlet

40: shaking plate

50: insole 51: incision 53: air hole

Claims

In constructing a shoe air sole that supplies air to the inside of the shoe,

V-shaped spring (15) in the heel portion is formed integrally so that the back portion is opened toward the rear side and formed in the middle of the concave portion 12 concave inward to form a bellows-shaped V-shaped pumping chamber (11) Pumping unit 10 and having,

A sole 20 extending integrally with the pumping unit 10, an air passage 30 integrally formed with the sole 20 and communicating with the pumping chamber 11;

Foot soles for shoes, characterized in that configured to pump a large amount of air in the pumping chamber (11) to the front of the foot configured to eject the air to any one of the air passage (30).

In constructing a shoe air sole that supplies air to the inside of the shoe,

The sole 20 extends integrally with the pumping part 10 and configured to only the middle portion of the sole,

At least one blower outlet 35 communicating with the pumping chamber 11 is formed in the sole 20, and a vibration plate 40 smaller than the brush 20 is integrally formed so as to extend in front and both sides of the blower outlet 35. When the air of the pumping chamber 11 is injected into the blower outlet 35, the shaking plate 40 is shaking to stimulate the soles of the shoe, characterized in that configured to stimulate.

In constructing a shoe air sole that supplies air to the inside of the shoe,

The V-shaped spring pumping chamber 11 formed of a bellows shape is formed by forming a pleat 12 which is integrally embedded in the middle of the V-shaped spring 15 in the heel portion and is recessed inwardly in the middle. Pumping unit having a 10,

At least one blower outlet 35 communicating with the pumping chamber 11 is formed in the sole 20, and a vibration plate 40 smaller than the brush 20 is integrally formed so as to extend in front and both sides of the blower outlet 35. When the air in the pumping chamber 11 is injected into the jet port 35 is configured so that the shaking plate 40 shakes to stimulate the soles,

An incision 50 is formed in the middle of the insole 50 so that the heel of the insole 50 is attached to the upper surface of the pumping part 10, and the sole 20 and the vibration plate 40 are insole 50. Shoe air sole, characterized in that the bottom surface of the sole 20 is configured to be bonded to the insole 50 to be exposed to the upper surface through the incision (51) of the.

In constructing a shoe air sole that supplies air to the inside of the shoe,

Pumping having a V-shape pumping chamber 11 formed of a bellows shape by forming a pleated portion 12 formed in the middle of the V-shaped spring 15 in the heel portion is formed to face the back side and the middle is indented inward. Part 10,

An air supply hose 31 which is integrally communicated with the pumping chamber 11 of the pumping part 10, is integrally bonded on the pumping part 10, and a hose inner groove 52 is formed on the bottom of the pumping part 10. Shoe air sole, characterized in that composed of insole 50, the air hole 53 is formed in accordance with the ejection opening (35) formed in (31).

The method of claim 1,

Shoe air sole, characterized in that the air passage (30) in communication with the pumping chamber (11) comprises the left and right sides of the sole (20).

The method of claim 1,

The V-shape pumping chamber 11 formed of a bellows shape is formed by forming a pleated portion 12 which is integrally embedded in the heel portion and the portion of which the V-shaped spring 15 is opened toward the rear side and is recessed in the middle thereof. Pumping unit 10 and having,

It is configured by integrally joining the insole 50 having an air hole 53 coinciding with the ejection opening 35 on the upper surface of the ejection opening 35 configured to eject air at any one of the air passages 30. Shoe air sole, characterized in that.