JPH09303365A - Utilizing method of suction cup useful for preventing accident - Google Patents

Abstract

(57) [Abstract] (Correction) [Problem] A suction hole is provided on the suction surface of the suction cup, and the suction cup is compressed, and the repulsive force and flexibility are utilized to make it possible to use a seismic resistant device, an anti-angle device, and a strain resistant device Provided is a method of using a suction cup, which is useful for accident prevention, in which the suction cup is dynamically used as a bracing device, a braking device, a power transmission device, a shock absorbing device, a slip prevention safety device, and the like. SOLUTION: A Q tire and a hole suction cup having a suction hole of a suction cup provided with a ventilation hole 1 are arranged in an embedded manner on a tread surface of a tire such as an automobile tire, and the ventilation hole 1 is provided on a circumference of a side surface of the tire. Provide at equal intervals. The hole sucker, and the ventilation hole 1 is provided on the suction surface of the sucker. A small suction cup W is provided on the suction cup of the W suction cup. A W-hole suction cup, a small suction cup W is provided on the suction surface of the suction cup, and a ventilation hole 1 is provided on the suction surface. A string sucker, and an automatic suction release string 2 or the like are provided between the right and left abdomen or the head of the sucker and the left and right edges.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention provides a suction device with a ventilation hole, compresses the suction device to utilize its repulsive force and flexibility, and uses a seismic resistant device, an anti-angle device, a strain resistant device, and a bracing device. Use a suction cup as a braking device, power transmission device, shock absorbing device, anti-slip safety device, etc. For example, on a tread surface of a tire such as an automobile tire, a hole sucker having a vent hole 1 provided on the suction surface of a sucker is provided side by side in an embedded manner.
Are evenly spaced on the circumference of the side of the tire, and the flexibility and the centrifugal force generated by the rotation of the car are used to quickly drain the water, etc. on the road surface captured by the hole suction cups to improve the hydraulic resistance received by the tire. The present invention relates to a method of using a suction cup that absorbs air and prevents the body from lifting, etc. by using it as a non-slip safety device to help prevent accidents.

[0002]

2. Description of the Related Art A conventional suction cup is mainly used as an adsorption device for adsorbing by utilizing the vacuum of the suction cup.

[0003]

The conventional suction cup, which is mainly used as a suction device for sucking by utilizing the vacuum of the suction cup, has the following drawbacks. (A) Since the suction cup is mainly used as a suction device for suctioning by using the vacuum of the suction cup, the place where the suction cup can be sucked is limited, and further preparation such as cleaning is required for attachment. (B) The suction of the suction cup may interfere with usability. That is, it is not designed such that it is adsorbed when it is used and automatically released when it is not used. The present invention has been made to eliminate these drawbacks.
By changing the conventional method of using a suction cup, a ventilation hole is provided on the suction surface of the suction cup, and the suction cup is compressed to utilize its repulsive force and flexibility,
It is intended to provide a method of using a suction cup that is useful for preventing accidents that are friendly to people and things, such as a non-slip safety device.

[0004]

In order to solve the above problems, the following means are used in the method of using the hole suction cup, the W suction cup, the W hole suction cup, and the string suction cup of the present invention. (A) The hole sucker compresses the sucker and uses its repulsive force and flexibility to make use of a seismic device, anti-angle device, anti-strain device, bracing device, braking device, power transmission device, shock absorbing device, non-slip device. A suction cup was used as a safety device, and in order to further enhance these performances, a ventilation hole 1 was provided on the suction surface of the suction cup to provide an automatic suction opening / closing device. That is, when pressure is applied to the suction cup, the vent hole 1 is compressed and closed, and acts as a suction cup, and when the pressure is released, the compression is released and air or the like enters through the vent hole 1, and adsorption is automatically performed. As it is designed to be released, it is easy to use. (B) The W suction cup uses the suction cup as a seismic resistant device, anti-angle device, strain resistant device, bracing device, anti-slip device, etc. by compressing the sucker and utilizing its repulsive force and flexibility. In order to further improve the performance, a small suction cup W is provided on the suction surface of the suction cup, and this suction cup was mainly thought of as a bracing device. However, one suction cup has a suction effect as if large and small suction cups were used side by side. (C) The W-hole sucker compresses the sucker and uses its repulsive force and flexibility to make use of a seismic device, anti-angle device, anti-strain device, bracing device, braking device, power transmission device, shock absorbing device, slip A suction cup was used as a stop safety device and the like, and in order to further enhance these performances, a small suction cup W was provided on the suction surface of the suction cup, and a ventilation hole 1 was provided on the suction surface to provide an automatic suction opening / closing device.
That is, when pressure is applied to the suction cup, the vent hole 1 is compressed and closed, and acts as a suction cup, and when the pressure is released, the compression is released and air or the like enters through the vent hole 1, and adsorption is automatically performed. As it is designed to be released, it is easy to use. (D) The string sucker also uses a sucker as a non-slip safety device, and in order to further improve these performances, the left and right abdomen of the sucker,
Alternatively, a suction automatic release string 2 or the like is provided between the head and the left and right sides to provide a suction automatic opening / closing device. That is, when pressure is applied to the suction cup, the suction automatic release string 2 or the like is loosened and acts as a suction cup, and when the pressure is released, the compression is released and the suction automatic release string 2 or the like causes the suction cup 2 to move to the left or right edge. It is easy to use because it is pulled so that air etc. enter and the adsorption is automatically released. Also, when releasing later, if the suction automatic release string 2 is lengthened by about 1 to 5 mm in proportion to the size of the suction cup, it remains attached when the pressure is released, and is attached to, for example, a chair. In some cases, when lifting the chair, the suction can be automatically released.

[0005]

With respect to the operation of the suction cup configured as described above, the vent hole 1 is provided on the suction surface of the suction cup, and the suction cup is compressed to utilize its repulsive force and flexibility. When pressure is applied to the hole sucker, the vent hole 1 of the hole sucker is compressed and closed, and acts as a sucker, and when the pressure is released, the compression is released, and air or the like enters from the vent hole 1 to make the sucker suck. Adsorption is automatically released and it is easy to use. Moreover, even if the suction cup cannot be adsorbed, when pressure is applied to the hole suction cup, the suction surface of the suction cup comes into surface contact as if it was adsorbed due to its softness ratio, and the contact resistance works to the maximum.
The effects of the anti-slip safety device are maximized. When the pressure is released, the compression is released and air or the like enters through the vent holes 1 to automatically release the surface contact in the form of adsorbing, which is convenient.

[0006]

EXAMPLES Examples will be described with reference to the drawings.
In FIG. 1, hole suction cups having ventilation holes 1 formed on the suction surface of the suction cups are arranged in an embedded manner on the tread surface of a tire such as an automobile tire, and the ventilation holes 1 are evenly spaced on the circumference of the tire side surface. It is provided so that water etc. on the road surface captured by the hole suction cup can be quickly discharged by utilizing its flexibility and the centrifugal force due to the rotation of the car, absorb the hydraulic pressure resistance received by the tire, and lift up the car etc. When using a hole sucker as a non-slip safety device for Q tires. (A) Since the frequency of use to non-use is severe, the hole diameter of the ventilation hole 1 is about 2 to 10 mm, and the hole diameter is determined in proportion to the thickness of the Q tire, or water on the road surface caught by a suction cup, etc. , Q It is preferable that the hole diameter is such that the air can be discharged more quickly than the ventilation hole 1 on the side surface of the tire. (B) As shown in FIG. 1, the ventilation hole 1 is structurally a tire cooling device or a shock. It can be used as an absorber. (C) The direction of rotation of the car so that the water, etc. from the ventilation hole 1 on the side of the Q tire will not be a nuisance to passers-by in rainy weather so that the mud avoidance can be washed with the water, etc. from the side of the Q tire. Streamlined or diagonally ventilated holes 1 are used, and centrifugal force generated by the rotation of the car is used to quickly drain water etc. on the road surface captured by the suction cups to absorb the hydraulic resistance received by the tires. Prevents the floating and so on, and makes it useful for safe rotation. (D) It is important that the ventilation holes 1 on the suction surface of the suction cup be pressed and closed only by the road surface. When the ventilation holes 1 are closed by compression or the like, water on the road surface caught by the suction cups Etc. cannot be discharged quickly from the vent holes 1 on the side of the Q tire, so the anti-slip effect, etc. will decrease and the performance of the Q tire's particularly excellent anti-skid safety device will be affected. . (E) A running test or a braking test of a vehicle with Q tires as shown in FIG. 1 is performed on a slippery road surface such as an ice top surface, and compared with a vehicle with conventional tires. You should try the performance. (F) Even if a hole sucker such as a Q tire as shown in FIG. 1 is worn, since the vent hole 1 remains on the tread of the tire, the tire does not become a round tire as a hole tire. Therefore, I do not have to worry about its specificity, so I recommend experimenting with it. (G) The number of the ventilation holes 1 on the suction surface of each hole suction cup may be one or two or more as a measure against the sediment pebbles. (H) Although the anti-slip pattern of the Q tire as shown in FIG. 1 is simple, it is preferable to incorporate a hole sucker into the anti-slip pattern of the conventional tire to provide a non-slip safety device or the like.

The Q tire of claim 1 and the footwear with the hole suction cup of the seventh aspect use the hole suction cup of the third aspect, but the W hole suction cup of the fifth aspect can also be used.

In the string suction cup as shown in FIG. 5, when the suction automatic release string 2 is lengthened by about 1 to 5 mm in proportion to the size of the suction cup, it remains sucked even if the pressure is released. Then, for example, when it is used by being attached to a chair or the like, the suction can be automatically released when the chair is lifted. Therefore, when used in a water place such as a bathroom, it may be easy to use when used like a string sucker.

The hole sucker of FIG. 2, the W sucker of FIG. 3, the W hole sucker of FIG. 4, and the string sucker of FIG. 5 are designed as vertical holes to which pipes and the like can be attached.
In addition, other forms such as an embedded type for attaching to tires, footwear, etc., or a screw type for attaching screws or the like can be used.

The suction cup material used as the bracing device or the like may be made of rubber or the like having a large compression repulsion force, and its side surface may be formed into a bellows as shown in FIGS.

The diameter of the small suction cup W provided on the suction surfaces of the W suction cup and the W hole suction cup may be about one half of that of the W suction cup.

The hole diameter of the ventilation hole 1 provided on the suction surface of the hole sucker or the W hole sucker is about 1 to 3 mm.
Alternatively, the pore size is determined in proportion to the frequency of use-non-use.

The W suction cup according to claim 4 is characterized in that, in order to enhance the performance as a bracing device or the like, the side surface of the suction cup is bellows and a small suction cup W is provided on the suction surface of the suction cup.
Since the suction of the small suction cups W interferes when not in use, it is advisable to connect a part of the small suction cups W as shown in FIG.

The hole diameter of the vent hole 1 of the hole sucker used for the footwear with the hole sucker as shown in FIG. 6 of claim 7 is about 0.5 to 5 mm. big,
Make it small for footwear that walks slowly and shock. The hole diameter should be such that it works well as an absorber.

For a chair with a hole sucker as shown in FIG. 7 of claim 8, the W hole sucker of claim 5 and the string sucker of claim 6 can be similarly used.

[0016]

Since the present invention is configured as described above, it has the following effects. According to a first aspect of the present invention, a ventilation hole is provided in the suction surface of the suction cup, and the suction cup is compressed to utilize its repulsive force and flexibility, and a seismic resistance device, an anti-angle device, a strain resistance device, a bracing device, a braking device, and a power transmission device. The use of suction cups is intended to help prevent accidents by using suction cups as shock absorbers, anti-slip safety devices, etc. The use of suction cups is greatly changed. According to a second aspect of the present invention, the hole suction cups having the suction holes of the suction cups are provided in an embedded manner on the tread surface of a tire such as an automobile tire, and the ventilation holes 1 are equally spaced on the circumference of the tire side surface. The Q tire as shown in FIG. 2 is characterized in that it is used as a non-slip safety device, etc., so that water etc. on the road surface caught by the hole sucker can be quickly discharged. The particularly excellent performance of (1), that is, the automatic suction opening / closing device for the vent hole 1 can be used as a tire cooling device and the like, which is convenient for a vehicle. In addition, in order to prevent water passing through the ventilation holes 1 on the side of the Q tires from annoying pedestrians in rainy weather, the water flowing out from the side of the Q tires can be streamlined in the direction of rotation so as to wash away mud and the like. Or, if the ventilation hole 1 is installed diagonally, the centrifugal force due to the rotation of the car can also be used, the water on the road surface caught by the suction cup can be quickly discharged, and the hydraulic resistance received by the tire can be absorbed to lift the car. To prevent traffic accidents,
It is possible to make automobile tires that are safer and more comfortable to ride. Claim 3 compresses the suction cup to utilize its repulsive force and flexibility, and uses a seismic resistant device, an anti-angle device, a strain resistant device, a bracing device, a braking device, a power transmission device, a shock absorbing device, an anti-slip device, etc. In order to further improve these performances, a suction hole was provided on the suction surface of the suction cup to provide an automatic suction opening / closing device. With a hole suction cup as shown in FIG. 2, when pressure is applied to the suction cup, the vent hole 1 is compressed and closed, or the suction cup is closed by a surface capable of adsorbing, acting as a suction cup and releasing the pressure, Since the compression is released and air or the like enters through the vent hole 1 and the adsorption is automatically released, it is easy to use. For example, when it is attached to the tread of a leg such as a chair or step and used as a non-slip safety device, it acts as a sucker while weight is added, so it is safe and stable. You can easily make better chairs. Also, a vacuum power transmission device, a braking device, and the like can be formed by a hole sucker and a mirror surface disk that can suck the sucker. Further, the air pressure resistance or the like due to the flow of the air or the like entering the ventilation hole 1 is utilized to remove the air. shock. Seats with absorbers can be built. According to claim 4, the suction cup is compressed to utilize its repulsive force and flexibility, and the suction cup is used as a seismic resistant device, an anti-angle device, a strain resistant device, a bracing device, a non-slip safety device, etc. A small suction cup W is provided on the suction surface of the suction cup in order to raise the height W as shown in FIG.
With the sucker, the small sucker W provided for the above purpose is a skill of injury,
Since a single suction cup has the same suction effect as using the conventional large and small suction cups, it should be used by replacing it with the conventional suction cup. Claim 5 compresses the suction cup to utilize its repulsive force and flexibility, and uses a seismic resistant device, an anti-angle device, a strain resistant device, a bracing device, a braking device, a power transmission device, a shock absorbing device, a slip prevention device, etc. In order to further improve these performances, a small suction cup W is provided on the suction surface of the suction cup, and the ventilation hole 1 is provided on the suction surface to form an automatic suction opening / closing device.
That is, when a pressure is applied to the suction cup, the suction is performed, and when the pressure is released, the suction is automatically released. The W-hole suction cup as shown in FIG. 4 is used for household articles, buildings and other devices. Attach and use. In addition, if it is used by replacing it with a material already used as a non-slip material, it may be convenient because a safer, better performing person and a stable material that is kind to the object may be produced. This suction cup has a structure as shown in FIG. 4 in which the suction surface of the small suction cup W is provided with a ventilation hole 1 of about 1 to 3 mm so that the suction does not interfere when not in use, that is, when used, that is, The vent hole 1 is compressed and closed when pressure is applied to the suction cup, or it is closed depending on the surface on which the suction cup can be adsorbed and acts as a suction cup, and when not in use, that is, when the pressure is released, it is compressed. Is opened so that air or the like enters through the vent hole 1 and the adsorption is automatically released, which is convenient. Therefore, it has not been used because it is inconvenient to use because it has a particularly good performance as a non-slip material or a cushion, but it is not easy to use, but it is used for tires of automobiles, footwear, containers, ladders, chairs, desks, tripods, etc. , Treads, etc., or air. shock. As a seat with an absorber, etc., it can be used as a seat for vehicles that are comfortable to sit on. The W hole sucker or the hole sucker has excellent performance like a live octopus with an automatic suction opening / closing device only by providing a hole on the suction surface, and thus has a particularly large industrial application field. Claim 6 is characterized in that a suction suction release string 2 or the like is provided between the right and left abdomen of the suction cup, or between the head and the left and right edges, and the suction cup has a structure as shown in FIG. The automatic suction release cord 2 etc. loosens and acts as a suction cup, and when not in use, that is, when the pressure is released, the compression is released and the suction automatic release cord 2 etc. pulls the left and right edges of the suction cup, air etc. It's easy to use because it enters and the adsorption is automatically released. In addition, when releasing later, if the suction automatic release string 2 is lengthened by about 1 to 5 mm in proportion to the size of the suction cup, it will remain adsorbed even if the compression is released. When attached and used, when the chair is lifted, the suction automatic release string 2 or the like is pulled and the suction can be automatically released. It may be better to use this and attach it to an object used in a water area such as a bathroom. For example, there are a stool with a string sucker, a drainboard, a pail, a mesh net, a cutting board, a container, a flowerpot, a vase, and the like. Claim 7 is the hole suction cup of claim 3,
As a non-slip safety device, etc., are arranged side by side on the tread surface of the footwear in an embedded manner, and the ventilation hole 1 is provided around the bottom edge of the footwear, when air such as the road surface caught by the hole suction cup is discharged, Shock the air pressure resistance etc. due to the flow of air etc. entering the ventilation hole 1. A footwear with a hole suction cup as shown in FIG. 6 characterized by being used as an absorber. In addition to a slip prevention safety device, etc. When exhausting air or the like, a shock is generated by adjusting the size of the vent hole 1. The fact that it is used as an absorber has the effect that it absorbs the shock received from the road surface during walking and has an immeasurable effect, and that people can wear footwear that is kind to people. Claim 8 is a chair with a hole sucker as shown in FIG. 7, characterized in that the hole sucker of claim 3 is provided on a tread surface of a leg of a chair or the like and is used as a non-slip safety device or the like. When pressure is applied to the sucker by weight etc.,
Vent hole 1 is compressed and closed to act as a suction cup. When pressure is released, compression is released and air enters through vent hole 1 so that adsorption is automatically released. Is good. Also, even if the suction cup can not be absorbed,
The surface contact is maintained as if the suction cup had been sucked, the contact resistance is maximized, and the effect as a non-slip safety device is utilized.

[Brief description of drawings]

FIG. 1A is a cross-sectional view of a Q tire showing an embodiment using the hole sucker of the present invention. FIG. 1B is a perspective view of a Q tire showing an embodiment using the hole sucker of the present invention.

FIG. 2A is a vertical cross-sectional view of the hole sucker of the present invention. FIG. 2B is a perspective view of the hole sucker of the present invention.

FIG. 3A is a vertical cross-sectional view of the W suction cup of the present invention. FIG. 3B is a perspective view of the W suction cup of the present invention.

FIG. 4A is a vertical cross-sectional view of the W hole suction cup of the present invention. FIG. 4B is a perspective view of the W hole suction cup of the present invention.

FIG. 5 (A) is a vertical sectional view of the cord suction cup of the present invention. (B) is a perspective view of the cord suction cup of the present invention.

FIG. 6 (A) is a vertical cross-sectional view of a shoe with a hole sucker showing an embodiment using the hole sucker of the present invention. FIG. 6 (B) is a perspective view of a shoe with a sucker showing an embodiment using the hole sucker of the present invention.

FIG. 7A is a perspective view of a chair or the like with a hole suction cup showing an embodiment using the hole suction cup of the present invention. FIG. 7B is an enlarged cross-sectional view in which a part of A is cut away.

[Explanation of symbols]

 1 Vent 2 Automatic adsorption release string, etc. W Small suction cup

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[Procedure amendment]

[Submission date] August 8, 1996

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] Full text

[Correction method] Change

[Correction contents]

[Document Name] Statement

[Title of Invention] How to use a suction cup to help prevent accidents

[Claims]

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention provides a suction device with a ventilation hole, compresses the suction device to utilize its repulsive force and flexibility, and uses a seismic resistant device, an anti-angle device, a strain resistant device, and a bracing device. , Dynamically use suction cups as braking devices, power transmission devices, shock absorbing devices, anti-slip safety devices, etc. For example, on a tread surface of a tire such as an automobile tire, a hole suction cup as shown in FIG. 2 in which a suction hole of a suction cup has a suction hole (1) is arranged side by side in an embedded manner, and the ventilation hole (1) is provided on the side surface of the tire. Water pressure resistance which tires receive on tires at equal intervals on the circumference and quickly drain water from road surface captured by hole suction cups by utilizing its flexibility and centrifugal force due to car rotation The present invention relates to a method of using a suction cup for absorbing accidents and the like, and dynamically using a hole suction cup that prevents the body from floating and the like as an anti-slip safety device to help prevent accidents.

[0002]

2. Description of the Related Art A conventional suction cup is mainly used statically as an adsorption device for adsorbing by utilizing the vacuum of the suction cup.

[0003]

The conventional suction cups, which are mainly used statically as a suction device for suctioning by utilizing the vacuum of the suction cups, have the following drawbacks. It was (B) Since the suction cup is mainly used statically as a suction device that uses the vacuum of the suction cup to suck it, the place where the suction cup can suck is limited, and further preparations such as cleaning are required for attachment. (B) The suction of the suction cup may interfere with usability. That is, it is not designed so that it is adsorbed when used and automatically released when not used. The present invention has been made in order to eliminate these drawbacks. The conventional method of using a suction cup is completely changed, and a ventilation hole 1 is provided on the suction surface of the suction cup, and the suction cup is compressed to utilize its repulsive force and flexibility. However, it is an object of the present invention to provide a method of using a suction cup dynamically, which is useful as a non-slip safety device, etc. to prevent accidents that are friendly to people and objects.

[0004]

In order to solve the above problems, the following means are used in the method of using the hole suction cup, the W suction cup, the W hole suction cup, and the string suction cup of the present invention. (A) The hole sucker compresses the sucker and uses its repulsive force and flexibility to make use of a seismic resistant device, anti-angle device, anti-strain device, bracing device, braking device, power transmission device, shock absorbing device, non-slip device. A suction cup was dynamically used as a safety device and the like, and in order to further enhance these performances, a suction hole was provided on the suction surface of the suction cup to provide an automatic suction opening / closing device. That is, when pressure is applied to the suction cup, the ventilation hole 1 is compressed and closed, and when the pressure acts as a suction cup and the pressure is released, the compression is released and air or the like enters through the ventilation hole 1 so that adsorption is automatically performed. As it is designed to be released, it is easy to use. (B) W sucker uses the sucker dynamically as a seismic device, anti-angle device, anti-strain device, bracing device, anti-slip device, etc. by compressing the sucker and utilizing its repulsive force and flexibility. , In order to further improve these performances, a small suction cup W is provided on the suction surface of the suction cup, and it is a suction cup that was mainly thought of as a tensioning device, but the suction effect is similar to the use of large and small suction cups arranged side by side with one suction cup. There is. (C) The W-hole sucker compresses the sucker and uses its repulsive force and flexibility to make use of a seismic device, anti-angle device, strain resistant device, bracing device, braking device, power transmission device, shock absorbing device,
A suction cup is dynamically used as a non-slip safety device, etc., and in order to further improve these performances, a small suction cup W is provided on the suction surface of the suction cup, and a ventilation hole 1 is provided on the suction surface to form a suction automatic opening / closing device. . That is, when pressure is applied to the suction cup, the vent hole 1 is compressed and closed, and acts as a suction cup, and when the pressure is released, the compression is released and air or the like enters from the vent hole 1, and adsorption is automatically performed. It is easy to use because it is released. (D) The string sucker compresses the sucker and uses its repulsive force and flexibility to dynamically use the sucker as a seismic device, anti-angle device, strain resistant device, bracing device, anti-slip device, etc. To further enhance these performances, the left and right abdomen of the suction cup,
Alternatively, a suction automatic release string 2 or the like is provided between the head and the left and right edges to provide a suction automatic opening / closing device. That is, when pressure is applied to the suction cup, it is compressed and the suction automatic release string 2 etc. loosens and acts as a suction cup,
When the pressure is released, the compression is released and the suction automatic release string etc. 2 pulls the left and right edges of the suction cup to allow air etc. to enter and the suction is automatically released. Is good. Also, when releasing later, if the suction automatic release string etc. 2 is made a little longer and a part of it is connected to the item, when the pressure is released, it will remain attached and attached to a chair, for example. When the chair is lifted when it is used, the chair can pull the automatic suction release string 2 or the like to automatically release the suction. The suction of each sucker is only used when it can be sucked without cleaning, and mainly by compressing the sucker and utilizing its repulsive force and flexibility, even if the sucker has an uneven surface that can not suck By utilizing the surface contact of a shape that is absorbed depending on the nature, the contact resistance is maximized and the effect as a non-slip safety device is utilized.

[0005]

[Operation] Regarding the operation of the suction cup configured as described above,
The suction hole of the suction cup is provided with a vent hole 1, the suction cup is compressed, and the resilience and flexibility of the suction cup are utilized to prevent accidents while being gentle to people and objects as a non-slip safety device. For example, when a hole sucker is used by being provided on a tread surface such as tires, footwear, ladders, chairs, tripods, and steps, when pressure is applied to the hole sucker due to body weight or the like, the vent hole 1 of the hole sucker is compressed. It is closed or closed by a surface to which the suction cup can be sucked, and acts as a suction cup. When the pressure is released excluding the weight and the like, the compression is released and air or the like enters through the vent hole 1, and the suction of the suction cup is automatically released, which is convenient. In addition, even if the suction cup has an uneven surface that cannot be adsorbed, the surface contact of the shape that is adsorbed due to its flexibility is used to maximize the contact resistance, and at the same time the air or water caught on the adsorbing surface is promptly discharged from the vent hole 1. It discharges and uses the effect as a non-slip safety device instantly and dynamically.

[0006]

EXAMPLES Examples will be described with reference to the drawings.
In FIG. 1, hole suction cups having ventilation holes 1 formed on the suction surface of the suction cups are arranged in an embedded manner on the tread surface of a tire such as an automobile tire, and the ventilation holes 1 are evenly spaced on the circumference of the tire side surface. It is provided so that water on the road surface caught by the hole sucker can be quickly discharged from the vent hole 1 by utilizing its flexibility and the centrifugal force due to the rotation of the car, and absorbs the hydraulic resistance received by the tire in an instant. , Precautions when using the Q-tire as a safety device to prevent the body sucking, such as the hole sucker from slipping. (A) Since the frequency of use to non-use is severe, the hole diameter of the ventilation hole 1 is about 2 to 10 mm, and the hole diameter is determined in proportion to the thickness of the Q tire, or water on the road surface caught by a suction cup, etc. Q It is advisable to set the hole diameter so that it can be discharged more quickly than the ventilation hole 1 on the side surface of the tire. (B) The vent hole 1 as shown in FIG. 1 is used so as to be structurally usable as a tire cooling device or the like. (C) The direction of rotation of the car so that water etc. from the ventilation hole 1 on the side of the Q tire will not be a nuisance to passers-by in rainy weather so that mud avoidance can be washed with water etc. from the side of the Q tire. To Figure 1
As shown in A, the air holes 1 are provided in a streamlined or oblique manner, and the centrifugal force due to the rotation of the car is also used to quickly drain the water, etc. on the road surface captured by the suction cup, and the hydraulic resistance received by the tires can be instantly obtained. It absorbs into the body and prevents the body from floating and helps to drive safely. (D) It is important that the vent hole 1 on the suction surface of the suction cup is closed only by being pressed and depending on the road surface. When the vent hole 1 is closed by compression or the like, water on the road surface caught by the suction cup , Etc. cannot be discharged quickly from the ventilation holes 1 on the side of the Q tire, so the anti-slip effect, etc. is reduced, and the water pressure resistance etc. of the particularly excellent tire of the Q tire is absorbed instantly, preventing the body from rising. Since the performance of non-slip safety devices will be affected, special attention must be paid to the design. (E) A running test or a braking test of a vehicle with Q tires as shown in FIG. 1 is performed on a slippery road surface such as an ice top surface, and compared with a vehicle with conventional tires.
You should try its performance. (F) Even if a hole sucker such as a Q tire as shown in FIG. 1 is worn, since the vent hole 1 remains on the tread of the tire, the tire does not become a round tire as a hole tire. And you don't have to worry about its performance, so you can experiment. (G) The number of the ventilation holes 1 on the suction surface of the well-hole suction cup may be two or more as a measure against the sediment pebbles. (H) Although the anti-slip pattern of the Q tire as shown in FIG. 1 is simple, a hole sucker may be incorporated into each anti-slip pattern of the conventional tire to provide a non-slip safety device or the like.

The hole sucker of claim 2 is used for the Q tire of claim 3 and the footwear with the hole sucker of claim 7, but the W hole sucker of claim 5 can also be used.

The hole suction cup as shown in FIG. 2, the W suction cup of FIG. 3, the W suction cup of FIG. 4, and the string suction cup of FIG. 5 are of a vertical hole type, and a pipe or the like can be attached thereto. Depending on the object, it may be a lateral hole type or other type such as an embedded type for attaching to tires, footwear or the like, or a screw type for attaching screws or the like.

The material of the suction cup used as the bracing device or the like may be rubber or the like having a large compression repulsion force, and its side surface may be bellows as shown in FIGS.

The diameter of the small suction cup W provided on the suction surface of the W suction cup or the W hole suction cup may be about one half of that of the W suction cup or the like.

The hole diameter of the ventilation hole 1 provided on the suction surface of the hole sucker or W hole sucker is generally about 1 to 3 mm and is proportional to the size of the hole sucker or the like or the frequency of use-not-use. To determine the pore size.

The W suction cup of claim 4 is characterized in that, in order to improve the performance as a bracing device, the side surface of the suction cup is bellows, and a small suction cup W is provided on the suction surface of the suction cup.
Since the suction of the small suction cups W interferes when not in use, it is advisable to connect a part of the small suction cups W as shown in FIG. 3A.

The hole diameter of the vent hole 1 provided around the edge of the bottom side surface of the footwear of the hole suction cup used for the footwear as shown in FIG. 6 of claim 7 is about 0.5 to 5 mm. Large for exclusive sports shoes, small for footwear that walks slowly,
It is recommended that the impact absorbing device has a hole diameter that works well. Further, in the case of footwear, etc. where the impact absorbing sound due to the flow of air or the like is a concern, the impact absorbing effect is reduced, but it is preferable to increase the hole diameter of the ventilation hole 1.

For a chair as shown in FIG. 7 of claim 8, the W hole suction cup of claim 5 and the string suction cup of claim 6 can be used in the same manner.

[0015]

Since the present invention is configured as described above, it has the following effects. According to a first aspect of the present invention, a ventilation hole is provided on the suction surface of the suction cup, and the suction cup is compressed to utilize its repulsive force and flexibility. , A shock absorber, a non-slip safety device, etc., which is a dynamic use of a suction cup for the purpose of helping prevent accidents by dynamically using the suction cup. .

According to a second aspect of the present invention, by compressing the suction cup and utilizing its repulsive force and flexibility, a seismic resistant device, an anti-angle device, a strain resistant device, a bracing device, a braking device, a power transmission device, a shock absorbing device, and a slippery. Dynamically using a suction cup as a stop safety device,
Ventilation holes 1 on the suction surface of the suction cup to further enhance these performances.
Was provided as an automatic suction opening / closing device. In the hole sucker as shown in FIG. 2, when the pressure is applied to the sucker, the vent hole 1 is compressed and closed, or when the sucker is sucked, it acts as a sucker, and when the pressure is released, it is compressed. Is opened so that air, water or the like enters through the vent hole 1 and the adsorption is automatically released, which is convenient. For example, when it is attached to the tread surface of a leg such as a chair or step, or to the tread surface of tires, footwear, etc. and used as a non-slip safety device, it acts as a sucker while weight is added, so it is safe. You can easily create stable chairs, etc. that are stable and people-friendly. A vacuum power transmission device, a braking device, and the like can be formed by a hole sucker and a mirror disk that can suck the sucker. Further, by utilizing the air pressure resistance due to the inflow and outflow of the air that has entered the ventilation hole 1, the air. shock. A chair with an absorber can be created.

According to a third aspect of the present invention, the hole suction cups as shown in FIG. 2 of the second aspect are arranged side by side in an embedded manner on the tread surface of a tire such as an automobile tire, and the ventilation holes 1 are formed on the circumference of the side surface of the tire. By equipping them at even intervals, the flexibility and centrifugal force due to the rotation of the car are also used to quickly drain the water etc. on the road surface captured by the hole suction cups and instantly absorb the hydraulic resistance received by the tires to float the car body. The Q tire as shown in FIG. 1 is characterized in that a hole sucker that prevents rising and the like is dynamically used as a non-slip safety device. The suction automatic opening / closing device for the pores 1 can be used as a tire cooling device or the like, which is convenient for a vehicle. Also, in case of rain or the like, the water flowing out from the ventilation hole 1 on the side of the Q tire does not disturb passengers, so that the water flowing out from the side of the Q tire can be washed in the direction of rotation of the car so that the mud avoidance can be washed. If the ventilation holes 1 are installed linearly or diagonally, the centrifugal force due to the rotation of the car can also be used, the water on the road surface caught by the suction cup can be quickly discharged, and the hydraulic resistance received by the tire can be absorbed instantly. It is possible to prevent the floating of cars, prevent traffic accidents, and make safer and more comfortable car tires.

According to a fourth aspect of the present invention, the suction cup is compressed to utilize its repulsive force and flexibility, and a seismic resistant device, an anti-angle device, a strain resistant device,
A sucker is dynamically used as a strut device, a non-slip safety device, etc., and a small sucker W is provided on the suction surface of the sucker in order to further improve these performances. A W sucker as shown in FIG. Then, the small suction cup W provided for the above-mentioned purpose has a clever injury, and has a suction effect as if a single suction cup was used by connecting large and small suction cups of the related art. In other words, since the suction cup has a double structure, the small suction cup W on the inside is protected by the suction cup on the outside and has good adsorption durability against changes in humidity and other external pressures. Is good. It is worth replacing with a conventional sucker.

According to a fifth aspect of the present invention, the suction cup is compressed to utilize its repulsive force and flexibility, and a seismic resistant device, an anti-angle device, a strain resistant device,
The suction cup is dynamically used as a bracing device, a braking device, a power transmission device, a shock absorbing device, a non-slip safety device, and the like.
Was provided, and the ventilation hole 1 was provided on the adsorption surface to form an adsorption automatic opening / closing device. That is, when the pressure is applied to the suction cup, the suction is performed, and when the pressure is released, the suction is automatically released. The W-hole suction cup as shown in FIG. 4 is attached to household articles, buildings and other devices. To use. Alternatively, if it is used by replacing it with a material already used as a non-slip material, it may be convenient because it may be a safe material that is safer, has better performance, and is kind to people and objects. This suction cup has a structure as shown in FIG. 4, in which the suction surface of the small suction cup W is provided with a ventilation hole 1 of about 1 to 3 mm so that the suction does not interfere when not in use.
That is, when the pressure is applied to the suction cup, the vent hole 1 is compressed and closed, or closed due to the surface of the suction cup that acts as a suction cup, and when not in use, that is, when the pressure is released, the compression is performed. Is opened so that air, water or the like enters through the vent hole 1 and the adsorption is automatically released, which is convenient. Therefore, it has not been used because it is inconvenient to use because it has a particularly good performance as a non-slip or cushion, etc., but adsorption is a hindrance.For example, tires, footwear, containers, ladders, chairs, desks, tripods of automobiles, etc. It has become possible to use it on a tread such as a step or as a power transmission device such as a clutch, a braking device, or the like. W hole sucker,
Alternatively, since the hole sucker has excellent performance like a living octopus only by providing the ventilation hole 1 on the suction surface, it has a great industrial application field.

A sixth aspect of the present invention is a cord suction cup having a structure as shown in FIG. 5, in which a suction automatic release cord or the like 2 is provided between the right and left abdomen of the suction cup or between the head and the left and right edges. When it is compressed, the suction automatic release string 2 loosens and acts as a suction cup, and when not in use, that is, when the pressure is released, the compression is released and the suction automatic release string 2 pulls the left and right edges of the suction cup. It is easy to use because it is designed so that adsorption of air etc. is automatically released. When releasing later, if the suction automatic release string 2 is made slightly longer and connected to the item, it will remain adsorbed even if the compression is released. For example, when it is attached to a chair or the like and used, When you lift
The suction automatic release string 2 can be pulled by a chair to automatically release the suction. It may be better to use this to attach it to an object to be used in a water place such as a bathroom. For example, there are a stool with a string sucker, a sludge, a pail, a mesh net, a nail file, a cutting board, a container, and the like.

According to a seventh aspect of the present invention, the hole suction cups of the second aspect are embedded in the tread surface of the footwear as an anti-slip safety device, and the ventilation holes 1 are provided around the edge of the bottom surface of the footwear. 6, when the air on the road surface captured by the hole suction cup is discharged, the air pressure resistance due to the flow of the air entering the ventilation hole 1 is also used as the shock absorbing device, as shown in FIG. Footwear with hole suction cups, in addition to anti-slip safety devices, etc., as a by-product of the suction automatic opening / closing device for ventilation holes 1, when exhausting air etc. on the road surface captured by the hole suction cups around the bottom side edge of the footwear. By using as a shock absorbing device by adjusting the size of the ventilation hole 1 provided in the, it absorbs the shock received from the road surface at the time of walking softly, there is an immeasurable effect, footwear friendly to people You can

A chair with a hole sucker as shown in FIG. 7 is characterized in that the hole sucker according to claim 2 is provided on a tread surface of a leg of a chair or the like, and is used as a non-slip safety device or the like. When pressure is applied to the sucker by weight etc., vent 1
Acts as a suction cup when it is compressed and closed, and when the pressure is released, the compression is released and air, etc. enters through the vent hole 1,
It is easy to use because the adsorption is automatically released. Further, even when the suction cup has an uneven surface that cannot be adsorbed, the surface contact is maintained as if the suction cup was adsorbed, the contact resistance is maximized, and the effect as a non-slip safety device is utilized.

[Brief description of drawings]

FIG. 1A is a cross-sectional view of a Q tire showing an embodiment using the hole sucker of the present invention. FIG. 1B is a perspective view of a Q tire showing an embodiment using the hole sucker of the present invention.

FIG. 2A is a vertical sectional view of the hole sucker of the present invention. FIG. 2B is a perspective view of the hole sucker of the present invention.

FIG. 3A is a vertical cross-sectional view of the W suction cup of the present invention. FIG. 3B is a perspective view of the W suction cup of the present invention.

FIG. 4A is a vertical cross-sectional view of the W hole suction cup of the present invention. FIG. 4B is a perspective view of the W hole suction cup of the present invention.

FIG. 5 (A) is a vertical sectional view of the cord suction cup of the present invention. (B) is a perspective view of the cord suction cup of the present invention.

FIG. 6A is a vertical cross-sectional view of footwear showing an embodiment using the hole suction cup of the present invention. FIG. 6B is a rear perspective view of footwear showing an embodiment using the hole suction cup of the present invention.

FIG. 7A is a perspective view of a chair or the like showing an embodiment using the hole suction cup of the present invention. FIG. 7B is an enlarged sectional view in which a part of A is cut away.

[Explanation of symbols] 1 Vent hole 2 Automatic adsorption release string, etc. W Small suction cup

Claims (8)

[Claims] Claims: 1. A suction hole of a suction cup is provided with a ventilation hole, and the suction cup is compressed to utilize the repulsive force and the softness ratio of the suction cup, anti-angle device, anti-strain device, bracing device, braking device, power transmission device. Use a suction cup as a shock absorber, anti-slip safety device, etc. to help prevent accidents. 2. A hole suction cup provided with a ventilation hole (1) on the suction surface of the suction cup is arranged side by side in an embedded manner on the tread surface of a tire such as an automobile tire, and the ventilation hole (1) is formed on the circumference of the tire side surface. By equipping them at equal intervals, the flexible ratio and the centrifugal force generated by the rotation of the car are used to quickly drain the water, etc. on the road surface captured by the hole suction cups, and absorb the hydraulic resistance received by the tires to lift the vehicle body. A Q tire as shown in FIG. 1 characterized by using a hole sucker for preventing such as a slip prevention device. 3. A suction cup is compressed to utilize its repulsive force and flexibility, and seismic resistant device, anti-angle device, strain resistant device, bracing device, braking device, power transmission device, shock absorbing device, anti-slip safety device, etc. A suction cup was used as the above, and in order to further enhance these performances, the suction surface of the suction cup was provided with a vent hole (1) to provide an automatic suction opening / closing device. That is, the hole sucker as shown in FIG. 2 is characterized in that it sucks when a pressure is applied to the suction cup and automatically releases the suction when the pressure is released. And other equipment such as household products and buildings that use this hole sucker. 4. A suction cup is compressed to utilize its repulsive force and flexibility, and the suction cup is used as an anti-seismic device, anti-angle device, strain resistant device, bracing device, anti-slip device, etc. The W suction cup as shown in FIG. 3 is characterized in that a small suction cup (W) is provided on the suction surface of the suction cup in order to raise the height. And other devices such as household items and buildings that use this W sucker. 5. A seismic resistant device, an anti-angle device, a strain resistant device, a bracing device, a braking device, a power transmission device, an impact absorbing device, an anti-slip safety device, etc. In order to further improve these performances, a small suction cup (W) was provided on the suction surface of the suction cup, and a ventilation hole (1) was provided on the suction surface to provide an automatic suction opening / closing device. That is, when the pressure is applied to the suction cup, the suction is performed, and when the pressure is released, the suction is automatically released.
W hole sucker as shown in. And other devices such as household products and buildings that use this W hole sucker. 6. A suction cup is compressed to utilize its repulsive force and flexibility, and the suction cup is used as an anti-seismic device, anti-angle device, anti-strain device, bracing device, anti-slip device, etc. to further improve these performances. In order to raise the height, a suction automatic opening / closing device (2) is provided by providing a suction automatic release string or the like (2) between the right and left abdomen of the suction cup, or between the head and the left and right edges. That is, when pressure is applied to the suction cup, it is adsorbed,
A string sucker as shown in FIG. 5, which is characterized in that the suction is automatically released when the pressure is released or later. And other devices such as household items and buildings that use this string sucker. 7. The hole suction cup according to claim 3 is provided as an anti-slip safety device, etc., in an embedded manner by arranging it side by side with the tread of footwear, and the ventilation hole (1) is provided around the bottom side of the footwear. When discharging the air on the road surface captured by the hole suction cup, shock the air pressure resistance due to the flow of the air entering the ventilation hole (1). Footwear with a hole-sucker as shown in FIG. 6, which is used as an absorber. 8. A chair with a hole sucker as shown in FIG. 7, characterized in that the hole sucker according to claim 3 is provided on a tread surface of a leg of a chair or the like and is used as a non-slip safety device or the like.