JPS6124973A - Instantaneous hydro-extracting device for umbrella - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] (Industrial Application Field) This invention relates to an umbrella instantaneous draining device, and its purpose is to
To provide an instant umbrella draining device which is installed at the entrance of a hospital, station, general building, vehicle, etc. and instantly dehydrates an umbrella wet with rain during rain.

(Prior art) Conventionally, there was no such device; therefore, when it rains, it is necessary to bring a rain-soaked umbrella indoors, etc., or to place an elongated cylindrical synthetic resin bag (as described below) at the entrance/exit of a room, etc. A large number of bags (called ``bags'') were prepared and handed out to customers, etc. The customer would insert an umbrella held in the other hand into the bag held in one hand, and then insert the umbrella into the bag.

(Problem to be solved by the invention) Such conventional techniques have the following problems.

In the former case, the person brings the rain-soaked umbrella indoors, etc., and the water droplets from his and other people's umbrellas not only wet or stain his clothes, but also wet the floor, especially when the floor is covered with carpet, etc. In hotels, etc., rainwater absorbs and permeates through the carpet, expanding the wetted area, and then retaining the rainwater, which causes problems such as dryness, mold, etc., and discomfort.

In the latter case, both hands are required to insert the umbrella into the bag, which is not only extremely inconvenient, especially when carrying a shopping bag in one or both hands, but also makes it difficult to insert the umbrella into the bag. There was a problem in that the opening was narrow, making it difficult to perform the entire insertion operation.

Moreover, one bag is required for each umbrella, and this bag is usually thrown away after use, which not only makes garbage disposal troublesome, but also causes pollution even though the bag is made of synthetic resin. There was also a problem with this.

This invention was completed to solve the above problems.

(Means for solving the problem) A main device having an elastic member having elasticity on the umbrella contacting surface, an auxiliary device that presses the umbrella against the main device, and supporting at least one of the devices. The above-mentioned problems are solved by providing an umbrella instantaneous draining device comprising a frame device.

(Embodiment II) Hereinafter, the umbrella instantaneous draining device according to the present invention will be explained in detail based on the drawings.

In the drawings below, (1) is an elastic member with elasticity, (2)
) is an umbrella, the plate is a main unit with an elastic member (1) on the contact surface of the umbrella (2), the plate is an auxiliary device that presses the umbrella (2) against the main unit, and (5) is the above-mentioned both bags W. (This is a frame device that supports at least one of 31 and f41.

In FIGS. 1 and 2, the earthen tray and the auxiliary equipment group each have a roller (6) and an elastic member (1) provided on the outer peripheral surface of this roller '-T61. Said 2
The axes of the book rollers (6) are arranged on the same plane at required intervals and at required angles in the vertical direction.

The frame device (5) pivotally supports the main device side and the auxiliary device side with its bearing portion (7) (for example, a hair ring).

(8) is a reaction force device that presses the umbrella (2) against the earthen dish via the auxiliary equipment group, and (9) is a drain port provided in the frame device W (5). (Although not shown, a cock, drain pipe, etc. may be connected to the drain port (9).)Using the umbrella instantaneous draining device according to this embodiment with such a configuration, the umbrella can be drained from rain. The umbrella (2) is instantly dehydrated by the method described below.

Insert the umbrella (2) between the main device and the auxiliary device by holding the handle (2a) of the umbrella (2) with one hand. During this insertion, the elastic member (1) presses the umbrella (2), and at the same time the roller (6) and the elastic member (1) rotate. This pressing force is applied to the reaction force device (8
), the main device side and the auxiliary device side will separate. After inserting the umbrella (2) to the required position, insert the umbrella (2)
Hold the handle (2a) with one hand and pull it out. During this extraction, the elastic member (1) presses the umbrella (2), and at the same time the roller (6)
) and the elastic member (]) rotate.

Umbrella (2), which got wet with rain during the above operation, has both elastic members (
1, 1, fl), and the water droplets flow down through the elastic member +11 or from the tip (2b) of the umbrella (2) into the frame device (5) and accumulate there.

The instant umbrella drainer according to this embodiment exhibits the following excellent effects at the same time.

(1) While holding the handle (2a) of the umbrella (2) with one hand,
) can be drained instantly (2 to 3 seconds).

(2) Since all the insertion openings are large, it is easy to insert the umbrella (2) into the umbrella instant drainer.

(3) Since there are no consumables for each umbrella (2),
Not only does it save you the trouble of disposing of garbage, but it also helps protect your records.

(4) Since water droplets (10) accumulate in the frame device (5) or the accumulated water is drained through a drain pipe or the like, the indoor floor does not get wet.

(5) Since the roller (6) is arranged vertically at a required angle, it is easy to insert the umbrella (2) into the umbrella instantaneous draining device.

(6) Since the reaction force device (8) is provided, the pressing force when the elastic member (1) presses the umbrella (2) can be kept approximately constant, so there is no risk of damaging the umbrella (2). There is no.

In this invention, the elastic member ( ) can be suitably used as long as it is an elastic member with or without water absorbing ability, such as terry cloth, nonwoven fabric, tanned fabric, etc., and especially closed cell or open cell material. Porous rubber having air bubbles can be suitably used, and in short, any member that can be flexibly deformed against irregularities such as the ribs of the umbrella (2) may be used.

The elastic member (]) with open cells also has a water-retaining effect, while the one with closed cells has a small surface unevenness, so water droplets flow easily, and it is not only strong in durability, but also has a water-retaining effect.
It has the effect of being easy to wash when it gets dirty or dirty.

(Modification 1) In the present invention, the reaction force device (8) is not necessarily required, and its shape is not necessarily limited to this modification, and may be, for example, the shape shown in FIGS. 3 and 4.

In Figures 3 and 4, the reaction force device (8) is a spring (8).
a), a wire (8b) connected to this spring (8a) via a bearing part (7), and a pedal (8c) connected to this wire (8b).

The umbrella instantaneous draining device according to this modified example having such a configuration pulls the spring (8a) via the wire (8b) by stepping on the pedal (8C) with one foot, and connects the main device to the supplementary device. A space between the two sides opens and an umbrella is inserted between the two. Next, when the foot is released from the pedal (8c), the auxiliary equipment group 1 presses the umbrella (2) against the earthen tray with the force of the spring (8a). After that, when the umbrella (2) is removed from the umbrella instant drainer, the roller (6) rotates, and the rain-soaked umbrella (2) is squeezed into the earthen drainer and the auxiliary member, and the water droplets ( 10) flows down and accumulates in the frame device (5).

In the umbrella instantaneous draining device according to this modified example, each time the pedal (8C) is depressed, the space between the earthenware tray and the auxiliary equipment group 1 can be opened in advance and the umbrella (2) can be inserted.

Therefore, since no external force is applied to the umbrella (2) during insertion, there is also the effect that there is less risk of damaging the umbrella (2).

In this invention, the frame device (5) includes a roller (
Although only the lower end of the roller (6) is supported by the shaft, it is also possible to have a structure in which both ends of the roller (6) are supported by the shaft, and the drain port (9) is not necessarily required, and furthermore, the roller (6) may be mounted vertically. Alternatively, they may be arranged horizontally.

(Modification example 2) In FIGS. 5 and 6, the frame device (5) includes a base (5a), an upright part (5b) erected from this base (5a), and this upright part (5a). 5b) and a male screw (5C) which is removably pivotably attached to the base (5a).

The roller (6) is pivotally supported at its upper and lower ends by bearings (7).

The umbrella instantaneous draining device according to this modification example has a male thread (5c).
can be removed, the upright part (5b) can be removed from the foundation 5a), and then the earthenware W +31 and the auxiliary W (9) can be removed.

Needless to say, it can be easily assembled by reversing this procedure.

As described above, in the instant umbrella drainer according to this modification example, since the earthen dish and the first auxiliary equipment can be easily attached and detached, maintenance, inspection, and
It also has the effect of being easy to replace.

(Modification 3) In Fig. 7, (11) is a detector, (12) is a drain pipe, and (5d) is a rainwater gutter. Earthen dish and auxiliary equipment (4)
Both ends of the roller (6) are pivotally supported by a frame device (5), and rotated by a drive unit W (not shown).

When the umbrella (2) is inserted in the direction of the arrow, the detector (11)
detects the umbrella (2), and the drive device of the earthen tray and auxiliary equipment W is activated by the signal.

Due to this driving force, the roller (6) rotates while being in strong contact with the umbrella (2), and the umbrella (2) is caught by the elastic member (1) and pushed out further in the direction of the arrow while being pressed, and the driving device is stopped by a timer. At this time, the umbrella (2) is instantly drained. After the water drops flow down into the rainwater gutter (5d), the water drops flow into the drain (
9), and is drained to the required location through the drain pipe (2).

The umbrella instantaneous draining device according to this modification having such a configuration also has the effect of instantly draining the umbrella (2) just by placing it at a desired position.

(Example of change 4) FIG. 8 shows another modification that is similar to the modification shown in FIG.

In Fig. 8 below, (13) is the drive device for the roller (6), and (14) is the drive device! , (14a) a transmission section using a spline, key, etc. that transmits the driving force of (13);
is a bearing box, (15) is a transmission device using a gear, a wrap transmission device, etc. for transmitting the driving force, (5b) is an upright part that is integrally installed with the frame device (5), (5e) is a cover that protects the transmission (15).

In the umbrella instantaneous draining device according to this modification having such a configuration, when the drive device (13) is driven, the transmission section (14)
rotates, and along with this, the roller (6) and the transmission device (15) rotate.
) rotates, and the elastic members (1) rotate while being in strong pressure contact with each other. Needless to say, the directions of rotation of the earthenware tray and the auxiliary equipment group 1 are opposite.

The umbrella instantaneous draining device according to this modification example has a cover (5e)
After removing the main device +31 or the auxiliary device W (9) to the front or rear in a required manner, the main device +31 or the auxiliary device W (9) can be easily pulled out upwards or attached downwardly from the rear of the drawer.

That is, since the earthenware tray and the auxiliary W group can be easily attached and detached, maintenance, inspection, replacement, etc. are easy. Furthermore, since the cover (5e) is provided, there is also an effect that the umbrella (2) and the transmission W (15) are not damaged due to contact with each other.

(Modification 5, Modification 6) In the present invention, the shape of the roller (6) is not necessarily limited to a cylinder. For example, a tapered roller (68) may be used as shown in FIG. 9, or the whole of the earthenware turn and auxiliary device may be shaped into a substantially truncated cone as shown in FIG. 10.

In the umbrella instantaneous draining device having such a configuration, a portion with a large surface area of the elastic member (1) comes into contact with a portion with a large surface area of the umbrella (2). This has the effect that the circumferential length of the elastic member (1) is approximately constant with respect to the length of the umbrella (2).Therefore, it also has the effect that the entire surface of the umbrella (2) can be drained evenly.

(Modification 7, Modification 8) In the present invention, the outer circumferential surface of the elastic member (1) may be smooth, but may be provided with grooves (16) as shown in FIGS. 11 and 12. As described above, in the umbrella instantaneous draining device having a structure in which the outer peripheral surface is provided with a groove (16) continuous from the lower end of the outdoor peripheral surface of at least the elastic member (1), water droplets collect in the groove (16). ), it also has the effect of having a greater draining ability.

(Modification 9) In this invention, the modification shown in FIGS. 9 to 10 and the modification shown in FIGS. 11 to 12 are combined, for example, as shown in FIG. ]−
It is also possible to use an umbrella instantaneous draining device having a configuration in which a groove (16) continuous from the lower end of the outer circumferential surface of the elastic member (11) is provided on the outer circumferential surface of the elastic member (11).

(Modification 10) In FIGS. 14 and 15, (17) is a squeezing roller made of hard material such as metal or synthetic resin, and (18) is an umbrella holder made of vinyl, cloth, etc. 1 earthen dog and 1 supplementary machine each have a roller (6) and this roller (6)
An elastic member (]) (squeezing roller (
17), a water-absorbing member such as porous rubber having open cells can be suitably used) and this elastic member (])
a squeezing roller (17) that is in pressure contact with the roller (6) and has an axis on the same plane as the axis of the roller (6), and the axis and axis of the roller (6) of the one example of the bag holding plate. are arranged on the same plane at required intervals.

The frame device FII (5) pivotally supports an earthen tray, an auxiliary roller (6) and a squeezing roller (17), and has an umbrella holder (18).

In the umbrella instantaneous draining device according to this modified example having such a configuration, when the drive device (not shown) is driven, the roller (6), the elastic member (1), and the squeezing roller (17) move in the direction of the arrow shown in the 15th figure. rotate in the direction. Umbrella (2) is elastic member f
i1. (When inserted between the umbrellas (11 and 11), the rainwater from the umbrella (2) is absorbed by the elastic members (1, 1), and the rainwater from the umbrella (2) is absorbed by the elastic members (1, 1).
17), water is removed from the elastic member (1) and drained into the rainwater gutter (5d
) flows down and accumulates.

On the other hand, the umbrella (2) is supported by a rear umbrella holder (18) squeezed out from the elastic member (11, fl,).

Since the umbrella instantaneous draining device according to such a modified example is provided with the squeezing roller (17), the elastic member (1) can be used in a dehydrated state at all times, which has the effect of easily absorbing rainwater from the umbrella (2). It also has Moreover, since the umbrella holder (18) is provided, the dehydrating trailing edge (2) of the umbrella (2) does not fall sideways, and therefore, not only does the umbrella (2) not get dirty from the floor etc. Since 2.3 umbrellas (2) can be temporarily stored in the umbrella holder (18), it also has the effect that the umbrellas (2) can be continuously supplied into the umbrella instantaneous draining device.

In this invention, the drive device, transmission device, etc. may be installed in the required manner, and the roller (6) and the squeezing roller (1
The angular velocity of 7) is the squeezing roller (1) of the elastic member (1).
A speed at which the circumferential speed of the surface in contact with 7) and the circumferential speed of the squeezing roller (17) are the same can be preferably adopted.

This is because there is no slippage between the squeezing roller (17) and the elastic member (11), which improves the durability of the elastic member (1) and also improves the squeezing effect of the elastic member () due to stronger pressure contact.

In this invention, the umbrella holder (18) is not necessarily required, and on the other hand, the umbrella holder (18) may be provided in other embodiments and modifications.

In this invention, the squeezing roller (17) is similar to the roller (6) in FIGS. 11 to 13.
7) may be provided with a continuous groove on the outer circumferential surface from the lower end of the outer circumferential surface.
A continuous groove may be provided on the outer circumferential surface from the lower end of the outer circumferential surface.

(Modification 11, Modification 12) In the present invention, if the elastic member (1) is tilted forward with respect to the insertion direction of the umbrella (2) and installed obliquely (see FIG. 16), the umbrella (
Since the water is drained from the top of the umbrella (2) and the rainwater is drained from the umbrella (2) in the downward direction, it also has the effect of draining water more smoothly. On the other hand, if the elastic member (1) is installed obliquely by tilting backwards (see Fig. 17), it will also have the effect of making it difficult to insert the umbrella (2).

The umbrella instantaneous draining device equipped with these diagonally installed elastic members (1) sequentially drains the umbrella (2) from the top or bottom of the umbrella (2).
), the umbrella (2) can be pinched regardless of the difference in thickness between the top and bottom of the umbrella (2), and therefore has the effect of evenly draining water.

(Modification example) 3) In Fig. 18, (IA) is an endless band made of an elastic member, (19) is a presser member (19a), and this presser member (
a spring (19b) that pushes 19a) toward the endless band (1^);
This pressing device includes a support portion (19c) that supports the reaction force of the spring (19b).

The main device and the auxiliary device (9) each have a drive roller (
6B), a driven roller (6c) parallel to this driving roller (6B), and both rollers (6B), (6c
), and the endless band (18) is pressed from the space surrounded by the endless band (IA) to the endless band (IA) side of another device. Pressing device (
19) and a squeeze roller (17) parallel to the drive roller (6B).

A frame W (not shown) supports the main equipment side and the auxiliary equipment side in the required manner.

In the umbrella instantaneous draining device according to this modification having such a configuration, when the drive device (not shown) is driven, the drive roller (6R), driven roller (6c), and squeezing roller (
17) rotates, and at the same time the endless band (1^) presses the pressing member (1
9) Rotates while being pressed. The umbrella (2) is an endless belt (1
When inserted between ^) and (IA), rainwater from the umbrella (2) is absorbed by the endless belt (IA), and this rainwater is squeezed by the squeezing roller (
17), the water is dehydrated and flows down from the endless belt (IA), and the umbrella is sent to the right side from the endless belt (1^) and (IA).

The umbrella instantaneous draining device according to this modification also has the effect that rainwater from the umbrella is more easily absorbed since the umbrella is pressed between the elastic members for a long time.

In this invention, the position of the squeezing roller (17) is not necessarily limited to the position shown in Figure 18.

The pressing device (19) does not necessarily require a pressing spring (19b) or a support part (19c), for example, a pressing member (19a).
) may be fixed to the main device side, an auxiliary machine, or a frame device.In short, it is sufficient that the endless band (1^) has a structure that does not allow oil to enter inside thereof.

The holding member (19a) shown in FIG. 18 is a free roller on the main device side and a flat plate on the auxiliary unit 8, but its shape and structure may be any desired shape and structure.

(Modification example 14) In Figure 19, earthenware 1 is the drive roller (6B)
and an elastic member (11) which is provided on the outer peripheral surface of the drive roller (6B) and has a groove (16) on the outer peripheral surface that is continuous from the lower end of the outer peripheral surface. 6B), at least two driven rollers (6c) parallel to this driving roller (6B), and an endless band (1^) that revolves around the outer periphery of the rollers (6R) and (6c) of one of these auxiliary rollers. ), and this endless band (18) is bent into a flat shape so as to embrace the elastic member (1) of the subject placement plate.The endless band (IA) does not have water absorption ability. It is made of an elastic member, and the elastic member fit is made of a water absorbing member.

A frame device (not shown) pivotally supports each roller (6B) and (6c) on the main device side and the auxiliary device station. .

In the umbrella instantaneous draining device according to this modified example having such a configuration, the portion where the endless band (18) and the umbrella and the elastic member (1) do not come into contact forms a vertical gutter, allowing rainwater to easily flow down. It also has an effect.

(Modification example 15) In FIGS. 20 to 21, the main device side forms an inner cylinder consisting of a substantially cylindrical elastic member (11), and the frame device (5) has this inner cylinder inside. , an outer cylinder having both end surfaces of the inner cylinder fixedly and hermetically sealed and having an inlet/outlet port (5f); ) and a pressure fM (4b) for supplying and discharging pressure fluid into this closed space (4a).

(5g) is a mounting part of a frame device that fixes this umbrella instantaneous draining device to a wall (20) or the like.

In the umbrella instantaneous draining device according to this modified example having such a configuration, the umbrella (2) is inserted into the main device +31, and then the pressure source (4b) is connected to the pipe (4c) and the supply/discharge port (5f). Pressurized fluid is supplied to the closed space (4a), and the umbrella (2) is compressed with a raw filling tray to dehydrate the rainwater from the umbrella (2).

The umbrella instantaneous draining device according to this modification example uses pressure fluid to drain the umbrella (
2), the bones of the umbrella (2) will not be damaged, and since the overall size of the device is small, it can also be used in narrow spaces.

In this invention, the inner periphery of the elastic member (1) is connected to the water absorbing member (
18), and if the outer periphery is made of a non-ventilated member (1c), after the umbrella (2) is compressed, the water absorbing member (IB) is ) expands and easily absorbs rainwater on the surface of the umbrella (2).

In this invention, air can be suitably used as the pressure fluid. If air is used, a compressor can be used as the pressure source (4b), and since compressors are always installed in buses, trains, etc., it also has the effect of being suitable for use in the above-mentioned vehicles. .

In this invention, the method for discharging the pressurized air after supplying air to the closed space (4a) is to use a compressor and an ejector as a vacuum source, and use this vacuum source to suck out the pressurized air. This also has the effect of making the operation more rapid.

The method of controlling the instant umbrella drainer is to detect the insertion of the umbrella (2) with a detector, then switch the solenoid valve to supply air into the closed space (4a), hold it for 2.3 seconds with a timer, and then A method of activating a solenoid valve to exhaust the air in the closed space (4a) can be suitably adopted.

(Modification example 16) In Fig. 22, auxiliary equipment 1 is a substantially sealed space (
21) is also inhaled through the suction pipe (4d).

The umbrella instantaneous draining device according to this modified example having such a configuration is configured such that the umbrella (
2) and the elastic member (1) create a high-speed air flow from above to below, and the rainwater from the umbrella (2) flows away on this high-speed air flow. ,
It also has the effect of increasing dehydration power.

(Modification example 17) In Fig. 23, the earthen w is a roughly cylindrical elastic member (
1), and has a required number of air outlets (22) on the umbrella abutting surface of the inner cylinder, and the frame is equipped with:
(5) is an outer cylinder which has this inner cylinder inside, has both ends of this inner cylinder firmly fixed, is sealed except for the air outlet (22), and has an air supply/discharge port (5f), The supplement W (9) consists of a substantially sealed part (4e) formed by the inner cylinder and the outer cylinder, and a pneumatic source (4f) that supplies at least gas to this substantially sealed part (4e). The air pressure source (4f) of the device also sucks air in the substantially closed space (21) formed by the umbrella (2), the subject ff +31, and the frame device (5).

When the umbrella (2) is inserted into the umbrella instant drainer, the air pressure source (
4f) is activated. The air supply amount from the air pressure source (4f) is larger than the exhaust amount from the air outlet (22). For this reason, the umbrella (2) is compressed by the elastic member (1), and air is blown out from the air outlet (22) and sucked out from the substantially sealed space (21), so that the rainwater in the umbrella (2) is approximately It flows down into the closed space (21).

The umbrella instantaneous draining device according to this modified example having such a configuration is provided with an air outlet (22) to generate a rapid flow of air downward along the surface of the umbrella (2), so that water can be dehydrated even more. It also has the effect of increasing strength.

(Effects of the Invention) As explained above, the instant umbrella drainer according to the present invention simultaneously exhibits the following excellent effects.

fi+ You can drain the umbrella instantly (2 to 3 seconds) while holding the umbrella handle with one hand.

(2) Since all the insertion openings are large, it is easy to insert the umbrella into the umbrella instant drainer.

(3) Since there are no consumables for each umbrella, it not only saves the trouble of disposing of garbage, but also helps prevent pollution.

(4) Because it has a simple structure and small size, public access [
] Of course, it can be installed on lotuses, trains, etc.

(5) Since the water can be drained instantly, many people can use it one after another.

[Brief explanation of drawings]

The drawings are all for explaining embodiments and modifications of the instant umbrella drainer according to the present invention, and FIG. 1 is an explanatory diagram of the usage state of one embodiment, and FIG. 2 is a sectional view taken along line 8-A in FIG. 1. , Fig. 3 is an explanatory diagram of the usage state of modification example 1, Fig. 4 is a side view of Fig. 3,
Fig. 5 is an explanatory diagram of modification example 2, Fig. 6 is a side view of Fig. 5,
FIG. 7 is a perspective view for explaining the usage state of Modification Example 3, FIG. 8 is a dark blue cross-sectional view of Modification Example 4, FIG. 9 is an explanatory diagram of the main parts of Modification Example 5, and FIG. 10 is a diagram for explaining the main part of Modification Example 6. 11 is an explanatory diagram of the essential parts of modification example 7, FIG. 12 is an explanatory diagram of the essential parts of modification example 8, FIG. 13 is an explanatory diagram of the essential parts of modification example 9, and FIG. 14 is an explanatory diagram of the essential parts of modification example 9. 10 is an explanatory diagram, and FIG. 15 is a sectional view taken along the line A-A in FIG. 14.
FIG. 16 is an explanatory diagram of the main parts of modification example 11, FIG. 17 is an explanatory diagram of the main parts of modification example 12, FIG. 18 is an explanatory diagram of the main parts of modification example 13, and FIG. 19 is an explanation of the main parts of modification example 14. 20 is a partial vertical cross-sectional explanatory diagram of modification example 15, and FIG. 21 is an A--
A sectional view taken along the line A, FIG. 22 is a partial vertical cross-sectional explanatory view of Modification Example 16, and FIG. 23 is a partial vertical cross-sectional explanatory view of Modification Example 17. (]]l--Resilient member (2)--Umbrella sword-Main device Issue-Auxiliary device (5)-Frame device No. 7 No. 811 No. 9 No. 9 No. 10 No. 11
Figure 12th period 13th decoy 14th figure 15th figure 16th figure 17th period 18th
Figure 20 Figure 20

Claims (14)

[Claims] (1) An umbrella consisting of a main device with an elastic member on the umbrella contact surface, an auxiliary device that presses the umbrella against the main device, and a frame device that supports at least one of the devices. Instant draining device. (2) The main device and the auxiliary device each have a roller and an elastic member provided on the outer peripheral surface of the roller, and
The umbrella moment according to claim 1, wherein the axes of the two rollers are arranged on the same plane at a required interval, and further, a frame device pivotally supports the rollers of both the devices. Draining device. (3) The umbrella instantaneous draining device according to claim 2, wherein the roller is a tapered roller. (4) The umbrella instantaneous draining device according to claim 2, characterized in that a groove is provided on the outer circumferential surface of the elastic member, the groove continuing from the lower end of the outer circumferential surface of the elastic member. (5) The umbrella instantaneous draining device according to claim 3, characterized in that a groove is provided on the outer circumferential surface of the elastic member, the groove continuing from the lower end of the outer circumferential surface of the elastic member. (6) The main device and the auxiliary device each include a roller, an elastic member provided on the outer peripheral surface of the roller, and a squeezing roller that is in pressure contact with the elastic member and has an axis on the same plane as the axis of the roller. and that the axes of the rollers of both devices are arranged on the same plane at a required interval, and that the frame device pivotally supports the rollers of both the devices and the squeezing roller. An instant umbrella draining device according to claim 1. (7) The umbrella instantaneous draining device according to claim 6, characterized in that the outer circumferential surface of the squeezing roller is provided with a groove that continues from the lower end of the outer circumferential surface of the squeezing roller. (8) A groove continuous from the lower end of the outer circumferential surface of the squeezing roller is provided on the outer circumferential surface, and a groove continuous from the lower end of the outer circumferential surface of the elastic member is provided on the outer circumferential surface. Umbrella instant drain device described. (9) The main device and the auxiliary device each have a drive roller, a driven roller parallel to the drive roller, an endless band made of an elastic member that goes around the outer periphery of both rollers, and a space surrounded by the endless band. The instant umbrella drainer according to claim 1, further comprising a pressing device for pressing the endless band on the endless band side of the device, and a frame device supporting the main device and the auxiliary device. Device. (10) The main device includes a drive roller and an elastic member that is provided on the outer circumferential surface of the drive roller and has a groove on the outer circumferential surface that is continuous from the lower end of the outer circumferential surface, and the auxiliary device includes the drive roller, It has at least two driven rollers parallel to the drive roller, and an endless band-shaped elastic member that goes around the outer periphery of the rollers of the auxiliary device, and the endless band wraps around the elastic member of the main device. Claim 1, characterized in that the frame device is bent into a letter shape on a plane and pivotally supports each roller of the main device and the auxiliary device.
Umbrella instantaneous draining device as described in section. (11) The main device forms an inner cylinder made of a substantially cylindrical elastic member, and the frame device has this inner cylinder inside, firmly and tightly sealing both end surfaces of the inner cylinder, and has an inlet/outlet. The outer cylinder is further characterized in that the auxiliary device comprises a sealed space formed by the inner cylinder and the outer cylinder, and a pressure source for supplying and discharging pressure fluid into the sealed space. Range 1
Umbrella instantaneous draining device as described in section. (12) The umbrella instantaneous draining device according to claim 11, wherein the inner periphery of the elastic member is a water-absorbing member, and the outer periphery of the elastic member is a non-breathable member. (13) The umbrella instantaneous draining device according to claim 11, wherein the auxiliary device also sucks air in a substantially closed space formed by the umbrella, the main device, and the frame device. (14) The main device forms an inner cylinder made of a substantially cylindrical elastic member, and has a required number of air outlets on the umbrella abutting surface of the inner cylinder, and the frame device has this inner cylinder inside. and an outer cylinder having both ends of the inner cylinder fixed and airtight except for the air outlet, and having an air supply/discharge port, wherein the auxiliary device is a substantially sealed part formed by the inner cylinder and the outer cylinder. , comprising a pneumatic source that supplies at least gas to this substantially sealed part, and characterized in that this pneumatic source also sucks air in the substantially sealed space formed by the umbrella, the main device, and the frame device. Claim 1
Umbrella instantaneous draining device as described in section.