KR200411137Y1 - Apparatus for drying an umbrella - Google Patents

Abstract

The present invention relates to a device for removing water from an umbrella, the case 10 of the cylindrical tube form a taper in the downward direction; A water removal port 40 provided inside the case 10 to remove while scraping water formed on the umbrella leaf U '; An umbrella positioned below the case 10 and collecting water removed from the umbrella leaf U 'through the water removal port 40 and including a water reservoir 20 detachable to the case 10. In the water removal device, the water removal port 40 is a plurality of water removal blades (412 ~ 418) is formed by being sequentially coupled to the fixed plate 411, the plurality of water removal body 41 tapered downward It is radially installed on the inner surface of the octagonal tube-shaped coupling pipe 42, the first bit removal blade 412 is smaller than the remaining bit removal blades (413 ~ 418), the first bit removal blade 412 'adjacent to the left and right There is a gap between them, and the biting edges below (413-418) are relatively large, and there is no gap between the biting edges (413'-417 ') adjacent to the left and right sides. The first bite removal blades 412 and 412 'are positioned at the same height but less than each other. Drain removal blade (413 ~ 418) (413 '~ 418') are located to be staggered with each other, the first moisture removal blade 412 is covered by the outer shell (419a) alone and the remaining moisture removal blade (413 '~ 418 ') is covered by the outer shell 419b at one time so that the umbrella leaf U' is completely in contact with the outer shell 419b and 419'b when the umbrella leaf enters the apparatus. It relates to a device for removing the moisture of the umbrella.

This eliminates the need for power usage because it is manually operated, and has a relatively simple structure for easy management and use, and can effectively remove water droplets formed on the umbrella leaves. You can prevent it.

Umbrella, Umbrella Leaf, Water Droplet, Drainer

Description

Apparatus for drying an umbrella

1 is a perspective view showing the appearance of the apparatus for removing water from an umbrella according to a first embodiment of the present invention;

2 is an exploded perspective view of the main part of FIG. 1;

3 is a partially exploded perspective view of the water removal port,

4 is a plan sectional view of FIG. 3;

Figure 5 is a side view of the use state of the device for removing water from the umbrella according to the present invention,

6 is a perspective view of a coupler;

7 is a perspective view of the use state of the device for removing water from the umbrella according to the present invention,

8 is an exploded perspective view illustrating a state in which the blade is attached to the fixed plate in the water removal body which is the main part of the present invention;

Figure 9 is a side view showing an adjacent pair of water removal body that is the main part of the present invention.

Figure 10 is a front view showing an adjacent pair of water removal body that is the main part of the present invention.

11 is a plan view from above of an apparatus for removing water from an umbrella according to the present invention, (a) is a plan view showing the arrangement of the first bite removing blades, and (b) is a plan view showing the arrangement of the second bite removing blades.

12 is a perspective view showing an adjacent pair of water removal body that is the main part of the present invention,

Figure 13 is a state of use of the water removal device of the umbrella according to the present invention.

* Explanation of symbols for the main parts of the drawings

10: case 20: drip container

21: handle 30: support plate

40, 40 ': Drainer 41, 41': Drainer

411, 411 ': Fixed plate 412 ~ 418: 1 ~ 7 Drain removal blade

419a, 419b: sheath 42: connective tube

42a: engaging projection 42b: coupling groove

42c: Boundary frame 50: Coupler

51: coupling blade 52: insertion jaw

60: finishing ring 61: cover

62: protrusion 70: prop

A: Umbrella Drainer U: Umbrella

U ': umbrella leaf

The present invention relates to a device for removing umbrella water, and more specifically, because it is operated manually, it does not require electric power, and has a relatively simple structure for easy management and use, but more effectively removes water droplets formed on the umbrella leaf. The present invention relates to a device for removing water from an umbrella to prevent the surroundings from being polluted by water flowing from the umbrella.

If the umbrella enters the room wet with rain, the water droplets on the umbrella leaf will flow down the umbrella leaf, making the indoor floor dirty.

Therefore, in public buildings or shops where frequent entry and exit are used, umbrellas can be collected and stored separately at the entrance of the building, or a wet umbrella can be stored by using a plastic bag. There is a problem that the maintenance cost is high because the plastic bag is used only once, and there is a problem in the waste disposal.

For this reason, in recent years, a device for directly drying or removing water droplets formed on an umbrella leaf, for example, a hot air drying method, has been developed and used. However, these devices usually use electricity. As well as this occurs, there is a risk of electric shock due to leakage, there was a problem that is difficult to be widely used.

In addition, the hot air drying method requires moisture until it is completely dried, so it can be avoided because it is inconsistent with the fast-paced lifestyle of modern people, and requires a separate hot air drying means, so that the product price becomes more expensive than necessary. There is a problem that is difficult to be generalized.

The object of the present invention is to solve the problems described above, and because it is operated manually, it does not require the use of power, and has a relatively simple structure for easy management and use, but more effectively the water droplets formed on the umbrella leaf It is an object of the present invention to provide a device for removing the moisture of an umbrella that can be removed to prevent the surroundings from being polluted by water flowing from the umbrella.

Meanwhile, the present invention is an improvement of the applicant's previous design, and in Utility Model No. 0395993, registered on September 8, 2005, a device for removing moisture from an umbrella leaf without a separate drying means was proposed. In this case, the arrangement of the water removal blades arranged in the water removal body is not suitable or the spacing between the water removal objects is not suitable, so it is not easy to enter into the water removal opening where the umbrella leaf is divided into 8 during use, and the water removal effect is also inferior. There was a problem.

That is, in the conventional umbrella bite removal device, since eight bite removal holes provided with a plurality of bite in the longitudinal direction are arranged at a predetermined interval in the arc direction, when the wet umbrella is put into the water removal device. The umbrella leaf is divided into the gap between the water removal port and enters, and the water is configured to be removed by the water removal blade while repeating the retreat of the umbrella several times.

It was not easy to enter the leaf of the device, because the hardness of the blade was too hard or the hardness difference between the blades was not varied. Therefore, there was a problem that the water removal effect is also not good.

In addition, the conventional umbrella bite removal device is not suitable for the arrangement and spacing of each bite removal days, there is a problem that the water is not removed even if the umbrella retreat operation several times.

Therefore, another object of the present invention is to make the water removal blade as a whole material having a low hardness, but to configure the hardness to differentiate in consideration of the function of each water removal blade to enter the inside of the water removal device of the umbrella leaf more Ease of use,

The first bite removal blade, which first enters the gap between the left and right adjacent water removal blades, is formed relatively large to facilitate entry of the umbrella leaf, and the second gap is narrowed so that the moisture of the umbrella leaf is effectively removed. It is to make it possible.

The object is, in the water removal device of the umbrella to remove the water formed on the umbrella leaf, the support plate; A case having a cylindrical tube shape which is installed between a pair of struts coupled to both sides of the support plate and forms a taper in a downward direction; A hinge hinged to an upper end of the case to pivotally open and close the case; A closing ring disposed on the top of the case and shielding the cover; A water removal port provided inside the case and removing while scraping water formed on the umbrella leaf; And a water collecting device provided between the support plate and the case to collect water removed from the umbrella leaf through the water removal port, and including a detachable water reservoir for the case.

Here, the bite removal port is preferably radially installed on the inner surface of the octagonal tube-shaped coupling pipe in which a plurality of bite removal body formed by the plurality of bite removal blades are sequentially coupled to the fixed plate to form a tapered downward.

The drip tray is provided with a connection pipe leading to the inside of the enclosure at the bottom of the water reservoir, the hose can be connected to the discharge pipe to discharge the water contained in the inside to the outside.

The coupling pipe has a pair of coupling protrusions disposed to face each other to form a coupling groove at each corner of the inner surface, the coupling groove is coupled to the coupling groove, between the coupling hole and the other coupling hole adjacent to the The fixing plate is inserted and installed.

The coupler has a coupling blade on both sides of the front, the insertion jaw is formed on the rear of the coupling blade.

The plurality of water removal blades are made of a relatively soft material of less than HS 60 or HS 60 hardness, the first water removal blade is made of a rubber of HS 60 of a relatively high hardness material, from the second water removal blade Until the seventh drainage blade, it is made of rubber of HS 60 or less.

In addition, the first water removal blade is responsible for the function to guide the inside of the device to expand the umbrella leaf well, it is preferable to use a material of higher hardness than the remaining water removal blade, if necessary iron plate in the inner center It can also be inserted and reinforced.

Since the first biting blade is formed smaller than the other biting blades, the gap between the first biting blade adjacent to the left and right sides is relatively larger than the gap between the other biting blades, so that the umbrella leaf is the first inside the device. When entering, try to be induced in a state of less interference. Therefore, it is easy to enter the inside of the device of the umbrella.

In addition, the second to seventh removal blades are formed larger than the first removal blades, and the left and right adjacent to the water removal blades are arranged at a mutually opposite height and arranged so that a part of the corner portion overlaps, so that the umbrella leaf inside the device When entering the road, the part of the overlapped corners are pushed to push in, so the effect of removing the moisture of the umbrella leaf is excellent. This is not difficult.

The fixing plate is a rail length portion; Side length holes in which both wing parts are formed to communicate with each other at both ends of the horizontal length hole and are formed on the plurality of water removal blades; And a central long hole formed between the side long holes and having a relatively long perforation compared to the side long holes, wherein the intermediate protrusions are formed on the plurality of water removal blades.

Any one or more of the plurality of water removal blades may be covered with a light genius sheath that is relatively easy to drain and dehydrate.

Preferably, an outer sheath for a single sheath should be used on the first drainage blade, and an outer sheath for sharing the sheaths from the second drainage day or less.

This is because the first biting blade is different from other biting blades in terms of function in that the hardness of the first biting blade is relatively higher and smaller in size than the other biting blades. It is preferable to use the outer shell, and since the rest is similar in size and hardness, and the function of removing moisture from the umbrella skin once entered, the functions are also consistent, so they cover the whole shell. It is preferable to use.

Any one or more of the plurality of water removal blades are provided with ribs to reinforce the water removal blade, the strength of the ribs are the same or different from each other, the strength of the ribs, the plurality of water removal blades It is advantageous to adopt a rib having a strong strength toward the upper side.

The rib is formed integrally with the plurality of water removal blades or formed between the fixed plate and the water removal blades, it is preferable to have a rubber material.

The outer surface of the outer skin of the first bite removal blade disposed at the top of the plurality of bite removal blade may be tapered along the direction in which the umbrella is fitted.

Hereinafter, with reference to the accompanying drawings will be described in detail for each embodiment of the present invention. In the description of each embodiment, the same reference numerals are given to the same configurations.

1 is a perspective view showing the appearance of the apparatus for removing water from the umbrella according to the first embodiment of the present invention, Figure 2 is a perspective exploded perspective view of FIG.

As shown in these figures, the apparatus for removing water from the umbrella according to the present invention, the case 10 is supported by the support 70 on both sides of the support plate 30, and the drip tray provided at the bottom of the case 10 ( 20).

The base plate 30 has a substantially disk shape. However, when the case 10 and the drip tray 20 are not circular, but triangular or rectangular, the shape of the support plate 30 may be changed accordingly.

The case 10 has an inverted truncated cone shape that forms a taper with a large upper diameter and a lower diameter. The drip tray 20 is formed in the form of a circular tube having a large upper diameter and a lower lower diameter as opposed to the case 10, and an empty space is formed therein to receive water.

The lid 61 which opens and closes the upper opening of the case 10 while rotating with respect to the case 10 by the hinge of one side is provided in the upper part of the case 10. Between the cover 61 and the case 10 is provided with a closing ring 60 for hermetically shielding the cover 61.

As shown in Figure 2, the interior of the finishing ring 60 is a radially rounded flower-like through hole (not shown) is formed. And one side front of the closing ring 60 is formed with a hollow protrusion 62 is formed inside.

On the other hand, the inside of the case 10 is provided with a water removal port 40 for removing the water (including water drops) formed in the umbrella leaf (U ', see Fig. 5) of the umbrella (U, see Fig. 5) by scraping down It is. The water removal port 40 is inserted into the case 10 by having a smaller volume than the case 10. After insertion, the drain ring 40 is mostly shielded when the closing ring 60 is placed. The water removal port 40 has a coupling pipe 42 and the water removal body 41. This will be described later.

Figure 4 is a cross-sectional plan view of Figure 3, Figure 5 is a side view of the state of use of the apparatus for removing water from the umbrella according to the present invention, Figure 6 is a perspective view of the coupling sphere, Figure 7 is a perspective view of the state of use of the apparatus for removing water from the umbrella according to the present invention It is a side view of FIG.

3 and 4, the water removal port 40 has first to seventh water removal blades 412 to 418 and a fixing plate 411. The first to seventh water removal blades 412 to 418 are sequentially coupled to the fixed plate 411 along the up and down direction, and the plurality of water removal bodies 41 form an octagonal tube tapering downward. It is provided radially (eight directions) in the inner surface of the pipe | tube 42.

A pair of coupling protrusions 42a are formed at each corner of the inner surface of the coupling pipe 42, and they form a coupling groove 42b therebetween by facing each other. The coupling groove 50 shown in FIG. 6 is inserted into the coupling groove 42b. Coupling tool 50 has a coupling blade 51 on both sides of the front, the insertion jaw 52 is formed at the rear of the coupling blade 51. Therefore, the insertion jaw 52 of the coupling hole 50 is inserted into the coupling groove 42b. After insertion, the coupling blades 51 take the shape of being arranged in the circumferential direction along the coupling protrusions 42a.

Again, referring to FIG. 4, one side of the coupling tool 50 adjacent to the coupling blade 51 on one side of the coupling tool 50 in a state in which the coupling tool 50 is coupled to each corner of the coupling pipe 42. The drain removal body 41 and the fixing plate 411 are inserted between the coupling blades 51 so that the drain removal body 41 is installed in the coupling pipe 42 to form the drain hole 40.

The water removal port 40 is a coupling rim (42c (see Fig. 2)) of the upper coupling pipe 42 is mounted on the top of the seating rim 11 of the upper case 10 is fixed to the inside of the case 10 by screwing Is installed.

Referring to the process of removing the moisture of the umbrella (U) in the present invention made as described above are as follows.

As shown in FIG. 7, in the state of opening the cover 61 of the upper case 10, the wet umbrella U is vertically placed vertically so that the umbrella U tap faces downward. Insert in (40).

Next, as illustrated in FIG. 5, the umbrella U is reciprocated up and down several times. Then, each of the water removal blades (412 ~ 418) (see Fig. 3) of the water removal body 41 that surrounds the umbrella leaf (U ') in close contact with the shape of the umbrella leaf (U') in close contact with the umbrella ( U) removes the water droplets formed on the umbrella leaf (U ') in the process of reciprocating up and down by scraping down.

In the process of inserting the umbrella U into the water removal port 40, the umbrella leaf U 'is inserted while being divided in eight directions by the first water removal blade 412 at the top of the water removal body 41. Therefore, the edge (Edge) of each of the water removal blades (412 ~ 418) is in close contact with the shape perpendicular to the umbrella leaf (U '). In this state, when the umbrella (U) is reciprocated up and down, the water removal blades (412 to 418) edges scrape off the water droplets formed on the surface of the umbrella leaf (U '), and the moisture of the umbrella (U) can be easily removed. Will be.

For reference, each of the water removal blades (412 ~ 418) of the water removal port 40 has a unique feature to maximize the water removal effect.

The blades at the top not only serve as a support for radially dividing the umbrella leaf U 'of the umbrella U first inserted into the water removal hole 40, but finally the water droplets formed on the umbrella leaf exiting the water removal port. As a means of removal, it is necessary to reinforce the bearing capacity and to increase the absorbing power.

Therefore, the first moisture removal blade 412 disposed on the top end should be made of a material having a hardness higher than that of the second moisture removal blade. If necessary, an iron plate is inserted into the inner center or ribs at the bottom thereof for reinforcement. Should be used in combination.

From the second moisture removal day, the function of cleaning the water from the surface of the umbrella leaf is the first priority when the umbrella leaf is guided into the inside of the device. Therefore, below the second moisture removal blade to increase the adhesion between the moisture removal blade and the umbrella leaf. Should be made of a material of relatively low hardness, and the adjacent edges should be partially overlapped using a larger one than the first bite.

In the above process, the water of the umbrella (U) is pushed to the bottom of the water removal port 40 and partly removed, and a considerable portion is removed in the process of lifting upwards. Easily remove the water formed on the umbrella leaf (U ').

On the other hand, when the water droplets formed on the umbrella leaf (U ') through the water removal port 40 is removed, the water is dropped to the water removal port 40 is collected in the drip tray 20, if a certain amount or more Can be left blank.

8 is an exploded perspective view illustrating a state in which the bite removal blades are coupled to a fixed plate in the bite remover, which is the main part of the present invention, and FIG. 9 is a side view illustrating a pair of bite removers that are the main part of the present invention, adjacent to each other. 10 is a front view showing the neighboring pair of the water removal body that is the main part of the present invention.

As the fixing plate 411, it is preferable to use a plastic material which is not corroded to water, and a metal material such as sus (SUS) or aluminum (AL) may be used.

The fixing plate 411 is formed between the side length hole 411a and the side length part 411b and the side length part 411b which are vertically communicated with each other at both ends of the length length part 411a. It has a central long hole 411c which is relatively long perforated.

The horizontal hole 411a is a portion to which the rear end jaw (Y) formed on the first to seventh bite removing blades 412 to 418 is inserted and supported, and the side long hole 411b is the first to seventh bite removing blade. Both sides of the wing (W) formed in the (412 ~ 418) is a portion to be folded and assembled. And the central long hole 411c is a portion in which the intermediate projection (Z) formed on the lower portion of the first to seventh removal blades (412 ~ 418) or the rib (Z ') coupled to the lower portion is located and the position is determined Is utilized.

Looking at the first to seventh bit removal blades (412 ~ 418) shown in Figure 8 in detail,

Compared to the second to seventh water removal blades 413 to 418, the size of the first water removal blade 412 is relatively small, which allows the umbrella U to be inserted more easily at first. It's a way of.

The first moisture removal blade 412 is a hardness of HS 55 ~ 70 and uses a rubber material with a higher hardness than the second moisture removal blade, which is the first moisture removal blade 412 unfolds the umbrella leaf well inside the device Because it is responsible for inducing the function, it is preferable to use a material with a hardness higher than the remaining water removal blade, if necessary, it can be reinforced by inserting the iron plate in the inner center.

Meanwhile, the second to seventh water removal blades 413 to 418 are formed to be relatively larger than the first water removal blade 412, which means that the umbrella leaf once entered into the device is removed when the umbrella is reciprocated up and down. This is to ensure good moisture removal by making it adhere to the blade well.

The second to seventh water removal blades (413 to 418) use a rubber material having a hardness that is lower than that of the first water removal blade 412 as the hardness is HS 45 to 65. 418) is responsible for removing moisture from the umbrella leaf entered into the device, because it is preferable to use a material of lower hardness than the first moisture removal blade (412).

As such, the first drain blade 412 and the lower blade removal blades 413 to 418 are different in size and hardness, and above all, different in function, so that the outer shells 419a and 419b for covering them are used differently. It is desirable to.

Accordingly, as shown in FIGS. 9 and 10, the first draining blade 412 covers the outer shell 419a separately, and the second to seventh draining blades 412 to 418 cover the outer shell 419b at once. use.

The outer shells 419a and 419b used herein are used to wipe off the moisture of the umbrella skin, and use a functional material having quick absorption and drainage.

Meanwhile, the second to seventh water removal blades mainly cover the water removal function and are all covered by the same outer shell 419b, but the second water is applied to the inlet when the umbrella enters the inside of the device. It is necessary to add a reinforcement function to the removal blades 413 and 413 '.

Therefore, as shown in FIG. 9, a rib (Z ') for reinforcing function may be used in the lower center of the second water removal blades 413 and 413'.

9 and 10, the bite removal blades 412 and 412 'located at the top of the bite removal bodies 41 and 41' adjacent to the left and right are located at the same height, but less than the bite removal blade 412 below. 418 '(412'-417') are placed in a staggered manner.

11 is a plan view from above of the apparatus for removing water from an umbrella according to the present invention, (a) is a plan view showing the arrangement of the first bite removing blades, and (b) is a plan view showing the arrangement of the second bite removing blades. 12 is a perspective view showing an adjacent pair of water removal bodies which are main parts of the present invention.

First, as shown in (a) of FIG. 11, since the first bite removing blades 412 and 412 'are smaller in size than the other bite removing blades, a gap is generated between the left and right adjacent ones.

Therefore, when the umbrella enters the inside of the device, the umbrella leaf (U ') is able to enter between the first water removal blades (412, 412') without much interference, and the umbrella leaves do not stick together. It can be divided into 8 wells.

In addition, since the first moisture removal blades 412 and 412 'use a material having a relatively high hardness, the first moisture removal blades 412 and 412' can sufficiently withstand the pressure applied when the umbrella enters the device.

In FIG. 11B, the second to seventh draining blades 413 to 417 and 413 'to 417' are larger in size than the remaining blades, and there is no gap between the adjacent left and right blades. The left and right edges partially overlap.

In addition, as mentioned above (FIGS. 9 and 10), the second to seventh water removing blades 412 to 418 may be the second to seventh water removing blades 412 ′ to 418 ′ of the adjacent water remover 41 ′. ) Are staggered, not at the same height.

12 is a perspective view showing a state in which the outer skin is coated on the water removal blade. Here, the first moisture removing blade coated with the outer shell 419a and the first moisture removing blade coated with the outer shell 419'a are shown in FIG. You can see that they are located at the same height with a certain interval on the left and right,

The second to seventh removal blades coated with the outer shell 419b and the second to seventh removal blades coated with the outer shell 419'b are closely spaced to each other without overlapping to some extent and are located at different heights. You can check it.

The sheaths 419b and 419 'are elastic as a functional genius with quick absorption and drainage, so that adjacent portions of the water removal bodies 41 and 41' are in contact with each other while forming a bend.

Therefore, when the umbrella enters the inside of the device, the umbrella leaf (U ') is able to enter between the first water removal blades (412, 412') without much interference, and the umbrella leaves do not stick together. It can be divided into 8 wells. (See FIG. 11A)

In addition, since the first moisture removal blades 412 and 412 'use a material having a relatively high hardness, the first moisture removal blades 412 and 412' can sufficiently withstand the pressure applied when the umbrella enters the device.

Meanwhile, the second to seventh water removal blades 413 to 417 and 413 'to 417' are formed to be larger than the first water removal blade, and are disposed at a height that is crossed with the water removal blades adjacent to the left and right sides. Since the parts of the umbrella leaf are overlapped, the umbrella leaf enters while pushing the partially overlapped corners when entering the device, so the moisture removal effect of the umbrella leaf is excellent, and the moisture removal blade is made of a flexible material having low hardness. Therefore, even when a part of both corners overlapped, the entry of the umbrella leaf is not difficult. (See FIGS. 11B and 12).

For reference, the first water removal blade 411 is to induce the entry of the umbrella leaf into the device, in order to further facilitate entry may be manufactured in the trapezoidal shape of the side edge portion of the upper and lower light.

FIG. 13 is a state diagram showing a state in which the umbrella leaf U 'is entered between the water removing bodies 41 and 41' in the present invention, and the left and right adjacent first water removing blades 411 ( 411 ') is a space between the Umbrella leaves (U') without interference because there is a gap, but there is no gap between the 2 ~ 7 water removal blades (not shown), rather the edges are partially overlapping, elastic material The envelopes 419b and 419'b are in a state of being completely in contact with each other.

Therefore, when the umbrella is reciprocated in the vertical direction, the umbrella leaf (U ') will be reciprocated in a state of being completely in close contact between the shell (419b) (419'b), as shown, the umbrella leaf only a few operations All of the water can be removed.

Although the present invention has been described in detail with reference to the drawings, the present invention is not limited thereto.

As described above, according to the present invention, since the manual operation does not require the use of power, and has a relatively simple structure for easy management and use, water droplets formed on the umbrella leaf can be more effectively removed, It is effective to prevent the surroundings from being polluted by water.

In addition, the water removal blade is composed of a material of low hardness as a whole, but the hardness is configured differently in consideration of the function of each water removal blade, and the first bit removal blade that enters the interval between the left and right adjacent water removal blade for the first time By forming a large to facilitate the entry of the umbrella leaf, and by narrowing the interval from the second water removal blade, there is an effect that the umbrella leaf easily enters into the device and the water is effectively removed.

Claims (4)

Case 10 of the cylindrical tube form a taper in the downward direction; A water removal port 40 provided inside the case 10 to remove while scraping water formed on the umbrella leaf U '; An umbrella positioned below the case 10 and collecting water removed from the umbrella leaf U 'through the water removal port 40 and including a water reservoir 20 detachable to the case 10. In the water removal device, the water removal port 40 is a plurality of water removal blades (412 ~ 418) is formed by being sequentially coupled to the fixed plate 411, the plurality of water removal body 41 tapered downward It is radially installed on the inner surface of the octagonal tube-shaped coupling pipe 42, the first bit removal blade 412 is smaller than the remaining bit removal blades (413 ~ 418), the first bit removal blade 412 'adjacent to the left and right There is a gap between them, and the biting edges below (413-418) are relatively large, and there is no gap between the biting edges (413'-417 ') adjacent to the left and right sides. The first bite removal blades 412 and 412 'are positioned at the same height but less than each other. Drain removal blade (413 ~ 418) (413 '~ 418') are located to be staggered with each other, the first moisture removal blade 412 is covered by the outer shell (419a) alone and the remaining moisture removal blade (413 '~ 418 ') is covered by the outer shell 419b at one time so that the umbrella leaf U' is completely in contact with the outer shell 419b and 419'b when the umbrella leaf enters the apparatus. Draining device of umbrella. The method of claim 1, wherein the first moisture removal blade 412 is a hardness of HS 55 ~ 70, less than that the moisture removal blades (413 ~ 418) is characterized in that using a rubber material of HS 45 ~ 65 hardness Draining device of umbrella. 2. The device of claim 1, wherein a rib (Z ') is coupled to the second moisture removal blade (413) to provide a better reinforcement function than the subsequent moisture removal blades (414 to 418). The method of claim 1, wherein the fixing plate 411, Rail tool (411a); Side length holes 411b which are vertically communicated at both ends of the horizontal hole 411a so that both wing parts W formed on the plurality of water removal blades 412 to 418 are fitted; And The central long hole 411 c is formed between the side long holes 411 b and is formed in the center protrusions 411 c which are relatively long perforated than the side long holes so that the intermediate protrusions Z formed on the plurality of water removal blades 412 to 418 are positioned. Drainage device of the umbrella comprising a.

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