KR20040064885A - Dehydration device of wet umbrella - Google Patents

Abstract

PURPOSE: A dehydrator of wet umbrella is provided to secure that user can directly carry the rainwater-dehydrated umbrella and live indoor even in case of rain, and maintain pleasant and clean indoor circumstances, and to prevent the environmental pollution by the plastic bags for umbrella. CONSTITUTION: The dehydrator of wet umbrella includes; a main body(1) having an input hole(11) and a drain hole(12) respectively on its own upper and lower part; a case(4) fixing the absorbing and dehydrating members(3) of draining part(2), which absorbs and dehydrates rainwater sticking to the fabrics(101) of the umbrella(100), inside the main body(1); and a collecting bucket(13) receiving water from the drain hole(12); wherein the inside of the case(4) consists of absorbing rollers and pressing rollers, and the one ends many absorbing and dehydrating members(3) are fixed to the inside of the case(4), and the case(4) has a tapered form in the direction of the bottom, so that the umbrella(100) can be easily let up and down, and come in better contact with the absorbing and dehydrating members(3).

Description

Wet umbrella dehydrator {DEHYDRATION DEVICE OF WET UMBRELLA}

The present invention relates to an umbrella dewatering device for removing moisture from an umbrella wet in rain, more specifically, it can be easily installed in any place without using a power source to remove the moisture of the umbrella wet with rain. In addition, the present invention relates to a manual wet umbrella dehydrator that can efficiently and easily remove water from an umbrella wet with rain.

On rainy days, indoor environments are contaminated by rainwater on wet umbrellas, such as department stores, discount stores, large houses, and office buildings.In addition, rainwater on umbrellas can damage people around them. There are also dangers such as getting dirty, indoor floors getting dirty, and rainy floors making people slip.

In order to solve the problem of the rain-wet umbrella, a mechanism such as an umbrella plastic bag take-out machine for providing a rain bag for collecting rain water or for putting the wet umbrella in a plastic bag has been proposed and used. This is a waste of resources because the plastic bag is not recycled and thrown away as trash, causing problems such as environmental pollution due to the plastic bag not recycled. In addition, the equipment called the plastic bag dispenser is convenient to hold wet umbrellas, but it is an uneconomical problem that requires a high cost, and also a plastic bag causes a problem of waste of resources, pollution of the environment and pollution of the environment around the building.

In addition, in order to solve the above problems by spraying compressed air on a wet umbrella, by using the suction force of the air to remove or inhale the moisture on the umbrella by removing the moisture of the umbrella, or by using a centrifugal force through the rotation of the umbrella A device for removing moisture on an umbrella has been proposed.

However, there are problems such as excessive time necessary to remove the moisture of the umbrella and damage to the umbrella, which has caused difficulties in practical use and has not been put into practical use. The necessity of a device that can easily and conveniently dehydrate the wet umbrella in a short time. This is getting bigger.

In order to solve the above problems, Korean Utility Model Registration No. 274476 (Application No. 20-2002-0002835) "Umbrella dehydrator" has been proposed. When the umbrella dehydrator is installed vertically inside the main body, a dehydration container formed with an inlet and a drainage hole at the top and the bottom thereof, respectively, is horizontally installed at a predetermined interval up and down in the inside of the dewatering container, and a through-hole is formed at the center thereof and the circumference of the through-hole It comprises a plurality of dewatering pads formed with a plurality of incisions in the radial direction, characterized in that the rain water buried in the umbrella is removed by the dewatering pad when the umbrella is inserted into the through hole of the dewatering pad.

The dehydration pad, which is laminated in a multi-layer at a predetermined interval in the conventional umbrella dehydrator, is a rubber-based foam-absorbing material sheet that absorbs rainwater when wet umbrellas come in contact, and when rainwater is continuously absorbed from wet umbrellas, accumulated rainwater Since the dehydration pad is wet, the rainwater of the next wet umbrella will not be immediately absorbed by the dehydration pad, and the result will be buried again in the fabric of the umbrella. There was this.

Therefore, the present invention was devised to solve the conventional problems as described above, the stir umbrella dehydrator of the present invention when the user of the umbrella moves up and down about 1 to 4 times by inserting a wet umbrella inside the body, When the absorbent roller of the absorbent / dehydrated member installed inside the main body of the dehydrator comes into contact with the cloth containing the rainwater of the umbrella, the rainwater is absorbed by the absorber roller as it rotates while being in contact with the cloth surface of the umbrella. Is squeezed and dehydrated by a compression roller located at the rear so that the user can rotate the mesh so that the user can live indoors while carrying rain-water-dehydrated umbrellas and keep the indoor environment pleasant and clean. It is to provide a wet umbrella dehydrator that can maintain and prevent environmental pollution problems such as plastic bags for umbrellas.

Another object of the present invention is to add a second dewatering unit in the main body so that the long umbrella and short umbrella can be used at the same time to increase the efficiency of dewatering to provide convenience of use through the dedicated dewatering unit To provide an umbrella dehydrator.

As described above, the main body is formed with an inlet and a drain hole respectively at the top and the bottom, and a case for fixing the water absorbing and dewatering members of the dewatering part for absorbing and dewatering rainwater on the cloth of the umbrella is disposed inside the main body. In the umbrella dehydrator configured to collect rainwater is received by the drip tray as a drain, the case of the dehydration portion is combined to be stacked in multiple stages. One end of the plurality of absorbent and dewatering members is fixed to the inner side of the case, and the front end is rotatably supported by the cloth of the umbrella so that the absorption roller absorbing rainwater and the compression roller for dewatering the absorbed rainwater are rotatable. It is made to be gathered to the center while being supported so that the case is assembled in a multi-stage, and the case is configured so that the water absorbing and dewatering member is narrowed toward the drain hole of the lower side from the inlet side to easily contact the umbrella with the water absorbing and dewatering members Ascending and descending is achieved by a wet umbrella dehydrator, characterized in that the rain water on the umbrella is configured to be removed by the absorption roller.

Another object of the present invention, the second case and the multi-stage is formed by adding an inlet and a drain to the main body, respectively, and fixing the water absorbing and dewatering members for absorbing and dewatering the rain water attached to the cloth of the umbrella on one side of the inner dehydration portion Forming a second dewatering unit in which the absorbing and dewatering members are installed in the second case to be stacked in the second case to dehydrate the rainwater on the rain umbrella in the dewatering portion, and to dewater rainwater on the dan umbrella in the second dewatering portion, It is achieved by a wet umbrella dehydrator, characterized in that the drip tray is additionally stored as a drain hole so as to provide a double dehydration part in one main body to collect rainwater falling down.

1 is a perspective view of a separated part of the wet umbrella dehydrator according to the present invention,

2 is a longitudinal cross-sectional view of FIG.

Figure 3 is a plan view showing a state in which the absorbing and dewatering members of the wet umbrella dehydrator according to the present invention while drawing a circle in the case,

4A and 4B are a plan view and a side view showing a water absorbing and dewatering member of the wet umbrella dehydrator according to the present invention;

5 is a plan view showing another embodiment of the water absorption and dewatering member according to the present invention;

6 is a longitudinal sectional view showing another embodiment of the case according to the present invention;

7 is a perspective view showing another embodiment of the wet umbrella dehydrator according to the present invention;

8 is a longitudinal cross-sectional view of FIG. 7;

9 is a perspective view of the stop plate used in FIG.

10 is a plan view showing a state in which the positions of the water absorbing and dewatering members of the dewatering unit according to the present invention are arranged to be offset from each other.

* Description of Signs of Main Parts of Drawings *

1: body 2: dewatering part

3: Absorbing and dehydrating member 4: Case

31: Absorption Roller 32: Pressing Roller

33: absorber 36: bracket

37: guide plate

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the wet umbrella dehydrator according to the present invention that can be specifically carried out the above object is as follows.

The wet umbrella dehydrator of the present invention, as shown in Figures 1 to 3, 1 is the main body, 2 is the dehydration unit, 3 is the absorbing and dehydrating member, 4 is the case, 11 is the inlet, 12 is the drain, 13 is the drip tray, 14 And 15 indicate the front door and the cover to open and close the drain 12 and the inlet (11).

The main body 1 has a hexahedron shape or a cylindrical shape (not shown), and an injection hole 11 and a drain hole 12 are formed at the top and bottom of the front surface, respectively, and the umbrella flowing into the injection hole 11 is formed inside the main body 1. It consists of a dewatering part 2 for absorbing and dewatering the rainwater on the cloth 101 of the 100, and a drip tray 13 for collecting rainwater that is received by the drain hole 12 and drained from the dewatering part 2.

The dewatering part 2 includes a case 4 installed in multiple stages inside the main body 1, and a plurality of water absorbing and dewatering members 3 fixed inside the case 4.

The case 4 is laminated and assembled in multiple stages so that three to six pieces are formed in a pair of upper and lower narrowings so that the water-absorbing and dewatering members 3 move from the inlet 11 toward the lower drain 12. It is configured to be narrowed toward the rain water buried in the cloth 101 located in the umbrella faucet 102 is configured to be easily contacted and absorbed by the absorbing and dewatering members (3).

The water absorbing and dewatering member 3 of the dewatering part 2 dewaters rainwater from the cloth 101 of the wet umbrella 100 as shown in FIGS. 4A and 4B. The absorption roller 31 and the compression roller 32 ) Is a support (35) for fixing so as to engage with each other, a bracket (36) for fixing one end of the support (35) to the inner surface of the case (4) and a guide plate (37) fixed to the support (35). Is done.

The absorbent roller 31 is positioned to face the center of the inlet 11 of the main body 1 and the absorbent material 33 is disposed on the surface of the absorbent material so as to absorb the rainwater from the cloth 101 of the umbrella 100 through contact. Are glued. The absorbent material 33 is coupled to the front end of the support 35 by the shaft 34 so as to absorb the rain water buried in the cloth 101 of the wet umbrella 100 through contact. It is preferable to use a material which is formed of a foamable resin but has durability. In addition, by forming the shape of the absorption roller 31 in a pointed triangular so that the absorbent material 33 adhered to the surface to the depth of the cloth 101 of the umbrella 100 to be folded easily contact the rain water absorption effect Is made to raise. In addition, if the surface of the absorbent material 33 has a concave-convex shape or porosity, the absorption effect of rainwater can be further enhanced, and the width and size of the absorbing roller 31 and the pressing roller 32 described above can be varied. Note that you can change and adjust the quantity.

The compression roller 32 is fixed to the support 35 to be rotated by the shaft 34 'while being located behind the absorption roller 31, and collects the absorption material 33 attached to the absorption roller 31 while pressing. Squeezed rainwater is dehydrated. The rotation of the compression roller 32 is absorbed by the absorption roller 31 while absorbing the rain water while rotating the absorption roller 31 in contact with the cloth 101 of the umbrella 100 when the vertical movement is made by the input of the wet umbrella (100) As the pressing roller 32 in close contact with the 31 rotates in conjunction with each other, the absorbed rain water is pressed to squeeze the rain water from the absorbent material 33 and fall. The pressing roller 32 is easy to squeeze the absorbent material 33 adhered to the absorbing roller 31 while being engaged with the absorbing roller 31 to form an inverted triangular shape to facilitate rotation. In addition, as another embodiment of the pressing roller 32 is absorbed by using a straight pressing roller 32 'which is pressed in contact with the lower side of both sides of the absorbent material 33 adhered to the absorbing roller 31 as shown in FIG. Compressed rainwater is collected in the lower side is made to increase the effect of dehydration.

The support 35 has a form in which the tip extends both arms to fix the absorption roller 31 and the compression roller 32 by the shafts 34 and 34 ', and the rear end thereof is formed on the inner surface of the case 4. It is fixed. In addition, the support (35) is fixed to the case (4) by the "b" shaped bracket 36, the rear of the support (35) is fixed to the horizontal portion of the bracket (36) of the case (4) The inner surface is fixed to the vertical portion of the bracket 36 is configured so that the absorption roller 31 fixed to the front end of the support (35) freely rotated. In addition, as shown in Figure 4b by replacing the bracket 36 for fixing the support (35) with a leaf spring that can provide an elastic force to enable vertical flow by the absorption roller for the shanghaidong and dehydration of the umbrella (100) 31) can be smoothly rotated.

4A and 4B, the guide plate 37 has a substantially “U” shape, and both upper ends 371 are fixed to the support 35 by conventional bolting or welding, and a lower bottom surface 372. Falling rainwater collected by dehydration from the cloth 101 of the umbrella 100 is not guided to the umbrella 200 injection hole 16, but is directed to the opposite side, that is, the bracket 36, so that the fabric 101 of the umbrella 100 Rainwater dewatered from the) back to the drip tray 13 in the lower side without being buried again to the cloth 101 of the umbrella 100 to increase the dewatering efficiency. Induction of rainwater falling on the guide plate 37 is achieved by making the slope of the bottom surface 372 higher on the absorption roller 31 side or by forming a step 373 on the absorption roller 31 side to achieve safe drainage of the rainwater. do.

On the other hand, the dewatering portion 2 is 7 to 9 absorption and dehydration member 3 is fixed to the radially by the bracket 36 in the case 4 as shown in Figure 2 and 3 while the suction · Absorption roller 31 of the dehydration member (3) is formed in the form of gathered in the central injection hole (16). In addition, the case 4 is formed in the upper and lower strait (上 廣 下 형태) form, while the case 3 laminated to the lower side is further narrowed to form a dehydration to the rainwater buried in the cloth 101 of the umbrella faucet (102) The quantity of the water absorbing and dehydrating member 3 attached to the case 4 disposed downward may be reduced to 3 to 6 pieces. In addition, when the casings 3 are stacked in multiple stages, the water absorbing and dewatering members 3 attached therein are arranged to be displaced with each other as shown in a plan view of FIG. 10 without being arranged in a straight line in a vertical state. When the umbrella 100 is rotated about 1/4 to 1/2 at the same time, the absorbing roller 31 of the absorbent and dewatering member 3 and the cloth 101 of the umbrella 100 are rubbed to contact each other. 101 may also allow for faster dewatering of rainwater.

In addition, the casing 4 stacked in multiple stages in the main body 1 forms a flange 41 and a flange 41 'orthogonal to the upper and lower ends as shown in the enlarged main portion of FIG. Combination is configured to be stacked. As another embodiment, as shown in the enlarged main portion of FIG. 6, the upper outer diameter 42 of the case 4 is formed in a socket shape in which the lower outer diameter 42 ′ is fitted to each other.

On the other hand, in the above description has been described only in the configuration to install a single dehydration unit 2 inside the main body 1, but is not limited to this as shown in Figs. A second drain hole 12 ′ formed by adding drainage holes 12 ′ and fixing the water absorbing and dewatering members 3 to absorb and dewater rainwater on the cloth 101 of the umbrella 100 on one side of the inner dehydration part 2. A second dewatering part 2 'having a plurality of water absorbing and dewatering members 3 installed therein is further formed in the case 4' and the second case 4 'stacked in the multi-stage. ) To dewater rainwater on the rain umbrella, the second dewatering part (2 ') to dewater rainwater on the dan umbrella, and the drain (13') is additionally stored in the drain hole 12 'to collect the rainwater It can be formed to provide a double dehydration portion (2, 2 ') to one main body (1). In addition, in the second case 4 'of the second dewatering part 2' that dehydrates the short umbrella, the discharge hole 51 is stopped as shown in FIG. 9 to prevent the short umbrella from being inserted more than necessary. The plate 5 is interposed.

In addition, an advertisement display unit 19 may be provided on the front surface of the main body 1 so as to promote by attaching product contents or a guide letter.

The following describes the operation of the wet umbrella dehydrator of the present invention.

First, as shown in FIGS. 1 and 2, when one dehydration part 2 is installed and used in the main body 1, the umbrella 100 wetted with rainwater is inserted into the upper end opening 11 of the main body 1. When inserted from 102, the cloth 101 of the umbrella 100 is moved downward while contacting the absorption roller 31 of each of the water absorbing and dewatering members 3 attached to the inside of the case 4. At this time, the umbrella 100 is moved to the lower side to rotate the absorbing roller 31, the absorbent material 33 is attached to the cloth 101 of the umbrella (100) attached to the absorbing roller 31 is rotated Rainwater is absorbed. In addition, if the umbrella 100 is inserted as much as possible and then lifted up, the rainwater remaining on the cloth 101 of the umbrella 100 is absorbed by the absorbent material 33 adhered to the absorption roller 31. .

When the rain water is absorbed into the absorbent material 33 made of a sponge or a rubber-based foaming resin adhered to the absorbing roller 31, the cloth 101 of the umbrella 100 is formed by vertical movement of the umbrella 100, that is, input and discharge. ) And the absorption roller 31 in close contact with each other rotates in the forward and reverse directions, and the rotation of the absorption roller 31 soon rotates the "V" type compression roller 32 which is engaged and rotated. At this time, the pressing roller 32 compresses the rain water absorbed by the absorbent material 33 of the absorbing roller 31 to squeeze out the rain water, and the rain water immediately falls down, instead of the "V" type pressing roller 32. In the case of using the linear pressing roller 32 'which is rotated in contact with both sides of the absorption roller 31 as in 5, since the compression roller 32' is installed on the lower side, the lower absorbent material 33 where the absorbed rainwater is collected the most. Since the squeezed more effectively will squeeze rainwater.

Rainwater squeezed from the absorbent material 33 immediately falls to the bottom surface 372 of the lower guide plate 37 and is guided to the rear to be collected by the drip tray 13 at the lower side. 14) take out the drip tray (13) and put it in the drain.

Sharp triangular by the adhesion of the wet umbrella 100 with the cloth 101 and the force of pushing up and down from the top of the umbrella 100 through the simple operation of pushing the umbrella 100 up and down as described above. The absorption roller 31 of the shape is rotated, and the rotation of the absorption roller 31 is transferred to the absorber 33 adhered to the surface so as to absorb the rain water from the umbrella 100, and to the absorber 33 By pressing and squeezing the absorbed rainwater with the pressing roller 32 or the pressing roller 32 'which is rotated to be soon engaged, it is possible to continuously dehydrate many umbrellas 100 wetted with rainwater.

On the other hand, when the bracket 36 for fixing the water absorbing and dewatering member 3 to the case 4 is used as a leaf spring having elastic force, the position of the absorbing roller 31 in contact with the cloth 101 of the umbrella 100 is provided. Since it provides fluidity moving up and down, it is possible to prevent the breakage of the umbrella 100 and to increase the dehydration efficiency by more smooth contact.

In addition, without placing the installation position of the water-absorbing and dewatering member 3 attached in the casing 4 stacked in multiple stages in a vertical straight line, the next water-absorbing and dehydrating member 3 is arranged at a slightly twisted angle. If used, when the umbrella 100 is moved up and down in order to dewater the rainwater buried in the umbrella 100, the umbrella 100 is rotated about 1/4 to 1/2 so that the absorption roller of the water absorbing and dewatering member 3 (31) and the cloth 101 of the umbrella 100 is rubbed in contact with more than the portion arranged in a straight line in the vertical direction and the rainwater buried in the deep deep portion folded can increase the dewatering efficiency of the rainwater.

In addition, the umbrella 100 is a long umbrella and a long umbrella that is folded in half or one-third because it is mainly used when the umbrella is pushed into the inlet (11) for use in the existing dehydration unit (2) artificially adjust the depth In order to prevent this, the second dehydration part 2 'is additionally disposed on one side of the existing dewatering part 2, as shown in FIGS. 7 and 8, and one side is used for the rain umbrella. The side is divided into a single umbrella so that rainwater can be dehydrated, and when the single umbrella is pushed into the inlet 11 ', further insertion can be prevented by the stop plate 5 inside, which provides convenience of use. Dewatering the rainwater from the umbrella 100 to collect in the drip tray 13 'and collect the predetermined rainwater is very convenient to throw the rainwater collected in the drip tray 13' through the front door 14 'to the drain.

As described above, the wet umbrella dehydrator of the present invention inserts an umbrella wet with rain into the inlet of the dehydrating part of the main body, and repeats the introduction and discharge of the umbrella one to four times, that is, the umbrella is wetted with rain. It is a device that removes water, so you can quickly and effectively dehydrate the water in the rainy umbrella, so you do not have to wait in line to dehydrate the umbrella in department stores, hotels, and large buildings. Dehydration of the umbrella is made by the absorption roller rotates, so that anyone can easily use it through the easy introduction and discharge of the umbrella.

In addition, the wet umbrella dehydrator of the present invention can be easily installed anywhere because it does not use the power supply, it is also possible to use the rain umbrella and rain umbrella, to prevent the pollution of the indoor environment due to rain wet umbrellas in rainy weather, an umbrella plastic bag It is a very useful invention having the effect of reducing the environmental pollution by excluding the use of.

Claims (7)

A main body 1 having an injection hole 11 and a drain hole 12 formed at an upper end and a lower end, respectively, and a dewatering part for absorbing and dewatering rainwater from the cloth 101 of the umbrella 100 inside the main body 1 ( In the umbrella dehydrator is provided with a case (4) for fixing the absorption and dehydration member (3) of 2), the drip tray 13 is stored in the drain hole 12 to collect the rainwater falling down, The case 4 of the dewatering part 2 is combined to be stacked in multiple stages; Inside the case 4, the tip is freely supported to flow in contact with the cloth 101 of the umbrella 100 while absorbing rain water absorbing roller 31 and dewatering the rain water absorbed by the absorbing roller 31 One end of the plurality of water absorbing and dewatering members (3) arranged to be gathered to the center while being made of a compression roller 32 is engaged to rotate to be supported so as to be fixed to the inside of the case (4); The case 4 is assembled in multiple stages so that the light absorbing and dewatering members 3 are narrowed from the inlet 11 toward the lower drain 12 toward the lower part of the case 4 so that the umbrella 100 is absorbed and dewatered. (3) by raising and lowering so as to easily contact the rain water on the cloth 101 of the umbrella 100 is removed by the absorption roller 31 and the rain water absorbed by the absorption roller 31 is a compression roller (32) Straw umbrella dehydrator characterized in that the compression is made to dehydrate. The method of claim 1, The water absorbing and dewatering member 3 of the dewatering portion 2, A triangular absorption roller 31 to which an absorbent material 33 formed of a sponge or rubber-based foaming resin is adhered to absorb rain water from the cloth 101 of the umbrella 100, and the absorption roller. Located at the rear of the (31) while pressing the absorbing material (33) attached to the absorbing roller 31 to compress the dewatering roller 32, and the absorbing roller (31) and the pressing roller (32) A support 35 fixed by shafts 34 and 34 'so as to be rotated, and a horizontal portion at the rear of the support 35, and a vertical portion at the inner surface of the case 4, where the vertical portion is fixed. Comprising (36), including the guide plate (37) for guiding the rainwater falling down while surrounding the lower side while the top (371) is fixed to the support (35) to guide the collection to the drip tray (13) Wet umbrella dehydrator, characterized in that made. The method of claim 2, The pressing roller 32 of the water absorbing and dewatering member 3, The absorbent material 33 which is adhered to the surface of the absorption roller 31, which is made of either an inverted triangular " V " roller corresponding to the triangular absorption roller 31, or a straight roller contacting both sides of the triangular absorption roller. Wet umbrella dehydrator characterized in that the dewatered by compressing the rain water absorbed by). The method of claim 2, Wet umbrella dehydrator, characterized in that to facilitate the movement and dehydration of the umbrella (100) by replacing the bracket 36 of the absorbing and dewatering member (3) with a leaf spring having an elastic force to enable flow. The method of claim 1, The case 4 stacked in multiple stages in the main body 1, The flanges 41 and 41 'perpendicular to the upper and lower ends are formed to be coupled to each other by a bolt for fixing to each other, or the socket type in which the outer diameter 42' of the lower end is fitted to the inner diameter 42 of the upper side is mutually connected. Wet umbrella dehydrator, characterized in that the combined. The method of claim 1, The main body 1 is formed by adding an inlet 11 'and a drain 12', respectively, and absorbing and dewatering rainwater from the cloth 101 of the umbrella 100 on one side of the dewatering part 2 inside. A second case 4 'for fixing the water absorbing and dewatering members 3; and a second dewatering part 2' provided with the water absorbing and dewatering members 3 in the second casing 4 'stacked in multiple stages. ) By additionally forming the dewatering portion (2) to dewater rainwater on the rain umbrella, the second dewatering portion (2 ') to dewater rainwater on the dan umbrella, and drain (13') to the drain (12 ') Wet umbrella dehydrator characterized in that it is provided by a double dehydration portion (2, 2 ') in one main body (1) to collect additional rainwater is stored. The method of claim 6, The second case 4 ′ of the second dewatering part 2 ′ is provided with a stop plate 5 having a perforated discharge hole 51 interposed therebetween to prevent a single umbrella from being inserted more than necessary. Wet umbrella dehydrator.