KR102423090B1 - Apparatus for removing rainwater of umbrella - Google Patents

Abstract

The present invention provides an apparatus for removing rainwater from an umbrella, which improves a rainwater removal means for removing rainwater into a simple separable assembly structure, improves a whole dehydrating plate into a detachable structure wherein the dehydrating plate has a detachable pad coupled thereto made of ultrafine threads used for adsorbing rainwater from the umbrella, and separates the detachable pad to be dried, washed, and reassembled for use, thereby maximizing the storage properties, hygiene, and user convenience. The aim of the present invention is achieved by the apparatus for removing rainwater from an umbrella, comprising: a detachable dehydrating plate; and a pocket ultrafine thread pad engaged with the dehydrating plate in a shape of a pocket. The pocket ultrafine thread pad has a pocket shape with a front surface sewn with an ultrafine thread mat plate and a rear surface sewn with an extendable rear surface plate such that the outside of the dehydrating plate is covered and is bonded by a Velcro tape. Accordingly, when washing or drying the apparatus, it is possible to separate the detachable dehydrating plate from a case body unit and conveniently separate only the pocket ultrafine thread pad from the dehydrating plate such that the pocket ultrafine thread pad is washed or dried and then, is engage with the dehydrating plate again. After then, the dehydrating plate is assembled with the case body unit again to be used. Accordingly, the washing and drying properties and storage properties of the ultrafine thread pad can be increased, and the convenience and hygiene can be maximized.

Description

Umbrella rainwater removal device {APPARATUS FOR REMOVING RAINWATER OF UMBRELLA}

The present invention relates to an umbrella rainwater removal device, and more particularly, by improving the rainwater removal means for brushing and removing rainwater with a simple separate assembly structure, dehydration combining a microfiber desorption pad used to adsorb rainwater of an umbrella according to use It relates to an umbrella rainwater removal device that maximizes storability, hygiene, and ease of use by reassembling after drying and washing by separating the removable pad according to use by improving the entire plate to a detachable structure.

In general, it is well-known as a daily necessities used to prevent as much as possible getting wet on clothes bags worn by rainwater in the rain.

These umbrellas are typically configured by sewing umbrella cloth to a plurality of ribs that are radially spread on a support rod provided with a handle.

However, the Usancheon uses a waterproof coating to block the absorption of rainwater as much as possible.

Therefore, in general households, an umbrella stand arranged separately on the door is used to prevent this, but the use of an umbrella stand in a restaurant or office building makes it difficult to store and store many people's umbrellas, and even if stored in a stored state, it is difficult to store umbrellas. There was a point of reluctance due to psychological anxiety such as loss.

To compensate for this, the umbrella packaging machine installed at the entrance of the building blocks the indoor contamination with rainwater as much as possible.

However, blocking umbrella rainwater by such a plastic bag is a waste of resources that plastic bags are thrown away after use, an increase in waste disposal costs due to plastic bags, generation of harmful substances such as dioxins due to incineration and disposal, and environmental pollution problems. It has been gradually enacted to prohibit its use.

Therefore, in recent years, a rainwater removal device that dehydrates, dries, and removes rainwater from an umbrella without using a plastic bag has been proposed as a number of technologies in order to eliminate the harmful effects of the plastic packaging machine as much as possible.

As an example, 'umbrella rainwater removal device using microfiber fabric' as in Patent Document 1 has been disclosed.

As in the example of FIG. 1, the above-described patent document 1 includes a fixed plate 10 provided with a moving wheel 11, and a 'V'-shaped space (S) opposite to the upper both sides of the fixed plate and expanded in the upper direction (S). ), the case body parts 20 and 20 provided with the support plate 22 provided on the inside of the outer frame 21 that is installed inclinedly in the formed state, and the lower part of the fixing plate 10 can be drawn out in a drawer type. A rainwater removal unit 40 that is installed to face the inside of the support plates 22 and 22 of the case body 20 and 20 and the water collecting tank 30 for collecting rainwater discharged through the rainwater inlet hole 12 . It is constructed by assembling

Here, the rainwater removal unit 40 forms a support plate 22 on the inside of the outer frame 21 of the case body parts 20 and 20, and is wrapped in a nylon mesh on the surface of the housing 41. It is configured by being fixedly attached to the support plate 22 by bolts or welding in a state where the microfiber fabric 42 is included and fixed with an adhesive.

In this patent document 1, the rainwater deposited on the umbrella cloth is shaken back and forth in the 'V'-shaped space (S) formed by the case body parts 20 and 20, the housing 41 of the rainwater removal part 40. It can be removed by sweeping away rainwater while rubbing with the microfiber fabric 42 attached to it.

However, Patent Document 1 discloses a state of wiping rainwater on a number of umbrellas, or sweeping down rainwater by collision and discharging it into a collecting well, or as a microfiber wipes away rainwater, even the folded delicate parts between the umbrella cloths. Since rainwater cannot be removed, there is a disadvantage that rainwater removal is not effective.

And after use, foreign substances including fine dust remain impregnated in the microfiber, so removal is insignificant even after washing with water. There was a problem with taking.

In particular, in the case of damage to the microfiber fabric wrapped in nylon mesh during the washing process and severe abrasion, the rainwater removal efficiency of the device decreases, which is uneconomical and requires replacement with a new device.

In addition, in Patent Document 2, similar to Patent Document 1, a structure for treating rainwater by a nonwoven fabric is disclosed.

However, Patent Document 2 also had the same problems as in Patent Document 1 in terms of washing and drying problems and the overall replacement of the rainwater removal unit or the entire device due to long-term use.

Thus, as in Patent Document 3, the microfiber pad is configured to be detachably attached to and detached from the left and right rotating plates (the left and right vibrations centering on the lower hinge piece) through the magnetic material attached to the back, so that it is separated during washing or drying and storage and used It is used by attaching it to the magnetic force.

However, Patent Document 3 simply attaches to the left and right rotating plates of the mid-plate plate to weave the dehydrated strands in the shape of thick noodle stems on the surface, thereby adsorbing rainwater through the surface friction force when passing the umbrella, so that the umbrella passes through. In the case of a large frictional force due to a large number of spinnerets, the magnetic material attached from the left and right flat plates was pushed and dropped, causing inconvenience in use.

In particular, the microfiber pad has a disadvantage in that the reliability of the product is lowered because the magnetic material falls off during washing, and thus the lifespan is not guaranteed.

Moreover, the assembly structure of the left and right rotating plates supporting the microfiber pad is complicated, which increases the manufacturing cost, and it is difficult to attach the left and right rotating plates to the center panel between them.

Patent Document 1: Korean Patent Registration No. 10-1526260 (Registered on Jun. 1, 2015) Patent Document 2: Korean Patent Registration No. 10-1690695 (Registered on Dec. 22, 2016) Patent Document 3: Korean Patent Publication No. 10-2020-0128943 (published on November 17, 2020)

The present invention was created to solve the disadvantages of the prior art as described above,

Umbrella rainwater removal device of the present invention is composed of a detachable dewatering plate and a pocket microfiber pad coupled to the dewatering plate in the form of a pocket, the pocket microfiber pad is a microfiber mat plate on the front side and a microfiber mat plate on the back side. In the form of a pocket with an expansion and contraction back plate sewn in, it is combined with the outside of the dehydrator plate covered and bound with velcro tape to separate the dehydrator plate that can be detached from the case body when washing or drying. It is to provide an umbrella rainwater removal device that maximizes convenience and hygiene by increasing washing, drying and storage of the microfiber pad by separating it, washing or drying it, combining it with the dewatering plate, and assembling the dewatering plate to the case body.

In order to achieve the above object, in the present invention, the left and right rainwater removal units are composed of a dewatering plate detachable from the support plate of the case body, and a pocket microfiber pad covering the dewatering plate and pocket-coupled, wherein the dewatering plate is a pocket microfiber pad. The surface of the protrusion, which is easy to absorb and discharge rainwater, and has a friction function, and a dewatering groove for pad vibration that provides a dehydration function by vibration due to expansion and contraction on the microfiber pad are formed, and the surface is inserted into the pocket microfiber pad. It is characterized in that it is configured to be detachably assembled on the hooking piece provided on the support plate of the case body.

The protrusion surface of the dewatering plate is formed of a hemispherical protrusion densely protruding a plurality of protruding front protrusions and line protrusions protruding at regular intervals along the edge surface of the front protrusion, and between the hemispherical protrusions elongated in the vertical direction. It is characterized in that the dewatering groove for pad vibration formed at regular intervals in a depressed state from the front protrusion is formed.

The pocket microfiber pad is in the form of a pocket in which a microfiber mat plate on the front side and an elastic back plate having elasticity on the back side are sewn. It is designed to do so.

According to the present invention, the rainwater removal of the umbrella is to simply separate only the pocket microfiber pad from the dewatering plate constituting the rainwater removal unit, wash or dry it, combine it with the dewatering plate, and assemble the dewatering plate to the case body for use, thereby washing the microfiber pad. And by increasing drying and storability, there is an advantage of increasing convenience, hygiene, and storability of use (storage, washing).

In addition, according to the present invention, the economical efficiency is guaranteed by replacing the pocket microfiber pad even after long-term use with a simple structure, and industrial mass production is possible through the simplification of the component parts by the assembly structure, so that the effect of reducing the manufacturing cost can be expected.

In addition, according to the present invention, it is possible to replace only the pocket microfiber pad, which is a component damaged by long-term use, and thus economic efficiency is guaranteed.

1 is a configuration cross-sectional view of an umbrella rainwater removal device of an example of the prior art.
Figure 2 is a perspective view of an umbrella rainwater removal device to which the present invention is applied.
Figure 3 is a perspective view of the separation state of the dewatering plate and the pocket microfiber pad as a rainwater removal unit, which is a major component of the present invention.
4 is a cross-sectional view of the assembled state of the present invention.
5 is a perspective view of a dewatering plate which is a main part of the present invention.
6 is an enlarged view of an excerpt of part "F" of FIG.
7 is a cross-sectional view of the assembly state of the drain plate and the pocket microfiber pad, which are components of the umbrella rainwater removal unit.
FIG. 8 is an enlarged view of an excerpt of part “G” of FIG. 7 .
9 is an enlarged view of an excerpt of part "H" of FIG.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

In the description of the present invention, the structures and sizes of the components shown in the drawings may be simplified or shown in a simplified manner as long as they are not problematic in the description of the invention.

Figure 2 is a perspective view of an umbrella rainwater removal device to which the present invention is applied, Figure 3 is a perspective view of the separation state of the dewatering plate and the pocket microfiber pad as a rainwater removal part which is the main component of the present invention, Figure 4 is an assembled state of the present invention It is a cross section.

Referring to these drawings, the umbrella rainwater removal device of a preferred embodiment of the present invention,

The case body 200 provided with the fixed plate 100 on which the moving wheel 110 is installed, and the support plate 220 assembled on the inside of the outer frame 210 opposite to the upper portion of the fixed plate 100 is provided, Installed on the lower part of the fixed plate 100 and the drawer pull-out type water collecting tank 300 and the water collecting tank 300 are introduced through the rainwater inlet hole of the drainage function formed in the central part of the fixed plate 100. It collects rainwater and includes a rainwater removal unit 400 assembled inside the support plate 220 of the case body 200 installed opposite to each other.

The core of the present invention is that the rainwater removal unit 400 is configured to be detachably attached to the support plate 220 that is assembled and fixed to the outer frame 220 of the case body 200, so that it is convenient to dry for washing and storage according to long-term use. It's about being able to provide.

To this end, the rainwater removal unit 400 of the present invention is assembled and washed with the dewatering plate 410 detachable from the hooking pieces 230 provided on the upper and left and right sides of the support plate 220 and the dewatering plate overlaid. It consists of a microfiber pad 450 provided with a microfiber mat plate 451 on the front as a pocket type that is separated again at the time.

In other words, the present invention consists of a detachable dewatering plate 410 in the configuration of the rainwater removal unit, and a pocket microfiber pad 450 that covers and combines the dewatering plate in the form of a pocket, but the pocket microfiber pad 450 is on the front The microfiber mat plate 451 and the elastic back plate 452 are sewn on the back side in the form of a pocket, and are assembled while covering the outside of the dewatering plate 410 and bound with a Velcro tape 453 .

With this structure, the rainwater removal unit 400 of the present invention separates the dewatering plate 410 that is detachable from the case body 200 during washing or drying according to frequent use in the rainy season, and conveniently pocket microfibers from the dewatering plate. Only the pad 450 is separated, washed or dried, and then combined with the dewatering plate 410 again, and assembled in the case body 200 for use, so that the washing, drying and storage of the pocket microfiber pad 450 having a rainwater removal function is improved. can be raised

5 and 6, the dewatering plate 410 protrudes from the edge fitting piece 411 in the shape of a thin plate body, so that the pocket microfiber pad 450 absorbs and discharges rainwater at the same time, and it has a friction function. A dewatering groove 430 for pad vibration that provides a dehydration function by vibration due to expansion and contraction is formed on the protruding surface 420 having It is assembled by detachment with the edge fitting piece 411 to the engaging piece 230 provided on the support plate 220 of the case body 200 in the inserted state.

The protrusion surface 420 of the dewatering plate 410 has a hemispherical protrusion 421 densely protruding from the protruding front protrusion 423 and the protruding edge surface of the front protrusion 423 at regular intervals along the protruding edge. A dewatering groove 430 for pad vibration formed with line protrusions 422 and formed at regular intervals in a state of being depressed in the front protrusion 423 elongated in the vertical direction between the hemispherical protrusions 421 is formed.

7 and 8, the countless hemispherical protrusions 421 formed on the protrusion surface 420 of the dewatering plate 410 shake off the water to the concave-convex surface when the umbrella passes, and at the same time facilitate the discharge of water, At the same time, the microfiber mat plate 451 in the horizontal direction by the line protrusion 422 generates vibration while correspondingly moving in the moving direction of the umbrella to further increase dehydration,

In particular, the dewatering is further increased by the increased vibration expansion and contraction by the dewatering groove 430 for vibration of the pad formed in a long depression state in the vertical direction.

The expansion and contraction of the microfiber mat plate 451 by the progress of the umbrella according to dehydration is the provision of the elastic elastic force of the expansion and contraction back plate 452 to provide frictional vibration at the same time as the progress of the umbrella, so that rainwater dehydration of the umbrella can be effectively provided.

7 and 9, the pocket microfiber pad 450 has a microfiber mat plate 451 on the front side and an elastic back plate 452 with elasticity on the back side of the dewatering plate 410 in the form of a sewn pocket. Simple and quick to the engaging piece 230 provided on the support plate 220 of the case body 200 in a state where it is combined from the upper part to cover the outside and is bound at the lower part of the dewatering plate 410 with Velcro tape sewn to each other. It can be performed by binding and using, and then easily separating it when washing or drying again, and separating the dewatering plate 410 and the pocket microfiber pad 450 .

The key point of the present invention is to use a pocket microfiber pad 450 composed of a pocket-type microfiber pad, which is a rainwater removal means 400, in combination with a dewatering plate 410 having a detachable structure, and a dewatering plate 410 during washing and drying. By quickly and easily separating the pocket microfiber pad 450, it is possible to wash and dry it, thereby increasing reliability in terms of hygiene and storage.

This configuration has the advantage that cleanliness is guaranteed by the convenience of washing in the course of use, and when the pocket microfiber pad 450 is damaged due to long-term use, it can be replaced with a new one and the entire device can be reused to provide a long lifespan.

As such, although specific embodiments have been described in the detailed description of the present invention, various modifications are possible without departing from the scope of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be defined by the claims and equivalents as well as the claims to be described later.

100: fixed plate 110: moving wheel
200: case body part 300: water container
400: rainwater removal unit 410: dewatering plate
411: edge fitting piece 420: protruding surface
421: hemispherical projection 422: rhine projection
430: dewatering groove for pad vibration 450: pocket microfiber pad
451: microfiber mat plate 452: stretchable back plate
453: Velcro tape

Claims (3)

The fixed plate 100 on which the moving wheel 110 is installed, the case body 200 which is installed opposite to the upper part of the fixed plate 100, and the lower part of the fixed plate 100 are installed in the lower part of the fixed plate 100 for drawer withdrawal The water collector 300 and the water collector 300 collect rainwater flowing in through the rainwater inlet hole of the drainage function formed in the central part of the fixing plate 100, and the case body portion installed opposite to the both sides It is composed of a rainwater removal unit 400 including a microfiber pad configured on a support plate 220 fixed to the outer frame 210 of 200 , the rainwater removal part 400 is the upper and left sides of the support plate 220 . , Consists of a dewatering plate 410 that is detachably assembled to the hooking piece 230 provided on the right side, and a pocket microfiber pad 450 that covers the dewatering plate and combines it in a pocket state, and the dewatering plate 410 is a thin plate. A protrusion surface 420 protruding from the edge fitting piece 411 in the shape of a sieve with a ridge and having a friction function while adsorbing rain water of the pocket microfiber pad 450 and a microfiber mat plate of the pocket microfiber pad 450 ( 451) is provided on the support plate 220 of the case body 200 in a state inserted into the pocket microfiber pad 450 by configuring a dewatering groove 430 for pad vibration that provides a dehydration function by vibration due to expansion and contraction. In the umbrella rainwater removal device configured to be detachably assembled with the edge fitting piece 411 on the hooked piece 230,
The protrusion surface 420 of the dewatering plate 410 protrudes at regular intervals along the protruding edge surface of the hemispherical protrusion 421 and the front protrusion 423 densely protruding a plurality of the protruding front protrusion 423. The dewatering groove 430 for vibration of the pad is formed with a line protrusion 422 and is formed with a predetermined interval between the hemispherical protrusions 421 and is recessed in the front protrusion 423 in the vertical direction. Umbrella rainwater removal device, characterized in that.
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