KR102262282B1 - Mop dehydrator - Google Patents

Abstract

The present invention relates to a mop dehydrator comprising: a lower plate unit (110); an upper plate unit (130); and a connecting unit (140). The lower plate unit (110) is composed of a metal material having a drain hole (112) and is formed to accommodate an upper plate unit (130) or a rag. The upper plate unit (130) is composed of a metal material having a footrest unit and is accommodated in the lower plate unit (110). The connecting unit (140) controls an interval of the upper plate unit (130) based on the lower plate unit (110) by connecting both sides of an upper end of the lower plate unit (110) and the upper plate unit (130). The present invention is composed of a simple structure compared to a conventional device and conveniently weaves the rag with less force. Therefore, the present invention provides excellent usability, workability, storage, and portability.

Description

Mop dehydrator {MOP DEHYDRATOR}

The present invention relates to a mop dehydrator, and more particularly, by inserting a mop part of a wet bar mop and removing moisture by compression, it improves usability by making it easy to squeeze the mop with little force. and devices that are easy to store and carry.

In general, a rod mop, also called a mapo or a mop, is a mop that can wipe the floor by attaching a long bag to the mop.

Most of all, the stick mop is widely used because it is effective in cleaning a large area more quickly because the user can mop in a standing position, and it can significantly reduce the consumption of stamina compared to using only the mop.

In the process of cleaning the floor using a stick mop, the contaminated mop is washed in water and reused. If the wet mop is not squeezed out properly, the floor will become wet and cause a safety accident. The cleaning effect can also be halved.

Since the mop is provided with the mop inserted into the joint provided at the bottom of the bag, in general, when washing the mop during cleaning, it is usually washed without separating the mop from the bag, then spread the mop on the floor and step on it to squeeze out the water. method is being used.

However, when removing water by stepping on the mop from the floor, the dehydration effect is insignificant, and there are disadvantages such as delay in working time and wet feet. Various devices have been developed to more easily remove the water from the mop. has been provided.

As an example, in Korea Utility Model No. 20 - 0207232, a pedestal is configured in a semi-circular shape so that a mop can enter and exit, and a locking hole and a space on the inside are formed at regular intervals on the outer periphery to install and remove the dehydrator, and the dehydrator is installed with the top facing outward. It is curved to form a top and bottom narrow shape, and the bottom is round, and forms a rectangular discharge hole and a circular discharge hole as a whole, and constitutes a dewatering tool for a mill mop that forms a hanging piece on the outside.

As another example, in Korea Utility Model No. 20 - 0431252, the handle is lowered to the upper spring of the existing mop, the mop is inserted, and the lower body is inserted to match, and the upper spring handle is raised to fix it, and the upper body and the upper body It has a water-removing plate fixing spring that gives strength to the lower body and a footrest head that is bent about 120 degrees at the end of the upper body, so it can be easily unfolded when you step on it. A mop water remover is provided to make a space.

As another example, in Korea Utility Model No. 20-0306454, a container with an open top, a fixed roller rotatably supported in front of the top of the container, and a container installed at the bottom of the container to support the container against the bottom. A support bar having an extension part extending forward of the container, a pair of support bars having a lower end rotatably connected to the lower side of both sides of the container and an upper end extending directly to the upper part of the container, and the upper end of the support bar to be rotatable A rod mop dehydrator comprising a movable roller supported, a pull bar formed so that both rear ends are connected to the upper portion of the support bar and surround the front of the container, and a spring for elastically supporting the upper portion of the support bar rearward do.

Korea Registered Utility Model No. 20 - 0207232 (2000.12.15) Korea Registered Utility Model No. 20 - 0431252 (2006.11.23) Korea Registered Utility Model No. 20 - 0306454 (2003.03.11) Korean Patent Registration No. 10 - 0866806 (2008.11.04)

The dehydration tool to which the prior art as described above is applied is made in the form of installing a dehydration stand in the shape of a sanggwang-ha-hyeop on a pedestal, inserting a rod mop into the dehydrating stand, and discharging water through a dehydration hole.

However, such a conventional dewatering tool has a disadvantage in that the dehydration efficiency is low as well as the dehydration efficiency is low because only the force that the user presses the rod mop toward the dehydration table works, and it consumes a lot of stamina and time.

The water eliminator according to another prior art is made in a form in which the water eliminator is integrated with the coupling port side of the conventional rod mop.

However, such a water remover has a low usability due to the increased load during cleaning or washing due to the structure in which the mop and the water remover are provided together at the bottom of the bag, and mutual interference and damage are prevented in the process of operating the upper body or coupling unit. There are structural disadvantages, such as can cause.

In addition, the dehydrator according to the prior art is provided in the shape of a container, mounted with a fixed roller and a movable roller operated by a footrest, and a mop is inserted between the rollers, and then the dehydration is performed by compressing between the rollers.

However, such a dehydrator is difficult to use because a series of coupling structures such as support bars, pull bars, and springs provided to operate the movable rollers are complicated, and the footrest must be operated while holding the mop between the rollers. It is cumbersome and has the disadvantage of including safety problems such as the container may overturn or the user may slip.

Accordingly, the present invention was invented to solve the problems of the prior art as described above,

A lower plate part 110 made of a metal material having a drain hole 112 and formed to accommodate an upper plate part 130 or a rag;

An upper plate portion 130 made of a metal material having a footrest portion and formed to be accommodated in the lower plate portion 110;

By connecting the upper side both sides of the lower plate part 110 and the upper plate part 130 to the lower plate part 110 as a starting point, the connection part 140 is provided to adjust the distance between the upper plate part 130 and, thereby, in the conventional apparatus. The purpose of providing a mop dehydrator with excellent usability, workability, storage and portability can be achieved because it has a more simplified structure and allows the mop to be easily squeezed with little force.

The present invention provides a bar mop dehydrator that allows you to more easily and conveniently squeeze the water of a bar mop used for water cleaning in homes, stores, offices, and the like.

The present invention inserts the mop part of the rod mop wet with water in a standing state of the main body and is configured to remove the water by pressing in the state that the main body is laid down, so that the mop can be squeezed more efficiently with less force than in the prior art. The usability is improved, and in particular, it has a simplified structure compared to the prior art and has various effects such as handling, storage, and easy portability.

1 is a perspective view of a bar mop dehydrator according to the present invention.
Figure 2 is an exploded perspective view of a bar mop dehydrator according to the present invention.
Figure 3 is a side view of the bar mop dehydrator according to the present invention.
Figure 4 is a side view of the operating state of the mop dehydrator according to the present invention.
5 to 7 is an exemplary view of the use state of the bar mop dehydrator according to the present invention.

Hereinafter, with reference to the accompanying drawings, the configuration and operation according to a preferred embodiment of the rod mop dehydrator of the present invention will be described in detail as follows. In the following description, a detailed description of a part that can be easily implemented by a person skilled in the art may be omitted.

1 is a perspective view of a bar-mop dehydrator according to the present invention, FIG. 2 is an exploded perspective view of a bar-mop dehydrator according to the present invention, FIG. 3 is a side view of a bar-cloth dehydrator according to the present invention, and FIG. 4 is a bar-cloth dehydrator according to the present invention A side view of the operating state, FIGS. 5 to 7 shows an exemplary view of the use state of the mop dehydrator according to the present invention.

The bar mop dehydrator to which the technology of the present invention is applied comprises a bar mop dehydrator with a simplified structure compared to the conventional device to remove moisture from the wet bar mop, so that the user can weave the mop more conveniently with little force. It should be noted that the present invention relates to a device that enhances usability and is easy to store and carry.

For this purpose, the rod mop dehydrator of the present invention includes a lower plate part 110, an upper plate part 130 operating from the lower plate part 110 as a starting point, a lower plate part 110 and an upper plate part 130 as shown in FIG. It is configured to include the connecting part 140 for connecting, and specifically, it is as follows.

As shown in FIG. 2 , the lower plate part 110 is made of a metal material having a drain hole 112 and is formed to accommodate the upper plate part 130 or the mop.

The lower plate part 110 is a configuration corresponding to the main body of the rod mop dehydrator of the present invention, and depending on the use state, the lower end is in contact with the floor as shown in FIG. 5, or the bottom is in contact as in FIG. Lay it down so that it can be used.

The lower plate 110 is made of a zinc alloy material with excellent corrosion resistance to prevent rusting or corrosion even when exposed to water for a long time.

The lower plate part 110 is provided with a zinc alloy in a plate shape with a thickness of about 1.6 mm and has a first crimping base 111 and first to third wing parts 113 and 113 to have an inner shape corresponding to the outer shape of the upper plate part 130 . 115) is processed to accommodate the upper plate 130 or the mop.

The first crimping unit 111 is provided in the form of a flat plate forming a drain hole 112 so that one side of the upper plate 130 or the mop is in contact.

The first crimping unit 111 is provided in the form of a zinc plate having an acceptable area for the overall mop portion of a conventional rod mop to compress the mop by the action with the upper plate 130, and a plurality of A drain hole 112 is formed.

The first to third wing portions 113 to 115 are erected at both sides and the lower end of the first crimping unit 111 to provide an accommodation space for the upper plate 130 or the mop on the first crimping unit 111, A drain hole 116 is provided at the corner.

The first to third wing portions 113 to 115 block both sides and the lower end of the mop accommodated between the lower plate part 110 and the upper plate part 130 to perform a compression action together with the first compression plate 111 . let it go

The first wing portion 113 and the second wing portion 112 are formed shorter than the length of the first crimping unit 111 and not formed on both upper ends of the first crimping unit 111. It is configured to exclude interference by the coupling port provided between the mops.

A plurality of drain holes 116 are provided at the corners where the first to third wing parts 113 to 115 and the first crimping platform 111 are continuous so that the drain hole 112 is connected to the first crimping table 111 . It is provided so as to discharge the moisture of the untreated mop to the outside of the lower plate 110, which is closed by the compressed mop.

A first support 120 is coupled to the lower surface of the first crimping bar 111 on a lower side of the lower plate 110 so that a drain hole 112 and a drain hole 116 are spaced apart from the floor.

The first support 120 supports the pressure acting on the first compression rod 111 when pressing the mop and does not close the drain hole 112 formed in the first compression rod 111. Lower plate part 110 The edges and grids are arranged and combined.

A predetermined handle 121 is coupled to the upper end of the first support 120 so that the user can stand up, tilt, or lay down the lower plate 110 .

The upper plate part 130 is made of a metal material having a footrest part and is formed to be accommodated in the lower plate part 110 .

The upper plate part 130 is a configuration for pressing the rag inserted between the lower plate part 110 and is connected by the lower plate part 110 and a connection part 140 to be described later, depending on the posture of the lower plate part 110 . It is provided to be used in a standing or lying posture together with the lower plate 110 , and in an inclined posture from the lower plate 110 .

The top plate 130 is made of an aluminum alloy material with excellent durability and is configured to prevent deformation or damage even when the user presses it with his or her feet.

The upper plate portion 130 is formed by processing the footrest 131, the second crimping bar 133, and the second supporter 135 so as to have an outer shape corresponding to the inner shape of the lower plate portion 110, thereby forming the upper plate portion 130. ) is provided to squeeze the mop while being accommodated in it.

The footrest 131 is provided in a flat plate shape so that the user's feet are pressed, and at one end is provided with a bending preventing means 132 to be bent.

The footrest 131 is provided to have a sufficient contact surface with the foot so that the pressure by the user's weight is transmitted, but one end of the footrest 131 to minimize the bending phenomenon in the pressure direction acting on the footrest 131 It is provided so as to form the bending prevention means 132 by bending the corners at right angles.

The second crimping base 133 is provided in a flat plate shape parallel to the footrest 131 so that the lower plate 110 or the other side of the mop is in contact.

The second crimping platform 133 is configured to have a longer lower end than the footrest 131 so that the lower end of the upper plate 130 is inclined. Accordingly, the upper plate 130 is configured to prevent the edge of the footrest 131 from interfering with the ground when the upper end of the lower plate part 110 is rotated as a starting point.

The scaffold 131 and the second crimping platform 133 are integrally provided with a metal plate bent in a U-shape, and the pressure acting on the scaffold 131 is transmitted to the second crimping unit 133 to remove the mop. configured to pressurize.

The footrest 131 and the second crimping platform 133 are made of an aluminum alloy material with excellent durability and corrosion resistance, but are formed to have a height corresponding to the height of the first to third wings of the lower plate part 110 to form the upper plate part ( 130) is configured so that the user's foot does not touch the wing portion in the state accommodated in the lower plate 110.

The second support 135 is provided between the scaffold 131 and the second crimping board 133 bent in a C shape to support the pressure.

The second crimping bar 133 has a longer lower end than the scaffolding 131 , and the second supporting member 135 is in contact with a surface in contact with the scaffolding 131 and in contact with the second crimping member 133 . The length of the surface to correspond to that is provided so that the pressure is uniformly transmitted throughout the upper plate 130 .

The connection part 140 is provided to connect the upper side both sides of the lower plate part 110 and the upper plate part 130 to adjust the distance between the upper plate part 130 with the lower plate part 110 as a starting point.

The connection part 140 is provided in the form of a string of synthetic resin material having bendability or bendability, and its both ends are coupled to the lower plate part 110 and the upper plate part 130, respectively, and connected to each other, or in the form of a plurality of links connected by a hinge structure. It may be provided in a configuration that is connected to the lower plate part 110 and the upper plate part 130 by hinged connection.

The connection part 140 is provided to connect the upper plate part 130 to the lower plate part 110, but the lower plate is formed with a length of about 150 to 160 mm so that the mop can be easily inserted and removed between the lower plate part 110 and the upper end of the upper plate part 130. It is configured to adjust the separation distance of the upper plate part 130 with the part 110 as a starting point.

As described above, the upper plate 130 has an inclined lower end, and as shown in FIG. 3 or 4 according to the distance between the lower plate part 110 and the upper plate part 130 in the connection part 140 , the upper plate part 130 . ) is configured to rotate the upper end with the lower end as a starting point.

The lower plate part 110 and the upper plate part 130 are provided with a first locking means 117 and a second locking means 134 bent and protruding from one side of the lower end, respectively, from the lower plate part 110 to the upper plate part 130 . ) When spaced apart, the first engaging means 117 and the second engaging means 134 are interconnected to limit the separation range.

The first locking means 117 is bent inward from the end of the third wing part 113 of the lower plate part 110 , so that the second locking means 134 formed on the upper plate part 130 is connected to the lower plate part 110 . ) to prevent it from escaping to the outside.

The second locking means 134 is bent outwardly from the end of the first crimping bar 111 of the upper plate part 130 by the first locking means 117 formed on the lower plate part 110 to form the upper plate part 130 . ) to keep the lower end of the jammed state.

That is, the lower plate part 110 and the upper plate part 130 are connected to adjust the distance of the upper end by the connecting part 140, and the lower part of the lower plate part 110 and the upper plate part 130 excludes a separate connection means. Thus, the upper plate part 130 can be provided in a separated state from the lower plate part 110 as needed, such as washing, but the lower plate part 110 by the first locking means 117 and the second locking means 134 . ) as a starting point, the upper end of the upper plate 130 derives an operating state that can be rotated by a distance equal to the length of the connecting portion 140, so that the mop can be easily inserted and detached between the lower plate part 110 and the upper plate part 130.

Looking at the state of use of the bar mop dehydrator to which the technology of the present invention is applied having the configuration as described above is as follows. Since the following description is given by way of preferred embodiments of the present invention, the present invention is not limited by the following examples, and it will be natural that various modifications may be provided within the scope of the present invention. .

The rod mop dehydrator according to the present invention is configured by connecting the lower plate part 110 and the upper plate part 130 by the connection part 140, and depending on the use state, it is used by standing so that the lower end is in contact with the floor or laying down so that the lower surface is in contact. .

In order to dehydrate the wet rod mop, first, the lower end of the lower plate 110 is positioned in an upright position in contact with the ground.

A handle 121 coupled to the first support 120 is provided at the upper end of the lower panel 110 , and the user holds the handle 121 and erects the lower panel 110 , and at this time, the lower panel 110 is placed on the lower panel 110 . Since the lower end of the upper plate part 130 in the accommodated state is provided to be inclined, it is naturally spaced apart from the upper plate part 130 by the load on the upper part.

The upper end of the upper plate part 130 is connected to the upper end of the lower plate part 110 by the connecting part 140 , and the upper part rotates while being spaced apart by the length of the connecting part 140 so that the first crimping base 111 and the second Between the compression bars 133 is opened.

As shown in FIG. 5 , the user inserts the mop part of the wet rod mop between the first crimping unit 111 and the second crimping unit 133 . When the lower end of the mop is inserted up to the third wing part 113, the gap between the lower plate part 110 and the lower end of the upper plate part 130 is spaced apart by the thickness of the mop, and at this time, the first crimping strip 111 of the lower plate part 110 ), the second locking means 134 formed on the second crimping platform 133 of the upper plate part 130 to the first locking means 117 formed in the upper plate 130 are interconnected as shown in FIG. The mop is kept in the housed state without leaving.

In this state, the user holds the handle 121 and lays the lower surface of the lower plate 110, that is, the first support 120, in contact with the ground, as shown in FIG. 6, and the upper plate 130 is the lower plate part 110. The upper and lower sides of the mop are accommodated in close contact between the second crimping unit 133 and the first crimping unit 111 .

The user puts his/her foot on the footrest 131 of the upper plate 130, holds the center in a state of holding the sack of the rod mop, puts weight on it, and presses the upper plate 130 toward the lower plate 110, as shown in FIG. Squeeze the mop together. The moisture of the mop is discharged to the outside through the drain hole 112 formed in the first compression stand 111 and the drain hole 116 formed in the first to third wing parts 113 to 115 .

When the dehydration is completed as described above, the user may remove the mop by holding the handle 121 and standing the lower plate 110 in the same state as in FIG. 5 .

The bar mop dehydrator according to the present invention as described above inserts the mop part of the bar mop wet with water in the state where the main body is erected and removes the water by pressing in the state that the main body is laid down. By making it possible to weave, it significantly improves workability using a stick mop when cleaning with water at home, store, office, etc., and has various effects such as usability, storage, and portability due to a simplified structure compared to the prior art.

110: lower plate
111: first crimping unit
112: drain hole
113 to 115: first to third wing parts
116: drain hole
117: first engaging means
120: first support
121: handle
130: upper plate
131: footrest
132: bending prevention means
133: second compression belt
134: second engaging means
135: second support
140: connection

Claims (5)

A lower plate part 110 made of a metal material having a drain hole 112 and formed to accommodate an upper plate part 130 or a rag;
An upper plate portion 130 made of a metal material having a footrest portion and formed to be accommodated in the lower plate portion 110;
The lower plate part 110 and the upper plate part 130 are connected to both sides of the upper plate part 110 as a starting point to adjust the distance between the upper plate part 130 and the connecting part 140 provided,
The upper plate 130,
A footrest 131 which is provided in a flat plate shape so that the user's feet are pressed and bends the bending preventing means 132 at one end;
A second crimping platform 133 provided in a flat plate shape parallel to the footrest 131 and in contact with the lower panel 110 or the other side of the mop,
and a second support 135 provided between the footrest 131 and the second crimping platform 133 to support it,
The scaffold 131 and the second crimping platform 133 are integrally provided with a metal plate bent in a U-shape, and the pressure acting on the scaffold 131 is transferred to the second crimping table 133 to remove the mop. A bar mop dehydrator, characterized in that it is configured to pressurize. The method of claim 1,
The lower plate 110,
A first crimping unit 111 provided in the form of a flat plate forming a drain hole 112 and in contact with one side of the upper plate 130 or the mop,
It includes first to third wing portions 113 to 115 that stand upright on both sides and the lower end of the first crimping platform 111 to provide an accommodation space and form a drain 116 at the edge,
On the lower side of the lower plate part 110, coupled to the bottom surface of the first crimping platform 111, the drain hole 112 and the drain hole 116 are configured to be provided with a first support 120 spaced apart from the floor. A rod mop dehydrator. delete The method of claim 1,
The lower plate part 110 and the upper plate part 130 are provided with first and second locking means 117 and second locking means 134 bent and protruding from one side of the lower end, respectively, from the lower plate part 110 to the upper plate part 130 . ) is provided so that the first engaging means 117 and the second engaging means 134 are interconnected to limit the separation range when they are spaced apart,
The upper plate 130 is provided with an inclined lower end, and the upper plate 130 is configured to rotate the upper end with the lower end as a starting point according to the interval between the lower plate 110 and the upper plate 130 in the connecting portion 140. A rod mop dehydrator. delete

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