KR200234737Y1 - apparatus for cleaning floorcloth provided with cleaning chamber - Google Patents

Abstract

The present invention relates to a cloth mop dehydrator provided with a washing tub, water contained in the cloth mop can be effectively removed compared to the conventional, easy to use and not to break easily. To this end, the abrasion mop dehydrator provided with a washing tub according to the present invention, the dehydration bucket 101, the washing tub 105 is attached to the dehydration bucket 101 to wash the abrasion mop; The partition plate 110 is installed in the central region of the dehydration container 101 in parallel with the bottom surface of the dehydration container 101 to divide the interior of the dehydration container 101 up and down and to form a plurality of drain holes 111 on the plate. ), The first rotating bar 121 is rotatably installed along one side edge portion of the upper region of the dehydration container 101, the edge portion is fixedly attached to the first rotating bar 121 and the first rotating bar 121. A cover plate 120 that opens and closes the upper opening of the dehydration container 101 by being integrally rotated with the cover plate; A connecting bar 131 having one end rotatably installed at a side portion of the cover plate 120 and the other end extending downward; A second rotary bar 130 disposed to be disposed opposite to the first rotary bar 121 along the other edge portion of the dehydration container 101 and bent at one end thereof and hinged to the lower end of the connection bar 131; One end is fixed to the bar of the second rotary bar 130, and the other end includes an adjustment lever 132 extending upward, the user pushes and pulls the adjustment lever 132 to the rotation of the second rotary bar 130 The cover plate 120 is rotated so that the cover plate 120 opens and closes the upper opening of the dewatering container 101 and covers the abrasion mop placed on the partition plate 110 inside the dewatering container 101. 120 is pressed downwards to squeeze the mop mop.

Description

Apparatus for cleaning floorcloth provided with cleaning chamber}

The present invention relates to a cloth mop dehydrator equipped with a washing tub, more specifically, the water contained in the cloth cloth mop can be effectively removed compared to the conventional, easy to use and not easily broken abrasion mop with a washing bin It is about a dehydrator.

Typically, abrasion mops are cleaning tools used to clean floors in offices, factories, and schools. The conventional structure of the abrasion mop consists of a bar-shaped handle part which can be grasped by a person, and a mop part mounted to the lower end of the handle part.

The mop is made of an absorbent cloth, and when cleaning, the mop can be moistened with water to clean the floor. Recently, due to the development of flooring materials and the development of cleaners, despite the easy cleaning method, abrasion mop is used a lot because it is very easy to use.

Therefore, when cleaning the floor with a cloth mop, the user wipes the floor with the mop part of the abrasion mop, and when the mop becomes dirty, the mop part of the hemp is cleaned with water again to clean the floor, and then the floor is cleaned or cleaned again. When you are done, you'll be able to store the rod.

However, when the wet part of the rag is not dehydrated properly, it is difficult to clean due to the large amount of water or is not suitable for storage. So, it is necessary to remove the moisture of the mop part, at this time, the method of removing the water by twisting the mop part by hand or by stepping on the foot is easily performed, but there is a drawback that the dehydration operation is cumbersome and unsanitary.

Therefore, in order to eliminate this inconvenience, a lot of machines for weaving the cloth mop mop have been made. 1 is a perspective view of a conventional cloth mop dehydrator, Figure 2 is a side view of FIG. As shown in these drawings, the conventional cloth cloth dehydrator is installed on the dehydration plate 1, the dewatering plate 1, the plurality of drain holes 6 are formed on the plate to support the dewatering plate 1 It is composed of a cover plate 2, etc., which are rotatably installed at one side edge portion of the pedestal 3 and the dewatering plate 1 to press the mop part of the stool placed on the dewatering plate 1 downward.

On both sides of one side edge portion of the dewatering plate 1, the shaft bar 4 is formed to protrude outwardly, and the hooks 5 hanging on both sides of both edge portions of the cover plate 2 are attached to these shaft bars 4. The cover plate 2 is prevented from being separated from the dewatering plate 1 by being caught. The cover plate 2 covers the upper portion of the dewatering plate 1 so as to press the abrasion mop placed on the dewatering plate 1.

With this arrangement, when the user wants to weave the cloth cloth to remove the moisture on the cloth cloth, the user removes the cover plate 2 and then removes the cloth cloth from the cloth top of the dewatering plate 1. Put on. Then, when the rag is placed on the upper surface of the dehydrating plate 1, the cover plate 2 is covered, and when the foot is pressed or pressed on the upper surface of the cover plate 2, the rag is made of the cover plate 2. It is squeezed by the pressing force. The water removed by the rag is squeezed is drained and removed through the drain hole (6) formed in the dehydration plate (1).

By the way, the above-mentioned abrasion mop dehydrator puts abrasion mop on the dehydration plate, covers it with a cover plate, and pushes down strongly to squeeze the abrasion mop to squeeze the cover plate, in order to squeeze the mop mop. There is a difficulty to press or press. In addition, since a strong force is applied to the cover plate, there is a problem that the dehydrator is likely to be broken or broken by a strong load.

In addition, under the above structure, there is a problem that the user is somewhat troublesome to operate.

Therefore, the object of the present invention, devised to solve the above problems, the water contained in the cloth cloth mop can be effectively removed compared to the conventional, easy to use and not easy to break with a cloth cloth mop dehydrator To provide.

1-perspective view of a conventional abrasion mop dehydrator.

2-a side view of FIG.

3-exploded perspective view of a cloth mop dehydrator according to the present invention.

4-assembled perspective view of FIG.

Figures 5-4 are side views of the open sidewalls.

6 to 5 are side views illustrating a state in which the cover plate of FIG. 5 is opened.

<Description of the reference numerals for the main parts of the drawings>

101: dehydration tank 102: drain hose

103: support bracket 107: outlet

110: divider 111: drain hole

120: cover plate 121: first rotation bar

122: hinge portion 130: second rotation bar

131: connecting bar 132: control lever

In order to achieve the above object, a cloth mop dehydrator with a washing tub according to the present invention, a dehydration bucket; A washing bucket attached to the dehydrating bucket to wash the abrasion mop; A partition plate installed in parallel with a bottom surface of the dehydration container in a central region of the dehydration container and dividing the interior of the dehydration container up and down and having a plurality of drainage holes formed on a plate; A first rotating bar rotatably installed along one edge portion of the upper region of the dewatering container; A cover plate having an edge portion fixedly attached to the first rotation bar to rotate integrally with the first rotation bar to open and close the upper opening of the dehydration container; A connecting bar having one end rotatably installed at a side portion of the cover plate and extending below the other end; A second rotating bar installed opposite to the first rotating bar along the other edge portion of the dehydrating container and bent at one end thereof and hinged to the lower end of the connecting bar; Including a control lever, one end of which is fixed to the bar of the second rotating bar and the other end of which extends upward, the user rotates the cover plate by rotating and rotating the second rotating bar by pushing and pulling the adjusting lever. Opening and closing the upper opening, it is characterized in that the cover plate is pressed downward on the abrasion cloth mop placed on the partition plate in the dehydration container to squeeze the moisture of the abrasion cloth.

Accordingly, the water contained in the abrasion can be more easily removed, easy to use and not easily broken. In addition, it is possible to easily remove the moisture contained in the cloth cloth while washing the cloth cloth mop.

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

3 is an exploded perspective view of the cloth mop dehydrator according to the present invention, Figure 4 is an assembled perspective view of Figure 3, Figure 5 is a side view of the open side wall of FIG. As shown in these drawings, the cloth mop dehydrator provided with a washing tub according to the present invention, the dewatering tub 101 of the rectangular tubular shape, the bottom surface of the dehydrating tub 101 in the central region inside the dehydrating tub 101 It is installed in parallel to divide the inside of the dehydration container 101 up and down, and is installed in the upper region of the partition plate 110 and the dehydration container 101, the plurality of drain holes 111 are formed on the plate, the dehydration container 101 It consists of a cover plate 120 and the like to open and close the upper opening of the. And, the dewatering can (101) is attached to the washing tub 105 for washing the abrasion mop, the user puts in the dewatering bucket 101 immediately after washing the dirty abrasion mop in the washing tub 105, abrasion mop It is to be able to dehydrate.

The upper region of the dewatering container 101 formed by the partition plate 110 mounted inside the dewatering container 101 and the inner wall of the dewatering container 101 forms a moisture removal part in which a cloth cloth is placed and woven. Thus, the abrasion mop is placed on the water removal portion and pressed by the cover plate 120, so that the abrasion mop can be squeezed.

On one side edge portion of the upper region of the dehydration tank 101, a long bar-shaped first rotating bar 121 is provided along the edge, and both ends of the first rotating bar 121 support brackets for rotational support. 103 are provided respectively. Thus, both ends of the first rotating bar 121 are supported by these support brackets 103 so that they can rotate. One side edge portion of the cover plate 120 is fixed to the first rotating bar 121, and the cover plate 120 is integrally rotated together with the first rotating bar 121 so that It is designed to open and close the upper opening.

The hinge plate 122 is installed at the side surface of the cover plate 120 so that one end of the connection bar 131 is hinged to the hinge portion 122 so as to be rotatable, and the other end of the connection bar 131 is downward. Extends.

At the other edge portion of the dehydration container 101, a bar-shaped second rotating bar 130 is disposed to be disposed opposite to the first rotating bar 121 along the edge portion, and is supported like the first rotating bar 121. It is rotatably supported by the bracket 103. One end of the second rotation bar 130 is bent downward to extend, and is rotatably connected to the lower end of the connection bar 131.

One end of the control lever 132 is fixedly attached to the center portion of the second rotation bar 130, and the other end thereof extends upwardly, and the center portion of the control lever 132 is an edge of the cover plate 120. It is intended to be in contact with the part. Thus, the user pushes and pulls the control lever 132 to rotate the cover plate 120 by the rotation of the second rotary bar 130, the cover plate 120 opens and closes the upper opening of the dehydration container 101, In particular, when the cover plate 120 closes the upper opening of the dewatering container 101, it is possible to press the abrasion mop accommodated in the water removing part of the dewatering container 101 to remove the water. The drainage hose 102 is installed in the lower region of the dehydration container 101 and extends to the outside, and the water removed from the abrasion mop placed in the water removal portion of the dehydration container 101 is disposed in the drain hole 111 of the partition plate 110. When it is accumulated in the lower region of the dehydration container 101 through), it is to be removed by removing the water to the outside.

In addition, the bottom of the washing tub 105 is formed with an outlet 107 for discharging the accumulated water to the outside, the washing water to wash the cloth cloth mop is discharged to the outside of the washing tank 105 through the outlet 107. It is supposed to be.

Hereinafter will be described the action and effect of a cloth mop dehydrator with a washing tub according to the present invention.

After the user uses and cleans the cloth cloth, the cloth is put in the washing cloth 105 to remove the foreign matter that has accumulated on the cloth cloth, and then cleaned. After the abrasion mop is finished, when the user tries to squeeze the abrasion mop to remove the water contained in the abrasion mop, the user places the mop part of the abrasion part in the dewatering part inside the dewatering container 101. In this state, the user grabs the control lever 132 and pushes it toward the first rotation bar 121. At this time, the second rotation bar 130 is rotated so that the connection bar 131 pulls the cover plate 120, and at the same time, the center portion of the control lever 132 is pressed against the edge of the cover plate 120. The cover plate 120 rotates together with the first rotation bar 121 to cover the upper opening of the dehydration container 101. As a result, the cover plate 120 presses the cloth cloth strongly, so that the cloth cloth is squeezed by the pressing force of the cover plate 120 so that the water of the cloth is separated from the cloth. The water separated from the abrasion drops to the lower portion of the dewatering container 101 through the drain hole of the partition plate 110 and collects in the lower region of the dewatering container 101. Water accumulated in the lower portion is discharged to the outside through the drain hose (102).

After the rag is squeezed through the above process, the user pulls the control lever 132 in the outward direction of the dehydration container 101 with one hand so that the second rotary bar 130 rotates. When the second rotation bar 130 rotates, as shown in FIG. 6, the connection bar 131 hingedly coupled to the second rotation bar 130 is pushed toward the first rotation bar 121. As a result, the cover plate 120 rotates around the first rotation bar 121 so that the dehydration container 101 opens the upper opening. When the upper opening of the dehydration container 101 is opened, the user grasps the mop of the drained abrasion with the other hand to remove it from the dehydration container 101.

Accordingly, the user can weave the cloth cloth mop with one hand and simply remove the cloth cloth mop woven with the other hand from the dehydration container, thereby making it easier to remove the water of the cloth cloth mop. In addition, since excessive force is not applied as compared with the related art, the dehydrator is not easily broken.

In addition, the abrasion mop dehydrator with a washing pail according to the present invention is because the washing pail for washing the abrasion mop and a dehydration pail for removing the water contained in the abrasion mop is integrally formed, washing and dewatering operation It can be performed more easily.

In the above-described and illustrated example, the control lever 132 has been described as a simple frictional contact to the central region of the cover plate 120, but in the mop dehydrator of the abrasion according to the present invention, the cover plate that the control lever 132 is in contact By installing a pulley (120) to smooth the friction in the center area 120, the cover plate 120 and the control lever 132 can be made to contact more smoothly.

In addition, in the above-described embodiment, the washing tub 105 and the dehydrating tub 101 of the dehydrator are separated by a partition wall, so that the fresh water in the washing tub 105 is discharged to the outside through the outlet 107, and dewatering Although the water dewatered in the tub 101 has been described as being discharged to the outside through the drain hose 102, the dehydrator of the present invention is not limited thereto, and the washing tub 105 and the dehydrating tub 101 communicate with each other to form a single unit. Fresh water may be discharged to the outside through the discharge means.

As described above, according to the cloth mop dehydrator having a washing tub according to the present invention, the water contained in the abrasion can be more easily removed, it is easy to use and can not easily break the effect.

Claims (1)

Dehydration pain; A washing container attached to the dehydrating container to wash the abrasion mop; A partition plate installed in parallel with a bottom surface of the dehydration container in a central region of the dehydration container and dividing the interior of the dehydration container up and down and having a plurality of drainage holes formed on a plate; A first rotating bar rotatably installed along one side edge portion of the upper region of the dehydration container; A cover plate having an edge portion fixedly attached to the first rotation bar to rotate integrally with the first rotation bar to open and close the upper opening of the dehydration container; A connecting bar having one end rotatably installed at a side portion of the cover plate and the other end extending downward; A second rotation bar installed to be disposed to face the first rotation bar along the other edge portion of the dehydration container, the one end of which is bent, and hinged to the lower end of the connection bar; One end is fixed to the bar of the second rotary bar, and the other end includes an adjustment lever extending upwards, When the user pushes and pulls the control lever to rotate the cover plate by the rotation of the second rotation bar, the cover plate opens and closes the upper opening of the dewatering container, and is placed on the partition plate inside the dewatering container. The abrasion mop dehydrator with a cleaning container, characterized in that the cover plate is pressed downward to squeeze the moisture of the abrasion mop.