KR200464298Y1 - Apparatus for dehydration with washing function - Google Patents

Abstract

The present invention allows for more efficient cleaning of bag mops, which are mainly used to clean the floor of buildings, and to clean large areas more cleanly by enabling the use of large-capacity wash water. It is related to the mop dewatering device which is applied to the mop that the lower mop plate can be rotated by the spiral rotating part, and it is easy to move while using a large amount of washing water, and it is convenient to use. It relates to a dewatering device having a cleaning function to perform the cleaning and dehydration of the mop.

Description

Dehydrator with cleaning function {APPARATUS FOR DEHYDRATION WITH WASHING FUNCTION}

The present invention relates to a dehydration device of a mop, which is a cleaning tool, and more particularly, to perform a washing operation more easily when cleaning a mop with a mop, which is mainly used for cleaning the floor of a building, and more. The present invention relates to a dewatering device having a washing function that facilitates movement even when a large capacity of the water tank is used so that clean water can be cleaned.

In general, mop is a cleaning tool that is useful for cleaning the floor of the building, the upper part is fixed to the cloth in a state in which a plurality of layers of braided yarn twisted with excellent absorbency are arranged in multiple layers. Is made of a structure connected by a bag having a predetermined length in order to be able to conveniently clean without bending the waist.

Such mop is to clean the bottom surface by washing with water and dehydrating to keep the water moderately in use and then holding or pushing or pulling the bag in close contact with the floor to be cleaned.

In the case of using such a mop, when the mop cloth is dirty, it should be sucked into the water. After sucking the mop, the water of the mop cloth should be squeezed to prevent the water from falling.

However, since such mop is made of a plurality of braided yarns arranged in a plurality of layers, there is a problem that it is difficult to remove the moisture properly by washing in water and twisting by hand, especially long bag at the top There is a problem that handling and cleaning and dehydration work is very inconvenient.

 In order to wash and squeeze the mop cloth of such mop, a separate mop dehydrator may be used, but the conventional mop dehydrator is merely a type that simply squeezes the moisture on the mop by manually squeezing it.

Therefore, the mop mop is conveniently used for wiping the floor, but it is the most avoided work by the person who cleans the mop cloth after washing and dehydration after washing. There is no choice but to clean less than the cleaning time is less efficient cleaning.

In addition, there is a problem that cleaning by hand is not very hygienic, since the cleaning work for the mop is performed after wiping the dirty bottom surface and the like.

As a prior art for improving such a problem, a public utility model 20-2009-0012540 is disclosed.

The dewatering device of the prior art Utility Model 20-2009-0012540 is a dewatering device for dewatering the water-containing member as shown in Figure 6, having a receiving portion and the installation portion, the partition wall is disposed between the receiving portion and the installation portion Main body; A rotation unit disposed in the receiving portion and including a bearing member for receiving the water-containing member and an electric shaft disposed in the installation portion and connected to the bearing member; An electric unit disposed in the installation unit and connected to the electric shaft, the electric unit including a gear train, a first gear, a second gear, and a one-way gear; And a tappet unit including a pedal and a tappet, the gear train and the first gear mesh with each other, the first gear and the second gear have the same axis, the one-way gear and the electric shaft have the same axis, and the one direction The gear and the second gear are engaged with each other, the axes of the first gear, the second gear and the one-way gear and the transmission shaft are all parallel, and the tappet is a first end, a second end and a third end extending in three directions. Wherein the first end is connected to the pedal, the second end is pivotally connected to the installation portion, the third end is connected to the gear train, and when the pedal is pressed, the first of the tappets Three end portions push the gear train to mechanically drive the electric unit, and one-way gear of the electric unit rotates the electric shaft to remove the water-containing member. When the pedal is released, the gear train is configured to lift the pedal by pushing the third end of the tappet, and is washed by the tank body 1 including a receiving part and an installation part and the washing water contained in the tank. In order to remove the moisture of the mop by rotating the bearing member 21 at high speed to dehydrate the water by centrifugal force.

On the other hand, for the dehydration work by the rotation of the mop mop has been developed and used including a spiral rotating unit installed in the handle portion of the mop.

That is, it is mounted inside the handle portion of the mop is provided with a separate spiral turning unit for converting the linear motion that is operated while the handle portion is contracted and stretched by the external pressure applied to the driver to the rotary movement.

However, such a conventional dehydration device is equipped with a separate drive device for high-speed rotation of the dehydration container as described above, so it must be used in a state in which the capacity of the washing water is very insufficient, and it must be lifted to move the dehydration device. It has to be lifted by the handle to move, so the power is inconvenient in work, there is a problem that the cleaning work is not smooth, clean cleaning is impossible.

The present invention is applied to the mop that the lower mop plate can be rotated by its own spiral rotating part, and it is easy to move while using a large amount of washing water, and it is easy to use, and it is more clean by high-speed rotation even during the washing operation. It is an object of the present invention to provide a dewatering device having a washing function to perform cleaning and dehydration of mops.

In the present invention for achieving the above object is applied to the mop having a spiral rotating portion therein to rotate the mop plate of the lower side mop having a dewatering container that rotates inside the tank to wash and dewatering the mop A dewatering device, comprising: a dewatering member including a dewatering container pivoting with a dehydration center shaft protrusion protruding and fixed to a bottom surface of the water tank; A washing member protruding to a predetermined height, including a washing center shaft protrusion fixed to the bottom surface of the water tank and a washing dome rotating portion formed in a dome shape to minimize sliding friction at the tip of the washing center shaft protrusion; And two casters and a collapsible movable handle formed on the bottom of the rear side of the tank.

In the present invention, the dewatering member includes a dehydration center shaft projection protruding fixed to the bottom surface of the tank; A dehydration passage installed at an upper end of the dehydration center shaft protrusion and freely rotating; A bearing part for smooth rotation of the dehydration container; Characterized in that it comprises a pressurized dome formed at the tip of the dehydration center shaft projection.

In the present invention, the caster installed on the rear bottom surface of the water tank is inserted into the body of the water tank so as not to protrude outward, and the position fixing plate installed on the bottom surface of the front side of the caster to prevent movement when using the water tank. Characterized in having.

In the present invention, the water tank is installed to prevent the splash of water to surround the inlet circumference of the high speed rotating dehydrator, the upper center of the water tank is provided with a folding lifting handle, the lower side of the water wash water Characterized in that the drain and the drain plug for draining.

The present invention is convenient to move and can use a large amount of washing water, so that a cleaner cleaning operation is possible, and by washing at a high speed during the cleaning of the mop to perform the cleaning operation can clean the mop more clean, dehydration It prevents water droplets from splashing during work, so it doesn't pollute the surroundings.

1 is a perspective view of an embodiment of the present invention.
Figure 2 is an exploded perspective view of Figure 1;
Figure 3 is a perspective view showing the internal structure of the present invention embodiment.
Figure 4 is a perspective view of the use state of the present invention embodiment.
Figure 5 is an enlarged incision perspective view and main portion showing the present invention use state.
Figure 6 is a perspective view showing the configuration of a conventional dewatering device.

An embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view of an embodiment of the present invention, Figure 2 is an exploded perspective view of Figure 1, Figure 3 is a cutaway perspective view showing the internal structure of the present invention embodiment.

The present invention is applied to the mop 200 having a spiral rotating unit 230 therein to rotate the mop plate 210 in the lower side of the water tank 100 to perform the cleaning and dewatering of the mop more efficiently. It is provided with a dehydration container 110 to rotate inside, mop dewatering device having a separate cleaning member.

This dewatering device is a movement for facilitating the movement of the tank 100 containing a large amount of washing water and the dehydrating member to remove the water contained in the cleaning member for cleaning the mop and the mop yarn of the washed mop by centrifugation Means.

The cleaning member minimizes sliding friction at the front end of the cleaning center shaft protrusion 130 and the cleaning center shaft protrusion 130 fixed to the bottom surface of the water tank 100, so that the mop plate 210 is smoothly rotated. The washing dome rotating part 131 formed in a dome shape is formed to protrude to a certain height to make washing of the mop more secure.

Therefore, when the center of the mop plate 210 of the mop 200 is placed on the washing dome rotating part 131 and pressing the handle from above, the rotational force is generated by the spiral rotating part 230 mounted inside the mop 200 bag. To rotate the mop plate 210, the mop yarn 220 attached to the bottom of the mop plate 210 in the wash water in the water tank 100 to whisk while rotating to increase the efficiency of the washing operation. .

The spiral turning unit 230 is the same structure as the conventional technology applied to a conventional driver and the like converting a linear motion into a rotational motion.

In addition, the dewatering member is installed on the dehydration center shaft projection 120 and the dewatering center shaft projection 120 protruding and fixed to the bottom surface of the water tank 100 without a separate rotation means to rotate freely 110.

That is, the dewatering member includes a dehydration center shaft protrusion 120 protruded and fixed to the bottom surface of the water tank 100; A dehydration barrel 110 installed at an upper end of the dehydration center shaft protrusion 120 and freely rotating; A bearing part 121 for smooth rotation of the dehydration container 110; Consists of the pressure dome 122 formed on the tip of the dehydration center shaft projection (120).

The moving means has two casters 140 formed on the rear bottom surface of the water tank 100 and a folding lifting handle 170 is installed at the upper center of the water tank 100, and a movable handle (foldable at the top of the front side) 150).

The caster 140 installed on the rear bottom surface of the water tank 100 is inserted and installed inside the body of the water tank 100 so as not to protrude outward, and the caster 140 to prevent movement when the water tank 100 is used. The position fixing plate 160 provided in the bottom face of the front side part is provided.

The position fixing plate 160 is located at a certain point in the use of the present invention to prevent the shaking of the dehydration device during the cleaning and dehydration of the mop to perform a more stable operation, when moving in the ground slightly lifted the ground Do not touch to allow easy movement.

The position fixing plate 160 is preferably composed of a rubber material having a large friction force.

The water tank (100) is provided with a droplet splash prevention unit 180 to surround the inlet circumference of the high speed rotating dehydration tank 110, a drain hole for draining the washing water on one side of the water tank 100 ( 190 and a drain plug 191 is provided.

The dehydration center shaft protrusion 120 of the dewatering member and the washing center shaft protrusion 130 of the cleaning member are respectively installed to maintain a predetermined height and protrudingly fixed.

Looking at the operating state of the present invention configured as described above.

Figure 4 is a perspective view of the state of use of the embodiment of the present invention, Figure 5 is an exploded perspective view and main portion enlarged view showing the state of use of the present invention.

Mop 200 to be applied to the present invention is to perform the washing and dehydration operation more efficiently while rotating the mop plate 210 is installed with a strong absorbent mop 220, as shown in Figures 4 and 5 By pressing the bag of the mop 200, the rotational force of the mop plate 210 is generated while the center of the mop plate 210 rotates while being placed on the washing dome rotating part 131 of the washing center shaft protrusion 130 and strongly rotates. While the foreign matter of the mop yarn 220 by the washing water is separated by the washing water while the washing water is to be performed more efficiently.

At this time, the washing dome rotating part 131 supports the central portion of the mop plate 210 to minimize the friction to maximize the rotational force.

When the cleaning of the mop is completed, and put the mop plate 210 back to the dehydration container 110 and press the mop 200, the pressure dome installed so that the center of the mop plate 210 protrudes in the center of the dehydration container 110 ( 122, the rotational force is generated and rotated while being supported in contact with.

During the dehydration operation, the mop plate 210 attached to the mop yarn 220 in the state contained in the dehydration container 110 is separated at a high speed while the water droplet contained in the mop yarn 220 is separated by centrifugal force. Dehydration work is to be done.

At this time, the water droplet splash prevention unit 180 installed at the inlet of the dehydration container 110 is to prevent the water droplets scattered during the dewatering operation at high speed rotation to the outside to perform a cleaner cleaning operation.

In addition, the present invention is to prevent the caster 140, which is a means of movement, from protruding from the body of the water tank 100 to the outside to protect the furniture and the like by blocking contact with surrounding furniture or other objects.

The present invention as described above is a mop dehydration device made of a simpler structure, there is no fear of failure, it is a technology that is highly applicable to the industry that will create a lot of demands to be able to perform a more convenient cleaning work. .

100: tank 110: dehydration tank
120: dehydration center shaft projection 121: bearing part
122: pressurized dome 130: washing central axis projection
131: washing dome rotating part 140: caster
150: movement handle 160: position fixing plate
170: lifting handle 180: splashing prevention
190: drain 191: drain plug
200: mop 210: mop plate
220: slutty 230: spiral swing
240: fixed piece

Claims (4)

Dehydration tank 110 that rotates inside the water tank 100 to apply to the mop 200 having a spiral turning unit 230 therein to rotate the mop plate 210 of the lower side to wash and dewatering the mop. Mop dehydrator with)
A dewatering member including a dehydration tube 110 that rotates with the dehydration center shaft protrusion 120 protruding and fixed to the bottom surface of the water tank 100;
The washing center pivot protrusion 130 fixed to the bottom surface of the water tank 100 and the washing dome rotating portion 131 formed in a dome shape to minimize the sliding friction at the tip of the washing center shaft projection 130 is a certain height A washing member formed to protrude into;
Dewatering apparatus having a washing function comprising two casters 140 and the collapsible movable handle 150 formed on the rear bottom surface of the water tank (100).
The method of claim 1,
The dewatering member
A dehydration center shaft protrusion 120 protruded and fixed to the bottom surface of the water tank 100;
A dehydration barrel 110 installed at an upper end of the dehydration center shaft protrusion 120 and freely rotating;
A bearing part 121 for smooth rotation of the dehydration container 110;
Dewatering device having a washing function, characterized in that it comprises a pressurized dome (122) formed on the front end of the dehydration center shaft projection (120).
The method of claim 1,
The caster 140 installed on the rear bottom surface of the water tank 100 is inserted and installed inside the body of the water tank 100 so as not to protrude outward, and the caster 140 to prevent movement when the water tank 100 is used. Dehydration apparatus having a washing function, characterized in that the position fixing plate 160 is installed on the bottom of the front side.
The method of claim 1,
The tank 100 is
A drop splash prevention unit 180 is installed to surround the inlet circumference of the high speed rotating dehydration container 110, and a folding lifting handle 170 is installed at the upper center of the water tank 100, and the water tank ( Dehydration apparatus having a washing function, characterized in that the lower side of the 100 is provided with a drain hole 190 and a drain plug 191 for draining the wash water.

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