KR102521390B1 - Washing dehydrator for mop - Google Patents

Abstract

The present invention relates to a washer and dehydrator for a cloth mop, which allows a user to easily and conveniently wash and dehydrate a cloth mop in one place, and also to automatically remove and wash contaminants from a cloth mop during washing, and also to wash Even if the user does not turn the cloth mop over, the washing water is sufficiently transmitted to the upper and lower directions for washing, and also prevents water from splashing on the user during washing, and dehydration is possible with sufficient compression even when a small amount of force is applied to the cloth mop. It is formed in the shape of an enclosure with a support leg on the bottom and an open top so that anyone of all ages can easily use it, and a washing room provided to wash the cloth mop with washing water in the front based on the bulkhead in the center, and the washed hemp in the rear A main body composed of a dehydration chamber formed to remove moisture from the mop, a collection chamber in which the washing water drained through the washing chamber and the dehydration chamber is collected and drained to the outside, and a brush roller made of brushes rotatably installed on both side walls of the washing chamber, A spray nozzle installed in the washing chamber and having one end connected to a water pipe having a solenoid valve for opening and closing washing water supplied from the outside to spray washing water, a motor having one end connected to the brush roller, and the solenoid valve It is composed of a switch for controlling the operation of the motor and a dehydration means installed in the dehydration chamber to remove moisture from the cloth mop by pressing force.

Description

Washing dehydrator for mop {Washing dehydrator for mop}

The present invention relates to a washer and dehydrator for a cloth mop, and more particularly, to configure a washing chamber and a dehydration chamber in the main body to wash the cleaned cloth mop in the washing room and remove contaminants at the same time, and the cleaned cloth mop in this way The present invention relates to a washer and dehydrator for a cloth mop, which can be easily and conveniently performed in one space by moving the washing water stored in the dehydration chamber to dehydrate the stored washing water in a compression method.

In general, in order to clean indoors and outdoors, a mop is washed with washing water, then rubbed on the floor in a dry state to remove dirt or stains.

In particular, in order to clean a building with a relatively large indoor space, such as an office, classroom, or factory, a so-called cloth mop is used.

The hemp cloth of the above-mentioned cloth mop means that hemp fabric made of sable fibers such as hemp and flax ramie is connected to a long sack, and such hemp fibers are rough and excellent in durability like synthetic fibers, so they are suitable for removing stains on the floor and are mainly used. do.

After using the above-described cloth mop, the user usually cleans the cloth mop contaminated with running water by pushing several times, and then the user presses the cloth mop with his feet to squeeze out the washing water several times to dehydrate the cloth.

In this way, in the process of washing and dehydrating the cloth mop, if contaminated water is splashed or added to the user's clothes and shoes, there is a problem of discomfort caused by the wet clothes and the inconvenience of having to wash the clothes.

In order to solve this problem, Patent Registration No. 0652492 (name: dehydrator for mop washer) has been disclosed as a conventional prior art, and looking at its configuration, it is installed in the washing space of the sump to dehydrate the mop. In the dehydration device for mop washer, First and second pressing panels arranged in a pair up and down parallel to each other at an angle of 30 to 60 ° in the washing space of the water collection tank, a perforated plate having a plurality of perforations formed on the lower side of the corresponding surface and a pad provided on the upper side, A pull lever connected to the center of a rotation shaft, which is one end of a rotation bar rotatably provided on the inner wall of the washing space of the water collection tank to rotate the rotation bar, and first and second link members intersect in an X shape and cross each other The center is hingedly fixed to the inner wall of the collecting tank, one side ends of the first and second link members are hingedly fixed to the lower ends of the first and second compression panels, respectively, and the other side ends of the first and second link members are A link bar slidably coupled to guide holes formed on the side surfaces of the first and second compression panels, one end of which is hingedly fixed to the other exposed end of the rotation bar and the other end connected to the second compression panel A compression unit composed of a pair of interlocking bars connected to the ends of the first and second link members, and an interlocking shaft connecting the rotation bar so that the link bar and the interlocking bar are provided on both sides of the first and second compression panels include

That is, it is configured to press both sides of the wet mop with the first and second compression panels to discharge it.

However, the prior art has a problem in that design and manufacturing costs increase due to the workability of accurately connecting a plurality of link bars to operate the first and second compression panels.

In addition, since the user pulls the control lever and the first squeezing lever is designed to move in an upward direction where the second squeezing lever is located, a user's large pressing force for dehydration must be applied.

In other words, the structure that is easy to compress is easy to remove moisture from the mop with a small force when pressing from the upper direction to the lower direction using gravity, but conversely, when pressing upward in the downward direction, it is generated by the weight of the first compression lever There is a problem that it is difficult for men and women of all ages to use due to the need for a large force to compress by the downward force.

In addition, the prior art does not have a configuration for washing the cloth mop, so the cleaning process is cumbersome in that the contaminated cloth mop is cleaned in a separate space where the faucet is installed and then moved back to the dehydrator to work. As described above, there is still a problem that has not been solved, such as water splashing on clothes.

The present invention has been made to solve the above problems, and consists of a washing room for washing the cloth mop contaminated with the main body and a dehydration room for removing water after washing is completed, so that the user can wash and spin dry the cloth mop. It makes it easy and convenient to work, and also makes it possible to automatically remove contaminants from the cloth mop and wash it during washing, and also allows the cleaning water to be sufficiently delivered to the upper and lower directions for washing without the user having to turn the cloth mop over during washing. It is to provide a washer and dehydrator for a cloth mop that prevents water from splashing onto the user and dehydrates the cloth mop with sufficient compressive force even when a small amount of force is applied, so that anyone of any age or gender can use it easily.

The present invention is configured as follows in order to achieve the above object. That is, it is formed in the shape of an enclosure with a supporting leg on the lower surface and an open upper part, and is provided to wash the cloth mop with washing water in the front based on the partition wall crossing the center, and the washing room drain through which the washing water is drained is provided on the inner floor. A washing room, a dehydration chamber in which water is removed from the cloth mop washed at the rear, and a dehydration chamber drain through which the dehydrated washing water is drained is formed on the inner floor, and the washing water drained through the washing chamber drain and the dehydration chamber drain gathers in the collection room A main body consisting of a collection chamber drained to the outside through a drain hole, a brush roller rotatably installed on both side walls of the washing chamber and consisting of a plurality of brushes fixed to the outer periphery to remove foreign substances from a cloth mop, and installed, and a solenoid valve that opens and closes the washing water supplied from the outside with an electric signal is installed on one side of the main body so that one end is connected to the water pipe installed to supply or block the spray nozzle for spraying the washing water, and one end is connected to the brush roller It is characterized in that it consists of a motor that rotates the brush roller by electric power, a switch that controls the operation of the solenoid valve and the driving of the motor, and a dehydration means installed in the dehydration chamber to remove water from the washed cloth mop by pressing force. do.

In addition, it is arranged to cover the front of the brush roller to prevent splashing of washing water in the direction of the user by the centrifugal force of the brush roller rotating by the drive of the motor, while at the top, a handle holder groove is formed in which the handle of the cloth mop is inserted and seated It is characterized in that the water barrier is configured.

In addition, one end of the extension of the water pipe is inserted into the brush roller, and an auxiliary water pipe having water pipe spray holes formed at regular intervals at the inserted portion to drain the supplied washing water, and an auxiliary water pipe in the brush roller It is characterized in that it consists of roller injection holes formed at regular intervals to drain the exiting washing water to the outside.

Furthermore, a blow cleaning means installed in the washing chamber and washing the cloth mop by hitting it in a blow method is further configured, and the blow washing means is installed at the other end extending away from the other side of the main body from the brush roller, so that the rotational force of the motor A striking driving gear that rotates simultaneously with the brush roller, a striking driven gear installed in engagement with the striking driving gear, and the other end connected to the striking driven gear, one end of which enters the washing chamber and is rotatably installed. And, the hitting rotation shaft is rotatably installed by inserting into the inside, and a part of the outer periphery extends outward to hit the cloth mop with rotational force to wash the hitting plate, and the hitting rotation shaft and one end are fixed, and the other end is characterized in that it is composed of a coil spring fixed to the striking plate and returning the rotated striking plate to its original state.

On the other hand, the dehydration means includes a first compression roller rotatably installed inside the dehydration chamber, a compression drive gear installed at one end extending from the first compression roller to one side of the main body, and A lever installed on the outer periphery of one end of the body and rotating the first compression roller and the compression drive gear at the same time by a pulling operation, a compression driven gear engaged with the compression drive gear, and one end of the compression driven gear It is connected, and the other end is characterized in that it consists of a second compression roller that enters the dehydration chamber and is disposed in front of the first compression roller to squeeze the received cloth mop in a compression method.

In addition, a plurality of lifting grooves formed radially of the first pressing roller and the second pressing roller, a compression spring inserted into the lifting groove, respectively, and a cross section formed in a "T" shape, so that the lifting grooves Each lower end is inserted and seated on a compression spring, and the upper end is characterized in that it is composed of a compression divider that individually contacts a relatively large area with the cloth mop and squeezes the washing water of the cloth mop in a compression method.

Alternatively, the dehydration means includes a fixed compression plate fixed inside the dehydration chamber and having a plurality of dehydration holes arranged on an upper surface thereof, a rotation plate rotatably installed in the dehydration chamber and having guide holes therethrough, and a main body in the rotation plate. A lever that is installed on the outer periphery and rotates the rotating plate by a pulling action, and a guide protrusion formed on the rear side is inserted into the guide hole and installed to be lifted, and the front side is installed by pressing a cloth mop together with a fixed pressing plate A rotary press plate formed in a relatively wide plate shape to dehydrate as if washing water is squeezed out, and the guide protrusion is inserted, the front end of which is in contact with the rear surface of the rotary press plate with its own elastic force, and the end is in contact with the front surface of the rotary plate, so that the rotary plate and the rotary press plate are spaced apart. It is characterized in that it consists of a buffer spring that buffers the pressing force transmitted when the cloth mop is compressed in the state of being.

As described above, according to the present invention, by configuring the washing room and the dehydration chamber in the main body, there is an effect that the user can easily and quickly perform washing and dehydration of the used cloth mop without having to carry and move the cloth mop.

In addition, by installing a brush roller for washing, which is not applied in the prior art, to rotate automatically with a motor inside the washing room, it is easy to filter out contaminated foreign substances such as dust or hair on the used cloth mop, and at the same time, washing water By spraying from the spray nozzle or the spray nozzle and the brush roller, sufficient washing water can be supplied without turning over to wash the cloth mop, so there is an effect of providing convenience in washing work.

In addition, by installing a water barrier in the washing room, there is an effect of protecting clothes by blocking the splashing of contaminated washing water on the automatically rotating brush roller to the user.

In addition, by installing a brush roller and a counter-rotating batting plate in the washing room, the cloth mop seated on the brush roller can be easily washed by hitting the cloth mop seated on the brush roller with a clothespin, so that the contaminants on the cloth mop can easily escape to the outside and be cleaned. There is an effect.

In addition, by installing the dehydration means composed of the first and second compression rollers, while receiving the cloth mop, pull the lever and the first and second compression rollers rotate with the compression drive gear and the compression driven gear to compress the washing water contained in the cloth mop. There is an effect that can be easily dehydrated in a manner.

In addition, by installing the compression dividers that are separately elevated on the first and second compression rollers, the compression divider descends according to the thickness of the cloth mop, and the restoring force of the compression spring has the effect of squeezing and squeezing the cloth mop.

Alternatively, by installing a dehydration means composed of a fixed pressing plate and a rotary plate, when the lever is pulled while the cloth mop is seated on the fixed pressing plate, the rotary plate and the rotary pressing plate rotate downward at the same time to compress and dehydrate the cloth mop. In addition, if the user pulls the lever more strongly, more water can be dehydrated, and the shock absorber spring has the effect of buffering the force so as not to strain the user's wrist.

1 is a perspective view showing a washer and dehydrator according to the present invention
Figure 2 is a side sectional perspective view of Figure 1
Figure 3 is a side cross-sectional view of the washer and dehydrator according to the present invention
Figure 4 is a front cross-sectional view of the washer and dehydrator according to the present invention
Figure 5 is a side cross-sectional view showing a state in which the cloth mop is washed and dehydrated using the washer and dehydrator according to the present invention
Figure 6 is a side cross-sectional view showing a state in which the water barrier is installed in the washer and dehydrator according to the present invention
Figure 7 is a side sectional perspective view of Figure 6
8 is a front cross-sectional view showing a state in which washing water is sprayed in the upper and lower directions of the cloth mop using the water pipe and the auxiliary water pipe in the washer and dehydrator according to the present invention
Figure 9 is a side cross-sectional view showing a state in which washing water is sprayed in the upper and lower directions of the cloth mop using the water pipe and the auxiliary water pipe in the washer and dehydrator according to the present invention.
10 is a perspective view of an excerpt of the configuration of a striking plate according to the present invention
Figure 11 is a side cross-sectional view showing a process of washing by hitting the cloth mop using the hitting plate according to the present invention
12 is a side cross-sectional view showing a state in which a compression divider is installed in the first and second compression rollers installed in the dehydration chamber according to the present invention.
13 is an enlarged side cross-sectional view of the compression dividers on the first and second compression rollers in FIG. 12;
14 is a side cross-sectional perspective view showing a washer and dehydrator in which a fixed pressing plate and a rotating seating plate are installed according to the present invention;
15 is a side cross-sectional view showing a washer and dehydrator in which a fixed pressing plate and a rotating seat plate are installed according to the present invention.
Figure 16 is a side cross-sectional view showing a state of dehydration by compressing the cloth mop in Figure 15

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

The washer and dehydrator for the cloth mop of the present invention is largely as shown in the accompanying drawings FIGS. ), a brush roller 200 installed in the washing chamber 110, a spray nozzle 300 installed in the washing chamber 110, and a motor 400 for driving the brush roller 200, It consists of a switch 500 that operates the motor 400 and the injection nozzle 300 and the controlling solenoid valve 311, and a dehydration unit 600 provided in the dehydration chamber 120.

The main body 100 is formed in the shape of a box with an open upper part communicating therein, and a supporting leg 101 is configured to be spaced apart from the ground on the lower surface.

In addition, the inside of the main body 100 is partitioned based on the partition wall 102 crossing the center, and a washing chamber 110 for washing the cloth mop is provided in the front, and at the rear there is a washing room 110 for washing the cloth mop. A dehydration chamber 120 for removing is provided.

In addition, a washing room drain 111 is formed at the bottom of the washing room 110 to drain the washing water flowing down from the washed cloth mop and filter out foreign substances such as hair and dust, and the dehydration chamber 120 Similarly, a drain chamber drain 121 is formed on the bottom of the perforated draining chamber to drain the washing water flowing down during spin-drying of the cloth mop.

In addition, in the main body 100, a collecting chamber 130 is formed at the lower part of the washing chamber 110 and the dehydration chamber 120, in which washing water passing through the washing chamber drain 111 and the dehydration chamber drain 121 gathers in one place. In the lower part of the collecting chamber 130, a collecting chamber drain hole 131 is provided to drain the collected washing water to the outside of the main body.

In addition, the wash room drain 111, the other wash room drain 121, and the collection room drain 131 are disposed low from each floor so that the flowing water is naturally drained downward.

Therefore, in the process of washing the cloth mop, the contaminated foreign substances removed by the brush roll 200, which will be described later, are filtered first in the washing room drain 111 when drained together with the washing water, and second in the collection room drain 131. It is configured to be filtered by car, so it is possible to solve the problem that the external drain pipe connected to the outside is clogged with foreign substances, and in addition, the washing water flowing down from the washing chamber 110 and the dehydration chamber 120 is collected in the collecting chamber 130 and then integrated By draining, it is not necessary to connect external drain pipes to the washing room drain hole 111 and the spin-drying room drain hole 121, respectively, so it is economical in manufacturing and operation.

The brush roller 200 is disposed in the washing chamber 110 and is configured to remove contaminated foreign substances of the cloth mop, and both ends are rotatably installed with both side walls of the washing chamber 110, respectively, and protrude to the outside from the outer periphery. A plurality of brushes 210 are fixed, and rotated by a motor 400 to be described later to remove foreign substances on the cloth mop as if sweeping with a broom.

The injection nozzle 300 is installed in the washing chamber 110 and is configured to spray washing water to the cloth mop for washing, and one end is connected to the water pipe 310 configured to move the washing water supplied from the outside.

In addition, a solenoid valve 311 is installed in the water pipe 310 to open and close to supply or block the moving washing water to the spray nozzle 300 with an electric signal.

The spray nozzle 300 configured as described above sprays washing water from the upper direction of the cloth mop seated on the brush roller 200 to clean the cloth mop, and at the same time, the brush roller 200 removes foreign substances to perfectly perform the cleaning operation. .

The motor 400 is installed on one side of the body 100 in a state connected to one end of the brush roller 200, and when the brush roller 200 is rotated in a clockwise direction by the operation of the motor 400, the user Foreign substances and stains can be easily removed naturally just by placing the cloth mop on the brush roller 200 without rubbing it for cleaning as in the prior art.

The switch 500 is installed on the front side of the main body 100 and controls to transmit or cut off power to the solenoid valve 311 and the motor 400. When the switch 500 is turned on, the solenoid valve supplied with power 311 and the motor 400 are operated, the washing water is sprayed into the washing chamber 110, the brush roller 200 rotates to wash the cloth mop, and conversely, when the switch 500 is turned off, power is cut off. The solenoid valve 311 and the motor 400 are stopped.

On the other hand, while the brush roller 200 is rotated by the motor 400, the washing water may splash on the user located in the front and stain clothes and the like.

In order to solve this problem, as shown in the accompanying drawings 6 and 7, the water barrier plate 140 is fixed inside the washing chamber corresponding to the front of the brush roller 200, and the brush roller 200 rotates. Washing water bouncing up by centrifugal force can be blocked, and the blocked washing water can be guided to the water barrier 200 and moved downward again, and then drained through the washing room drain 111.

Here, a handle holder groove 141 concavely formed so that the cloth mop is inserted and seated is formed at the upper end of the water barrier plate 140, and the rotational force of the brush roller 200 restrains the cloth mop from moving around. At the same time, by being able to support the mop, the user can comfortably clean without having to lift the cloth mop with effort.

Furthermore, the spray nozzle 300 is provided to spray the washing water in the upper direction of the cloth mop, and when trying to wet the lower part of the cloth mop with the washing water, the user has to turn the cloth mop over, which is inconvenient.

In order to solve this problem, as shown in the accompanying drawings 8 and 9, an auxiliary water pipe 320 is formed by branching and extending the water pipe 310, and the brush roller 200 is formed of the auxiliary water pipe 320. It is formed hollow so that one end is inserted.

In addition, a water pipe spray hole 321 for draining washing water is formed in the auxiliary oil pipe 320 inserted into the brush roller 200, and a roller spray hole 220 penetrating the brush roller 200 from the inside to the outside. ) is formed, and the washing water drained through the water pipe spray hole 321 formed in the auxiliary oil pipe 320 is sprayed downward through the roller spray hole 220 to the cloth mop, so that it is sprayed through the spray nozzle 300. It is possible to wash the upper and lower directions of the cloth mop at the same time with the washing water.

Here, since the brush roller 200 rotates for washing and the auxiliary water pipe 320 must be fixed, the hollow inside of the brush roller 200 and the auxiliary water pipe 320 are spaced apart from each other, and the brush roller (200) Watertight caps 330 are respectively installed on the main body 100 in which both ends of the brush roller 200 are rotatably installed to prevent the washing water flowing into the inside from flowing down to the outside of the main body 100 through a spaced apart space. can be installed

Furthermore, the washing chamber 110 is provided with a blow washing means 150 that cleans the cloth mop as if hitting it with a clothespin.

As shown in the accompanying drawings 10 and 11, the blow cleaning means 150 is connected to the other end of the brush roller 200 in a state where the blow drive gear 151 is disposed on the other side of the main body 100, and the motor ( 400) is operated, the brush roller 200 and the impact drive gear 151 are configured to rotate simultaneously.

In addition, the impact driven gear 152 is installed on the other side of the main body 100 so as to be engaged with the impact drive gear 151, and one end of the impact rotation shaft 153 connected to the other end of the impact driven gear 152 is a washing chamber. (110) It is configured to be rotatable by entering the inside.

In addition, the hitting plate 154 protrudes and extends in a “-” shape from the outer periphery in a state in which the hitting rotating shaft 153 is formed in a hollow state to be inserted into the inside.

Here, the outer diameter of the hitting rotation shaft 153 is formed relatively smaller than the inner diameter of the hollow of the hitting plate 154, so that the hitting rotation shaft 153 and the hitting plate 154 rotate independently of each other.

In addition, a coil spring 155 having one end fixed to the hitting rotation shaft 153 and fixed to the other hitting plate 154 is configured, so that the hitting plate 154 rotated independently of the hitting rotation shaft 153 is returned to its original state. installed back.

Looking at the operation of the blow washing means 150 configured in this way is as follows.

First, when the motor 400 is driven in a state in which the abrasive cloth is seated on the brush roller 200, the brush roller 200 and the impact drive gear 152 rotate to drive the impact drive gear 151 and the impact drive gear 152. When the gear 152 rotates the hitting rotary shaft 153, the hitting plate 154 connected to the coil spring 155 also rotates, so that the cloth mop is struck and washed with rotational force.

Next, when the hitting rotating shaft 153 continues to rotate, the hitting plate 154 is caught on the cloth rag, so that the coil spring 155 is extended and maintained in its current state.

Thereafter, when the extension limit of the coil spring 155 is reached, restoring force is generated and the striking plate 154 is pulled, the striking plate 154 comes into close contact with the cloth mop and slides as if sweeping, and immediately after leaving the cloth mop, the coil spring With the restoring force of (155), it quickly returns to its original state and prepares for the next hit.

The dehydration means 600 is installed in the dehydration chamber 120 and is configured to dehydrate water from the washed cloth rag as if squeezing it out, and the present invention provides two embodiments.

First, in the dewatering unit 600 of the first embodiment, as shown in FIGS. 2 and 3 of the accompanying drawings, a first compression roller 611 having both ends rotatably installed on the inner surface of the dehydration chamber is configured.

In addition, one end of the first compression roller 611 is configured with a compression drive gear 612 installed to rotate in a state extending away from one side of the main body.

In addition, a lever 613 installed at one end of the first compression roller 611 to which the compression drive gear 612 is installed so that the user grabs and pulls the first compression roller 611 and the compression drive gear 612 to rotate interlockingly is composed

In addition, a compression driven gear 614 installed on the outer surface of the main body 100 by meshing with the compression driving gear 612 is configured.

In addition, one end is connected to the compression driven gear 614, and the other end is rotatably installed in the dehydration chamber 120 so that the second compression roller 615 entering the front of the first compression roller 611 is installed. The cloth mop that has entered between the first pressing rollers 611 is compressed by the first and second pressing rollers 611 and 615 rotating by the pulling action of the lever 613, and thus dewatering is possible.

Here, the reason why the second compression roller 615 is disposed in front of the first compression roller 611 is that when the user pulls the lever 613 in a state located in front of the main body 100, the compression drive gear 614 ) is rotated in the counterclockwise direction so that the meshed compression driven gear 614 rotates clockwise.

Therefore, when the lever 613 is pulled while the cloth mop is positioned upward between the first and second compression rollers 611 and 615, the compression drive gear 612 and the compression driven gear 614 are rotated to rotate the first ,2 The squeezing rollers 611 and 615 are lowered in contact with the cloth mop, and the washing water stored in them is squeezed out and dehydrated by squeezing. By repeating this operation, the washing water contained in the cloth mop can be completely dehydrated.

In addition, it is preferable that the material of the first and second pressure rollers 611 and 615 be formed of rubber or urethane having excellent friction so that a slip phenomenon does not occur while in contact with the cloth mop.

Furthermore, when the widths of the cloth mop into which the first and second compression rollers 611 and 615 are inserted are different, the compression is not performed properly, and thus the dehydration effect may be reduced.

In order to solve this problem, as shown in the accompanying drawings 12 and 13, a plurality of lifting grooves 616 formed radially of the first pressing roller 611 and the second pressing roller 615 are formed at a predetermined depth. do.

In addition, compression springs 617 are inserted into the plurality of elevating grooves 616, respectively.

In addition, the lower end is inserted into the elevating groove 616 and seated on the upper end of the compression spring 617, and the cross section of the upper end is "T" so that a large area is disposed away from the first and second brush rollers 611 and 615. A compression divider 618 formed in a shape is configured.

Therefore, when a large amount of washing water is included in the cloth mop entering between the first and second brush rollers 611 and 615, each compression divider composed of the first and second brush rollers 611 and 615 ( 618), the compression divider 618 in contact with the cloth mop descends while compressing the compression spring 617, so that the cloth mop can be dehydrated by compressing after contact according to the width of the cloth mop.

As shown in the accompanying drawings 14 to 16, the dewatering means 600 of the second embodiment is composed of a fixed pressing plate 621 fixed inside the dehydration chamber 120, and the fixed pressing plate 621 A plurality of dewatering holes 622 are arranged so that the washed water passes therethrough.

In addition, a rotation plate 623 rotatably installed in the dehydration chamber 120 is configured, and a guide hole 624 into which a guide protrusion 627 to be described later is inserted is formed through the rotation plate 653.

In addition, one end of the rotary plate 623 extends outward from one side of the main body 100, and a lever 613 installed to rotate the rotary plate 623 is configured.

In addition, a rotating pressing plate 626 is formed in front of the rotating plate 623 and formed in a plate shape and having a guide protrusion 627 inserted into the guide hole 624 on the back side.

In addition, a buffer spring 628 is installed on the outer periphery of the guide protrusion 627, so that the front end of the buffer spring 628 contacts the rear surface of the rotary compression plate 626, and the rear end contacts the front surface of the rotary plate 623. As a result, the rotary plate 623 and the rotary press plate 626 are configured to narrow the gap when the cloth mop is compressed in a state in which they are separated by the buffer spring 628.

Therefore, when the lever 625 is pulled in a state in which the cleaned cloth mop is seated on the fixed pressing plate 621, the rotating plate 623 and the rotary pressing plate 626 rotate simultaneously and descend, and then the rotary pressing plate From the time point 626 comes into contact with the cloth mop, the washing water is squeezed out by squeezing the cloth mop together with the fixed compression plate 621 to dehydrate.

Here, when the lever 625 is further pulled with a large force in order to further compress the abrasive mop, as the gap between the rotating compression plate 626 in contact with the abrasive mop and the rotating plate 623 narrows, the buffer spring By compressing 628, when a large force is applied, it is possible to completely dehydrate the washing water by buffering the user's pulling wrist so as not to overdo it and improving the adhesion with the cloth mop.

In the present invention configured as described above, when the switch 500 is turned on after the contaminated cloth mop that has been cleaned is introduced into the washing chamber 110, the washing water from the spray nozzle 300 is sprayed to the cloth mop for washing. While the driven motor 400 rotates the brush roller 200, the brush 210 sweeps and rubs contaminants on the cloth mop to remove them, and the cleaned cloth mop is transferred to the dehydration chamber 120. After being placed in the dehydration means 600, the pulling or releasing operation of the lever 613, 625 can be repeated to dehydrate the cloth mop as if squeezing, so washing and dehydration of the cloth mop can be performed easily and conveniently. It is possible to provide a useful washer and dehydrator for a cloth mop.

The present invention is not limited to the above-described embodiments and can be implemented with various modifications within the scope permitted by the technical spirit of the present invention.

Body: 100 Leg: 101
Bulkhead: 102 Washroom: 110
Washing room drain: 111 Spinning room: 120
Drain room drain: 121 catchment room: 130
Catchment Drain: 131 Crater: 140
Sack holder groove: 141 Blow cleaning means: 150
Strike Drive Gear: 151 Strike Drive Gear: 152
Striking axis: 153 Striking plate: 154
Coil spring: 155 Brush roller: 200
Brush: 210 Roller spray hole: 220
Spray nozzle: 300 Water pipe: 310
Solenoid: 311 Auxiliary water line: 320
Water pipe injection hole: 321 Water seal cap: 330
Motor: 400 Switch: 500
Dewatering means: 600 First pressure roller: 611
Press drive gear: 612 Lever: 613
Compression Driven Gear: 614 2nd Compression Roller: 615
Elevating groove: 616 Compression spring: 617
Press Divider: 618 Fixed Press Plate: 621
Drain hole: 622 Rotating plate: 623
Guide hole: 624 Lever: 625
Rotary pressure plate: 626 Guide protrusion: 627
Shock Absorber Spring: 628

Claims (7)

It is formed in the shape of an enclosure with an open top with a support leg 101 on the lower surface, and is provided to wash the cloth mop with washing water in the front based on the partition wall 102 crossing the center, and the washing water is drained on the inner floor A washing room 110 with a washing room drain hole 111, a dehydration room 120 with a dehydration room drain hole 121 formed on the inside floor to drain the dehydrated washing water, A main body 100 composed of a collection chamber 130 in which washing water drained through the washing room drain hole 111 and the dehydration room drain hole 121 is collected and drained to the outside through the collection room drain hole 131;
A brush roller 200 rotatably installed on both side walls of the washing chamber 110 and consisting of a plurality of brushes 210 fixed to the outer periphery to remove foreign substances of the cloth mop;
A spray nozzle 300 installed in the washing chamber 110 and having one end connected to the water pipe 310 installed to supply or block the solenoid valve 311 that opens and closes the washing water supplied from the outside with an electric signal to spray the washing water );
A motor 400 installed on one side of the main body so that one end is connected to the brush roller 200 and rotates by electric power;
a switch 500 controlling the operation of the solenoid valve 311 and the motor 400;
It consists of a dehydration means (600) installed in the dehydration chamber to remove water from the washed cloth mop by pressing force,
The dehydration means 600 includes a first compression roller 611 rotatably installed inside the dehydration chamber 120;
A compression drive gear 612 installed at one end extending away from the first compression roller 611 to one side of the main body 100;
A lever 613 installed on the outer periphery of the first compression roller 611 to one side of the main body 100 and rotating the first compression roller 611 and the compression drive gear 612 at the same time by a pulling operation ,
A compression driven gear 614 meshed with the compression drive gear 612;
A second compression roller 615 having one end connected to the compression driven gear 614 and the other end entering the dehydration chamber and being disposed in front of the first compression roller 611 to squeeze the received cloth mop in a compression manner. ) is composed of,
A plurality of lifting grooves 616 formed radially of the first pressing roller 611 and the second pressing roller 615, respectively;
Compression springs 617 inserted into and installed in the elevating grooves 616, respectively;
The cross section is formed in a "T" shape, the lower ends are inserted into the elevating grooves 616 and seated on the compression springs 617, and the upper ends are individually contacted with the cloth mop over a relatively large area to remove the washing water of the cloth mop. Washer and dehydrator for a cloth mop, characterized in that composed of a compression divider (618) squeezed by a compression method.
According to claim 1,
Arranged to cover the front of the brush roller 200, the centrifugal force of the brush roller 200 rotating by driving the motor 400 prevents the washing water from splashing toward the user, while a cloth mop handle is inserted at the top A washer and dehydrator for a cloth mop, characterized in that the water barrier plate 140 is formed with a mat holding groove 141 to be seated.
According to claim 1,
An auxiliary water pipe 320 in which one end of the water pipe 310 branched and extended is inserted into the brush roller 200, and water pipe injection holes are formed at regular intervals in the inserted portion to drain the supplied washing water;
The brush roller 200 is composed of roller spray holes 220 formed at regular intervals to drain the washing water exiting the auxiliary oil pipe 320 to the outside,
Characterized in that the washing water supplied to the water pipe 310 and the auxiliary water pipe 320 is sprayed through the spray nozzle 300 disposed in the upper direction of the cloth mop and the roller spray hole 220 disposed in the lower direction. A washer and dehydrator for a cloth mop.
According to claim 1,
A blow cleaning means 150 installed in the washing chamber 110 to clean by striking the cloth mop in a blow method is further configured, and the blow washing means 150
A striking drive gear 151 installed at the other end extending away from the other side of the main body 100 from the brush roller 200 and rotating simultaneously with the brush roller 200 by the rotational force of the motor 400,
An impact driven gear 152 engaged with the impact drive gear 151;
A striking rotational shaft 153 having the other end connected to the striking driven gear 152 and having one end rotatably installed into the washing chamber 110;
A hitting plate 154 in which the hitting rotating shaft 153 is rotatably installed by being inserted through the inside and extended in a “-” shape from the outer periphery outward to strike and wash the cloth mop with rotational force;
For a cloth mop, characterized in that composed of a coil spring 155 having one end fixed to the hitting rotating shaft 153 and the other end fixed to the hitting plate 154 to return the rotated hitting plate 154 to its original state. washer dryer.
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