KR200449053Y1

KR200449053Y1 - Mop Dehydrator

Info

Publication number: KR200449053Y1
Application number: KR20100000277U
Authority: KR
Inventors: 조성호
Original assignee: 조성호
Priority date: 2010-01-12
Filing date: 2010-01-12
Publication date: 2010-06-09

Abstract

The present invention facilitates the effective dehydration of mops made of wet fibers, and at the same time facilitates the removal of dirt from the used mop, and the mop dehydrator for circulating the purified water for reuse. In this regard, the rotational force obtained by turning on the pedal is rotated quickly through the dehydrator through the rotary device to dehydrate the mop by using centrifugal force, and further, the water washed by the mop is separated through the filtration device. It provides a dehydrator that circulates water by using a pump device to reuse the filtered water, and is easy to use for users who are young or old, the elderly, and users who cannot apply excessive force to their arms such as pregnant women or mothers. In addition to the effect that washing water can be used several times in places where it is difficult to obtain clean water, The dust is in the ease of convenience is increased cleaning effect also.

Description

Dehydrator for mop {hydroextractor for mop}

The present invention relates to a mop dehydrator for dewatering a wet mop, and more particularly, to effectively and easily dewater a mop made of wet fibers, and to filter and remove dirt generated from the used mop. The present invention relates to a mop dehydrator for circulating the purified water and reusing it.

Mop is used to remove contaminated parts that are contaminated on the floor of a building, among other cleaning products used to clean the building's exterior or interior.

The mop is referred to as abrasion mop or mop (hereinafter referred to as mop), and usually has a bag that can be held by hand, and refers to a product having a mop made of fiber in the bag.

Mops made as described above can be reused by washing and removing water from contaminated mops that wipe the floor of the building indoors or outdoors. Also, it prevents the growth of pests such as molds and cockroaches that grow well in wet environments. can do.

In order to solve the above problems, the user has to squeeze the mop by hand, but many users are reluctant to touch the contaminated mop. Therefore, by stepping on the mop with the user's feet, the moisture is removed. There was a problem that was not removed until the water.

Conventionally, in order to solve the above problems, a device using a pressing plate has been provided and used, but by inserting a mop between the pair of pressing plate and pulled the handle formed on one side of the pressing plate is rotated to remove the water of the mop , This is because the pressing plate must be operated many times because it does not deviate from the form of simply stepping on it, and thus there is a problem that it is difficult to use for the weak elderly.

In order to solve the above problems, a dehydrator (Utility Model Publication No. 20-2009-0012540) dehydrated by centrifugal force has been disclosed.

The dehydrator is a method of dehydrating the water in the mop while the mop member rotates quickly by generating power by putting the mop into the moist member driven by the pedal and pressing the pedal with the foot.

However, such a dehydrator has a problem in that the rotational force obtained by stepping on the pedal to rotate the water-containing member is reduced without the first rotational force transmitted in the process of being converted into linear motion to rotate the rotational axis, and the linear motion is also linear motion. In addition, the number of parts for converting to the increase, and also, since the linear motion is moved in the longitudinal direction, the installation space is formed larger than necessary, there is a problem in the use of space, and the dehydrator simply mop By performing only the dehydration function of the, there is a cumbersome problem of having to reuse and discard the sewage and dirt generated during dehydration.

The present invention has been made to solve the above problems,

By simplifying the connection between the pedal that generates power and the rotating shaft that receives the power, the initial power is transmitted to the rotating shaft, and the large power can be obtained even in a relatively small installation space compared to the conventional one, so that the space can be utilized. In addition, by installing a pump device that interlocks with the pedal to circulate the water, the dehydrator for mop to install the filter to filter the water by filtering the dirt with the pump device to wash the mop again in the circulating water To provide.

The present invention is configured as follows to achieve the above object. In other words,

The upper part is formed of an open cylindrical body, and is divided into a washing room for washing a mop contaminated inside, and a dehydration room for dewatering a wet mop. The dehydration chamber bottom is formed higher than the bottom of the washing room, so that the outer surface of the dehydration room is outside. It is provided with an installation space portion, and a drain hole for discharging the dewatered water to the outside, a handle is installed on the upper side, and a drip tray provided with a moving wheel is installed in the lower portion, is inserted into the installation space, Both sides are provided with a support plate formed with a wall, and is rotated in the lower portion of the support plate, the upper portion is rotated vertically through the bottom of the dehydration chamber, the bevel gear is installed on the rotation shaft to rotate the rotation shaft, plate Is formed, is coupled to the rotating shaft and the upper portion pivoting on the wall of the support plate, the lower portion forms a scaffold exposed to the outside of the drip tray In the center, an arc-shaped long hole is formed, and the long hole is provided with a pedal having an internal gear, and is installed on the pivot shaft, one side of which is installed on a support plate, and the other side of which returns to the pedal, and passes through the long hole. It is installed on the shaft to be installed on one side wall of the support plate, and the gear is formed on the rear part of the outer circumference to be engaged with the internal gear, and the outer circumferential side of the circular gear is inserted and fixed so that the rotational force is transmitted only in one direction. One-way clutch and the outer peripheral edge of the one-way clutch is inserted and fixed, the other side of the rotating device is provided with a ring gear formed with gears that are engaged with the bevel gear to transmit the rotational force, and the upper end and the bottom of the rotating shaft fixed to each other A dehydration device having a dehydration container having a plurality of discharge holes formed therein, the upper part of which is opened and the circumference and the bottom thereof, and the pedal A pump unit which is interlocked with a dehydration tank operating in an operation so as to circulate water in the washing chamber through a transfer pipe, and filtration installed to circulate by filtering the contaminated water of the washing chamber moved by the pump apparatus through a filter. Characterized in that it comprises a device.

In addition, the bottom of the dehydrating device constituting the dehydrating device is fixedly coupled to the female screw and the front end of the rotating shaft by forming a male screw, the shape of the dehydrating container is characterized in that the upper portion of the cylindrical body or polygonal body.

In addition, the pump device is provided on the rotary shaft is rotated in the rotational movement to the pedal and the interlocking chamber and the rotor chamber for receiving the vane, and the lower portion of the rotary chamber to form an inlet having a diameter larger than the rotary shaft, The inlet is provided with a transfer pipe, the outlet of the wall of the rotating chamber is formed, the upper portion of the rotating chamber is characterized in that the centrifugal pump having a top cover having a through hole.

In addition, the pump device, the inlet is formed at one end, the outlet is formed in the upper portion, the piston is installed inside the cylinder to suck water, and the piston is installed at the front end and inserted into the mounting hole of the other end of the cylinder A piston rod which is installed at a distal end of the piston rod, and a link for operating the piston by converting the rotational movement of the pedal into a linear movement, a blocking plate installed at the inlet port and being rotated into the cylinder to open the outlet port. It is characterized in that the piston pump is installed and the blocking plate is opened by rotating to the outside of the cylinder, respectively.

In addition, the pump device, the inlet is formed in one end, the outlet is formed in the upper portion, the bellows formed in the corrugated form of the body, the rod is provided on one end inside the bellows, and is installed on the other end of the rod, A link for turning the bellows to a linear motion by turning the turning motion into a linear motion, a blocking plate installed at the inlet and rotating inside the bellows, and a blocking plate installed at the outlet and rotating outside the bellows are respectively installed. It is characterized by a bellows pump.

In addition, the filtration device is installed on the front end of the conveying pipe of the pump device, the dust collecting frame to be detachably coupled through the guide hole formed in the drip tray, the filter is installed inside the body to filter the dirt, One side of the dust collecting frame is characterized in that the handle is formed to be exposed to the outside of the drip tray.

In addition, the filtration device is installed in the transfer pipe located above the drain port of the drip tray, the valve chamber formed with a discharge port corresponding to the drain port, and installed inside the valve chamber to adjust the flow direction of water, there is dirt And a cylindrical valve having a space portion to be deposited, and a lever installed on one side of the valve and a hinge shaft to rotate the valve, wherein the cylindrical valve includes respective conveying holes passing horizontally and discharge formed at an upper portion thereof. The ball is formed, characterized in that a filter for filtering dirt in the pump device side of the transport hole is configured.

In addition, the opened upper portion of the dehydration container constituting the dehydration device is characterized in that it further comprises a lid for preventing the wet fibers from being separated from the dehydration container.

As described above, according to the present invention, by transmitting the rotation force is configured to be transmitted without loss while reducing the initial rotational force by pressing the pedal, the large formed installation space can be reduced to reduce the production cost and use of product space It is easy to install a pump device linked with a pedal and a purifying device for purifying contaminated water, so that the mop can be washed and dehydrated several times even in a place where it is difficult to obtain clean water. Soils, such as hair, are deposited on the dust collecting frame where the filter is installed, so that it is easy to process the dirt after cleaning.In addition, a separate valve is installed in the drainage outlet so that the accumulated dirt is discharged together with the water for easy disposal. There is an effect that can be done, and furthermore, the present invention is mounted in the form of mop, that is, round or square It is possible to select a dehydration container to accommodate the effect of providing convenience to the user, and furthermore, the present invention can dehydrate not only mop but also water-absorbing products such as fibers, and thus strengthen the arm like the elderly and the mother. It is easy to use for users who are difficult to give.

1 is a perspective view showing a dehydrator according to the present invention
Figure 2 is an exploded perspective view showing the separation of FIG.
3 is a cross-sectional view showing the inside of the dehydrator according to the present invention
4 is an operation state of the piston pump which is another pump device of the present invention
5 is an operating state of a bellows pump which is another pump device of the present invention
Figure 6 is an enlarged cross-sectional view showing another filtration device of the present invention
7 is a perspective view showing another dewatering device of the present invention

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

As shown in the accompanying drawings, Figures 1 to 3, the present invention,

In the dehydrator used to remove the moisture of the wet mop wiped the floor of the building outdoors or indoors,

It is formed in a cylindrical shape, the washing chamber 12 is provided on one side of the center so as to wash the contaminated mop 1 in clean water, and the dehydration chamber 13 for dewatering the wet mop 1 on the other side. The washing chamber 12 and the dehydration chamber 13 are integrally formed with an open upper portion, and the bottom surface 13a of the dehydration chamber 13 is the bottom surface 12a of the washing chamber 12. It is formed higher, so that the installation space portion 14 is installed on the outside of the rotating device 20 to be described later, the filthy water washing the mop 1 on the bottom surface 12a of the washing chamber 12 The drain port 15 is formed to discharge to the outside, the upper side is provided with a handle 16 is pivotally coupled to the hinge, the lower portion is provided with a drip tray (10) with wheels for movement (17), Is inserted into the installation space 14, and installed on both sides of the support plate 21, the wall 212 is erected, even if the support plate 21 is quickly rotated The lower part is installed in the bearing 22 to be installed, and the upper part rotates vertically through the hole 13b formed in the bottom surface 13a of the dehydration chamber 13, and the rotating shaft 23 The bevel gear 24 is installed on the rotary shaft 23 corresponding to the upper portion of the base plate 21 and the plate body having an appropriate thickness so that the base plate 21 is rotated, and formed on the upper portion of both wall bodies 212 constituting the base plate 21. The rotating shaft 203 is installed, and the rotating shaft 203 and the mounting hole 202 formed in the upper portion are coupled to pivot, and the lower portion forms a footrest 201 that is exposed to the outside of the drip tray 10. An arc-shaped long hole 205 is formed in the center, and the long hole 205 is provided with a pedal 200 having an internal gear 206 and the pivot shaft 23, and one side is installed on the support plate 21. The other side is installed in the pedal 200, the return spring 204 for the pedal 200 is rotated and returned to its original state, and the chapter Circular gears are provided on the shaft 23 is installed on the one side wall 212 of the support plate 21 through the ball 205, the spur gear is formed on the rear side from the center of the outer circumference to be engaged with the internal gear 206. (25) and the side portion is inserted and fixed at the center of the outer circumference of the circular gear 25 so that the rotational force is transmitted only when stepping on the footrest 201 and idle when returning to the footrest 201. The one-way clutch 26 and the outer circumference of the one-way clutch 26 are inserted and fixed, and the bevel gear 24 is engaged with the bevel gear 24 to transmit rotational force to the other side. Rotating device 20 is provided with a ring gear mechanism 27 is formed, and the upper end and the bottom of the rotary shaft 23 is fixed to each other, the upper portion is opened and a plurality of the dewatered water to escape the circumference and the bottom Of the dehydrator 30 and the pedal 200 provided with a dehydration container 31 having a discharge hole 32 formed therein. It is interlocked with the dehydration tank 31 which rotates in an operation so that the water of the washing chamber 12 is circulated through the transfer pipe 41 through the washing chamber 12 and the dehydration chamber 13 inside the water receiving tank 10. It comprises a pump device 40 is installed, and the filtration device 50 is installed to circulate by filtering the contaminated water of the washing chamber 12 moved by the pump device 40 through the filter 51 do.

The one-way clutch 26 is currently used in various ways as the force is transmitted only in one direction, such as a sprocket of the rear wheel of the bicycle, and a detailed description thereof will be omitted.

Here, the shape of the drip tray 10 is not limited to the cylindrical shape can be designed in various forms, of course. That is, for example, the dehydration chamber 13 may be formed in a circular shape, and the washing chamber 12 may be formed in a polygon such as a square to form a large volume of the washing chamber 12.

In addition, the initial installation position of the footrest 201 formed in the pedal 200 is located in the lower part of the dehydration chamber 13, that is, the upper part of the installation space 14, and when the footrest 201 is stepped on, the installation space part If it is installed so as to swing downward in (14) and the force is removed from the foot, it is returned to its original state by the return spring 204.

In addition, the gear ratio of the bevel gear 24 for rotating the rotating shaft 23 and the ring gear 27 engaged with the bevel gear 24 among the gears constituting the rotating device 20 is adjusted to short the pedal. It is preferable to transfer a large rotational force to the rotating shaft 23 also by turning operation, and to rotate the dehydration container 31 at high speed.

And, in order to fix the dehydration tank 31 and the rotating shaft 23 constituting the dewatering device 30, a female screw is formed on the bottom of the dewatering cylinder 31 and a male screw is fixed to the distal end of the rotating shaft.

The pump device 40 is installed in the lower portion of the dehydration tank 31, is installed in the rotary shaft 23 to obtain a rotational force by the pivoting operation on the pedal 200 is made up of a plurality of interlocked with the dehydration tank (31) It is provided with a vane 411 to push up and push the raised water to the outside, the rotating chamber 412 to rotate in a state in which the vane 411 is accommodated, and the lower portion of the rotating chamber 412 An inlet 413 having a diameter larger than that of the rotary shaft 23 is formed, and the inlet 413 is provided with a transfer pipe 41 through which water is transferred, and the washing chamber 12 side of the rotary chamber 412 is provided. The outlet of the wall 413 is formed, the centrifugal pump 410 using the centrifugal force provided with the upper cover 415 having a through hole in the rotary chamber 412.

When the centrifugal pump 410 is installed, the rotary shaft 23 and the transfer pipe 41 are installed together at the inlet 413 so as to pass through the rotary shaft 23 at an appropriate position of the transfer pipe 41, and through Sealed holes are preferably sealed with a packing or the like to prevent leakage of the conveyed water.

In addition, as shown in Figures 4 and 5, the centrifugal pump may be installed in conjunction with the rotating shaft, the force of the pedal can be applied to the pump to convert the rotational movement of the linear motion and the description is as follows. same.

The pump device 40, the inlet 422 is formed at the front end of the washing chamber 12 side, the cylinder formed with an outlet 423 is formed in the upper portion close to the inlet 422 side ( 421, a piston 425 installed inside the cylinder 421 to suck or discharge water, and the piston 425 is installed at the front end and inserted into the mounting hole 424 at the other end of the cylinder 421. A link 427 installed at the end of the piston rod 426 and the piston rod 426 to convert the pivoting operation of the pedal 200 into a linear motion to operate the piston 425, and the inlet port ( Piston pump 420 is installed in the 422 and the blocking plate 422a is rotated into the cylinder 421 and opened, and the blocking plate 423a is installed in the outlet 423 and rotated to the outside of the cylinder 421, respectively Is installed.

Alternatively, the pump device 40, the inlet 432 is formed at the front end of the washing chamber 12 side, the outlet 433 is formed in the upper end of the water discharge is formed, the body is corrugated inside The bellows 431 having a storage space formed therein, the tip of the bellows 431 is fixed to the bottom surface 12a of the washing chamber 12, and a rod 434 installed at the other end of the bellows 431, and the rod ( It is installed at the other end of the 434, the pedal 200 is a link 435 to operate the bellows 431 to increase or decrease the turning motion to a linear movement, and installed in the inlet 432 and bellows 431 ) And a bellows pump 430 installed at the blocking plate 432a which is rotated inward and the outlet 433 is installed at the outlet 433 and rotated to the outside of the bellows 431.

The blocking plates 422a, 423a, 432a and 433a installed at the inlets 422 and 432 and the outlets 423 and 433 of the piston pump 420 and the bellows pump 430 are like a check valve. It is configured to open in one direction, one side is hinged to be rotated to open and close at its own weight as the water flows, and, if necessary, a spring for quickly blocking the blocking plate (422a) (423a) (432a) (433a) It may be installed in the hinge, each of the blocking plate (422a) (423a) 432a (433a) may be provided with a sealing packing to improve the sealing ability.

In addition, the angle at which the blocking plates 422a, 423a, 432a and 433a are opened is 90 ° or less, so that the closing plates are easily closed by their own weight.

And, as shown in Figures 1 to 3, the filtration device 50, is installed on the front end of the transfer pipe 41 of the pump device 40, formed in the drip tray (10) to wash A dust collecting frame 52 detachably coupled through a guide hole 18 to be inserted into the seal 12, a filter 51 installed inside the body to filter dirt, and the dust collecting frame 52 of the dust collecting frame 52. On one side of the outer surface it is preferable to provide a handle 53 which is exposed to the outside of the drip tray 10 to be easily removable.

In addition, as shown in FIG. 6, the dirt collected by the filter 51 may be collected and removed in the dust collecting frame 52, and the accumulated dirt may be disposed in the drip tray 10. 15) can be discharged with water and the explanation is as follows.

The filtration device 50 is installed in the conveying pipe 41 located above the drain port 15 of the drip container 10, and the valve chamber 510 in which the discharge port 511 corresponding to the drain port 15 is formed; Is installed in the valve chamber 511 to adjust the flow direction of the water, the inside of the cylindrical valve 520 having a space to deposit the dirt, and one side of the valve 520 hinge shaft 523 and And a lever 524 installed to rotate the valve 520, wherein the cylindrical valve 520 has a respective conveying hole 525 and a discharge hole 522 formed on the upper portion thereof. In the transfer hole 525, a pump 51 for filtering dirt is formed in the transfer hole 525 on the pump device 40 side.

As described above, in the filtration device 50 formed of a valve type, when the lever 524 connected to the valve 520 is rotated 180 °, the filter 51 is rotated from the right side to the left side in the drawing, and the discharge hole at the top thereof is disposed. 522 is rotated to be in communication with the outlet 511 of the valve chamber 510 and the drain 15 formed in the drip tray 10 so as to be deposited on the filter 51 together with the water of the washing chamber 12. Soil is discharged.

And, as shown in Figure 7, the upper part of the opening of the dehydrating container 31 constituting the dehydrating device 30, that is relatively small in volume, such as wet cloth, rag, towel, cloth, socks, etc. Put the article made of the fiber material into the dewatering container (31), and install a lid (60) to prevent the water or article that may occur when rotating the dewatering container 31 at high speed from the dewatering container (31) It is advisable to do it.

The operation of the dehydrator configured as described above is as follows.

When the user presses on the footrest 201 of the pedal 200, the pedal 200 rotates downward while turning.

At this time, the rotational force is generated while the circular gear 25 engaged with the internal gear 206 formed in the long hole 205 of the pedal 200 rotates.

This rotational force is rotated while the bevel gears 24 engaged with the ring gears 27 rotate with the ring gears 27 interconnected with the circular gears 25 via the one-way clutch 26. It is to let.

Then, the pedal 200 is finished turning back to the original state by the return spring 204, the internal gear 206 and the circular gear 25 is rotated in the reverse direction. At this time, the reverse rotation of the ring gear 27 is disconnected by the one-acclutch 26 by the rotational force of the circular gear 25, the ring gear 27 is rotated in the initial rotation direction with the rotation shaft 23. When the footrest 201 is pressed again, the rotational force is transmitted to the rotating shaft 23 in the first operation.

The dehydration is made by the rotational force generated as described above, and the pump device 40 interlocked by the pivoting operation of the pedal 200 starts suction and discharge of water from the washing chamber 12.

At this time, the pump device 40 moves the sewage to filter the dirt generated by the cleaning of the mop 1 in the filter 51 of the filtration device 50, so that the filtered water is circulated while moving to the upper part of the washing chamber. It is.

When the centrifugal pump 410 is installed as the pump device 40 installed for this purpose, the filtered water rotates through the feed pipe 41 while the vane 411 provided on the rotary shaft 23 rotates at a high speed. It is sucked into the seal 412 and discharged through the outlet 414.

Alternatively, in the case where the piston pump 420 is installed as the pump device 40, the link 427 connected to the pedal 200 converts the rotational motion into linear motion and the linear motion force thus converted is converted by the piston rod 426. The blocking plate 422a of the inlet 422 is opened during the pulling operation of the piston 425, and the blocking plate 423a of the outlet 423 is closed so that water is sucked into the cylinder, and the outlet 423 during the pushing operation. ), The blocking plate 423a is open, and the blocking plate 422a of the inlet 422 is closed.

In addition, when the bellows pump 430 is installed as the pump device 40, in the same manner as the piston pump 420, the link 435 connected to the pedal 200 converts the rotational movement into a linear movement and thus converts it. The linear movement force is made by the rod 434 installed at the distal end of the bellows 431 capable of expansion and contraction, and the tip of the bellows 431 is fixed to the bottom surface 12a of the washing chamber 12 by the rod 434. The blocking plate 432a of the inlet 432 is opened during the pulling operation, and the blocking plate 433a of the outlet 433 is closed to be sucked into the bellows 431 in which the water is increased, and the outlet 433 during the rolling operation. ), The blocking plate 433a is opened, and the blocking plate 433a of the inlet 432 is closed to discharge water.

And the filter 51 installed in the filtration device 50 for filtering the dirt from the water moved by the pump device 40 is collected in the dust collecting frame 52 by filtering hair or dust and the water of the water reservoir 10 After draining, it can be taken out and removed easily.

When another filtration device 40 is used, the wastewater is introduced into the valve chamber 510 by the pumping device 40 through the transfer pipe 41 and the space of the valve 520 by the filter 51 installed in the valve 520. The dust is collected in the unit, at this time, the drain port 15 of the drip container 10 and the discharge hole 522 of the valve 520 is blocked so that the water can move to the pump device (40).

After the cleaning of the mop 1, the lever 524 of the valve 520 is rotated to change the direction of the filter 51, and the discharge hole 522 and the drain port 15 move to the same position to discharge the force of the water. The dirt in the space is discharged together with the water.

At this time, by maintaining the pump operation 40, water is introduced into the transfer pipe 41 at a high speed to facilitate the removal of dirt.

In addition, the article made of a fiber material without a bag can be used to cover the lid 60 to the dehydration container 31 to prevent the water from splashing out or the separation of the article.

The present invention is not limited to the above-described embodiments, and various modifications can be made within the range permitted by the technical idea of the present invention.

Mop: 1
Drip canister: 10 Wash chamber: 12 Bottom: 12a Dehydration chamber: 13 Bottom: 13a
Mounting area: 14 Drain: 15 Handle: 16 Wheel: 17
Guide hole: 18
Rotator: 20 Base: 21 Wall: 212 Bearing: 22 Rotary axis: 23
Bevel Gears: 24 Round Gears: 25 One-Way Clutch: 26 Ring Gears: 27 Shaft: 28
Pedal: 200 Foot: 201 Mounting hole: 202 Rotating shaft: 203
Return spring: 204 Long hole: 205 Internal gear: 206
Dewatering device: 30 Dehydrating canister: 31 Outlet: 32 Pumping device: 40 Transfer line: 41
Centrifugal pump: 410 Vane: 411 Rotary chamber: 412 Inlet: 413
Outlet: 414 Upper cover: 415
Piston pump: 420 Cylinder: 421 Inlet: 422 Outlet: 423
Mounting hole: 424 Piston: 425 Piston rod: 426 Link: 427
Blocking plates: 422a, 423a
Bellows Pump: 430 Bellows: 431 Inlet: 432 Outlet: 433 Load: 434
Link: 435 Block: 432a, 433a
Filter: 50 Filter: 51 Dust Collector: 52 Handle: 53
Valve chamber: 510 Outlet: 511 Valve: 520 Filter: 521 Outlet: 522
Hinge Shaft: 523 Lever: 524 Feed Holes: 525 Lid: 60

Claims

In the dehydrator used to drain the wet mop,
It is formed of a cylindrical body with an upper opening, and is divided into a washing chamber for washing a mop contaminated therein and a dehydration chamber for dewatering a wet mop.
The dehydration chamber bottom surface is formed higher than the bottom surface of the washing room, the installation space portion provided outside the dehydration chamber bottom surface,
It is provided with a drain hole for discharging the dehydrated water to the outside, the upper side is provided with a handle, the lower portion of the drip tray installed with a moving wheel;
A support plate inserted into the installation space and installed at both sides thereof with a wall formed thereon;
A rotating shaft installed on the support plate and having an upper portion vertically penetrating the bottom of the dehydration chamber;
Bevel gear is installed on the rotating shaft so that the rotating shaft,
It is formed of a plate, coupled to the pivoting shaft and the upper portion is installed on the wall of the support plate, the lower portion forms a scaffold that is exposed to the outside of the drip tray, an arc-shaped long hole is formed in the center, the inscribed in the long hole A geared pedal,
A return spring installed on the pivot shaft, one side of which is installed on a support plate, and the other side of which is installed on a pedal;
A circular gear that is installed on a shaft installed on one side wall of the support plate through the long hole, and has gears formed at a portion of the rear side of the outer circumference to be engaged with the internal gear;
A one-way clutch to which the outer circumferential side of the circular gear is inserted and fixed so that rotational force is transmitted only in one direction;
A rotation device having an outer circumference of the one-way clutch inserted into and fixed to the other side, the ring gear having a gear formed to be engaged with the bevel gear to transmit rotational force;
A dewatering device having a dehydration tube having an upper end and a bottom of the rotating shaft fixed to each other, an upper part of which is opened, and a plurality of discharge holes formed at a circumference and a bottom thereof;
A pump device interlocked with the dehydration container operating by the operation of the pedal to circulate water in the washing chamber through a transport pipe;
And a filtration device installed to circulate by filtering the contaminated water in the washing chamber moved by the pump device through a filter.

The method of claim 1,
The dehydrator for mop, characterized in that the bottom of the dehydrator constituting the dehydrator is fixed to the female screw and the front end of the rotating shaft to form a male screw, the shape of the dehydrator is made of a cylindrical body or a polygonal opening.

The method of claim 1,
The pump device is provided on the rotary shaft to obtain a rotational force by the rotation of the pedal to form a vane and interlocking with the dehydration tank and the vane to receive the vane, and the lower portion of the rotary chamber to form an inlet having a diameter larger than the rotary shaft and And, the inlet is provided with a conveying pipe, the wall of the rotating chamber is formed with an outlet, the upper part of the rotary chamber is characterized in that the centrifugal pump having a top cover having a through hole.

The method of claim 1,
The pump device includes a cylinder having an inlet formed at one end thereof and an outlet formed at an upper portion thereof, a piston installed inside the cylinder to suck water, and a piston installed at the end thereof to be inserted into a mounting hole at the other end of the cylinder. A rod, which is installed at the end of the piston rod, converts the rotational movement of the pedal into a linear motion to operate the piston, a blocking plate installed at the inlet and rotated into the cylinder, and installed at the outlet. Mop dehydrator, characterized in that the piston pump is rotated to the outside of the cylinder is installed piston block respectively.

The method of claim 1,
The pump device, the inlet is formed in one end, the outlet is formed in the upper portion, the bellows formed in the corrugated form of the body, the rod is provided at one end to the other end of the bellows, the other end of the rod is installed, the pedal The bellows pump is provided with a link for turning the bellows into a linear motion to increase or decrease the bellows, a blocking plate installed at the inlet and rotating inside the bellows, and a blocking plate installed at the outlet and rotating outside the bellows. Mop dehydrator, characterized in that the.

The method of claim 1,
The filtering device is installed on the front end of the conveying pipe of the pump device, the dust collecting frame is detachably coupled through the guide hole formed in the drip tray, the filter is installed inside the body to filter the dirt, and Mop dehydrator, characterized in that the handle is formed on one side is exposed to the outside of the water reservoir.

The method according to claim 1 or 3,
The filtration device is installed in the transfer pipe located above the drain port of the drip tray, the valve chamber is formed with a discharge port corresponding to the drain port, and installed inside the valve chamber to adjust the flow direction of water, and the inside of the dirt to be deposited A cylindrical valve having a space portion, and a hinge shaft is provided on one side of the valve and a lever installed to rotate the valve, wherein the cylindrical valve is formed with each of the conveying holes and the discharge hole formed in the upper portion The dehydrator for mop, characterized in that a filter for filtering dirt in the pump device side of the conveying hole is configured.

3. The method according to claim 1 or 2,
Mop dehydrator, characterized in that it further comprises a lid for preventing the wet fibers from being separated from the dewatering container in the opened upper portion of the dehydrating container constituting the dehydrating device.