KR20120107579A - A dehydrating apparatus of mop - Google Patents

Abstract

PURPOSE: A roller type mop dehydration apparatus is provided to elastically compress the surface of a mop using a pressure roller in the dehydration process of the mop. CONSTITUTION: A mop dehydration plate(100) includes a plurality of holes. A fixing frame(200) includes a fixing bracket(220), both sides of a side bracket(240), and a pair of vertical brackets(280). An elastic pressure unit provides elastic force to the mop dehydration plate. A pressure roller(300) is rotated on the mop dehydration plate according to a rounding slope angle. Both ends of the pressure roller is rotatably fixed to a connection bard(340). A rotation lever(400) rotates a rotation shaft(320).

Description

Roller type rag dewatering device {a dehydrating apparatus of mop}

The present invention relates to a bag mop dewatering device, and more particularly, a roller type mop so that moisture can be quickly and easily dehydrated from the mop by dehydration of the mop through the pressure elastic force of the roller by the manual operation during the dehydration operation after washing the mop mop. It relates to a dewatering device.

In general, the mop is to remove foreign substances on the floor, and once used, it is washed straight to remove the foreign substances and then used again. After washing, twist or squeeze by hand or step on foot to remove water. It will be removed and reused or stored.

Particularly, in the case of a rag to remove foreign substances on the floor of a building or a school classroom, the worker removes contaminants by shaking the rag provided at the end of the stool in water when the rag is not cleaned by hand. Removing contaminants in one way requires considerable time and a lot of water. As such, when the mop is to be washed and the moisture is removed, the worker uses the hands and feet directly, which is cumbersome and difficult during the cleaning operation, and also requires a large amount of water.

As a device for solving this problem, the applicant of the present application has been registered and applied for utility model registration No. 0284417 (2002.07.23) "mop cleaning device".

This includes a sump for storing and draining water, a washing plate for washing the mop in the sump, a drain for draining the wastewater in the sump, a dewatering tank for dewatering the washed mop, and It is configured to include a dehydration lever for dewatering the mop, when washing the mop, the mop is placed on the cleaning plate and supplied with water through the water supply pipe, and the mop is pushed forward and backward to wash. After the mop is put on the dewatering tank and rotates the dewatering lever provided on one side of the sump tank, the dewatering plate connected to the dewatering lever presses the mop to dehydrate it.

The mop cleaning device as described above can simplify the cleaning and dehydration of the mop, and can also significantly reduce the amount of water required for cleaning.

However, the mop cleaning device as described above has a problem in that one side of the mop placed in the dehydration tank is dehydrated by pressurizing the dewatering plate, which requires a large force when dewatering, and also has a weak pressure to rotate the dewatering plate several times. .

In addition, the water discharged from the mop during the pressurization through the dehydration plate is discharged through the hole of the dehydration tank at this time, the remaining water is not discharged by the surface between the hole and the hole is absorbed back into the mop, there has been a problem that the stable dehydration difficult.

Thus, there is a problem that the bottom surface is more dirty through the water and foreign matter on the floor when removing the foreign matter on the floor through the mop in the state that the water is not sufficiently discharged.

In order to solve this problem, the present applicant is to solve the above problems and has been registered and registered Patent No. 10-0652492 "dehydration apparatus for mop cleaner".

In the dewatering device for the mop washer is installed in the washing space of the sump for dewatering the mop, it is arranged in a pair of the upper and lower parallel to each other at an angle of 30 ~ 60 ° in the washing space of the sump, the lower side of the corresponding surface First and second pressing panel provided with a perforated plate formed with a plurality of perforations and a pressing plate having a plurality of protrusions on the upper side; A pull lever connected to a center of a rotation shaft which is one end of a rotation bar rotatably provided on an inner wall of the washing space of the water collection tank to rotate the rotation bar; The first and second link members cross each other in an X shape, and the crossing centers thereof are hinged to the inner wall of the sump, and one end of the first and second link members is a lower end of the first and second compression panels. A link bar hinged to each other and slidably coupled to guide holes formed at sides of the first and second compression panels, the other ends of the first and second link members being connected to one end of the rotary bar, respectively. A pair of interlocking bars, the link bars and the interlocking bars being hinged to one end and each other being linked to ends of the first and second link members connected to the second crimp panel, respectively, the first and second crimping panels Compression part consisting of a linking shaft connecting the rotary bar to be provided on both sides of the; will be configured to include, during the dehydration operation after washing the mop to remove the way to remove moisture by pressing one side of the mop By making sure that the pressure pressing down both sides of the mop at the same time so that the water from the mop release can be possible.

However, even in the case of dehydrating by pressing both sides of the mop as described above, there has been a problem that when the surface is rubbed after dehydration rubs the moisture on the floor.

Recently, Patent Application No. 10-2009-0030855, "dryable rag mop dehydration apparatus" has been proposed.

This, in the washing tank rag dewatering device for dehydrating the rag mop by the pressure of the support plate and the pressure plate in accordance with the lever pulled in the state of placing the rag mop washed in the washing space, the power supply to the surface of the support plate, The heat-transfer sheet is arranged to heat the heating wire according to, the plurality of perforations are arranged in a position spaced apart from the heating wire on the heat-transfer sheet is formed in communication with the perforations formed in the support plate, the support plate or the pressure plate of One side is to provide a vibrating sphere that provides a vibration when the power is applied.

The dehydration device is to allow the moisture on the rag to dry quickly due to the heat generated by the heat transfer sheet and the release of moisture by the vibrating hole during pressurization of the rag during the dehydration process of the rag mop. There is a problem that the cost is increased.

SUMMARY OF THE INVENTION Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art,

SUMMARY OF THE INVENTION

In the dehydration operation after washing the rag mop, the dehydration of the mop through the pressure elastic force of the roller by the manual operation to dehydrate the mop quickly and easily.

In addition, by allowing the water to be drained through the discharge hole formed in the surface of the pressure roller to allow the water to be discharged simultaneously downward and downward through the lateral direction.

In order to achieve the above object, the present invention is provided in the mop dewatering device which is provided on the upper side of the water collecting tank provided with a washing space to wash the mop portion of the rag mop to dehydrate the mop,

Mop dehydration plate is formed on the surface a plurality of holes for water discharge, and has a rounded inclination angle in an arc shape along the front and rear; A fixing bracket coupled to both sides of the water collecting port, a side bracket of both sides coupled to the fixing bracket, and a pair of vertical brackets positioned vertically at one side of the side bracket and rotatably coupled to both ends of the rotation shaft on the upper side; Fixed frame consisting of a bracket: coupled to the side bracket elastic pressing means for providing an elastic force to the mop dehydration plate; A pressure roller mounted on an upper surface of the mop dehydration plate and slidably rotated along a rounding inclination angle, the pressure roller being rotatably fixed to both connecting bars integrally coupled to the rotating shaft; It is configured to include a rotary lever coupled to one side of the rotary shaft to rotate the rotary shaft.

The elastic pressing means is provided in the guide hole formed in the front and rear positions of the outer side of the side bracket, the hinge pins which are respectively positioned through the guide hole, and are respectively positioned through the guide hole, one end is at the top of one side of the side bracket Tension springs, which are fixed to each other and connected to the hinge pins, respectively, to generate a tensile force along the longitudinal direction of the guide hole, and a bottom surface is positioned on both sides of the lower end of the side bracket, and an upper surface elastically supports the bottom surface of the mop dehydration plate. It can be composed of a compression spring.

Preferably, the compression spring is positioned in a housing provided in the side bracket.

In addition, the rotating shaft fixing means is provided on the upper side of the water tank to maintain a fixed state when the rotating shaft is rotated;

The rotating shaft fixing means, one end is coupled to the rotating shaft and the other end is provided on at least one side of the lock rod, the vertical bracket or one surface of the locking rod is located parallel to the vertical bracket of the fixed frame when the rotating shaft is rotated The lock rod and the vertical bracket may be made of a magnetic material that is pulled and fixed by a magnetic force in close proximity.

According to the present invention, as the pressure roller elastically presses the surface of the mop during the rotation operation of the rotary lever by the manual operation during the dehydration operation after washing the rag mop, the pressure roller can quickly and quickly move the surface of the mop and at the same time pressurizing elastic force As a result, the moisture can be quickly discharged from the mop.

In addition, the moisture can be discharged through the discharge hole formed on the surface of the pressure roller has an effect that can quickly and quickly discharge the moisture of the mop.

1 is a perspective view of a state in which the pressure roller is rotated by the roller type mop dehydration apparatus according to the present invention,
FIG. 2 is a perspective view of an initial state in which the pressure roller dewaters the mop placed on the mop dewatering plate in FIG. 1;
3 is an enlarged exploded perspective view of the main part of FIG. 1 or FIG. 2;
4 is a bottom perspective view of the coupled state of FIG.
5 is a side use state of Figure 1 or 2,
6 is a rotation state of the pressure roller for placing the mop on the mop dehydration plate in FIG.
7 is another embodiment according to the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may obscure the subject matter of the present invention. do.

The present invention relates to a mop dewatering apparatus which is provided on an upper side of a water collecting tank 10 provided with a washing space 12 so as to wash a mop portion of a rag mop.

The present invention, the mop dehydration plate 100 and the mop dehydration plate 100 to drop the moisture generated from the mop downwards by the illustration of Fig. 1, the position of the water collecting tank 10 is fixed to the mop dehydration plate Fixed frame 200 for fixing the 100, the pressure roller 300 is coupled to the fixed frame 200 to provide a pressing force to the mop mounted on the mop dehydration plate 100 when rotating, and the pressure roller It is configured to include a rotary lever 400 for rotating the 300.

The sump tank 10 is made of a metal and synthetic resin material by a known technique, the washing space 12 for washing the mop, the inlet and drain for the inlet and drainage of water is formed therein.

The rag mop is applied to the same as the rag rag of the known art is made of a mop is coupled to the end of the bag.

In addition, the fixing frame 200 for supporting the mop dehydration plate 100 is coupled to the upper side of the collecting tank 10 to allow the pressing roller 300 to rotate.

The mop dewatering plate 100 is formed with a plurality of holes 110 for discharging moisture on the surface, and has a rounded inclination angle in an arc shape along the front and rear.

The mop dehydration plate 100, both sides are located on the inner wall of the pair of side brackets 220, the front and rear both ends are coupled to be able to flow up and down through the elastic pressing means 260.

The fixing frame 200, the fixing bracket 220 is coupled to both upper sides of the water collecting port 10, the side brackets 240 of both sides coupled to the fixing bracket 220, and the side bracket 240 Each of which is vertically positioned on one side of the upper end of the rotation shaft 320 is composed of a pair of vertical brackets 280 are rotatably coupled.

In addition, the side bracket 240 and the side surface of the mop dewatering plate 100 are provided with the elastic pressing means 260 to make the mop dewatering plate 100 have elastic force during the pressing operation of the pressure roller 300. .

The elastic pressing means 260 is provided in front and rear sides of the guide holes 222 and 222a formed at the front and rear positions of the outer surface of the side bracket 220 and the mop dehydration plate 100, and the guide holes 222. Hinge pins 140 and 140a respectively positioned to pass through the 222a, one end is fixed to the top of one side of the side bracket 220, and the other end is connected to the hinge pin 140, respectively, the guide hole ( A tension spring 262 for generating a tensile force along the longitudinal direction of the 222, a compression spring that is located on both sides of the lower end of the side bracket 220, the upper surface elastically supports the bottom surface of the mop dehydration plate 100, respectively 264.

Accordingly, when the pressure roller 300 is moved while rotating along the rounding inclination angle of the mop dehydration plate 100 while the mop is placed on the top surface of the mop dewatering plate 100, the mop dewatering by the volume of the mop. The pressing force by the pressure roller 300 acts on the plate 100, and at this time, hinge pins 140 and 140a provided on both sides of the mop dehydration plate 100 along the guide holes 222 and 222a. As it is moved, the spring force of the tension spring 262 and the compression spring 264 can provide a pressing elastic force.

That is, a tension force of the tension spring 262 is applied during the initial movement of the pressure roller 300 which is circularly moved about the rotation shaft 320, and a compression spring 264 when the pressure roller 300 moves backward. Compression restoring force is generated by the pressure elastic force as a whole.

Here, the compression spring 264 is located in the housing 266 provided on the bottom side of the bottom bracket 240 in the vertical state and the top is exposed to the top surface of the bottom bracket 240, the mop dehydration plate It is preferable to support the bottom of the (100).

The pressure roller 300 may be made of a metal and a synthetic resin material, and may be made of a hollow or solid round rod. And, both ends of the central axis is rotatably coupled to one end of the connecting bar 340, respectively.

The other end of the connection bar 340 is integrally coupled to the rotation shaft 320 to pivot the pressure roller 300 while the connection bar 340 is interlocked when the rotation shaft 320 rotates.

Accordingly, when the mop is raised on the upper surface of the mop dehydration plate 100, the pressure roller 300 can press the mop while rotating along the rounding inclination angle.

The rotary lever 400, one side end is integrally coupled to one side of the rotary shaft 320 and a handle is provided at the other end to rotate the rotary shaft 320 during the pulling operation of the handle the pressure roller 300 ) Is rotated.

The handle of the rotation lever 400 may be applied as a footrest that allows the user to roll the foot when the length thereof is connected by a link or the like.

In addition, the rotating shaft fixing means 500 may be further provided on the upper side of the water collecting tank 10 to maintain a fixed state when the rotating shaft 320 is rotated.

The rotating shaft fixing means 500, one end is coupled to the rotating shaft 320 and the other end of the lock rod 560 is located in parallel to the vertical bracket 280 of the fixed frame 200 when the rotating shaft 320 is rotated And a magnetic body 540 provided on at least one surface of the vertical bracket 280 or the lock rod 560 to be pulled and fixed by a magnetic force when the lock rod 560 is close to the vertical bracket 280. ) Can be implemented.

Accordingly, when the user lifts the rotary lever 400, the lock rod 560 is rotated by the rotation of the rotary shaft 320. At this time, when the lock rod 560 is close to the vertical bracket 280, a magnetic force is generated to lock the rod. 560 is attached to the magnetic body 540. At this time, the mop part from the rag mop is placed on the upper surface of the mop dehydration plate 100 and the rotary lever 400 is rotated. Then, the pressure roller 300 rotates while the pressure roller 300 presses the mop surface by the rotation of the rotary shaft 320, and the mop dehydration plate 100 generates an elastic pressing force by the elastic force of the tension spring 262 and the compression spring 264. Let's go.

7 is another embodiment according to the present invention, the drainage sheet 700 is formed of a synthetic resin material on the outside of the pressure roller 300, the water discharge hole 720 having an opening on the outer surface is arranged in a plurality ) Is shown by attaching.

The water discharge hole through the opening of the drain sheet 700 together with the hole 110 of the mop dewatering plate 100 when the moisture generated from the mop when the surface of the mop through the pressure roller 300 is pressed ( This is to allow drainage through 720).

In other words, when water is introduced into the water discharge hole 720 through the opening of the drain sheet 700, the water moves along the inner wall of the water discharge hole 720 by surface tension and capillary action. Drop into the washing space (12).

To this end, the inner diameter of the water discharge hole 720 is formed to be larger than the width of the opening and the water discharge hole 720 is formed to form an inclination angle from one end to the other side, the water can be moved through the gravity action It would be desirable to.

100: mop dehydration plate
110: hole 140,140a: hinge pin
200: fixed frame
220: fixing bracket 222,222a: guide hole
240: side bracket 260: elastic pressing means
280: vertical bracket
300: pressure roller
320: rotation axis 340: connecting bar
400: rotary lever
500: rotating shaft fixing means

Claims (5)

In the mop dewatering device is provided on the upper side of the water collecting tank 10 provided with a washing space 12 to wash the mop portion of the rag mop to dehydrate the mop,
A plurality of holes 110 are formed on the surface for discharging moisture, and the mop dehydration plate 100 has a rounded inclination angle in an arc shape along the front and rear sides;
The fixing bracket 220 is coupled to both sides of the upper side of the water collecting port 10, the side brackets 240 on both sides coupled to the fixing bracket 220, and are vertically positioned at one side of the side bracket 240, respectively. Fixed frame 200 consisting of a pair of vertical brackets 280 to which both ends of the rotating shaft 320 are rotatably coupled:
An elastic pressing means 260 coupled to the side bracket 240 to provide an elastic force to the mop dehydration plate 100;
A pressure roller 300 mounted on an upper surface of the mop dehydration plate 100 to slide along a rounding inclination angle, and both ends of which are rotatably fixed to a connection bar 340 integrally coupled to the rotation shaft 320;
Roller-type mop dewatering device, characterized in that comprises a; rotating lever 400 is coupled to one side of the rotating shaft 320 to rotate the rotating shaft (320).
The method according to claim 1,
The elastic pressing means 260,
Guide holes 222 and 222a formed at front and rear positions of an outer surface of the side bracket 220,
Hinge pins 140 and 140a which are provided at both front and rear sides of the mop dewatering plate 100 and are respectively passed through the guide holes 222 and 222a,
One end is fixed to the top of one side of the side bracket 220 and the other end is connected to the hinge pin 140, respectively, a tension spring 262 for generating a tensile force along the longitudinal direction of the guide hole 222,
Roller-type mop dewatering device, characterized in that the bottom is located on both sides of the lower end of the side bracket 220, the upper surface is composed of a compression spring (264) for resiliently supporting the bottom of the mop dehydration plate 100, respectively.
The method according to claim 2,
The compression spring (264) is a roller type mop dewatering device, characterized in that located in the housing (266) provided in the side bracket (220).
The method according to claim 1,
Rotating shaft fixing means (500) is provided on the upper side of the sump (10) to maintain a fixed state during the rotation of the rotating shaft (320);
The rotating shaft fixing means 500,
A lock rod 560 having one end coupled to the rotation shaft 320 and the other end positioned parallel to the vertical bracket 280 of the fixed frame 200 when the rotation shaft 320 rotates,
It is provided on at least one side of the vertical bracket 280 or the lock rod 560 is characterized in that the magnetic body 540 is pulled and fixed with a magnetic force when the lock rod 560 and the vertical bracket 280 in close proximity Roller type mop dewatering device.
The method according to claim 1,
Roller-type mop, characterized in that the outer side of the pressure roller 300, made of a synthetic resin material, and attached to the drain sheet 700 formed of a plurality of water discharge holes 720 having an opening on the outer surface Dewatering device.

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