WO2019196962A1 - Mop cleaning apparatus which separates clean water and dirty water during cleaning - Google Patents

Abstract

A mop cleaning apparatus which separates clean water and dirty water during cleaning, said apparatus comprising a water outlet, for discharging clean water; a cleaning apparatus, comprising an opening for putting in and taking out a mop, a side of the opening being provided with a wiper for pressing material of the mop when the mop is in the opening, the water discharged from the water outlet flowing towards the material or the cleaning apparatus during mop cleaning; a dirty water collection area, provided with a dirty water inlet.

Description

Mop cleaning device for cleaning water net pollution separation Technical field

The invention relates to a mop cleaning device for cleaning water net pollution separation, belonging to the technical field of cleaning articles.

Background technique

A cleaning tool disclosed in CN107334434A, comprising a mop and a cleaning bucket, the mop comprising a mop bar, the lower end of the mop bar being movably connected with a flat cleaning head with a wipe; the cleaning bucket is provided The pressing device, the flat cleaning head wiping surface placed in the cleaning tub can be in contact with the pressing device; the cleaning tub is connected with a water return device, and the water return device comprises a water storage device and a control mechanism, the water storage device The cleaning bucket can be filled with water or stopped by the control of the control mechanism. The water storage device comprises a water storage bucket connected to the cleaning bucket; the control mechanism comprises a valve device, the cleaning bucket and the water storage bucket are connected through the valve device, and the opening of the valve device enables the water storage bucket to fill the cleaning bucket or the valve device The closing can separate the cleaning bucket from the water storage bucket. The above water return device can achieve the purpose of cleaning the bucket back water and has a simple structure. In the above technical solution, the water injected into the cleaning bucket comes from the water storage bucket, and the sewage in the cleaning bucket is returned to the water storage bucket after one cleaning, and when the secondary cleaning, the water injected into the cleaning bucket is contaminated, so the secondary cleaning effect is cleaned. Poor, if you want to thoroughly clean the mop, it is best to change the clean water every time, there is a problem with water.

Public (Announcement) No.: CN107684406A A cleaning method for a cleaning tool, comprising a mop lever and a mop head, a mop on the mop head, cleaning of the wiping material in the mop bucket, and a mop bucket provided with a clear water area for holding the clear water The sewage area for the sewage is cleaned; the cleaning water is cleaned from the clear water area to clean the wipe on the mop head, and the cleaned sewage flows to the sewage area. The above technical solution needs to utilize the rotating mop rod, and the mop of the above scheme is a rotating circle mop. The rotating circle has the problem of low efficiency of mopping the floor, and the cleaning effect is not excellent.

Summary of the invention

The object of the present invention is to overcome the above-mentioned deficiencies in the prior art, and to provide a mop cleaning device which is reasonable in structure design and can realize the cleaning and cleaning of the cleaning water of the running water cleaning mop.

The technical solution adopted by the present invention to solve the above problems is: a mop cleaning device for cleaning water net pollution separation, comprising a water outlet, the water outlet flowing out clean water; and a cleaning device comprising a mouthpiece for the mop to enter and exit, The side of the mouth is provided with a wiper that can press the mop of the mop when the mop is located at the mouth; when the mop is cleaned, the water flowing out of the outlet flows to the mop or cleaning device; and the sewage collection area has a sewage inlet.

Further, a water storage area is further included, and the water outlet is disposed in a water storage area, and the water level of the water storage area is higher than the water outlet.

Further, a water storage area and a water pump are further included, and the water outlet is disposed in a water storage area, and the water pump takes water through the water outlet.

Further, a water valve is also included, and the water valve tube is connected to the water outlet.

Further, the water valve includes a valve casing, a valve core, an elastic member, and a control handle, the valve casing includes a water inlet hole and a water outlet hole, the valve core is disposed in the valve casing, and the elastic member applies a force to the valve The core or the control handle, and the spool tends to block the position where the inlet and outlet holes communicate; the control handle is connected to the spool; when the mop is in the mouth, the handle is actuated and the water valve is opened.

Further, the water storage area includes a large container and a small container, the water outlet is disposed in the small container, the large container and the small container are connected, and the connection between the large container and the small container is The opening and closing of the water outlet is interlocking control.

Further, the interlock control includes an on-off valve that is connected between the large container and the small container, and a linkage that connects the on-off valve and the water valve.

Further, the interlock control includes an inlet and outlet water hole disposed in the valve casing, and the inlet and outlet water pipe is connected to the water outlet of the small container. When the water valve is opened, the valve core blocks the water inlet hole and the inlet and outlet water holes.

Further, the water pump includes a driving body that is disposed at a position where the mop can be activated when the mop moves.

Further, the water storage area is disposed relative to the cleaning device, the water storage area is supported by the thrust member, and the water valve tube is connected to the water outlet of the water storage area, and the water valve comprises a valve shell, a valve core, an elastic member, and a control handle. The valve casing includes a water inlet hole and a water outlet hole, the valve core is disposed in the valve casing, and the elastic member applies a force to the valve core, and the valve core tends to block the position where the water inlet hole and the water outlet hole communicate; The control handle is connected to the valve core, and the touch control handle water valve can be opened; the control handle extends to the water storage area, and the control handle abuts the water storage area to limit the activity of the water storage area.

Further, the outer side wall of the water storage area is provided with an uneven surface, and the concave and convex surface corresponds to the control handle.

Further, the water storage area and the air pump are further included, and the water outlet is disposed in the water storage area, and the water storage area is further provided with an air inlet, the water outlet is covered by water, the water outlet is higher than the liquid level, and the air pump is connected to the air inlet.

Further, the air pump is placed under the cornice, and the mop enters the cornice to reach the gas pump.

Further, the cleaning device is two, and the two cleaning devices are respectively disposed, and the water outlet corresponds to any one of the cleaning devices.

Further, the water pump comprises a pump casing, a piston, an elastic body, a power rod and two one-way valves, wherein the pump casing is provided with a water inlet portion and a water outlet portion, and the two one-way valves are respectively disposed at the water inlet portion and the water outlet portion, the piston The piston is disposed in the pump casing, the elastic body applies the piston or the power rod elastic force, and the power rod is connected to the piston. When the water is pumped, the piston overcomes the elasticity elastic activity, the check valve of the water inlet portion is opened, and the check valve of the water outlet portion is closed.

Further, the wiper is a scraper, the scraper is inclined, and the oblique direction of the scraper is high near the mop and low from the mop.

Further, the scraper guides the flow of water scraped from the mop to the sewage collection area.

Further, the opposite side of the wiper is provided with an abutting mechanism of the mop plate that is in contact with the mop, and the abutting mechanism includes a pendulum member, and the pendulum member is provided with a rotationally mounted rotating point, and the pendulum member has one end against the mop plate.

Further, the swinging member is rotatably mounted at one end.

Further, the mop includes a mop board, the mop board is provided with a mop, and the mop board and the mop are installed, and the end of the mop board into and out of the mouth is wrapped by a mop.

Further, the mop includes a mop plate, a connecting head, a sleeve, an elastic member, and a top post; the mop plate is rotatably connected with the connecting head about the first rotating shaft, and the lower end of the sleeve is rotatably connected with the connecting head about the second rotating shaft, the first rotating shaft The upper end of the sleeve is fixedly connected with the second rotating shaft, and the upper end of the sleeve is fixedly connected with the mop rod, and the sleeve is provided with a cavity for accommodating the top column. The top column is set in the sleeve and is limited by the sleeve and can move in the sleeve, and the elastic member Applying force to the top post, the connecting head is provided with a curved surface, and the end of the top end of the connecting head touches the curved surface of the connecting head during the rotation of the connecting head, the curved surface is a cam surface, and the mop rod and the mop When the plate is perpendicular, the distance between the end of the top column and the portion touched by the curved surface to the second rotating shaft is D1, and when the mop rod is parallel with the mop plate, the end portion of the top column and the portion touched by the curved surface are to the second rotating shaft. The distance is D2, which is greater than D2.

Further, when the mop rod is parallel to the mop plate, the top end of the top post is linear.

Further, the side wall of the sleeve is provided with a concave cavity, and the mop plate is provided with a convex body. When the mop rod and the mop plate are rotated to be parallel, the convex body of the mop plate falls into the concave cavity.

Compared with the prior art, the invention has the following advantages and effects: the invention cleans the mop by using a running water cleaning method, and the original clean water is not polluted after cleaning according to the prior art, and the mopping of the mop again solves the cleaning. problem.

DRAWINGS

Fig. 1 is a schematic structural view of the present embodiment.

2 is a schematic structural view of an embodiment in which the clean water is automatically discharged from the water outlet according to the embodiment.

Fig. 3 is a schematic structural view of the quantitative control of clean water according to the embodiment.

Fig. 4 is a partially enlarged schematic view showing the portion A shown in Fig. 3.

Fig. 5 is a schematic structural view showing another embodiment of the quantitative control of clean water according to the embodiment.

Fig. 6 is a schematic view showing the structure of the water pump using the air pump in the embodiment.

Fig. 7 is a schematic structural view of the interference mechanism according to the embodiment.

FIG. 8 is a schematic structural view of an embodiment of a water pump according to the embodiment.

Fig. 9 is a schematic structural view of the mop according to the embodiment.

detailed description

The present invention will be further described in detail below with reference to the accompanying drawings.

Example

As shown in FIG. 1 , the mop cleaning device for cleaning the net water of the cleaning water in the embodiment includes a water outlet 1 , and the water outlet 1 flows out clean water; the source of the clean water includes a tap water or a water storage area 6 , a cleaning device, The cleaning device comprises a mouth 2 for the mop to enter and exit, and the side of the mouth 2 is provided with a wiper 3 for pressing the mop 4 of the mop when the mop is located at the mouth 2; preferably, a plastic injection molding is performed The plastic member has a mouth 2 for the mop to enter and exit, and a wiper 3 is provided on the running track of the mop cleaning, and the wiper 3 scrapes off the stain and water on the mop 4.

When the mop is cleaned, the water flowing out of the water outlet 1 flows to the mop 4 or the cleaning device; the water scraped by the mop 4 is discharged from the sewage inlet of the sewage collection area 5 into the sewage collection area 5 to realize the collection of the sewage. . The above technical solution eliminates the cleaning area of the immersion cleaning compared to the prior art. The structure is more compact and reasonable, and the material utilization is more environmentally friendly.

Preferably, the cleaning device can be installed on the support frame or can be installed in the sewage collection area 5 in a detachable manner in the prior art. When the cleaning device is installed by the support frame, the sewage collection area 5 and the support frame can be made into a separable combination. The structure can facilitate the pouring of the sewage collection zone 5.

To enhance the flexibility of the present invention when used. The embodiment further includes a water storage area 6, the clean water can be stored in the water storage area 6, the water outlet 1 is disposed in the water storage area 6, and one of the ways in which the clean water is discharged from the water storage area 6 is the water storage. Zone 6 level is higher than outlet 1. Clean water can flow naturally, thus cleaning the mop. For the control of the water flow of the water outlet 1, a water valve 7 can be added, and the water valve 7 is connected to the water outlet 1. The control of the water flow is achieved by manually operating the switch that controls the water valve 7. When the mop is cleaned, the water valve 7 is opened, and the clean water flows out; after the cleaning is completed, the water valve 7 is closed. The water valve 7 in this embodiment includes a ball valve, a pressure-controlled water valve, and other similar existing water valves.

Another solution for the clean water to flow out of the water outlet 1 is that the present embodiment further includes a water storage area 6 and a water pump, and the water outlet 1 is disposed in the water storage area 6, and the water pump takes water through the water outlet 1. The clean water is drained to the mop 4 by driving the water pump.

As shown in FIG. 2, based on the use characteristics during the mop cleaning, the clean water is automatically discharged from the water outlet 1; the water valve 7 includes a valve housing 71, a valve core 72, an elastic member 73, and a control handle 74. The valve housing 71 includes a water inlet hole 711 and a water outlet hole 713. The valve body 72 is disposed in the valve housing 71. The elastic member 73 applies a force to the valve core 72, and the valve core 72 tends to block the water inlet hole. The position of the 711 and the water outlet 713 is communicated; the lever 74 is connected to the spool 72; when the mop is located at the port 2, the lever 74 is actuated, and the water valve 7 is opened. When the mop enters the cornice 2, the mop can actuate the handle 74, thereby opening the water valve 7, and when the mop is away from the cornice 2, the handle 74 is reset by the elastic force, and the water valve 7 is closed again. The above technical solution solves the problem of inconvenient manual operation.

As shown in Figures 3 and 4, quantitative control of the amount of water used for a single wash. The water storage area 6 of the present embodiment includes a large container 61 and a small container 62. The water outlet 1 is disposed in the small container 62, and the large container 61 and the small container 62 are connected to each other, and the large container 61 and The opening and closing between the small containers 62 and the opening and closing of the water outlet 1 are interlocking control. The interlock control means that the large container 61 and the small container 62 are normally turned on, and the water outlet 1 of the small container 62 is closed; when the water outlet 1 of the small container 62 is opened, the large container 61 and the small container 62 are blocked. When the assembly interlock control mechanism is applied to the creation of the present invention, when the large container 61 is filled with a large amount of water under normal conditions, the liquid level of the large container 61 is higher than that of the small container 62, and the small container 62 is also filled, and the small container 62 is discharged. The nozzle 1 is closed; when the mop is cleaned, the water outlet 1 of the small container 62 is opened, and the large container 61 and the small container 62 are blocked, so that the water in the small container 62 is finally streamed, and the clean water in the small container 62 flows. After that, continue the original cleaning mop action to dehydrate the mop. The technical solution can save water and, more importantly, the cleaning and dehydration of the mop can be realized at the same position of the same action.

One of the preferred embodiments of the interlock control. The interlock control includes an on-off valve that is connected between the large container 61 and the small container 62, and a linkage that connects the on-off valve and the water valve 7. When the water valve 7 is touched to change the original state, the water valve 7 drives the on-off valve through the linkage rod to switch the on-off valve state. Another embodiment of the linkage is an electrical interlock, the on-off valve and the water valve 7 are solenoid valves of the lower concept, and an electrical interlocking scheme is adopted between the two solenoid valves.

Another preferred embodiment of the interlock control. The water valve 7 includes a valve housing 71, a valve core 72, an elastic member 73, and a control handle 74. The valve housing 71 includes a water inlet hole 711 and a water outlet hole 713. The valve body 72 is disposed in the valve housing 71. The elastic member 73 applies a force to the valve core 72, and the spool 72 tends to block the position where the water inlet hole 711 and the water outlet hole 713 communicate; the control handle 74 is connected to the valve core 72; when the mop is located at the cornice 2, the control handle is touched 74, the water valve 7 is opened, the valve casing 71 is further provided with an inlet and outlet hole 712, the inlet and outlet hole 712 is connected to the water outlet 1 of the small container 62, and when the water valve 7 is opened, the valve core 72 blocks the water inlet hole 711 is in communication with the inlet and outlet holes 712.

In the embodiment, the wiper 3 is a scraper, and the scraper is inclined. The oblique direction of the scraper is high near the mop 4 and low from the mop 4. The scraped sewage flows smoothly along the scraper down the slope due to gravity, and the drainage is smooth.

In the embodiment, the scraper guides the flow of water scraped from the mop 4 to the sewage collection area 5. The low position of the scraper can be connected to the sewage inlet to achieve effective collection of sewage.

The water pump of this embodiment includes a driving body that is disposed at a position that can be activated when the mop moves while the mouth 2 is moved. Using the characteristics of the mop cleaning state, the pump driving force is given by the mop. The water pump is impeller or piston or squeeze or other prior art water pump.

As shown in Fig. 7, the mop moves down to require the mop 4 to abut the wiper 3, and the mop upshift mop 4 and the wiper 3 are slack. The opposite side of the wiper 3 of the embodiment is provided with an abutting mechanism of the mop plate 41 against the mop, the abutting mechanism includes a swinging member 31, and the swinging member 31 is provided with a rotationally mounted rotating point, and the swinging member 31 is rotatably connected with the cornice 2 When the mop plate 41 enters the cornice 2, the one end of the pendulum 31 abuts against the mop plate 41. When the mop moves down, the pendulum 31 moves the mop 4 toward the side of the wiper 3, and when the mop moves up, the pendulum 31 reverses due to the frictional force, and the mop 4 is slackened.

A swinging piece 32 is rotatably mounted on one end of the swinging member 31 of the present embodiment. The roller 32 achieves rolling friction and reduces drag.

The embodiment further includes an elastic member 33 for causing the swinging member 31 to tend to press the position of the mop plate 41. The elastic member 33 enhances the wiping force of the mop 4 and the wiper 3.

As shown in FIG. 5, in another mode of quantitative control of a single cleaning water consumption, the water storage zone 6 is movably disposed relative to the cleaning device, the water storage zone 6 is supported by the thrust member 9, and the water valve 7 is connected to the water storage zone 6. The water outlet 1 includes a valve housing 71, a valve core 72, an elastic member 73, and a control handle 74. The valve housing 71 includes a water inlet hole 711 and a water outlet hole 713, and the valve body 72 is disposed in the valve housing. 71, the elastic member 73 applies a force to the valve core 72, and the valve core 72 tends to block the position where the water inlet hole 711 and the water outlet hole 713 communicate; the control handle 74 connects the valve core 72, touches the control handle 74, and water. The valve 7 can be opened; the control handle 74 extends to the water storage zone 6, and the control handle 74 abuts the water storage zone 6 to limit the movement of the water storage zone 6. Preferably, the thrust member 9 of the embodiment is a linear spring, and the lower end of the linear spring is disposed in the cleaning device or the sewage collection area 5, and the linear spring is connected to the water storage area 6. When the water is filled, the water storage area 6 is the heaviest, the linear spring Compression, the water storage zone 6 is at the lowest position, at this time, the liquid level of the water storage zone 6 is slightly higher than the water outlet 1, and when the mop enters the cornice 2 to clean, the water valve 7 is opened, the water storage zone 6 is drained, and the water storage zone is simultaneously 6 is controlled by the control handle 74, so the water discharged at this time is only the water in the water storage area 6 liquid level higher than the water outlet 1 part.

To enhance the effect of the resistance limit. The outer side wall of the water storage area 6 is provided with an uneven surface, and the concave and convex surface corresponds to the control handle 74. The uneven surface includes a tooth surface, a wave surface, a concave surface, and the like.

As shown in FIG. 6, another embodiment of the clean water flowing out of the water outlet 1 is that the embodiment further includes a water storage area 6 and an air pump 8, the water outlet 1 is disposed in the water storage area 6, and the water storage area 6 is further An air inlet is provided, the water outlet 1 is covered by water, the water outlet 1 is higher than the liquid level, and the air pump 8 is connected to the air inlet. The air pump 8 pressurizes the inside of the water storage area 6, and the clean water is discharged from the water discharge port 1.

The air pump 8 of the present embodiment is disposed below the cornice 2, and the mop enters the cornice 2 to touch the air pump 8.

In the present embodiment, the water outlet 1 is a portion where the clean water flows out, and is not limited to a certain water outlet 1 on the water storage region 6.

The cleaning of the mop mainly includes the front washing and the rear squeezing. In order to make the user more clear in operation, the mop is washed and squeezed into two areas. In this embodiment, two cleaning devices are provided, and the two cleaning devices respectively Set, the water outlet corresponds to any of the cleaning devices. When washing, use a cleaning device corresponding to the water outlet, and use another cleaning device when squeezing water.

As shown in FIG. 8 , this embodiment is preferred. The technical solution of a water pump is that the water pump comprises a pump casing B1, a piston B2, an elastic body B3, a power rod B4, and two check valves B5, and the pump casing B1 is provided with a water inlet. And a water outlet portion, the two check valves B5 are respectively disposed in the water inlet portion and the water outlet portion, the piston B2 is disposed in the pump casing B1, and the elastic body B3 is applied to the piston B2 or the power rod B4 elastic force, specifically, the elastic body B3 is a compression spring, and the power rod B4 is connected to the piston B2. When pumping water, the piston B2 overcomes the elastic force of the elastic body B3, the check valve B5 of the water inlet portion is opened, and the check valve B5 of the water outlet portion is closed. The pump casing B1 has a large capacity, and the power rod B4 drives one time to pump more water, and then the pressure spring drives the piston B2 to press out the clean water, which can clean the mop.

As shown in FIG. 9, the mop of the present embodiment includes a mop board 41. The mop board 41 is provided with a mop 4, and after the mop board 41 and the mop 4 are mounted, one end of the mop board 41 in and out of the mouth is wrapped by a mop 4. One of the specific embodiments of the bezel is that the end of the mop 4 extends beyond the mop plate 41 and is bent upward to wrap the end of the mop plate 41. In another embodiment, the end of the mop plate 41 is provided with a tab 401, and one end of the back of the mop 4 is provided with a cloth pocket 40, and the insert piece 401 is inserted into the cloth pocket 40, and the mop 4 encloses the end of the mop board 41. The structure can prevent the mop 4 from being separated from the mop plate 41 by splitting, and the rear end portion of the split fork is swollen and the mouth is not smooth.

As shown in FIG. 9 , the present embodiment includes a mop including a mop plate 41 , a connecting head 42 , a sleeve 43 , an elastic member 44 , and a top post 45 . The mop plate 41 and the connecting head 42 are rotatably connected around the first rotating shaft a. The lower end of the tube 43 and the connecting head 42 are rotatably connected to the second rotating shaft. The first rotating shaft a and the second rotating shaft are arranged in a crisscross manner. The upper end of the sleeve 43 is fixedly connected with the mop rod, and the sleeve 43 is provided with an empty space for accommodating the top column 45. The cavity, the top post 45 is disposed within the sleeve 43 and is constrained by the sleeve 43 and movable within the sleeve 43, and the resilient member 44 applies a force to the top post 45. Preferably, the elastic member 44 is a spring or an elastic plastic piece, and one end of the elastic plastic piece is fixedly connected to the sleeve 43, and the other end of the elastic plastic piece is a free end, thereby providing elastic force to the top column 45. The connecting head 42 is provided with a curved surface. When the connecting head 42 rotates around the second rotating shaft, the end of the top pillar 45 touches the curved surface of the connecting head 42. The curved surface is a cam surface, and the mop lever and the mop board 41 When the phase is vertical, the distance between the end of the top pillar 45 and the portion touched by the curved surface to the second rotating shaft is D1, and when the mop lever is parallel with the mop plate 41, the end portion of the top pillar 45 and the curved surface touch the second portion to the second The distance of the rotating shaft is D2, and the D1 is greater than D2. In this configuration, when the mop plate 41 is rotated from the horizontal to the vertical direction, the top post 45 is gradually extended, thereby facilitating the rotation of the mop plate 41 to the vertical direction.

In this embodiment, when the mop lever is parallel to the mop plate 41, the top end curved surface of the top post 45 is linear.

In this embodiment, the side wall of the sleeve 43 is provided with a concave cavity 430, and the mop plate 41 is provided with a convex body 411. When the mop rod and the mop plate 41 are rotated to be parallel, the convex body 411 of the mop plate 41 It falls into the cavity 430. After the protrusion 411 falls into the cavity 430, the positioning between the mop plate 41 and the mop bar is more precise, and the sway of the mop plate 41 is avoided, and the stability is better when the water is squeezed.

The above description in this specification is merely illustrative of the invention. A person skilled in the art can make various modifications or additions to the specific embodiments described or replace them in a similar manner, without departing from the scope of the invention or beyond the scope of the claims. All should fall within the scope of protection of the present invention.

Claims (24)

1. a mop cleaning device for cleaning water net dirt separation, characterized in that

   Including a water outlet, the outlet is clean water;

   a cleaning device comprising a mouthpiece for the mop to enter and exit, the side of the mouthpiece being provided with a wiper capable of pressing the mop of the mop when the mop is located at the mouth of the mouth;

   When cleaning the mop, the water flowing out of the water outlet flows to the mop or cleaning device;

   a sewage collection area having a sewage inlet.
2. A mop cleaning device for cleaning water net separation according to claim 1, further comprising a water storage area, wherein the water outlet is disposed in a water storage area, and the water level of the water storage area is higher than the water outlet.
3. A mop cleaning device for cleaning water net separation according to claim 1, further comprising a water storage area and a water pump, wherein the water outlet is disposed in the water storage area, and the water pump takes water through the water outlet.
4. A mop cleaning device for cleaning water net separation according to claim 1 or 2, further comprising a water valve, the water valve tube being connected to the water outlet.
5. A mop cleaning device for cleaning water net separation according to claim 4, wherein the water valve comprises a valve casing, a valve core, an elastic member, and a control handle, and the valve casing comprises a water inlet hole and a water outlet hole. The valve core is disposed in the valve casing, the elastic member applies a force to the valve core or the control handle, and the valve core tends to block the position where the water inlet hole and the water outlet hole communicate; the control handle connects the valve core; when the mop is located When the mouth is opened, the handle is activated and the water valve is opened.
6. A mop cleaning device for cleaning water net separation according to claim 4, wherein said water storage area comprises a large container and a small container, and said water outlet is provided in a small container, said large container and said small container The intermediate phase is connected, and the opening and closing between the large container and the small container and the opening and closing of the water outlet are interlocking control.
7. A mop cleaning device for cleaning water net separation according to claim 6, wherein said interlocking control comprises an on-off valve connected between the large container and the small container, a connection on-off valve and a water valve. Linkage device.
8. A mop cleaning device for cleaning water net separation according to claim 5, wherein said interlocking control comprises an inlet and outlet water hole provided in the valve casing, and said water inlet and outlet pipe is connected to the water outlet of the small container, water When the valve is opened, the spool blocks the inlet hole and the inlet and outlet ports.
9. A mop cleaning apparatus for cleaning water-cleaning separation according to claim 3, wherein said water pump comprises a driving body which is disposed at a position where the mop can be activated when the mop moves.
10. A mop cleaning device for cleaning water net separation according to claim 2, wherein the water storage area is movably disposed relative to the cleaning device, the water storage area is supported by the thrust member, and the water valve tube is connected to the water outlet of the water storage area. The water valve includes a valve casing, a valve core, an elastic member, and a control handle. The valve casing includes a water inlet hole and a water outlet hole. The valve core is disposed in the valve casing, and the elastic member applies a force to the valve core. And the valve core tends to block the position where the water inlet hole and the water outlet hole communicate; the control handle is connected with the valve core, and the touch control handle water valve can be opened; the control handle extends to the water storage area, and the control handle is in contact with the water storage area The activity of a water storage area.
11. The mop cleaning device for cleaning and cleaning the cleaning water according to claim 10, wherein the outer side wall of the water storage area is provided with an uneven surface, and the concave and convex surface corresponds to the control handle.
12. A mop cleaning device for cleaning water net separation according to claim 1, further comprising a water storage area and an air pump, wherein the water outlet is disposed in the water storage area, and the water storage area is further provided with an air inlet. The nozzle is covered by water, the outlet is higher than the liquid level, and the air pump is connected to the air inlet.
13. A mop cleaning device for cleaning water net separation according to claim 12, wherein the air pump is disposed below the mouth of the mouth, and the mop enters the mouthpiece to access the air pump.
14. A mop cleaning device for cleaning and cleaning a cleaning water according to any one of claims 1, 2, 3, 5, 6, 7, 8, or 12, wherein the cleaning device is two, two cleaning devices Set separately, the water outlet corresponds to any of the cleaning devices.
15. A mop cleaning device for cleaning water net separation according to claim 3, wherein the water pump comprises a pump casing, a piston, an elastic body, a power rod, and two check valves, and the pump casing is provided with a water inlet portion and a water outlet portion. The two check valves are respectively disposed in the water inlet portion and the water outlet portion. The piston is disposed in the pump casing, the elastic body applies the piston or the power rod elastic force, and the power rod is connected to the piston. When pumping water, the piston overcomes the elastic body elastic activity and advances. The check valve of the water part is opened, and the check valve of the water outlet is closed.
16. A mop cleaning device for cleaning and cleaning a cleaning water according to any one of claims 1, 2, 3, 5, 6, 7, 8, or 12, wherein the wiper is a scraper, The scraper is inclined, and the oblique direction of the scraper is high near the mop and low from the mop.
17. A mop cleaning device for cleaning and cleaning a cleaning water according to any one of claims 1, 2, 3, 5, 6, 7, 8, or 12, wherein the scraping strip is scraped from the mop The water flows to the sewage collection area.
18. The mop cleaning device for cleaning and cleaning the cleaning water according to any one of claims 1, 2, 3, 5, 6, 7, 8, or 12, wherein the opposite side of the wiper is provided with a mop The abutting mechanism of the mop plate, the abutting mechanism includes a pendulum member, and the pendulum member is provided with a rotationally mounted pivot point, and the pendulum member is in contact with the mop plate at one end.
19. A mop cleaning device for cleaning water net separation according to claim 18, wherein the swinging member is rotatably mounted at one end.
20. The mop cleaning device for cleaning and cleaning the cleaning water according to any one of claims 1, 2, 3, 5, 6, 7, 8, or 12, wherein the sewage collection area and the cleaning device are detachable.
21. A mop cleaning device for cleaning water net separation according to claim 1, wherein the mop comprises a mop plate, the mop plate is provided with a mop, the mop plate and the mop are installed, and the end of the mop plate is inserted into the mouth of the mop. Set.
22. A mop cleaning device for cleaning water net separation according to claim 1, wherein the mop comprises a mop plate, a connecting head, a sleeve, an elastic member, and a top post; and the mop plate and the connecting head rotate around the first rotating shaft Connected, the lower end of the sleeve is connected with the connecting head about the second rotating shaft, the first rotating shaft and the second rotating shaft are arranged in a crisscross manner, and the upper end of the sleeve is fixedly connected with the mop rod, and the sleeve is provided with a cavity for accommodating the top column, the top column The sleeve is limited by the sleeve and can move in the sleeve, and the elastic member applies a force to the top post. The joint is provided with a curved surface, and the top end of the top end of the joint is rotated during the rotation of the joint around the second rotating shaft. The curved surface is a cam surface. When the mop rod is perpendicular to the mop board, the distance between the end of the top post and the top surface of the arc surface to the second rotating shaft is D1, and the mop rod is parallel to the mop board. The distance between the end of the top column and the portion touched by the curved surface to the second rotating shaft is D2, and the D1 is greater than D2.
23. The mop head rotation positioning mechanism for a mop according to claim 22, wherein when the mop lever is parallel to the mop plate, the top end end of the top post is linear.
24. The mop head rotation positioning mechanism for a mop according to claim 22, wherein the side wall of the sleeve is provided with a concave cavity, the mop plate is provided with a convex body, and the mop rod and the mop plate are rotated to When parallel, the convex body of the mop plate falls into the cavity.

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