CN110755011A

CN110755011A - Flat mop cleaning barrel and flat mop cleaning method

Info

Publication number: CN110755011A
Application number: CN201911120137.XA
Authority: CN
Inventors: 王玉龙
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-11-15
Filing date: 2019-11-15
Publication date: 2020-02-07
Also published as: CN112120624A; CN215191332U; CN215227330U; CN112515594A; CN214048712U

Abstract

The invention relates to the technical field of mop buckets, in particular to a flat mop cleaning bucket and a flat mop cleaning method, wherein the flat mop cleaning bucket comprises a bucket body, a clean water area, a sewage cleaning and dewatering area, a sewage area and a heightening area which are independent from each other are arranged in the bucket body, the clean water area, the sewage cleaning and dewatering area and the sewage area are adjacently arranged in the horizontal direction, the clean water area and the heightening area are adjacently arranged in the vertical direction, the heightening area is positioned below the clean water area, and the bottom height of the sewage cleaning and dewatering area is flush with the bottom height of the heightening area; the top end of the sewage-cleaning dewatering area is provided with a sewage-cleaning wringing device with the water outlet direction facing the sewage area, the barrel body is provided with a water through hole for communicating the clean water area and the sewage-cleaning dewatering area, the water through hole is arranged at a position close to the bottom of the clean water area, and the barrel body is provided with a control valve component for opening and closing the water through hole; the mop cleaning barrel and the flat mop cleaning method can effectively isolate clear water and sewage, avoid the situation that the clear water is polluted by the reverse flow of the sewage, and have high clear water utilization rate.

Description

Flat mop cleaning barrel and flat mop cleaning method

Technical Field

The invention relates to the technical field of mop buckets, in particular to a flat mop cleaning bucket and a flat mop cleaning method.

Background

The mop is a long-handle cleaning tool for scrubbing the ground, and has simple structure and low cost. The flat mop belongs to one kind of mop, and the mop pole of traditional flat mop is fixed on mop pole connector, and mop pole connector articulates on articulated seat, and articulated seat articulates on the connecting seat of flat mop mainboard, and the mop is fixed on the flat mop mainboard through modes such as cup jointing, pasting or buckle, can keep mop and ground contact throughout during the use, can conveniently take off again when the mop washs, consequently, and the flat mop is deeply liked by vast user. However, the flat mop has the following problems during use: before use, the wet mop needs to be manually squeezed, then the mop needs to be fixed above the flat mop main board for use, after use, the mop needs to be folded down from the flat mop main board for manual cleaning and squeezing, not only is the working efficiency low and the labor intensity large, but also the cleaning and squeezing needs to dirty both hands, and the cleaning and squeezing requirements of a large number of users cannot be met. Therefore, a mop cleaning barrel which can realize the functions of washing and wringing through the cleaning barrel without wringing by hands is popular in the market. Some current clean buckets only generally include clean district or only include clean district and crowded water district, and what use when wasing at every turn is not necessarily all the clear water, and the water source is extravagant great, abluent effect is not good.

Chinese patent 201710694362.9 discloses a cleaning tool, comprising a mop and a cleaning barrel, wherein the mop comprises a mop rod, the lower end of which is movably connected with a flat plate cleaning head with a wiper; the cleaning barrel is internally provided with an extrusion device, and the wiping surface of the flat plate cleaning head arranged in the cleaning barrel can be abutted against the extrusion device; the flat plate cleaning head arranged in the cleaning barrel can realize extrusion cleaning of the wiper in the cleaning barrel by moving up and down relative to the cleaning barrel, and the wiper can realize extrusion dehydration in the cleaning barrel after synchronous drainage; the cleaning barrel is connected with a water return device, the water return device comprises a water storage device and a control mechanism, and the water storage device can inject water into the cleaning barrel or stop injecting water under the control of the control mechanism. The cleaning barrel is connected with the water return device, and the water return device can be used for injecting water into the cleaning barrel after water is drained, so that the flat plate cleaning head can clean and dewater the wiping materials in the cleaning barrel in the independent operation area.

The cleaning barrel disclosed in the patent has a channel communicated between the squeezing device and the water storage device, and is arranged in the middle of the water storage device in the height direction, so that the cleaning barrel has the following defects:

1. when a user opens the channel through the control mechanism, clear water stored in the water storage device flows to the extrusion device, and meanwhile residual sewage in the extrusion device flows to the water storage device, so that the clear water in the water storage device is polluted;

2. when the water level in the water storage device is lowered to the lower side of the channel, even if a user opens the channel through the control mechanism, the clear water in the water storage device cannot flow into the extrusion device, so that half of the residual clear water in the water storage device can be poured, and water resources are wasted.

Therefore, there is a need for a new mop cleaning bucket that is more water efficient and that effectively avoids reverse contamination of the clean water by the contaminated water.

Disclosure of Invention

The invention aims to provide a flat mop cleaning barrel and a flat mop cleaning method.

In order to achieve the purpose, the invention adopts the following technical scheme:

the flat mop cleaning bucket comprises a bucket body, wherein a clean water area, a sewage cleaning and dewatering area, a sewage area and a padding area which are independent of each other are arranged in the bucket body, the clean water area, the sewage cleaning and dewatering area and the sewage area are adjacently arranged in the horizontal direction, the clean water area and the padding area are adjacently arranged in the vertical direction, the padding area is positioned below the clean water area, and the bottom height of the sewage cleaning and dewatering area is flush with the bottom height of the padding area; the top end of the sewage-cleaning dewatering area is provided with a sewage-cleaning water squeezing device with the water outlet direction facing the sewage area, the barrel body is provided with a water through hole for communicating the sewage-cleaning area and the sewage-cleaning dewatering area, the water through hole is arranged at a position close to the bottom of the sewage-cleaning area, and the barrel body is provided with a control valve component for opening and closing the water through hole.

As a preferred scheme of a flat mop cleaning bucket, a bucket body comprises a bottom wall, the bottom wall comprises a lower bottom and an upper bottom, the lower bottom and the upper bottom are positioned on different horizontal planes, the adjacent sides of the lower bottom and the upper bottom are superposed in the vertical direction in a projection manner, a connecting plate is vertically arranged and is connected with the adjacent sides of the lower bottom and the upper bottom, and a supporting plate is arranged at the bottom of the upper bottom and extends to the height flush with the bottom of the lower bottom; the barrel body also comprises a peripheral wall, a first partition plate and a second partition plate, wherein the peripheral wall surrounds the edge of the bottom wall and vertically and upwardly extends to the same horizontal plane, the first partition plate vertically and upwardly extends from the bottom wall of the lower bottom to be flush with the top end of the peripheral wall, the second partition plate vertically and upwardly extends from the bottom wall of the upper bottom to be flush with the top end of the peripheral wall, the first partition plate and the second partition plate are parallel to the connecting plate, and two sides of the first partition plate and two sides of the second partition plate are fixedly connected with the inner wall of the peripheral wall; the second partition plate is provided with a first through hole which horizontally penetrates through the second partition plate, and the first through hole is positioned above the upper bottom and close to the upper bottom.

As a preferred scheme of the flat mop cleaning bucket, one side of the sewage cleaning and dewatering area, which is far away from the sewage area, is provided with an avoiding groove for avoiding the mop stick body.

As an optimal scheme of clean bucket of dull and stereotyped mop, the device of squeezing out water of decontaminating includes the base, the wringing scraper blade, sawtooth scraper blade and a pair of gyro wheel, install the top in the dehydration district of decontaminating with the base liftable, the both ends of wringing scraper blade are rotatably installed on the base, the sawtooth scraper blade sets up on the top of wringing scraper blade and sawtooth scraper blade are integrative, the both ends of gyro wheel are rotatably installed on the base, be provided with the opening of dodging that is used for dodging the mop on the base, wringing scraper blade and gyro wheel set up respectively dodging open-ended both sides, the wringing scraper blade sets up in the one side that is close to the sewage district, the gyro wheel sets up in the one.

As an optimal scheme of the flat mop cleaning barrel, the dirt cleaning and water squeezing device further comprises an elevating mechanism, the elevating mechanism comprises sliders, slide rails, electric push rods and clamps, the sliders are arranged on two sides of the base, the slide rails are arranged on two sides of the barrel body, the sliders and the slide rails are vertically arranged and are in sliding connection, the electric push rods are fixedly arranged on the barrel body, the working ends of the electric push rods are vertically and upwards arranged, the clamps are arranged on the side faces of the base, the clamps are fixedly connected with the output ends of the electric push rods, and the sliders, the clamps and the base are integrated.

As a preferable scheme of the flat mop cleaning bucket, the bottom of the base is provided with a water blocking skirt which vertically extends downwards and is matched with the inner wall of the dirt removing and dewatering area.

As an optimal selection scheme of clean bucket of dull and stereotyped mop, control valve subassembly is including first adjust knob, first valve rod, the sealing plug, positioning seat and eccentric branch, positioning seat fixed mounting is on the crowded water installation of decontaminating, the vertical setting of first valve rod, be provided with the vertical valve rod seat that upwards extends on the diapire, be provided with the valve rod hole coaxial with valve rod seat on the positioning seat, the bottom of first valve rod is rotatably installed in the valve rod seat, the middle part of first valve rod is rotatably installed in the valve rod hole, the sealing plug top at first valve rod is installed to first adjust knob detachably, the bottom at first valve rod is installed to eccentric branch detachably, install on the limbers and sealing plug and eccentric branch fixed connection.

As a preferred scheme of a flat mop cleaning barrel, the first valve rod comprises a square rod, a six-sided rod, a first round rod, a stop ring, a six-sided rod and a second round rod which are coaxial from top to bottom and are sequentially connected, the diameters of the square rod, the six-sided rod, the first round rod and the stop ring are gradually increased from top to bottom, the diameters of the stop ring, the six-sided rod and the second round rod are gradually reduced from top to bottom, three sides, which are not adjacent, of six sides of the six-sided rod are fan-shaped surfaces which are uniformly distributed around the same axis, the six-sided rod is rotatably arranged in a valve rod hole, the first adjusting knob is arranged on the square rod, the second round rod is arranged in a valve rod seat, and one end of the eccentric support rod is; the bottom of the first adjusting knob is provided with a square hole shaft in clearance fit with the square rod, the eccentric support rod comprises a hexagonal hole sleeve and a movable plate, one end of the movable plate is fixedly connected with the hexagonal hole sleeve, the hexagonal hole sleeve is in clearance fit with the hexagonal rod, and the sealing plug is fixedly installed at the free end of the movable plate.

As an optimal selection scheme of the clean bucket of dull and stereotyped mop, control valve subassembly is still including the lantern ring and reset torsion spring, lantern ring detachably installs on six poles, the inner wall and six pole clearance fit of the lantern ring, the vertical plane of nonadjacent other trilateral for encircleing same axis equipartition in six of six poles, the lantern ring is located the below of positioning seat, reset torsion spring cover is established on first valve rod, be provided with the jack round pin of radial outside extension on the lantern ring, the bottom of positioning seat is provided with the couple round pin of vertical downwardly extending, the pot head of reset torsion spring is established on the jack round pin, the other end of reset torsion spring colludes even on the couple round pin.

As an optimal scheme of the clean bucket of dull and stereotyped mop, control valve subassembly is including second adjust knob, the second valve rod, case and valve casing, the valve casing sets up on the second baffle, be provided with the fourth through-hole of intercommunication clear water district and clear dirty dehydration district on the valve casing, the case is rotatably installed inside the valve casing, be provided with the third through-hole of rotatory back and fourth through-hole intercommunication on the case, the vertical setting of second valve rod, the bottom and the coaxial fixed connection of case of second valve rod, second adjust knob and the coaxial setting of second valve rod and second adjust knob fixed mounting are on the top of second valve rod.

As an optimal scheme of the flat mop cleaning barrel, the flat mop cleaning barrel further comprises a barrel cover, the barrel cover is buckled and covered on the top end of the barrel body, the barrel cover is clamped with the barrel body, the barrel cover is vertically arranged on the barrel cover and penetrates through the barrel cover and is respectively communicated to a water injection port, a mop port and a water outlet of a clean water area, a sewage cleaning and dewatering area and a sewage area, and vertical downwardly extending skirt edges are arranged at the edges of the barrel cover, the water injection port, the mop port and the water outlet.

As an optimal scheme of the flat mop cleaning barrel, the barrel cover is rotatably provided with the lifting handle, two ends of the lifting handle are hinged with the middle parts of two sides of the barrel cover respectively, and the barrel cover is provided with a lifting handle groove for containing the lifting handle.

As a preferable scheme of the flat mop cleaning barrel, the barrel cover is further provided with an overflow groove, the overflow groove is positioned on one side of the water outlet, which is far away from the mop opening, and the bottom end of the overflow groove is flush with the edge of the barrel body.

As a preferred scheme of the flat mop cleaning barrel, a second through hole and a stroke groove are further formed in the barrel cover, a stop rod vertically extending downwards is arranged at the edge of the first adjusting knob, the stroke groove is an arc-shaped groove hole coaxial with the second through hole, the second through hole is a round hole in clearance fit with a square hole shaft, the square hole shaft penetrates through the second through hole to be connected with the square rod, and the stop rod is slidably mounted inside the stroke groove.

As an optimal scheme of the flat mop cleaning barrel, the middle parts of two sides of the barrel cover are provided with elastic pieces which vertically extend downwards and are attached to the inner wall of the peripheral wall, the bottom end of each elastic piece is provided with a clamping block which extends towards the direction far away from the barrel cover, and the peripheral wall is provided with a bayonet which is used for horizontally penetrating through the peripheral wall and is clamped with the clamping block.

As a preferred scheme of the flat mop cleaning barrel, the inner wall of the peripheral wall is provided with guide strips positioned at two sides of the bayonet, the guide strips are in a long strip shape extending along the vertical direction, and the minimum distance between every two adjacent guide strips is equal to the width of the clamping block.

As a preferred scheme of the flat mop cleaning barrel, the peripheral wall is provided with a water drainage hole which penetrates through the peripheral wall and is communicated with the outside of the barrel body and the sewage area, a rubber ring is arranged on the water drainage hole, and a plug is detachably arranged on the rubber ring.

A flat mop cleaning method of a flat mop cleaning bucket comprises the following steps:

step one, injecting clean water into a clean water area: a user injects a certain amount of clean water into the clean water area through the water injection port, and then lifts the cleaning barrel through the lifting handle to move the cleaning barrel to an area to be cleaned;

step two, injecting clear water into the decontamination dehydration region: the user controls the valve component to open the water through hole, and the water through hole is closed by the control valve component after the clear water area injects a certain amount of clear water into the sewage-removing and dewatering area;

step three, adjusting the height of the sewage-cleaning wringing device; the user adjusts the height of the base through the lifting mechanism to enable the base to be lowered to the lowest position, then the user inserts the mop into the dirt removing and dewatering area through the base, and then the height of the base is adjusted through the lifting mechanism to enable the mop to move to the highest position of the mop or the stroke end point of the base;

step four, wetting the mop: a user holds the mop to be wetted by hands, inserts the mop into the dirt removing and dewatering area to wet the mop, and squeezes redundant moisture on the mop cloth into the sewage area by the squeezing scraper when the mop is pulled out;

step five, cleaning the mop: a user holds a mop to be cleaned by hand, inserts the mop into the decontamination and dehydration area and repeatedly pumps and inserts the mop, the mop is washed by clean water in the decontamination and dehydration area, sewage on the mop is squeezed into the sewage area through the water squeezing scraper, dirt on the mop is scraped by the sawtooth scraper and enters the sewage area along with the sewage, and the mop is stopped until the water level in the decontamination and dehydration area drops below the upper bottom;

step six, injecting clean water into the decontamination and dehydration area again: repeating the second step until the water level in the sewage-removing and dewatering area is level to the water level in the clean water area;

step seven, cleaning the mop again: a user holds the mop cleaned for the first time, rotates or turns over the mop cloth part by 180 degrees, so that the downward end of the mop cloth part in the fourth step is arranged upward, and then repeats the fourth step;

step eight, dumping sewage: a user holds the handle and then inclines the bucket body, and residual sewage in the bucket body is poured out through the water injection port, the mop port, the water outlet and the overflow groove;

step nine, cleaning the barrel body: the user pulls the plug out of the rubber ring, then places the water outlet below the faucet, and cleans residual dirt in the sewage area through running water.

The invention has the beneficial effects that:

the clear water area is used for storing clear water, and the clear water can enter the decontamination dehydration area by opening the limber hole through the control valve component; the dirt removing and dewatering area is used for storing a certain amount of clear water, a user inserts the mop into the dirt removing and dewatering area through the dirt removing and water squeezing device and repeatedly pumps and inserts the mop, the mop is washed by the clear water in the dirt removing and dewatering area, and dirt and sewage on the mop are scraped by the dirt removing and water squeezing device and enter the sewage area; after repeated pumping and inserting, sewage in the sewage-removing and dewatering area continuously enters the sewage area through the sewage-removing and water-squeezing device, so that the water level in the sewage-removing and dewatering area is lowered to the position below the top end of the heightening area; that is, at this time, the water level at the lowest position of the clean water area is higher than the water level of the sewage disposal and dewatering area, then the user opens the water through hole by the control valve component, the water in the clean water area flows into the sewage disposal and dewatering area through the water through hole, and the sewage in the sewage disposal and dewatering area can not flow back to the clean water area; when sufficient clear water is injected into the dirt removing and dewatering area, the water through holes can be closed through the control valve assembly without waiting for the water level balance of the clear water area and the dirt removing and dewatering area, and the mop can be cleaned again.

1. The mop cleaning barrel can effectively isolate clear water and sewage, and avoids the situation that the clear water is polluted by the reverse flow of the sewage;

2. clear water in the clear water area of the mop cleaning barrel can be utilized by 100%, the utilization rate of the clear water is high, the water consumption of the mop cleaning barrel is reduced, and the water-saving and environment-friendly effects are achieved.

Drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings required to be used in the embodiments of the present invention will be briefly described below. It is obvious that the drawings described below are only some embodiments of the invention, and that for a person skilled in the art, other drawings can be derived from them without inventive effort.

FIG. 1 is a first perspective view of a flat mop cleaning bucket according to a first embodiment of the present invention;

FIG. 2 is a second perspective view of a flat mop cleaning bucket according to the first embodiment of the present invention;

FIG. 3 is an exploded perspective view of a flat mop cleaning bucket according to a first embodiment of the present invention;

FIG. 4 is a perspective view of a flat mop cleaning bucket with the bucket lid removed according to the first embodiment of the present invention;

FIG. 5 is an enlarged view of a portion of FIG. 4 at A;

FIG. 6 is a top plan view of a flat mop cleaning bucket removal bucket lid, a purge wringer device and a control valve assembly according to a first embodiment of the invention;

FIG. 7 is a top plan view of a flat mop cleaning bucket according to a first embodiment of the present invention;

FIG. 8 is a sectional view taken along line B-B of FIG. 7;

FIG. 9 is a schematic perspective view of FIG. 8;

FIG. 10 is a cross-sectional view taken along line C-C of FIG. 7;

FIG. 11 is a schematic perspective view of FIG. 10;

FIG. 12 is a perspective view of a flat mop cleaning bucket control valve assembly according to a first embodiment of the present invention;

FIG. 13 is an exploded perspective view of a flat mop cleaning bucket control valve assembly according to a first embodiment of the present invention;

FIG. 14 is an operational elevation view of a flat mop cleaning bucket and flat mop according to a first embodiment of the present invention;

FIG. 15 is a sectional view taken in the direction D-D of FIG. 14;

FIG. 16 is a perspective view of a second embodiment of a mop bucket with a waste-cleaning wringing device and a control valve assembly;

FIG. 17 is a side view of a second embodiment of the invention showing a waste-cleaning wringing device and a control valve assembly for a flat mop cleaning bucket;

FIG. 18 is a front elevational view of a waste wringer device and control valve assembly of a flat mop cleaning bucket according to a second embodiment of the invention;

FIG. 19 is a sectional view taken in the direction E-E of FIG. 18;

FIG. 20 is a first perspective view of FIG. 19;

FIG. 21 is a second perspective view of FIG. 19;

FIG. 22 is an exploded perspective view of a mop bucket with a mop and a control valve assembly according to a second embodiment of the present invention;

in the figure:

1. a barrel body; 1a, a bottom wall; 1a1, bottom; 1a2, top bottom; 1a3, connecting plate; 1a4, bracing plate; 1a5, valve stem seat; 1b, a peripheral wall; 1b1, bayonet; 1b2, guide bar; 1b3, weep holes; 1c, a first separator; 1d, a second partition plate; 1d1, first via; 1d2, arc-shaped protrusion; 1e, a rubber ring; 1f, a plug;

2. a sewage-cleaning and water-squeezing device; 2a, a base; 2a1, water-blocking skirt; 2b, a water squeezing scraper; 2c, a sawtooth scraper; 2d, rollers; 2e, a lifting mechanism; 2e1, slider; 2e2, slide rail; 2e3, electric push rod; 2e4, clamp;

3a, a first adjusting knob; 3a1, square hole shaft; 3a2, stop lever; 3b, a first valve stem; 3b1, square bar; 3b2, six-sided bar; 3b3, first round bar; 3b4, stop ring; 3b5, hexagonal rod; 3b6, second round bar; 3c, sealing plug; 3d, positioning seats; 3d1, valve stem hole; 3d2, hanger pin; 3e, an eccentric strut; 3e1, hexagonal hole sleeve; 3e2, movable plate; 3f, a lantern ring; 3f1, jack pin; 3g, a reset torsion spring;

4. a barrel cover; 4a, a water filling port; 4b, a mop opening; 4c, a water outlet; 4d, a handle groove; 4e, an overflow groove; 4f, a second through hole; 4g, a stroke groove; 4h, spring plates; 4i, a fixture block;

5. a handle;

6a, a second adjusting knob; 6b, a second valve stem; 6c, a valve core; 6c1, third via; 6d, valve casing; 6d1, fourth via.

Detailed Description

The technical scheme of the invention is further explained by the specific implementation mode in combination with the attached drawings.

Wherein the showings are for the purpose of illustration only and are shown by way of illustration only and not in actual form, and are not to be construed as limiting the present patent; to better illustrate the embodiments of the present invention, some parts of the drawings may be omitted, enlarged or reduced, and do not represent the size of an actual product; it will be understood by those skilled in the art that certain well-known structures in the drawings and descriptions thereof may be omitted.

The same or similar reference numerals in the drawings of the embodiments of the present invention correspond to the same or similar components; in the description of the present invention, it should be understood that if the terms "upper", "lower", "left", "right", "inner", "outer", etc. are used for indicating the orientation or positional relationship based on the orientation or positional relationship shown in the drawings, it is only for convenience of description and simplification of description, but it is not indicated or implied that the referred device or element must have a specific orientation, be constructed in a specific orientation and be operated, and therefore, the terms describing the positional relationship in the drawings are only used for illustrative purposes and are not to be construed as limitations of the present patent, and the specific meanings of the terms may be understood by those skilled in the art according to specific situations.

In the description of the present invention, unless otherwise explicitly specified or limited, the term "connected" or the like, if appearing to indicate a connection relationship between the components, is to be understood broadly, for example, as being fixed or detachable or integral; can be mechanically or electrically connected; they may be directly connected or indirectly connected through intervening media, or may be connected through one or more other components or may be in an interactive relationship with one another. The specific meanings of the above terms in the present invention can be understood in specific cases to those skilled in the art.

First embodiment

A flat mop cleaning bucket is shown in figures 1-14 and comprises a bucket body 1, wherein a clean water area, a sewage cleaning and dewatering area, a sewage area and a heightening area which are independent of each other are arranged inside the bucket body 1, the clean water area, the sewage cleaning and dewatering area and the sewage area are adjacently arranged in the horizontal direction, the clean water area and the heightening area are adjacently arranged in the vertical direction, the heightening area is positioned below the clean water area, and the bottom height of the sewage cleaning and dewatering area is flush with the bottom height of the heightening area; the top end of the sewage-cleaning dewatering area is provided with a sewage-cleaning wringing device 2 with the water outlet direction facing the sewage area, the barrel body 1 is provided with a water through hole for communicating the clean water area and the sewage-cleaning dewatering area, the water through hole is arranged at a position close to the bottom of the clean water area, and the barrel body 1 is provided with a control valve component for opening and closing the water through hole.

The clear water area is used for storing clear water, and the clear water can enter the decontamination dehydration area by opening the limber hole through the control valve component; the cleaning and dewatering area is used for storing a certain amount of clear water, a user inserts the mop into the cleaning and dewatering area through the cleaning and wringing device 2 and repeatedly pumps and inserts the mop, the mop is washed by the clear water in the cleaning and dewatering area, and dirt and sewage on the mop are scraped by the cleaning and wringing device 2 and enter the sewage area; after repeated pumping and inserting, sewage in the sewage-removing and dewatering area continuously enters the sewage area through the sewage-removing and water-squeezing device 2, so that the water level in the sewage-removing and dewatering area is lowered to the position below the top end of the bed-up area; that is, at this time, the water level at the lowest position of the clean water area is higher than the water level of the sewage disposal and dewatering area, then the user opens the water through hole by the control valve component, the water in the clean water area flows into the sewage disposal and dewatering area through the water through hole, and the sewage in the sewage disposal and dewatering area can not flow back to the clean water area; when sufficient clear water is injected into the dirt removing and dewatering area, the water through holes can be closed through the control valve assembly without waiting for the water level balance of the clear water area and the dirt removing and dewatering area, and the mop can be cleaned again.

As shown in fig. 5 and fig. 8 to 11, the barrel body 1 comprises a bottom wall 1a, the bottom wall 1a comprises a lower bottom 1a1 and an upper bottom 1a2, the lower bottom 1a1 and the upper bottom 1a2 are located on different horizontal planes, the projections of the adjacent sides of the lower bottom 1a1 and the upper bottom 1a2 in the vertical direction are overlapped, a connecting plate 1a3 is vertically arranged and connected with the adjacent sides of the lower bottom 1a1 and the upper bottom 1a2, and a bracing plate 1a4 is arranged at the bottom of the upper bottom 1a2 and extends to the height flush with the bottom of the lower bottom 1a 1; the barrel body 1 further comprises a peripheral wall 1b, a first partition plate 1c and a second partition plate 1d, wherein the peripheral wall 1b extends vertically and upwards to the same horizontal plane around the edge of the bottom wall 1a, the first partition plate 1c extends vertically and upwards from the bottom wall of the lower bottom 1a1 to be flush with the top end of the peripheral wall 1b, the second partition plate 1d extends vertically and upwards from the bottom wall of the upper bottom 1a2 to be flush with the top end of the peripheral wall 1b, the first partition plate 1c and the second partition plate 1d are both parallel to the connecting plate 1a3, and two sides of the first partition plate 1c and the second partition plate 1d are both fixedly connected with the inner wall of the peripheral wall 1 b; the second partition board 1d is provided with a first through hole 1d1 horizontally penetrating through the second partition board 1d, and the first through hole 1d1 is located above the upper bottom 1a2 and close to the upper bottom 1a 2.

The lower bottom 1a1, the upper bottom 1a2 and the connecting plate 1a3 form a bottom wall 1a which is hermetically connected with the peripheral wall 1b, and the bottom wall 1a and the peripheral wall 1b form a water bucket which can be used for containing water; the first partition board 1c and the second partition board 1d divide the water barrel into a clear water area, a sewage cleaning and dehydrating area and a sewage area, wherein the peripheral wall 1b and the first partition board 1c are combined into the sewage area, the peripheral wall 1b, the first partition board 1c and the second partition board 1d are combined into the sewage cleaning and dehydrating area, and the peripheral wall 1b and the second partition board 1d are combined into the clear water area; the upper bottom 1a2 and the supporting plate 1a4 are combined into a raising area for raising the bottom of the clear water area; the first through hole 1d1 is a water through hole for communicating the clean water area and the sewage-cleaning dewatering area.

As shown in fig. 11, an avoiding groove for avoiding the mop stick body is arranged on one side of the sewage cleaning and dewatering area, which is far away from the sewage area.

The second clapboard 1d is provided with an arc-shaped bulge 1d2 which is protruded towards the sewage area along the center line of the second clapboard 1d, and the upper bottom 1a2 and the arc-shaped bulge 1d2 form an avoidance groove for avoiding the mop stick body.

As shown in fig. 3-4, the device 2 for removing dirt and squeezing water comprises a base 2a, a squeezing scraper 2b, a sawtooth scraper 2c and a pair of rollers 2d, the base 2a is installed on the top of the area for removing dirt and dewatering in a liftable manner, the two ends of the squeezing scraper 2b are rotatably installed on the base 2a, the sawtooth scraper 2c is arranged on the top of the squeezing scraper 2b, the squeezing scraper 2b and the sawtooth scraper 2c are an integrated part, the two ends of the rollers 2d are rotatably installed on the base 2a, an avoiding opening for avoiding a mop is arranged on the base 2a, the squeezing scraper 2b and the rollers 2d are respectively arranged on two sides of the avoiding opening, the squeezing scraper 2b is arranged on one side close to the area for removing dirt, and the rollers 2d are arranged on one side close to the area for removing dirt.

The base 2a is used for installing a water squeezing scraper 2b and a roller 2d, the water squeezing scraper 2b is used for squeezing sewage on the mop cloth to a sewage area, the sawtooth scraper 2c is used for scraping residual dirt on the mop cloth, and the roller 2d is used for clinging to the other surface of the mop cloth part, guiding the pulling and inserting movement of the mop and pushing the mop cloth part towards the direction of the water squeezing scraper 2 b; because base 2a can go up and down to make the user can be through the height of adjusting base 2a, thereby make this mop bucket be applicable to the mop of different length, the user need not to change the mop when changing the mop bucket.

As shown in fig. 12 to 13, the control valve assembly includes a first adjusting knob 3a, a first valve rod 3b, a sealing plug 3c, a positioning seat 3d and an eccentric strut 3e, the positioning seat 3d is fixedly mounted on the sewage disposal wringing device 2, the first valve rod 3b is vertically disposed, a valve rod seat 1a5 vertically extending upwards is disposed on the bottom wall 1a, a valve rod hole 3d1 coaxial with the valve rod seat 1a5 is disposed on the positioning seat 3d, the bottom end of the first valve rod 3b is rotatably mounted in the valve rod seat 1a5, the middle of the first valve rod 3b is rotatably mounted in the valve rod hole 3d1, the first adjusting knob 3a is detachably mounted at the top end of the first valve rod 3b, the eccentric strut 3e is detachably mounted at the bottom end of the first valve rod 3b, the sealing plug 3c is mounted on the water through hole, and the sealing plug 3c is fixedly connected with the eccentric strut 3 e.

The valve rod seat 1a5 and the valve rod hole 3d1 are respectively combined into rotating shaft seats at two ends of the first valve rod 3b, a user can rotate the first adjusting knob 3a to drive the first valve rod 3b to rotate, the first valve rod 3b rotates to drive the sealing plug 3c to do circular motion around the axis of the first valve rod 3b through the eccentric supporting rod 3e, and therefore the sealing plug 3c is moved out or plugged into the limber hole.

The first valve rod 3b comprises a square rod 3b1, six-sided rods 3b2, a first round rod 3b3, a stop ring 3b4, a six-sided rod 3b5, a second round rod 3b6, a square rod 3b1, a six-sided rod 3b2, a first round rod 3b3 and a stop ring 3b4 which are coaxially and sequentially connected from top to bottom, the diameters of the stop ring 3b4, the six-sided rod 3b5 and the second round rod 3b6 are gradually increased from top to bottom, three sides which are not adjacent in six sides of the six-sided rod 3b2 are fan-shaped surfaces uniformly distributed around the same axis, the six-sided rod 3b2 is rotatably installed in a valve rod hole 3d1, the first adjusting knob 3a is installed on the square rod 3b1, the second round rod 3b6 is installed in a valve rod seat 1a5, and one end of the eccentric supporting rod 3e is sleeved on the six-sided rod 3b 5; the bottom of the first adjusting knob 3a is provided with a square hole shaft 3a1 in clearance fit with a square rod 3b1, the eccentric support rod 3e comprises a hexagonal hole sleeve 3e1 and a movable plate 3e2, one end of the movable plate 3e2 is fixedly connected with the hexagonal hole sleeve 3e1, the hexagonal hole sleeve 3e1 is in clearance fit with the hexagonal rod 3b5, and the sealing plug 3c is fixedly installed at the free end of the movable plate 3e 2.

The square rod 3b1 is used for installing the square hole shaft 3a1 and transmitting torque, three surfaces of the six-surface rod 3b2 can be combined into an incomplete circumferential surface, so that the six-surface rod 3b2 can stably rotate in the valve rod hole 3d1, the first round rod 3b3 is used for transmitting torque to the six-edge rod 3b5, the six-edge rod 3b5 is used for transmitting torque to the six-edge hole sleeve 3e1, the six-edge hole sleeve 3e1 is used for transmitting torque to the movable plate 3e2, the movable plate 3e2 drives the sealing plug 3c to circularly move around the axis of the first valve rod 3b, the bottom surface of the stop ring 3b4 and the top surface of the valve rod seat 1a5 clamp the upper end surface and the lower end surface of the six-edge hole sleeve 3e1 in the middle, and axial movement of the eccentric strut 3e relative to the first valve rod 3.

The control valve component further comprises a lantern ring 3f and a reset torsion spring 3g, the lantern ring 3f is detachably installed on the six-face rod 3b2, the inner wall of the lantern ring 3f is in clearance fit with the six-face rod 3b2, the other three faces, which are not adjacent to each other, of six faces of the six.

The reset torsion spring 3g is used for driving the eccentric support rod 3e to drive the sealing plug 3c to move towards the direction of the water through hole, so that a user loosens a hand holding the first adjusting knob 3a, the reset torsion spring 3g can drive the jack pin 3f1 to move around the axis of the first valve rod 3b towards the direction far away from the hook pin 3d2 through the self resilience force, further, the torque is transmitted to the eccentric support rod 3e through the first valve rod 3b, and the sealing plug 3c is moved to be plugged into the water through hole; three non-adjacent fan-shaped surfaces in six surfaces of the six-surface rod 3b2 are in clearance fit with the valve rod hole 3d1, and the other three non-adjacent planes in six surfaces of the six-surface rod 3b2 are clamped with the inner wall of the collar 3f, so that the six-surface rod 3b2 can stably rotate in the valve rod hole 3d1, can transmit torque to the collar 3f, and can further fix the collar 3f between the bottom end of the six-surface rod 3b2 and the bottom end of the positioning seat 3 d; compared with the method that the first valve rod 3b, the eccentric support rod 3e and the lantern ring 3f are manufactured into the integrally formed parts, the method has the advantages that the cost of a die for separately manufacturing the first valve rod 3b, the eccentric support rod 3e and the lantern ring 3f is lower, and the assembling is easier.

As shown in fig. 1-3, the mop barrel further comprises a barrel cover 4, the barrel cover 4 is buckled and covered on the top end of the barrel body 1, the barrel cover 4 is clamped with the barrel body 1, the barrel cover 4 is vertically provided with a water injection port 4a, a mop port 4b and a water outlet 4c which vertically penetrate through the barrel cover 4 and are respectively communicated to a clean water area, a sewage cleaning and dehydrating area and a sewage area, and the edges of the barrel cover 4, the water injection port 4a, the mop port 4b and the water outlet 4c are respectively provided with a vertical skirt edge extending downwards.

The barrel cover 4 covers the top surface of the barrel body 1, only a water injection port 4a, a mop port 4b and a water outlet 4c are reserved for injecting water, filling a mop and pouring water, and the skirt rims of the barrel cover 4, the water injection port 4a, the mop port 4b and the water outlet 4c are used for blocking water flow from flowing outwards, so that sewage is prevented from splashing outside the barrel body 1 when a user cleans the mop.

As shown in fig. 3, a handle 5 is rotatably mounted on the barrel cover 4, two ends of the handle 5 are respectively hinged to the middle portions of two sides of the barrel cover 4, and a handle slot 4d for accommodating the handle 5 is formed in the barrel cover 4.

Handle 5 can rotate to the angle perpendicular with bung 4, and the user of being convenient for mentions whole clean bucket through handle 5, and handle 5 also can rotate to the angle with bung 4 parallel and level simultaneously, and handle 5 is encircleed inside by handle groove 4d this moment for when using or accomodating clean bucket, handle 5 can not hinder the clean mop of user or occupy too much space.

The barrel cover 4 is also provided with an overflow groove 4e, the overflow groove 4e is positioned on one side of the water outlet 4c far away from the mop opening 4b, and the bottom end of the overflow groove 4e is flush with the edge of the barrel body 1.

Because the edges of the barrel cover 4, the water filling port 4a, the mop port 4b and the water outlet 4c are provided with skirts for blocking water flow from flowing outwards, when a user pours sewage, a part of sewage remained inside the skirts of the water outlet 4c cannot be poured out, and therefore the part of sewage needs to be poured out through the overflow groove 4 e.

As shown in fig. 3 and 13, the tub cover 4 is further provided with a second through hole 4f and a stroke groove 4g, the edge of the first adjusting knob 3a is provided with a stop rod 3a2 extending vertically downward, the stroke groove 4g is an arc-shaped groove hole coaxial with the second through hole 4f, the second through hole 4f is a circular hole in clearance fit with the square hole shaft 3a1, the square hole shaft 3a1 passes through the second through hole 4f to be connected with the square rod 3b1, and the stop rod 3a2 is slidably mounted inside the stroke groove 4 g.

The first adjusting knob 3a is mounted above the barrel cover 4, so that the operation of a user is facilitated, the first adjusting knob 3a transmits torque to the square rod 3b1 through the square hole shaft 3a1 passing through the second through hole 4f, the stroke groove 4g is used for limiting the stroke of the stop rod 3a2, and the stroke groove 4g is used for limiting the rotation angle of the first adjusting knob 3a, so that the user can know whether the first adjusting knob 3a is rotated in place or not through force feedback of abutting joint of the stop rod 3a2 and two ends of the stroke groove 4 g.

As shown in fig. 3, the middle parts of the two sides of the tub cover 4 are provided with elastic pieces 4h which vertically extend downwards and are attached to the inner wall of the peripheral wall 1b, the bottom end of the elastic piece 4h is provided with a clamping block 4i which extends towards the direction far away from the tub cover 4, and the peripheral wall 1b is provided with a clamping opening 1b1 which horizontally penetrates through the peripheral wall 1b and is clamped with the clamping block 4 i.

When the barrel cover 4 is installed at the top end of the barrel body 1, the clamping block 4i pushes the elastic sheet 4h to move inwards, the elastic sheet 4h generates elastic deformation until the clamping block 4i is clamped into the bayonet 1b1, and at the moment, the barrel cover 4 is clamped with the barrel body 1 through the clamping block 4i and the bayonet 1b1, so that the barrel cover 4 is installed.

The inner wall of the peripheral wall 1b is provided with guide strips 1b2 located on both sides of the bayonet 1b1, the guide strips 1b2 are elongated in a vertical direction, and the minimum distance between two adjacent guide strips 1b2 is equal to the width of the latch 4 i.

The guide bar 1b2 is used to guide the latch 4i to slide into the notch 1b1 quickly, which improves the speed of the user mounting the tub cover 4.

As shown in fig. 1, 8 and 15, the peripheral wall 1b is provided with a drain hole 1b3 penetrating the peripheral wall 1b to communicate the outside of the tub 1 with the sewage area, a rubber ring 1e is attached to the drain hole 1b3, and a plug 1f is detachably attached to the rubber ring 1 e.

The edges of the rubber ring 1e and the plug 1f are fixedly connected through a rubber belt, so that the plug 1f is prevented from being lost carelessly, the function of the drain hole 1b3 is equivalent to that of the water outlet 4c, the drain hole 1b3 is equivalent to that of the second water outlet, and when a user is not convenient to pour out sewage in the barrel body 1 in a dumping mode, the sewage in the barrel body 1 can be released by opening the plug 1 f.

Second embodiment

As shown in fig. 16 to 22, the difference from the first embodiment is:

the sewage-cleaning and water-squeezing device 2 further comprises a lifting mechanism 2e, the lifting mechanism 2e comprises a sliding block 2e1, a sliding rail 2e2, an electric push rod 2e3 and a clamp 2e4, the sliding block 2e1 is arranged on two sides of the base 2a, the sliding rail 2e2 is arranged on two sides of the barrel body 1, the sliding block 2e1 and the sliding rail 2e2 are both vertically arranged and slidably connected, the electric push rod 2e3 is fixedly arranged on the barrel body 1, the working end of the electric push rod 2e3 is vertically arranged upwards, the clamp 2e4 is arranged on the side face of the base 2a, the clamp 2e4 is fixedly connected with the output end of the electric push rod 2e3, and the sliding block 2e1, the clamp 2e4 and the base 2a are an integrated piece.

The barrel body is provided with a button for controlling the opening and closing of the electric push rod 2e3, a user can open or close the electric push rod 2e3 through the button, the working end of the electric push rod 2e3 after opening pushes the clamp 2e4 to vertically move upwards, the clamp 2e4 drives the base 2a to move upwards, so that the base 2a vertically and upwards slides in the sliding rail 2e2 through the sliding block 2e1, and the base 2a vertically and upwards moves through the lifting mechanism 2 e.

The bottom of the base 2a is provided with a water-blocking skirt 2a1 which extends vertically and downwards and is matched with the inner wall of the sewage cleaning and dewatering area.

Skirt 2a1 and first baffle 1c block water, first baffle 1c is identical around the inner wall of the dehydration zone of decontaminating that forms, thereby when making base 2a vertical reciprocate, skirt 2a1 blocks water inserts inside the dehydration zone of decontaminating all the time, and then when making the clean mop of user, the sewage that extrudes on the mop can not enter into the sewage district through the clearance between base 2a and the first baffle 1c, thereby protection electric putter 2e3 keeps away from sewage, the sewage that extrudes on the mop can not enter into the clear water district through the clearance between base 2a and the second baffle 1d simultaneously, thereby avoid the clear water in the clear water district to suffer the pollution.

The control valve component comprises a second adjusting knob 6a, a second valve rod 6b, a valve core 6c and a valve casing 6d, the valve casing 6d is arranged on the second partition board 1d, a fourth through hole 6d1 communicated with a clean water area and a cleaning and dehydrating area is arranged on the valve casing 6d, the valve core 6c is rotatably arranged inside the valve casing 6d, a third through hole 6c1 communicated with the fourth through hole 6d1 after rotation is arranged on the valve core 6c, the second valve rod 6b is vertically arranged, the bottom end of the second valve rod 6b is fixedly connected with the valve core 6c in a coaxial mode, the second adjusting knob 6a is coaxially arranged with the second valve rod 6b, and the second adjusting knob 6a is fixedly arranged at the top end of the second valve rod 6 b.

The user can rotate second adjust knob 6a thereby it is rotatory to drive case 6c through second valve rod 6b, and case 6c is rotatory when making third through-hole 6c1 and fourth through-hole 6d1 communicate, and the inside clear water flow direction of clear water district is decontaminated and is dewatered the district, and the user rotates second adjust knob 6a once more and makes when third through-hole 6c1 and fourth through-hole 6d1 do not communicate, and clear water district and decontamination are dewatered the district and keep apart.

step one, injecting clean water into a clean water area: a user injects a certain amount of clean water into the clean water area through the water injection port 4a, and then lifts the cleaning barrel through the lifting handle 5 to move the cleaning barrel to an area to be cleaned;

step three, adjusting the height of the sewage-cleaning wringing device; the user adjusts the height of the base 2a through the lifting mechanism 2e to enable the base to be lowered to the lowest position, then the user inserts the mop into the dirt cleaning and dewatering area through the base 2a, and then the height of the base 2a is adjusted through the lifting mechanism 2e to enable the base to move to the highest position of the mop or the stroke end point of the base 2 a;

step four, wetting the mop: a user holds the mop to be wetted by hands, inserts the mop into the dirt removing and dewatering area to wet the mop, and squeezes redundant moisture on the mop cloth into the sewage area by the water squeezing scraper 2b when the mop is pulled out;

step five, cleaning the mop: a user holds the mop to be cleaned by hand, inserts the mop into the decontamination and dehydration area and repeatedly pumps and inserts the mop, the mop is washed by clean water in the decontamination and dehydration area, sewage on the mop is squeezed into the sewage area through the water squeezing scraper 2b, dirt on the mop is scraped by the sawtooth scraper 2c and enters the sewage area along with the sewage, and the mop is stopped until the water level in the decontamination and dehydration area is lowered below the upper bottom 1a 2;

step eight, dumping sewage: a user holds the handle 5 and then inclines the barrel body 1, and residual sewage in the barrel body 1 is poured out through the water injection port 4a, the mop port 4b, the water outlet 4c and the overflow groove 4 e;

step nine, cleaning the barrel body: the user pulls the plug 1f out of the rubber ring 1e, then places the water outlet 4c below the faucet, and cleans the residual dirt inside the sewage area by running water.

The working principle of the invention is as follows:

a user injects a certain amount of clean water into the clean water area through the water injection port 4a, and then the clean water enters the decontamination and dehydration area by opening the limber hole through the control valve component; after the decontamination and dehydration area stores a certain amount of clear water, a user inserts the mop into the decontamination and dehydration area through the decontamination and water squeezing device 2 and repeatedly pumps and inserts the mop, the mop is washed by the clear water in the decontamination and dehydration area, and dirt and sewage on the mop are scraped by the decontamination and water squeezing device 2 and enter the sewage area; the user can also rotate the mop head by 180 degrees, so that the two ends of the mop head are cleaned evenly; after repeated pumping and inserting, sewage in the sewage-removing and dewatering area continuously enters the sewage area through the sewage-removing and water-squeezing device 2, so that the water level in the sewage-removing and dewatering area is lowered to the position below the top end of the bed-up area; at the moment, the water level at the lowest position of the clean water area is higher than the water level of the sewage disposal dehydration area, then a user opens the water through hole through the control valve component, water in the clean water area flows into the sewage disposal dehydration area through the water through hole, and the water level of the clean water area is always higher than the water level of the sewage disposal dehydration area, so that sewage in the sewage disposal dehydration area cannot flow back to the interior of the clean water area; when sufficient clear water is injected into the dirt removing and dewatering area, the water through hole can be closed through the control valve assembly without waiting for the water level balance of the clear water area and the dirt removing and dewatering area, and then the mop is cleaned again; after cleaning, the handle 5 is lifted to rotate the barrel body 1, so that sewage can be poured out through the water outlet 4c and the overflow groove 4e, then the water outlet 4c is arranged below the water faucet, and the plug 1f is pulled out, so that residual dirt in a sewage area can be cleaned through flowing water.

It should be understood that the above-described embodiments are merely preferred embodiments of the invention and the technical principles applied thereto. It will be understood by those skilled in the art that various modifications, equivalents, changes, and the like can be made to the present invention. However, such variations are within the scope of the invention as long as they do not depart from the spirit of the invention. In addition, certain terms used in the specification and claims of the present application are not limiting, but are used merely for convenience of description.

Claims

1. A flat mop cleaning bucket is characterized by comprising a bucket body (1), wherein a clean water area, a sewage cleaning and dewatering area, a sewage area and a heightening area which are independent of each other are arranged in the bucket body (1), the clean water area, the sewage cleaning and dewatering area and the sewage area are adjacently arranged in the horizontal direction, the clean water area and the heightening area are adjacently arranged in the vertical direction, the heightening area is positioned below the clean water area, and the bottom height of the sewage cleaning and dewatering area is flush with the bottom height of the heightening area; the top of the sewage-cleaning dehydration area is provided with a sewage-cleaning wringing device (2) with the water outlet direction facing the sewage area, the barrel body (1) is provided with a water through hole for communicating the sewage area and the sewage-cleaning dehydration area, the water through hole is arranged at the position close to the bottom of the sewage area, and the barrel body (1) is provided with a control valve component for opening and closing the water through hole.

2. A flat mop cleaning bucket as defined in claim 1, wherein the bucket body (1) includes a bottom wall (1a), the bottom wall (1a) includes a lower bottom (1a1) and an upper bottom (1a2), the lower bottom (1a1) and the upper bottom (1a2) are located at different horizontal planes, the projections of the sides of the lower bottom (1a1) and the upper bottom (1a2) adjacent to each other in the vertical direction coincide, the connecting plate (1a3) is vertically disposed and connects the sides of the lower bottom (1a1) and the upper bottom (1a2) adjacent to each other, and the supporting plate (1a4) is disposed at the bottom of the upper bottom (1a2) and extends to a height level with the bottom of the lower bottom (1a 1); the barrel body (1) further comprises a peripheral wall (1b), a first partition plate (1c) and a second partition plate (1d), the peripheral wall (1b) surrounds the edge of the bottom wall (1a) and vertically and upwardly extends to the same horizontal plane, the first partition plate (1c) vertically and upwardly extends from the bottom wall of the lower bottom (1a1) to be flush with the top end of the peripheral wall (1b), the second partition plate (1d) vertically and upwardly extends from the bottom wall of the upper bottom (1a2) to be flush with the top end of the peripheral wall (1b), the first partition plate (1c) and the second partition plate (1d) are both parallel to the connecting plate (1a3), and two sides of the first partition plate (1c) and the second partition plate (1d) are both fixedly connected with the inner wall of the peripheral wall (1 b); a first through hole (1d1) horizontally penetrating through the second partition plate (1d) is formed in the second partition plate (1d), and the first through hole (1d1) is located above the upper bottom (1a2) and close to the upper bottom (1a 2).

3. The flat mop cleaning bucket of claim 2, wherein an avoiding groove for avoiding the mop stick body is arranged on one side of the sewage cleaning and dewatering area away from the sewage area.

4. The flat mop cleaning bucket according to claim 1, wherein the dirt-removing wringing device (2) comprises a base (2a), a wringing blade (2b), a serrated blade (2c) and a pair of rollers (2d), the base (2a) is liftably mounted at the top end of the dirt-removing and dewatering area, both ends of the wringing blade (2b) are rotatably mounted on the base (2a), the serrated blade (2c) is disposed at the top end of the wringing blade (2b) and the serrated blade (2c) are an integral piece, both ends of the rollers (2d) are rotatably mounted on the base (2a), an avoiding opening for avoiding the mop is provided on the base (2a), the wringing blade (2b) and the rollers (2d) are respectively disposed at both sides of the avoiding opening, the wringing blade (2b) is disposed at one side close to the sewage area, the roller (2d) is arranged on one side close to the clear water area.

5. The flat mop cleaning bucket according to claim 4, wherein the dirt removing and water squeezing device (2) further comprises a lifting mechanism (2e), the lifting mechanism (2e) comprises a slide block (2e1) and a slide rail (2e2), electric putter (2e3) and anchor clamps (2e4), slider (2e1) set up the both sides at base (2a), slide rail (2e2) set up the both sides at ladle body (1), slider (2e1) and slide rail (2e2) all vertically set up and sliding connection, electric putter (2e3) fixed mounting is on ladle body (1), the work end of electric putter (2e3) sets up vertically upwards, anchor clamps (2e4) set up the side at base (2a), anchor clamps (2e4) and the output end fixed connection of electric putter (2e3), slider (2e1), anchor clamps (2e4) and base (2a) are an organic whole.

6. A flat mop bucket as defined in claim 5 wherein the bottom of the base (2a) is provided with a water-blocking skirt (2a1) extending vertically downward and engaging the inner wall of the dirt-removing and dewatering space.

7. The flat mop cleaning bucket according to claim 3, wherein the control valve assembly comprises a first adjusting knob (3a), a first valve rod (3b), a sealing plug (3c), a positioning seat (3d) and an eccentric support rod (3e), the positioning seat (3d) is fixedly arranged on the dirt-removing wringing device (2), the first valve rod (3b) is vertically arranged, a valve rod seat (1a5) which extends vertically upwards is arranged on the bottom wall (1a), a valve rod hole (3d1) which is coaxial with the valve rod seat (1a5) is arranged on the positioning seat (3d), the bottom end of the first valve rod (3b) is rotatably arranged in the valve rod seat (1a5), the middle part of the first valve rod (3b) is rotatably arranged in the valve rod hole (3d1), the first adjusting knob (3a) is detachably arranged at the top end of the first valve rod (3b), and the eccentric support rod (3e) is detachably arranged at the bottom end of the first valve rod (3b), the sealing plug (3c) is arranged on the water through hole, and the sealing plug (3c) is fixedly connected with the eccentric support rod (3 e).

8. The flat mop cleaning bucket according to claim 7, wherein the first valve stem (3b) comprises a square rod (3b1), a hexagonal rod (3b2), a first round rod (3b3), a stop ring (3b4), a hexagonal rod (3b5), a second round rod (3b6), which are coaxial from top to bottom and connected in sequence, the diameters of the square rod (3b1), the hexagonal rod (3b2), the first round rod (3b3) and the stop ring (3b4) are gradually increased from top to bottom, the diameters of the stop ring (3b4), the hexagonal rod (3b5) and the second round rod (3b6) are gradually decreased, three sides of six sides of the hexagonal rod (3b2) which are not adjacent are fan-shaped surfaces uniformly distributed around the same axis from top to bottom, the hexagonal rod (3b 632) is rotatably installed in the valve stem hole (3d1), the first adjusting knob (3a) is installed in the square rod (3b 638) and the second knob (3b 638) is installed in the second round rod (23 a) seat (5), one end of the eccentric supporting rod (3e) is sleeved on the hexagonal rod (3b 5); first adjust knob (3a) bottom is provided with square hole axle (3a1) with square bar (3b1) clearance fit, eccentric branch (3e) including hexagonal hole sleeve (3e1) and fly leaf (3e2), the one end and the hexagonal hole sleeve (3e1) fixed connection of fly leaf (3e2), hexagonal hole sleeve (3e1) and hexagonal bar (3b5) clearance fit, sealing plug (3c) fixed mounting is in the free end of fly leaf (3e 2).

9. The flat mop cleaning bucket according to claim 8, wherein the control valve assembly further comprises a sleeve ring (3f) and a reset torsion spring (3g), the sleeve ring (3f) is detachably mounted on the six-sided rod (3b2), the inner wall of the sleeve ring (3f) is in clearance fit with the six-sided rod (3b2), the other three nonadjacent surfaces of the six sides of the six-sided rod (3b2) are vertical planes uniformly distributed around the same axis, the sleeve ring (3f) is located below the positioning seat (3d), the reset torsion spring (3g) is sleeved on the first valve rod (3b), a radially outwardly extending jack pin (3f1) is arranged on the sleeve ring (3f), a vertically downwardly extending hook pin (3d2) is arranged at the bottom end of the positioning seat (3d), one end of the reset torsion spring (3g) is sleeved on the jack pin (3f1), and the other end of the reset torsion spring (3g) is hooked on the hook pin (3d 2).

10. The flat mop cleaning bucket according to claim 3, wherein the control valve assembly comprises a second adjusting knob (6a), a second valve rod (6b), a valve core (6c) and a valve casing (6d), the valve casing (6d) is arranged on the second partition board (1d), a fourth through hole (6d1) for communicating the clean water area and the dirt cleaning and dewatering area is arranged on the valve casing (6d), the valve core (6c) is rotatably arranged in the valve casing (6d), a third through hole (6c1) which is communicated with the fourth through hole (6d1) after being rotated is arranged on the valve core (6c), the second valve rod (6b) is vertically arranged, and the bottom end of the second valve rod (6b) is coaxially and fixedly connected with the valve core (6c), the second adjusting knob (6a) is coaxially arranged with the second valve rod (6b) and the second adjusting knob (6a) is fixedly arranged at the top end of the second valve rod (6 b).

11. The flat mop cleaning barrel according to claim 8, further comprising a barrel cover (4), wherein the barrel cover (4) is buckled and covered on the top end of the barrel body (1), the barrel cover (4) is clamped with the barrel body (1), the barrel cover (4) is provided with a water injection port (4a), a mop port (4b) and a water outlet (4c) which vertically penetrate through the barrel cover (4) and are respectively communicated to the clean water area, the sewage draining area and the sewage area, and the edges of the barrel cover (4) and the water injection port (4a), the mop port (4b) and the water outlet (4c) are provided with vertical skirt rims extending downwards.

12. The flat mop cleaning bucket according to claim 11, wherein the bucket cover (4) is rotatably provided with a handle (5), two ends of the handle (5) are respectively hinged with the middle parts of two sides of the bucket cover (4), and the bucket cover (4) is provided with a handle groove (4d) for accommodating the handle (5).

13. The flat mop cleaning bucket according to claim 11, wherein the bucket cover (4) is further provided with an overflow trough (4e), the overflow trough (4e) is positioned on one side of the water outlet (4c) far away from the mop opening (4b), and the bottom end of the overflow trough (4e) is flush with the edge of the bucket body (1).

14. The flat mop cleaning bucket of claim 11, wherein the bucket cover (4) is further provided with a second through hole (4f) and a stroke slot (4g), the edge of the first adjusting knob (3a) is provided with a stop lever (3a2) extending vertically downwards, the stroke slot (4g) is an arc slot hole coaxial with the second through hole (4f), the second through hole (4f) is a round hole in clearance fit with the square hole shaft (3a1), the square hole shaft (3a1) passes through the second through hole (4f) to be connected with the square rod (3b1), and the stop lever (3a2) is slidably mounted inside the stroke slot (4 g).

15. The flat mop cleaning bucket according to claim 11, wherein the middle parts of the two sides of the bucket cover (4) are provided with elastic pieces (4h) which vertically extend downwards and are attached to the inner wall of the peripheral wall (1b), the bottom end of each elastic piece (4h) is provided with a clamping block (4i) which extends towards the direction far away from the bucket cover (4), and the peripheral wall (1b) is provided with a bayonet (1b1) which horizontally penetrates through the peripheral wall (1b) and is clamped with the clamping block (4 i).

16. The flat mop cleaning bucket according to claim 15, wherein the inner wall of the peripheral wall (1b) is provided with guide strips (1b2) at both sides of the bayonet (1b1), the guide strips (1b2) are elongated in the vertical direction, and the minimum distance between two adjacent guide strips (1b2) is equal to the width of the latch (4 i).

17. The flat mop cleaning bucket according to claim 2, wherein the peripheral wall (1b) is provided with a drain hole (1b3) penetrating through the peripheral wall (1b) to communicate the outside of the bucket body (1) with a sewage area, the drain hole (1b3) is provided with a rubber ring (1e), and the rubber ring (1e) is detachably provided with a plug (1 f).

18. A method of cleaning a flat mop using a flat mop cleaning bucket according to any one of claims 3, 5 and 17, comprising the steps of:

step one, injecting clean water into a clean water area: a user injects a certain amount of clean water into the clean water area through the water injection port (4a), and then lifts the cleaning barrel through the lifting handle (5) to move the cleaning barrel to an area to be cleaned;

step three, adjusting the height of the sewage-cleaning wringing device; the user adjusts the height of the base (2a) through the lifting mechanism (2e) to enable the base to be lowered to the lowest position, then the user inserts the mop into the decontamination and dehydration area through the base (2a), and then the height of the base (2a) is adjusted through the lifting mechanism (2e) to enable the mop to move to the highest position of the mop or the stroke end point of the base (2 a);

step four, wetting the mop: a user holds the mop to be wetted by hands, inserts the mop into the decontamination and dehydration area to wet the mop, and squeezes redundant moisture on the mop cloth into the sewage area by the squeezing scraper (2b) when the mop is pulled out;

step five, cleaning the mop: a user holds the mop to be cleaned by hand, inserts the mop into the decontamination and dehydration area and repeatedly pumps and inserts the mop, the mop is washed by clean water in the decontamination and dehydration area, sewage on the mop is squeezed into the sewage area through the water squeezing scraper (2b), dirt on the mop is scraped by the sawtooth scraper (2c) and enters the sewage area along with the sewage, and the mop is stopped until the water level in the decontamination and dehydration area is reduced to be below the upper bottom (1a 2);

step eight, dumping sewage: a user holds the handle (5) by hand and then inclines the barrel body (1), and residual sewage in the barrel body (1) is poured out through the water injection port (4a), the mop port (4b), the water outlet (4c) and the overflow groove (4 e);

step nine, cleaning the barrel body: the user pulls the plug (1f) out of the rubber ring (1e), then places the water outlet (4c) below the faucet, and cleans the residual dirt in the sewage area through running water.