CN110522371A

CN110522371A - Flat mop cleaning method

Info

Publication number: CN110522371A
Application number: CN201810740211.7A
Authority: CN
Inventors: 黄智勇
Original assignee: Cixi Bosheng Plastic Product Co Ltd
Current assignee: Cixi Bosheng Plastic Product Co Ltd
Priority date: 2018-05-24
Filing date: 2018-07-07
Publication date: 2019-12-03
Also published as: CN115120153A

Abstract

Flat mop cleaning method, the flat mop includes mop rod and plate mop board, flat mop plate is equipped with cleaning piece flexible, the cleaning piece on flat mop plate is cleaned using the staving of dress water, pressurizing unit is installed on staving, when cleaning is operated according to the following steps: first rotating flat mop plate to the state that can be cleaned；Then mop rod is held, will be moved up and down in the insertion pressurizing unit of the flat mop plate under cleaning state, mobile squeeze is carried out to the cleaning piece with water by pressurizing unit and is cleaned；When flat mop plate is pressed downward, pressurizing unit acts on cleaning piece, make its deform after cleaning piece stack upwards, cleaning piece be first squeezed device extruding be immersed in the water again；When flat mop plate is pulled up, pressurizing unit acts on cleaning piece, make its deform after cleaning piece stack downwards, the cleaning piece to get wet be squeezed again device extruding, and so on, cleaning effect is more preferable.

Description

Flat mop cleaning method

Technical field

The present invention relates to a kind of cleaning methods of flat mop.

Background technique

Applicant has applied for Patent No. ZL201620870001.6, entitled " a kind of extruding flat mop burnisher " Chinese utility model patent, using on mop-pail stands installation smooth out with the fingers by the way of mouthful pressurizing unit come the cleaning piece to flat mop into Row cleaning.

The utility model patent of Patent No. ZL201620870001.6 there is also the shortcomings that be: as a kind of completely new class The flat mop of type is that general describing will clean in flat mop insertion pressurizing unit, but not right The specific steps method of cleaning is instructed.

Summary of the invention

In order to overcome existing flat mop cleaning method to instruct insufficient defect, the present invention provides a kind of specific detailed flat Plate mop cleaning method, and this cleaning method cleaning effect is good.

The present invention the technical solution to solve the technical problem is that: flat mop cleaning method, the flat mop include mop Bar and plate mop board, the flat mop plate are equipped with cleaning piece flexible, and the flat mop plate is the flat of hard Plate mop board, the flat mop plate are movably connected on the mop rod, using the staving of dress water on flat mop plate Cleaning piece is cleaned, and installs pressurizing unit on the staving, and when cleaning is operated according to the following steps:

The flat mop plate is rotated to the state that can be cleaned first；

Then mop rod is held, will be moved up and down in the flat mop plate insertion pressurizing unit under cleaning state, the staving It is static in the up-down direction, it drives flat mop plate to move up and down by mop rod, is moved by flat mop strip and moved down on cleaning piece It is dynamic, mobile squeeze is carried out to the cleaning piece with water by pressurizing unit and is cleaned；

When flat mop plate is pressed downward, pressurizing unit acts on the cleaning piece, the upward heap of cleaning piece after deforming it Folded, the cleaning piece device extruding that is first squeezed is immersed in the water again；When flat mop plate is pulled up, pressurizing unit is acted on described Cleaning piece, make its deform after cleaning piece stack downwards, the cleaning piece to get wet be squeezed again device extruding, and so on.

In the present invention, the pressurizing unit is set as racking and squeezer, and extruding is offered on the racking Mouthful, the squeezer is arranged on the racking, and the squeezer part is Chong Die with the extrusion mouth；Or institute The squeezer stated is mounted on the staving, and the squeezer part is Chong Die with the extrusion mouth；Pass through institute when cleaning The squeezer stated applies extruding force to the cleaning piece, cleans to carry out mobile squeeze to cleaning piece, cleaning effect is good.

In the present invention, when the flat mophead with cleaning piece moves down, pressurizing unit squeezes the surface layer of cleaning piece Pressure, water of the squeezer by cleaning piece surface layer with dirt are squeezed out, are then immersed in the water again, make extruded cleaning piece inhale again The water for taking staving to contain；When flat mop plate is pulled up, pressurizing unit acts on the cleaning piece, and the cleaning piece to get wet is again The device that is squeezed squeezes, and and so on, cleaning effect is good.

In the present invention, the cleaning piece is equipped with lousiness, and when flat mop plate is pulled up, pressurizing unit acts on institute The cleaning piece stated, stirs lousiness downwards, is stacked with being formed；When flat mop plate is pressed downward, pressurizing unit acts on described Cleaning piece, stir lousiness upwards, stacked with being formed, cleaning effect is good.

In the present invention, the cleaning piece is deerskin towel or collodion or sponge or scouring pad, or other flexible objects.

In the present invention, the flat mop plate is the flat mop plate of hard；

The cleaning piece is removably attachable to the back side and/or front of the flat mop plate, to can incite somebody to action when in use Cleaning piece is connected on flat mop plate, is not used or is removed cleaning piece when packing, and entire package is convenient for；

The mop rod includes that two sections or more divide bar, divides between bar and is detachably connected, bar will be divided to assemble up title when in use For whole mop rod, bar will be divided to disassemble in packaging and come, and quarter butt be formed, convenient for packing and reducing packaging volume；

The lower end of the mop rod is hinged with connector, hinged between the flat mop plate and the connector, leads to Cross two hingedly make flat mop plate when being mopped floor can flexible rotating, packaging when can turn to folded state again, from And reduce packaging volume；

When cleaning to the cleaning piece on flat mop plate, the flat mop plate turns to substantially parallel with mop rod The state (state that can be namely squeezed) that can be cleaned, flat mop plate and mop rod under this state are inserted into jointly It is moved up and down in the pressurizing unit, mobile squeeze is carried out to the cleaning piece by the pressurizing unit and is cleaned.

Using the flat mop plate of hard, convenient for being detachably connected between cleaning piece, and mobile extruding is being carried out When cleaning, rigidly keep form indeformable using it, conducive to the mobile extruding cleaning operation in pressurizing unit.

In the present invention, hinged direction, flat mop plate between the mop rod and connector and the hinge between connector It connects direction to be substantially orthogonal to each other, its length direction and the mop rod extension side when flat mop plate turns to extrudable state To almost the same, to the cleaning piece on flat mop plate carry out it is mobile squeeze cleaning when, posture of the flat mop plate to erect It moves up and down, squeeze friction can be reduced, operation is more smooth, for pressurizing unit, can also reduce the length of its accumbency, subtract Its light stress avoids generating deformation, extends the service life of pressurizing unit.

In the present invention, the flat mop plate is equipped at least one notch, and the flat mop plate is in and can squeeze When pressure condition, the mop rod is located in the notch, and the rest part of the flat mop plate does not set notch.Usually come It says, notch is provided with the edge of flat mop plate, can be in flat mop since mop rod is located in notch under squeezed state The tow sides of plate install cleaning piece, and the rest part of flat mop plate keeps complete, avoids the damage of flat mop plate intensity Wound.

In the present invention, do not have notch on the flat mop plate, the front of the flat mop plate is dragged with described Barre connection, the cleaning piece is set to the back side of the flat mop plate, when which is in extrudable state, institute The mop rod stated is located at the positive top of flat mop plate.Flat mop plate without notch is only in one side setting wiping Object, but its intensity is largely guaranteed, and the area that mops floor will not be lost.

In the present invention, one of the flat mop plate or both ends are equipped with inserted sheet, and the head of the cleaning piece is equipped with and inserts The corresponding slash pocket of piece, the inserted sheet are inserted into the slash pocket, and installing and dismounting is easier.

In the present invention, one of the flat mop plate or both ends are equipped with inserted sheet, and the back side on the head of the cleaning piece is set There is slash pocket corresponding with inserted sheet, the inserted sheet is inserted into the slash pocket, and flat mop plate turns to flat when extrudable state Plate mop board turns to inserted sheet end downward, and inserted sheet, which is inserted into slash pocket, has extremely strong positioning action, the wiping at inserted sheet end to cleaning piece Inserted sheet will not be detached from reciprocal mobile extruding cleaning process by wiping object.

In the present invention, connected between the other parts of the cleaning piece and the flat mop plate by velcro；Or Person, thread gluing grain is formed on the flat mop plate, and the other parts of the cleaning piece are attached on the thread gluing grain. The connection type of this buckle type is very convenient, manufactures also very convenient.

In the present invention, the slash pocket is the slash pocket cloth for being connected to the cleaning piece head, and in the slash pocket cloth Upper setting partition, to form the slash pocket, convenient formation between adjacent partition.

In the present invention, the partition is the sewing thread being sewn on slash pocket cloth and cleaning piece, convenient formation.

In the present invention, it is sewn in the head of the cleaning piece after the slash pocket cloth doubling, to form inserting for double-layer structure Bag enhances slash pocket intensity, makes it more resistant to impact, is unlikely to be broken by inserted sheet soon in mobile squeeze in cleaning process.

It is the opening of the slash pocket, i.e. the doubling folding line of slash pocket cloth in the present invention, at the doubling folding line of the slash pocket cloth It is the opening of slash pocket towards cleaning piece rather than towards outside, at folding line, inserted sheet is inserted into more smooth when slash pocket.

In the present embodiment, the slash pocket cloth is sewn on the cleaning piece or by binding off in the cleaning piece On；The outer rim of slash pocket cloth and the outer rim of cleaning piece at slash pocket are substantially flush, at slash pocket the outer rim of cleaning piece and the suture of slash pocket or The distance between inner edge bound off is 1.5mm-8mm, further avoids being showed in mobile squeeze in cleaning process by what inserted sheet was broken As；After inserted sheet is inserted into slash pocket simultaneously, the head of cleaning piece and the head of flat mop plate are substantially flush, and are having cleaning piece Flat mop plate when being inserted into pressurizing unit, the head of cleaning piece not will form turnup to hinder flat mop plate to be inserted into Into pressurizing unit.

In the present invention, if slash pocket cloth is sewn on cleaning piece by suture, the length of the inserted sheet is arranged are as follows: works as slash pocket After being set on the inserted sheet, the bottom of inserted sheet and slash pocket is inconsistent, and the suture of slash pocket is at least partly hidden in flat panel mop at this time Plate rear, preferably the suture Hide All of slash pocket is in flat mop plate rear or the suture and flat mop of slash pocket Plate flushes.The meaning being arranged in this way is:, can be with mop-pail stands bottom when flat mophead, which is moved up and down, to be squeezed cleaning piece Portion is touched, if the suture of slash pocket is more than flat mop plate, suture can generate between flat mop plate because of hitting Friction and shock, so that suture is easy to be severed, cause slash pocket to fall off.

In the present invention, the cleaning piece is made of three layers of wiper, and first layer is cleaning layer, for mopping floor；The second layer For water absorption layer, for absorbing water；Third layer is articulamentum, and the articulamentum is connect with the flat mop plate, and described inserts Bag is also set on the articulamentum, and Each performs its own functions for three layers of wiper.

In the present invention, three layers of wiper are bound off at edge, so that three layers of wiper is made to be formed as the cleaning piece, The connection of three layers of cleaning piece is very secured.

In the present invention, positioning device is equipped between the flat mop plate and mop rod, the flat mop plate turns So that flat mop plate is kept the state by the positioning device after moving to extrudable state, is moved conducive to flat mop plate It is dynamic to squeeze the smooth operation moved up and down when cleaning；Flat mop plate described in when mopping floor be detached from the control of the positioning device from And it rotates to the state of mopping floor.

In the present invention, the positioning device includes the iron block being set on the mop rod, is set to the flat mop plate On magnet, when the flat mop plate is rotated to extrudable state, the iron block and the magnet are attracted, mop floor The iron block of Shi Suoshu is separated with the magnet；

Or the positioning device includes the magnet on the mop rod, the iron block on the flat mop plate, When the flat mop plate is rotated to extrudable state, the iron block and the magnet are attracted, when mopping floor described in Iron block is separated with the magnet.

Or the positioning device includes the elastic buckles on the flat mop plate, the flat mop plate rotation When going to extrudable state, the mop rod is buckled into the elastic buckles, when mopping floor described in the mop rod be detached from The elastic buckles；

Alternatively, the positioning device includes the elastic buckles on the mop rod, the flat mop plate be equipped with The button hole of the described elastic buckles adaptation, when the flat mop plate is rotated to extrudable state, the elastic buckles buckle into institute In the button hole stated；The elastic buckles described in when mopping floor are detached from the button hole.

Or the positioning device includes the elastic ejector in the mop rod, when cleaning described in elastic ejector The active connection place withstood between the flat mop plate and mop rod is to position flat mop plate；When mopping floor, institute Flat mop plate is set to be in the state that mops floor after mop rod or flat mop the plate rotation stated；

Alternatively, the positioning device includes the elastic top set on the active connection place between the flat mop plate and mop rod Part, when cleaning described in elastic ejector withstand on mop rod to be positioned to flat mop plate；When mopping floor, the mop Flat mop plate is set to be in the state that mops floor after bar or the rotation of flat mop plate.

Or the positioning device includes being set to the magic pin thread on the flat mop plate, being set on the mop rod Magic female thread, when cleaning described in flat mop plate and mop rod between pass through the magic pin thread and the bonding of magic female thread Binding；Magic pin thread and magic female thread described in when mopping floor are detached from；

Alternatively, the positioning device includes the magic female thread being set on the flat mop plate, on the mop rod Magic pin thread, when cleaning described in flat mop plate and mop rod between tied up by the magic pin thread and the bonding of magic female thread It is fixed；Magic pin thread and magic female thread described in when mopping floor are detached from.

Or the mop rod is equipped with slot, the flat mop plate is equipped with joint bar, and the end of joint bar is equipped with Bayonet, the end of slot are equipped with stuck point, when cleaning described in the rotation of flat mop plate after joint bar enter in slot, stuck point is caught in card In mouthful；

Or the mop rod is equipped with and inserts point, the flat mop plate is equipped with slot, when cleaning described in flat panel mop Stuck point is caught in bayonet after plate is rotated.

The racking that in the present invention, the pressurizing unit includes squeezer, is connected on staving, on the racking Extrusion mouth is offered, which is equipped with squeezer, and the squeezer part is Chong Die with the extrusion mouth；Or it is described Squeezer be mounted on the staving, the squeezer part is Chong Die with the extrusion mouth；Cleaning piece is carried out clear Mop rod and the flat mop plate in extrudable state are penetrated jointly in the extrusion mouth when washing, and the cleaning piece faces The squeezer, flat mop move up and down, and carry out mobile squeeze to the cleaning piece by the squeezer and clean. Such pressurizing unit structure setting is reasonable, is squeezed by squeezer wiping.

In the present invention, the front of the flat mop plate is connect with the mop rod, and the cleaning piece is set to described The back side of flat mop plate, when which is in extrudable state, the mop rod is located at the flat mop plate Positive top；The extrusion mouth includes the bar wearing mouth, passing through for the mop rod passed through for the flat mop plate Mouthful, the mouth of wearing is connected to the bar mouth, in order to which the flat mop plate under squeezed state is inserted jointly with mop rod Enter in pressurizing unit.

In the present invention, the periphery for wearing mouth be equipped with guiding surface, when flat mop plate is inserted into and wears in mouth, to its into Row guiding, facilitates flat mop plate to be successfully inserted at and wears in mouth.

In the present invention, in the extrusion mouth that the thickness for being not provided with the flat mop plate of cleaning piece makes its insertion described after, should Flat mop plate have along its thickness direction activity space, when being packed, by flat mop plate rotation after with mop rod It folds, then the two is inserted into extrusion mouth jointly, is located in staving, is not needed to be placed on outside staving, to reduce packet Fill volume.

In the present invention, the general thickness of its cleaning piece of flat mop plate and plate mop board equipped with cleaning piece inserts it After entering in the extrusion mouth, the squeezer generates extruding to the cleaning piece, to reach certain crushing strength.

In the present invention, the racking is removably attachable on the staving, after racking is disassembled just It is cleared up in staving inside, and only needs to change racking when racking suffers damage, do not needed to change whole Mop-pail stands.

In the present invention, the racking is snapped connection in the upper end of the staving.

In the present invention, card ear is articulated on the racking, the racking frame is in the upper end of the staving, the card Ear is snapped connection with the staving.

Or the racking is equipped with elastic slice, the staving is equipped with jack, and the elastic slice is inserted into described It is fixed after in jack；

Or the staving is equipped with elastic slice, the racking is equipped with jack, the elastic slice insertion jack In after it is fixed.

Or the elastic slice is equipped with the clamp of protrusion, the elastic slice is inserted into rear by described in the jack Clamp positioning.

Or carry hand is hinged on the racking, the carry hand is equipped with grab, rotates institute after the carry hand The grab stated is caught in the upper edge of the staving.

Or the staving is equipped with sliding rail, the racking is removably fixed after sliding into the sliding rail.

Or it is fixed on the staving after the racking rotation.Example racking as mentioned and the staving Between be threadedly coupled.Or the staving is equipped with the vertical chute, the horizontal concrete chute with the end connection of the vertical chute, it is described Racking be equipped with salient point, rotation after the salient point slides into the vertical chute makes described in the salient point slides into Horizontal concrete chute；Alternatively, the racking is equipped with the vertical chute, the horizontal concrete chute with the end connection of the vertical chute, institute The staving stated is equipped with salient point, rotation after the salient point slides into the vertical chute, makes described in the salient point slide-in Horizontal concrete chute.

Or the racking is equipped with moveable lock tongue, the staving is equipped with fore shaft, and the lock tongue is inserted The racking is fixed after entering in the fore shaft.

In the present invention, the racking includes main support and secondary support, the main support frame in the upper end of the staving, The secondary support is connected to the back side of the main support, and the squeezer is mounted on the secondary support, the master Opening is offered on bracket and secondary support, the extrusion mouth of the opening composition in the opening and secondary support on main support.It squeezes Depressor is mounted on secondary support, and squeezer is easily damaged as main stressed member, once damage only needs replacing secondary support With squeezer, main support can also continue to using.

Alternatively, the racking includes integral body frame.Also it can be also equipped with trim on the body frame, Body frame upper end has opening at this time, facilitates and is mounted on squeezer on body frame by the opening, and trim then forms opening and hides Lid forms squeezer and protects, while also more attractive.The body frame of racking is integral, and when squeezer stress marries again one On body frame, the tolerances that integrated body frame bears external force are higher, and integrated body frame again marries again suffered external force on staving, therefore Racking, that is, squeezer of this structure is not easily damaged.

In the present invention, the squeezer is movably connected on the racking or on staving, and the squeezer is logical It crosses limiting device and limits its scope of activities；When cleaning, flat mop push when described in flat mop plate on cleaning piece drive Squeezer activity is to the first position limited by limiting device, and the squeezer part Chong Die with extrusion mouth is most at this time, to squeeze Depressor reaches maximum to the extruding force that cleaning piece applies, conducive to the cleaning to cleaning piece；Flat mop plate plate when pulling up Cleaning piece on mop board drives the squeezer reverse activity, and the squeezer part Chong Die with extrusion mouth reduces, squeeze at this time The extruding force that device applies cleaning piece is smaller, and flat mop pull-up is laborsaving, and will not pull up together with mop-pail stands.

In the present invention, the racking is equipped with oblique groove corresponding with the squeezer both ends, the squeezer In the both ends insertion oblique groove, and have between the squeezer and the oblique groove along squeezer thickness direction Activity space, cleaning piece drives the squeezer to stir to first position when flat mop pushes.

In the present invention, the squeezer is oblique to be slidably connected on the racking or on staving.Further, institute The racking or staving stated are equipped with skewed slot, and the squeezer is equipped with sliding block, and the sliding block is slidably arranged in described In skewed slot；Or the squeezer is equipped with skewed slot, on the racking or staving is equipped with sliding block, and the sliding block is sliding It is dynamic to be arranged in the skewed slot；When cleaning, cleaning piece drives the squeezer to downslide until arriving when flat mop pushes Up to first position, cleaning piece drives the squeezer upward sliding when flat mop pulls up.

In the present invention, cleaning piece drives the squeezer to slide up until reaching second when the flat mop pulls up It sets, the lap of squeezer and extrusion mouth is minimum at this time, so that squeezer reaches minimum to the extruding force that cleaning piece applies.

In the present invention, the skewed slot forms the limiting device, and sliding block respectively corresponds institute when being located at the both ends of sliding slot The first position and the second position stated.

In the present invention, the squeezer is rotatably connected on the racking or on staving；When cleaning, flat mop Cleaning piece drives the squeezer to rotate down until reaching first position, cleaning piece drives when flat mop pulls up when pushing The squeezer is rotated up.The frame mode structure of rotation connection is simple, operation is smooth.

In the present invention, when the squeezer is rotatably connected on the racking or when on staving, the extrusion mouth Edge be equipped with and squeeze notch, the extrudings notch is corresponding with the squeezer, sets extruding notch at extrusion mouth edge Meaning is: when pulling up again after flat mop is inserted into pressurizing unit, being rotated up, if being pressed downward not having when flat mop again Have external force on squeezer, at this moment since the squeeze friction between squeezer and cleaning piece is inadequate, may press into device without Method rotates down, to fan the air when flat mop being caused to push, if setting notch corresponding with squeezer, plate on extrusion mouth Cleaning piece filling squeezes in notch when mop downlink, and the cleaning piece of downlink forms lower pressure to squeezer, to avoid squeezer The occurrence of cannot rotating down.Simultaneously as squeezing notch has above-mentioned beneficial effect, therefore without on squeezer Apply external force and make plus have together the trend rotated down, therefore is also more loose when flat mop pull-up.

In the present invention, the both ends of the squeezer are equipped with rotational pin, and two rotational pins are inserted into respectively in the racking Or in staving；Alternatively, the protruding shaft is inserted respectively into the squeezer on the racking or staving is equipped with protruding shaft Both ends.

Or on the racking or staving is equipped with pin joint seat, the side of the squeezer is articulated in the pivot joint On seat.

Or on the racking or staving is equipped with deck, which is equipped with bayonet, sets on the squeezer It can be rotated after thering is axis, the axis to be caught in the bayonet of the deck.

In the present invention, on the racking or staving is equipped with and forms the stop portions stopped to the squeezer, The stop portions form the limiting device, and the squeezer reaches when turning to stop portions touching First position.

Or the limiting device is two limiting grooves on the racking or on staving, the squeezer The both ends insertion limiting groove in, the side of the squeezer and the limiting groove reaches first when touching It sets.

In the present invention, flat mop pull up when described in flat mop plate on cleaning piece drive squeezer turn to by limiting The second position that position device limits, the lap in squeezer and extrusion mouth is minimum at this time, so that squeezer applies cleaning piece The extruding force added reaches minimum.

In the present invention, the stop portions have first part and second part, and the squeezer turns to and institute Reach first position when the first part's touching stated, the squeezer reaches the when turning to second part touching Two positions, the lap in squeezer and extrusion mouth is minimum at this time, so that the extruding force that squeezer applies cleaning piece reaches It is minimum.

In the present invention, the other side of the squeezer and the limiting groove reaches the second position when touching, and squeezes at this time Lap in depressor and extrusion mouth is minimum, so that squeezer reaches minimum to the extruding force that cleaning piece applies.

In the present invention, force dress is equipped between the racking and the squeezer or between staving and squeezer It sets, the force application apparatus forces on the squeezer, to make the squeezer be located at first position, in this feelings Under condition, squeezer has the trend positioned at first position, and when the flat mop plate with cleaning piece moves down, squeezer is being applied Activity is unlikely to first position because the frictional force between cleaning piece and squeezer is stuck in cleaning piece with the help of power device On the way.

In the present invention, the force application apparatus is spring or torsional spring, or the bullet being arranged on squeezer or racking or bucket Piece.

In the present invention, and the flat mop plate shape to up and down motion is formed on the extrusion mouth of the squeezer opposite side At the guide part of guiding, the guiding to move up and down to flat mop plate can be realized by guide part.

In the present invention, the guide part is directive wheel and/or guiding rib and/or guide plate and/or guiding pearl.Or institute The guide part stated is the side wall of the extrusion mouth opposite with the squeezer.Alternatively, the guide part is leading arm, it is described Leading arm partially protrudes into the extrusion mouth, which is rotatably connected on the racking, and the leading arm is logical The limiting component crossed on racking limits its slewing area；

The dynamic leading arm of flat mop strip is turned to when water squeezing or cleaning, when flat mop pushes is limited by limiting component First position, it is most to protrude into the part in extrusion mouth for leading arm at this time；When flat mop pulls up, flat mop strip is dynamic described Leading arm rotate backward, it is minimum to protrude into the part in extrusion mouth for leading arm at this time.

In the present invention, the end of the leading arm is equipped with support wheel, and the support wheel is positioned partially or entirely in described In extrusion mouth.

In the present invention, the leading arm is rotatably connected on the racking by shaft.

In the present invention, the both ends of the extrusion mouth are equipped with side and lead muscle, and shape between muscle and the squeezer is led in the side At interlayer, two sides are led the distance between muscle and are adapted with the size for the flat mop plate being inserted into extrusion mouth to flat mop Plate forms guiding.It leads muscle and further guiding role on the one hand is played to the up and down motion of flat mop plate in side；On the other hand, it wipes The size for wiping object usually can all be slightly larger than the size of flat mop plate, and two sides are led the distance between muscle and are inserted into extrusion mouth The size of flat mop plate is adapted, therefore certain space is left to cleaning piece, and cleaning piece, which can enter in interlayer, to be run, and It is not direct to generate friction with racking, to extend the service life of cleaning piece.

In the present invention, when mop rod and the flat mop plate under extrudable state are inserted into the pressurizing unit, The insertion distance of the flat mop plate is limited by limiting device.It can be to the insertion distance of flat mop plate by limiting device Limitation is formed, to prevent the insertion of flat mop plate too deep, is difficult to be directed at pressurizing unit when causing to pull back.That is, in ordinary circumstance The lower device that limits limits the insertion distance of flat mop plate to wipe band no more than pressurizing unit or only slight beyond pressurizing unit The flat mop plate of object is slightly located at the lower section of pressurizing unit.

In the present invention, when cleaning, after flat mop plate is inserted into bottom, cleaning piece and squeezer on flat mop plate it Between positional relationship are as follows: the upper end of cleaning piece and the outer rim of squeezer are substantially flush.The upper end of cleaning piece, which is no more than, at this time squeezes Device, but flushed substantially with squeezer, it can reach basic comprehensive cleaning to wiping, and can avoid crossing squeezer because of cleaning piece Moment due to squeezer bounce generate noise.

Alternatively, when cleaning, after flat mop plate is inserted into bottom, between the cleaning piece and squeezer on flat mop plate Positional relationship are as follows: the upper end of cleaning piece is located at the lower section of squeezer, i.e. the upper end of cleaning piece surmounts the squeezer, at this time may be used Comprehensive extruding of the squeezer to cleaning piece is realized, to realize thoroughly cleaning.

It is described to limit device as the bottom of the staving in the present invention, the depth of the staving and the mop board Size is adapted, so that flat mop plate can be touched with the bottom of staving when flat mop plate moves down.Further, described The bottom of staving is equipped with buffer unit, so that flat mop plate and the buffer unit touch when flat mop plate moves down It touches.

Alternatively, limiting device as the retention device in the staving, put down when the flat mop plate moves down Plate mop board and the retention device are touched.

Alternatively, the restriction device includes being set to flexible positioning bead on flat mop plate, the extruding dress In setting be equipped with locating slot corresponding with the positioning bead, when flat mop plate be inserted into positioning bead it is opposite with locating slot when described in Positioning bead spring into the locating slot；Or the restriction device includes having elasticity on the pressurizing unit Positioning bead, the flat mop plate be equipped with locating slot corresponding with the positioning bead, when flat mop plate is inserted into Positioning bead and locating slot when opposite described in positioning bead spring into the locating slot.

Device is limited as the blocking mechanism in the staving alternatively, described, the mop rod and flat mop Connector and the blocking mechanism described in when plate moves down are touched.

In the present invention, the flat mop plate is in extrudable state and when not in use, and flat mop insertion is described In extrusion mouth, so that flat mop be made to be erected in the staving, reaches flat mop and be accommodated in the intracorporal effect of bucket, avoid It is contaminated again after cleaning piece and ground face contact.

In the present invention, in extrusion mouth described in the flat mop plate insertion with cleaning piece under extrudable state, Flat mop plate with cleaning piece is clamped in extrusion mouth, so that flat mop be made to be erected in staving.

In the present invention, the bottom of the staving is equipped with castor, is conducive to mobile staving.

In the present invention, at least two in the castor be universal wheel.

In the present invention, the installation site of the universal wheel makes it can be turned to the outer most edge at least without departing from staving, from And packaging volume can be reduced in packaging.

In the present invention, the bottom surface of the staving is equipped with pit, and the universal wheel is set in the pit, and described ten thousand To wheel rotation Tsang in the pit, thus without departing from the outer most edge of staving after achieving the effect that universal wheel rotation.

Alternatively, the castor is non-universal wheel, the castor of non-universal wheel is equipped at least two.

In the present invention, the bottom surface of the staving, which is equipped with, increases boss, when cleaning flat mop plate be inserted into behind bottom with it is described Increase boss touching.It is arranged and increases the meaning of boss and be: the objects such as flexible pad can be set on increasing boss.

In the present invention, the lower part of the staving is equipped with water valve, can be used for discharging water or intaking.

In the present embodiment, the squeezer is scraper plate or wiper or bristle or compression roller.

Further, the squeezer is scraper plate, and the leading edge of the scraper plate has the inclined-plane towards bucket bottom, to make Under frictional force of the flat mop when pulling up in pressurizing unit between cleaning piece and scraper plate is less than flat mop in pressurizing unit Frictional force when pressure between cleaning piece and scraper plate, conducive to the pull-up of flat mop, by bucket when further avoiding pull-up flat mop Body is carried.Alternatively, the squeezer is scraper plate, the leading edge of the scraper plate has the water conservancy diversion tilted down towards bung hole The effect on inclined-plane, this water conservancy diversion inclined-plane is: when flat mophead is run up and down to be squeezed by scraper plate cleaning piece, wiping The water for wiping object extrusion can flow back along the water conservancy diversion inclined-plane that this is tilted down, so that the water being extruded be avoided to splash out outside bucket.

Alternatively, in the present invention: the squeezer is movably connected in the extruding on the racking or on staving Device limits its scope of activities by limiting device；The cleaning piece on flat mop plate described in when flat mop pushes, which drives, to be squeezed Device activity is to the wide position position limited by limiting device, and the squeezer part Chong Die with extrusion mouth is minimum at this time, thus squeezer Minimum is reached to the extruding force that cleaning piece applies；When flat mop plate pulls up, the squeezer part Chong Die with extrusion mouth increases.

Further, the limiting device limits narrow position position simultaneously, and when flat mop pulls up, cleaning piece drives squeezer Activity is to the narrow position position, and the squeezer part Chong Die with extrusion mouth is maximum at this time, so that squeezer applies cleaning piece Extruding force reach maximum.

In the present invention, the length of the squeezer is greater than the size of the cleaning piece in insertion extrusion mouth, so that squeezer can The cleaning piece is scraped comprehensively.

In the present invention, the flat mop plate has interlayer, and the front of the flat mop plate is offered in described Interlayer connection linked hole.When cleaning to flat mop, flat mop plate is immersed in the water, and after cleaning, is entered Water in interlayer can be discharged by linked hole.And after sandwich establishment, the material utilization amount of flat mop plate can be reduced, product is reduced Cost.

Further, the linked hole is located at the both ends of the flat mop plate, more conducively draining.

Further, the flat mop plate includes the cover board at mainboard and the back side, and the mainboard is connected with cover board, the master The interlayer is formed between plate and cover board.

Alternatively, the flat mop plate is solid slab.

In the present invention, permeable hole is offered on the solid flat mop plate, the water that cleaning piece is extruded in water squeezing can It is flowed out by the permeable hole, conducive to extracting.

In the present invention, which is equipped with anti-deformation rib.Preferably scheme is the anti-deformation Rib is arranged along the length direction of the flat mop plate.Anti-deformation rib, which is played the role of, is: can be by solid flat panel mop The thickness of plate is reduced as far as possible, to reduce cost, anti-deformation rib, which can play, guarantees relatively thin solid flat mop plate not The effect of deformation.

In the present invention, the flat mop plate is solid slab, which is equipped with corresponding with the guide part Gib block, when flat mop is inserted into pressurizing unit, guide part is contacted with gib block, thus to flat mop up and down Movement is oriented to, and certainly during flat mop moves up and down, guide part might not be contacted with gib block whole process.

In the present invention, it is arranged with flexible boot on the mop rod, foam set, rubber sleeve can be used.

In the present invention, the top divides bar to be equipped with head, and the head is equipped with hanging hole, does not use in flat mop When, flat mop can be hung up by scraping hanging hole.

In the present invention, the head and dividing between bar for the top are rotatablely connected, and between the two in the axial direction Fixed, head can be rotated but have can not be detached from the top to divide bar at this time.

Further, bar end opening thereon is divided in described the top, this divides the side wall of bar to have interior protuberance；The head has The side wall of insertion section, the insertion section has male part, and the insertion section is inserted into this from the upper end for dividing bar of the top and divides bar Afterwards, the male part is located at the lower section of the interior protuberance.

In the present invention, the scraper plate is equipped with the reinforcing rib for prolonging its width direction.

In the present invention, the pressurizing unit is equipped with cleaning solution bottle.

The beneficial effects of the present invention are: the cleaning method by setting specific detailed flat mop, and cleaning effect It is good.

Detailed description of the invention

Fig. 1 is the structural schematic diagram that flat mop plate is in flat mop when under extrudable state.

Fig. 2 is the structural schematic diagram for being in flat mop when mopping floor state.

Fig. 3 is the explosive view of flat mop.

Fig. 4 is the backside structure figure of flat mop plate.

Fig. 5 is the connection schematic diagram of flat mop plate and connector.

Fig. 6 is structural schematic diagram when tool flat mop plate jaggy is in extrudable state.

Fig. 7 is structural schematic diagram when tool flat mop plate jaggy is in mop state.

Fig. 8 is the status diagram of accumbency when flat mop is in extrudable state.

Fig. 9 is the schematic rear view of cleaning piece.

Figure 10 is the three-layered node composition of cleaning piece.

Figure 11 is the structural schematic diagram when present invention is cleaned.

Figure 12 is the partial enlarged view of the part M in figure.

Figure 13 is the structural schematic diagram for being in flat mop when mopping floor state.

Figure 14 is structural schematic diagram when flat mop is in extrudable state in Figure 13.

Figure 15 is the structural schematic diagram for being in flat mop when mopping floor state.

Figure 16 is structural schematic diagram when flat mop is in extrudable state in Figure 15.

Figure 17 is the structural schematic diagram for being in flat mop when mopping floor state.

Figure 18 is structural schematic diagram when flat mop is in extrudable state in Figure 17.

Figure 19 is the structural schematic diagram of the flat mop in extrudable state.

Figure 20 is structural schematic diagram when flat mop is in extrudable state in Figure 19.

Figure 21 is the structural schematic diagram in the flat mop to mop floor under state.

Figure 22 is that flat mop is in the structural schematic diagram under extrudable state in Figure 21.

Figure 23 is that flat mop is in the internal structure chart to mop floor under state in Figure 21.

Figure 24 is that flat mop is in the internal structure chart under extrudable state in Figure 21.

Figure 25 is the structural schematic diagram in the flat mop to mop floor under state.

Figure 26 is structural schematic diagram when flat mop is in extrudable state in Figure 25.

Figure 27 is that flat mop is in internal structure chart when mopping floor state in Figure 25.

Figure 28 is internal structure chart when flat mop is in extrudable state in Figure 25.

Figure 29 is the structural schematic diagram for being in flat mop when mopping floor state.

Figure 30 is structural schematic diagram when flat mop is in extrudable state in Figure 29.

Figure 31 is the cross-sectional view of flat mop in Figure 30.

Figure 32 is status diagram of the tool flat mop plate jaggy when that can carry out squeezed state.

Figure 33 is the structural schematic diagram of a kind of racking and squeezer.

Figure 34 is the assembly explosive view of another racking and squeezer.

Figure 35 be in Figure 34 racking in schematic rear view after the assembly is completed.

Figure 36 is the assembly explosive view that squeezer is mounted on staving.

Figure 37 is the position view of racking and squeezer in Figure 36.

Figure 38 is the status diagram in the flat mop insertion extrusion mouth without cleaning piece.

When Figure 39 is that flat mop pushes, the status diagram of the cleaning piece without lousiness.

Figure 40 is the partial enlarged view of part A in Figure 39.

When Figure 41 is flat mop pull-up, the status diagram of the cleaning piece without lousiness.

Figure 42 is the partial enlarged view of part B in Figure 41.

When Figure 43 is flat mop pull-up, the status diagram of the cleaning piece with lousiness.

When Figure 44 is that flat mop pushes, the cleaning piece with lousiness puts status diagram.

Figure 45 is a kind of removably installation diagram of racking.

Figure 46 is the explosive view of Figure 45.

Figure 47 is the explosive view of another angle of Figure 45.

Figure 48 is the removably installation diagram of another racking.

Figure 49 is the explosive view of Figure 48.

Figure 50 is the explosive view of another angle of Figure 48.

Figure 51 is the structural schematic diagram of racking in Figure 48.

Figure 52 is the structural schematic diagram of another angle of racking in Figure 48.

Figure 53 is the cross-sectional view of staving.

Figure 54 is the removably installation diagram of another racking.

Figure 55 is the schematic rear view of racking in Figure 54.

Figure 56 is the removably installation diagram of another racking.

Figure 57 is the explosive view of Figure 56.

Figure 58 is the explosive view of another angle of Figure 56.

Figure 59 is the state diagram under the accumbency state of carry hand in Figure 56, and carry hand is connected with staving at this time.

Figure 60 is the state diagram in Figure 56 under the vertical state of carry hand, and carry hand is separated with staving at this time.

Figure 61 is the removably installation diagram of another racking.

Figure 62 is the explosive view of Figure 61.

Schematic diagram when Figure 63 is flat mop pull-up between squeezer and extrusion mouth under the smaller state of lap.

Figure 64 is the partial enlarged view of C portion in Figure 63.

Figure 65 is schematic diagram when flat mop pushes between squeezer and extrusion mouth under the larger state of lap.

Figure 66 is the partial enlarged view of the part D in Figure 65.

Figure 67 is that there is a kind of force application apparatus to act on the structural schematic diagram on squeezer.

Figure 68 is the structural schematic diagram acted on squeezer with another force application apparatus.

Figure 69 is the structural schematic diagram acted on squeezer with another force application apparatus.

Figure 70 is the structural schematic diagram acted on squeezer with another force application apparatus.

Figure 71 is the explosive view of Figure 70.

Figure 72 is the structural schematic diagram acted on squeezer with another force application apparatus.

Figure 73 is the schematic diagram of another angle of Figure 72.

Figure 74 is a kind of rotation connection schematic diagram of squeezer.

Figure 75 is the explosive view of Figure 74.

Figure 76 is the rotation connection schematic diagram of another squeezer.

Figure 77 is the explosive view of Figure 76.

Figure 78 is the rotation connection schematic diagram of another squeezer.

Figure 79 is the explosive view of Figure 78.

Figure 80 is the rotation connection schematic diagram of another squeezer.

Figure 81 is the explosive view of Figure 80.

Figure 82 is the squeezer scheme of installation with a kind of limiting device.

Figure 83 is the explosive view of Figure 82.

Figure 84 is the squeezer scheme of installation with another limiting device.

Figure 85 is the explosive view of Figure 84.

Figure 86 is another scheme of installation of squeezer.

Figure 87 is the explosive view of Figure 86.

Figure 88 is another scheme of installation of squeezer.

Figure 89 is the structural schematic diagram with a kind of burnisher for limiting device.

Figure 90 is the part E partial enlarged view in Figure 89.

Figure 91 is the mop-pail stands schematic diagram with castor.

Figure 92 is that have another status diagram of the mop-pail stands of castor.

Figure 93 is the cooperation schematic diagram of cleaning piece and squeezer.

Figure 94 is another Detachable connection structure of racking.

Figure 95 is the mode that notch is opened up on another flat mop plate, and flat mop plate, which is in, at this time can carry out extruding shape State.

Figure 96 is that flat mop is in structural schematic diagram when mopping floor state in Figure 95.

Figure 97 is the perspective view of the explosion that another squeezer is mounted on staving.

Figure 98 is the cooperation schematic diagram of squeezer and racking in Figure 97.

Figure 99 is cooperation schematic diagram when flat mop pulls up with cleaning squeezer.

Figure 100 is the partial enlarged view of the part H in Figure 99.

Figure 101 is cooperation schematic diagram when flat mop pushes with cleaning squeezer.

Figure 102 is the partial enlarged view of the part I in Figure 101.

Figure 103 is the structural schematic diagram of the pressurizing unit with guiding pearl.

Figure 104 is the structural schematic diagram of another scraper plate.

Figure 105 is the structural schematic diagram of another guide part form.

Figure 106 is a kind of explosive view of flat mop plate.

Figure 107 is the structural schematic diagram of the mainboard of flat mop plate in Figure 106.

Figure 108 is the structural schematic diagram of another flat mop plate.

Figure 109 is structural schematic diagram when extrusion mouth has extruding notch.

Figure 110 is the explosive view for dividing bar of the top.

Figure 111 is the cross-sectional view for dividing bar of the top.

Figure 112 is the partial enlarged view of the part J in Figure 111.

Figure 113 is the structural schematic diagram with the mop-pail stands for squeezing notch.

Specific embodiment

Invention is further described in detail with reference to the accompanying drawings and detailed description.

- Figure 113 referring to Fig.1, flat mop cleaning method, the flat mop include mop rod 5, cleaning piece flexible 3, connect The flat mop plate 2 in 5 lower end of mop rod is connect, cleaning piece 3 is connected on flat mop plate 2, mop rod 5 and flat mop Plate 2 is flexibly connected.

The flat mop plate 2 is the flat mop plate of hard, usually plastic material, naturally it is also possible to be that other are hard Material, such as metal plate etc..

The cleaning piece 3 is removably attachable to the back side and/or front of the flat mop plate 2, thus using When cleaning piece 3 can be connected on flat mop plate 2, cleaning piece 3 is removed when not using or packing, be convenient for entire package.

The mop rod 5 includes that two sections or more divide bar 6, divides between bar 6 and is detachably connected, bar 6 will be divided to fill when in use Match referred to as whole mop rod 5, bar 6 will be divided to disassemble in packaging and come, and quarter butt be formed, convenient for packing and reducing package body Product.Detachable connection method between point bar 6 can be threadeds connection, be also possible to after being mutually socketed by buckle or screw or Rivet or bolt connection are also possible to the combination of two or more detachable connection methods, such as several sections of mop rods are screw threads above Connection, last section of mop rod and the second last, which are cut between mop rod, to be connected by a snap after being socketed.It is most lower in the present embodiment One section of point of bar in face is connect with flat mop plate, and elastic slice is equipped in bottom one section of point of bar, and elastic slice has clamp 127, clamp 127 It is pierced by bottom one section of point of bar, second from the bottom section of point bar is equipped with card hole 128 corresponding with the clamp, one section point bottom Bar is inserted into second from the bottom section of point bar and clamp 127 is sprung into card hole 128, remaining, which divides between bar, is threadedly coupled.

In the present embodiment, flexible boot 172 is arranged on the mop rod, foam set, rubber sleeve can be used in flexible boot 172 Deng can hold flexible boot 172 when holding mop rod, it is more comfortable to hold feel.

In the present embodiment, the top divides bar to be equipped with head 173, and the head is equipped with hanging hole 174, in flat panel mop When not in use, flat mop can be hung up by scraping hanging hole.The preferably described head 173 and the top is divided between bar Rotation connection, and is fixed in the axial direction between the two, and head can be rotated but have can not be detached from the top to divide bar at this time, Conducive to the hanging support angle of adjustment flat mop.Bar end opening thereon is divided in 10-112 referring to Fig.1, described the top, this divides bar Side wall has interior protuberance 175；The head 173 has insertion section 176, and the side wall of the insertion section has male part 177, described Insertion section be inserted into after this divides bar from the upper end for dividing bar of the top, the male part 177 is located under the interior protuberance 175 Side, so that realizes head 173 and the top divides rotation connection between bar and between the two fixed mesh in the axial direction 's.

In the present embodiment, the movable connection method of mop rod 5 and flat mop plate 2 are as follows: the lower end of the mop rod 5 is hinged There is connector 7, it is hinged between the flat mop plate 2 and the connector 7, hingedly make flat mop by two Plate 2 when being mopped floor can flexible rotating, packaging when can turn to folded state along hinged place again, to reduce package body Product.

The cleaning piece 3 on flat mop plate 2 is cleaned using the staving 1 of dress water, installs and squeezes on the staving 1 Device 4, is operated when being cleaned according to the following steps:

The flat mop plate is rotated to the state (state that can be squeezed) that can be cleaned first；

Then mop rod is held, will be moved up and down in the flat mop plate insertion pressurizing unit under cleaning state, the staving It is static in the up-down direction, it drives flat mop plate 2 to move up and down by mop rod 5, is driven on cleaning piece 3 by flat mop plate 2 Lower movement, by pressurizing unit 4 to cleaning piece 3 carry out it is mobile squeeze cleaning, as shown in Figure 39-42, when flat mop plate by Pressurizing unit acts on the cleaning piece 3 when pushing, and cleaning piece stacks upwards after deforming it, and cleaning piece 3 is first squeezed dress Extruding is set to be immersed in the water again；When flat mop plate is pulled up, pressurizing unit acts on the cleaning piece 3, wipes after deforming it Object is wiped to stack downwards, the cleaning piece 3 to get wet be squeezed again device extruding, and so on；If the cleaning piece is equipped with lousiness 137, when flat mop plate is by 2 pull-up, squeezer 36 acts on the cleaning piece, stirs lousiness 137 downwards, to be formed It stacks；When flat mop plate 2 is pressed downward, pressurizing unit acts on the cleaning piece, stirs lousiness 137 upwards, with shape At stacking.If the cleaning piece be deerskin towel or collodion or sponge or scouring pad etc. other without lousiness flexible article When, just only just there is simple stacking effect.

Meanwhile when cleaning, when the flat mophead with cleaning piece 3 moves down, squeezer 36 to the surface layer of cleaning piece 3 into Row squeezes, and squeezer 36 squeezes out the water with dirt on cleaning piece surface layer, is then immersed in the water again, makes extruded cleaning piece 3 draw the water that staving contains again；When flat mop plate 2 is pulled up, pressurizing unit acts on the cleaning piece, gets wet Cleaning piece be squeezed again device 36 extruding, and so on.

When cleaning to the cleaning piece 3 on flat mop plate 2, the flat mop plate 2 is turned to and 5 base of mop rod This parallel extrudable state, flat mop plate 2 and mop rod 5 under this state is common to be inserted into the pressurizing unit 4 Lower movement carries out mobile squeeze to the cleaning piece 3 by the pressurizing unit 4 and cleans.

It should be noted that staving fills water, cleaning piece palpus when flat mop can both move extruding cleaning in staving 1 Into in water.Described mobile extruding cleaning in this patent is that pressurizing unit generates squeezing action to cleaning piece 3, thus when flat Pressurizing unit acts on the cleaning piece 3 when plate mop board is pressed downward, and cleaning piece stacks upwards after deforming it；Work as plate Pressurizing unit acts on the cleaning piece 3 when mop board is pulled up, and cleaning piece stacks downwards after deforming it.It is filled for squeezing For setting, flat mop can be squeezed the size limitation of device opening after being inserted, so that flat mop insertion is squeezed Pressurizing device naturally forms cleaning piece and squeezes after in pressure device, and the opening for being also possible to pressurizing unit is larger, works as flat mop When being inserted into pressurizing unit, operator actively comes to flat mop on pressurizing unit, to make pressurizing unit to cleaning piece shape At extruding.

Using the flat mop plate 2 of hard, flat mop plate 2 generallys use rectangle or approximate rectangular shape, has two Long side and both ends short side.The flat mop plate 2 of hard is being moved convenient for being detachably connected between cleaning piece 3 When dynamic extruding cleaning, rigidly keep form indeformable using it, conducive to the mobile extruding cleaning operation in pressurizing unit.Hard Flat mop plate 3 be usually plastic material, be also not excluded for being metal material etc. certainly.

Can set cleaning solution bottle on the pressurizing unit, holding cleaning liquor in cleaning solution bottle, can be used for assisting to cleaning piece into Row cleaning.

As Figure 1-Figure 5, it in the present embodiment, is laterally hinged between the lower end of the mop rod 5 and the connector 7 (so-called to be laterally hinged with, to refer to the hinged shaft of hinged shaft substantially along the width direction of flat mop plate), the flat mop plate 2 with Longitudinally-hinged between the connector 7 (it is so-called longitudinally-hinged, refer to hinged shaft hingedly substantially along the length of flat mop plate Spend direction), i.e., hinged direction, flat mop plate 2 between mop rod 5 and connector 7 and the hinged direction base between connector 7 Originally it is mutually perpendicular to, when flat mop plate 2 rotates, flat mop plate 2 and connector 7 are rotated together, around connector 7 and mop rod 5 Between hinged place transmission, its length direction and 5 side of extension of mop rod when flat mop plate 2 turns to extrudable state To posture almost the same, that the presentation of flat mop plate 2 at this time is erect, mobile squeeze is being carried out to the cleaning piece 3 on flat mop plate 2 When pressure cleaning, flat mop plate 2 is moved up and down with the posture of setting, can reduce squeeze friction, and operation is more smooth, for squeezing For device 4, the length of its accumbency can also be reduced, mitigate its stress, avoid generating deformation, extend pressurizing unit uses the longevity Life.In the present embodiment, flat mop plate is equipped with clamp slot 129 corresponding with clamp 127, the clamp after rotation of flat mop plate 127 enter in clamp slot 129.

Certainly, as shown in figure 8, can also be longitudinally-hinged, flat mop at this time between the lower end of mop rod 5 and connector 7 To be laterally hinged between plate 2 and connector 7, when flat mop plate 2 rotates, flat mop plate 2 and connector 7 are rotated together, around Hinged place transmission between connector 7 and mop rod 5, its length direction and institute when flat mop plate 2 turns to extrudable state 5 extending direction of mop rod stated is substantially vertical, and the posture of accumbency is presented in flat mop plate 2 at this time.At this time on flat mop plate 2 Cleaning piece 3 carry out mobile when squeezing cleaning, the needs of pressurizing unit 4 are set as being adapted to the flat mop plate 2 of accumbency, squeeze at this time The accumbency length of pressure device 4 is longer, therefore is easy to produce bending deformation after pressurizing unit stress in mobile extrusion process, still For still further aspect, the mobile stroke squeezed is shorter, also there is certain benefit.

As shown in Figure 6, Figure 7, at least one notch 8 can be set on the flat mop plate 2, be in Fig. 6, Fig. 7 One notch is set on the short side of flat mop plate, when the flat mop plate 2 is in extrudable state, the mop Bar 5 is located in the notch 8, and the length direction of flat mop plate 2 is consistent with the extending direction of mop rod 5 at this time, i.e. plate Mop board 2 is in the posture erect.In the present embodiment, connector 7 is located in notch 8 to be laterally hinged with flat mop plate 2, mop rod 5 is longitudinally-hinged with connector 7, and in rotation, the hinged place between connector 7 and flat mop plate 2 turns plate planker plate 2 Dynamic, only mop rod 5 is located in notch 8.The rest part of the flat mop plate 2 does not set notch.Usually, notch opens up It can be in the positive and negative of flat mop plate 2 since mop rod 5 is located in notch 8 under squeezed state at the edge of flat mop plate Cleaning piece is installed on two sides, and pressurizing unit can simultaneously squeeze the cleaning piece on 2 two sides of flat mop plate when being inserted into pressurizing unit Pressure, or be also to carry out single side extruding, if desired the cleaning piece of another side is squeezed, then needs to rotate flat mop Again insertable into pressurizing unit after 180 °.And the rest part of flat mop plate 2 keeps complete, avoids 2 intensity of flat mop plate Damage.

Certainly, a notch 8 can also be offered in the long side of flat mop plate 2 as shown in Figure 95,96, connector 7 is located at Longitudinally-hinged with flat mop plate 2 in notch 8, mop rod 5 is laterally hinged with connector 7, and the flat mop plate 2 is in can When squeezed state, the mop rod 5 is located in the notch 8, at this time the span direction of flat mop plate 2 and mop rod 5 Extending direction it is consistent, i.e., flat mop plate 2 be in accumbency posture.

Certainly, as shown in Fig. 1-Fig. 5, Fig. 8, can also not have notch, the flat mop on the flat mop plate 2 The front of plate 2 is connect with the mop rod 5, i.e. the front that is hinged on flat mop plate 2 of connector 7, mop rod 5 again with connection First 7 is hinged, and the cleaning piece 3 is set to the back side of the flat mop plate 2, when which is in extrudable state, The mop rod 5 is located at the positive top of the flat mop plate 2.Flat mop plate 2 without notch is only being set on one side Cleaning piece is set, but its intensity is largely guaranteed, and cleaning piece is also kept completely, the area that mops floor will not damage Consumption.

Detachable connection method between cleaning piece 3 and flat mop plate 2 can be various detachable connection methods, such as 3 sets of cleaning piece are used Velcro connection, cleaning piece 3 on flat mop plate 2, between cleaning piece 3 and flat mop plate 2 and put down Using button connection etc. between plate mop board 2.

In the present embodiment, recommend a kind of detachable mounting means of more reasonable cleaning piece: the one of the flat mop plate 2 Head or both ends are equipped with inserted sheet 9, and the head of the cleaning piece 3 is equipped with slash pocket 10 corresponding with inserted sheet 9, and the inserted sheet 9 is inserted into institute In the slash pocket 10 stated, installing and dismounting is easier.Between the other parts of the cleaning piece 3 and the flat mop plate 2 still It is old use other detachable connection methods, such as by velcro 11 connect or the flat mop plate 2 on form it is viscous Grain is detained, the other parts of the cleaning piece 3 are attached on the thread gluing grain, or pass through button connection etc..Generally, It only need to be in a setting inserted sheet of flat mop plate 2, flat mop plate 2 when flat mop plate 2 turns to extrudable state Turn to inserted sheet end (its length direction is consistent with the extending direction of mop rod after flat mop plate rotation at this time) downward, inserted sheet 9 Being inserted into slash pocket 10 has extremely strong positioning action to cleaning piece 3, and the cleaning piece at inserted sheet end is firstly inserted into pressurizing unit 4, Cleaning piece can effectively prevent cleaning piece 3 squeezing up and down without departing from inserted sheet in reciprocal mobile extruding cleaning process It is dug during pressure.

As shown in Figure 9, Figure 10, in the present embodiment, the slash pocket 10 is the slash pocket cloth for being connected to the cleaning piece head 14, and the setting partition 12 on the slash pocket cloth, so that the slash pocket 10 is formed between adjacent partition 12, partition Specific generation type are as follows: separate the sewing thread to be sewn on slash pocket cloth and cleaning piece, convenient formation.Certainly other can also be used Mode, for example, by using fixed glue setting partition etc..

In the present embodiment, it is sewn in the head of the cleaning piece after 14 doubling of slash pocket cloth, to form double-layer structure Slash pocket, enhance slash pocket intensity, make it more resistant to impact, be unlikely to be broken by inserted sheet soon in mobile squeeze in cleaning process. Certain slash pocket is also possible to single layer structure.

In the present embodiment, at the doubling folding line of the slash pocket cloth 14 13 be the slash pocket 10 opening, i.e. slash pocket cloth Doubling folding line is towards the opening for inside cleaning piece rather than towards outside, at folding line being slash pocket 10, when inserted sheet 9 is inserted into slash pocket 10 It is more smooth.

In the present embodiment, the slash pocket cloth 14 is sewn on the cleaning piece 3 or by binding off in the wiping On object 3；The outer rim of slash pocket cloth 14 and the outer rim of cleaning piece at slash pocket are substantially flush, the seam of the outer rim of cleaning piece and slash pocket at slash pocket The distance between line or the inner edge bound off W are 1.5mm-8mm, further avoid the slash pocket 10 in mobile extruding cleaning process and are inserted The phenomenon that piece 9 is broken；After inserted sheet 9 is inserted into slash pocket 10 simultaneously, the head of cleaning piece 3 and the head of flat mop plate 2 are basic Flush, when being inserted into pressurizing unit with the flat mop plate 2 of cleaning piece 3, the head of cleaning piece 3 not will form turnup from And flat mop plate 2 is hindered to be inserted into pressurizing unit 4.

If slash pocket cloth 14 is sewn on cleaning piece by suture 148, the length of the inserted sheet 9 is arranged are as follows: when slash pocket set After on to the inserted sheet 9, the bottom of inserted sheet and slash pocket is inconsistent, and the suture 130 of slash pocket is at least partly hidden in plate at this time 2 rear of mop board, preferably 130 Hide All of suture of slash pocket is in 2 rear of flat mop plate or the suture 130 of slash pocket It is flushed with flat mop plate 2.The meaning being arranged in this way is: when flat mophead, which is moved up and down, to be squeezed cleaning piece, Can be touched with mop-pail stands bottom, if the suture 130 of slash pocket be more than flat mop plate 2, suture 130 can because hit and with Friction is generated between flat mop plate and is hit, so that suture is easy to be severed, slash pocket is caused to fall off.

In the present embodiment, the cleaning piece 3 is made of three layers of wiper, and first layer is cleaning layer 15, for mopping floor.It can To be superfine fibre cloth, towelling, collodion, deerskin towel etc.；The second layer can be sponge etc. for absorbing water for water absorption layer 16；The Three layers are articulamentum 17, and the articulamentum 17 is connect with the flat mop plate 2, and the slash pocket 10 is also set to described On articulamentum 17, Each performs its own functions for three layers of wiper.In order to make three layers of wiper be connected, three layers of wiper are copied at edge Side, so that three layers of wiper be made to be formed as the cleaning piece, the connection of three layers of cleaning piece is very secured.Certainly it can also be used He understands three layers of wiper mode, such as bonding, hot-melt adhesive paste etc..

Certainly, other forms can also be used in cleaning piece, e.g. independent one piece of wiper etc..

It is hingedly to tie due to being between articulated structure, connector 7 and mop rod 5 between flat mop plate 2 and connector 7 Structure, therefore after flat mop plate 2 is rotated to reach extrudable state, to keep the state that can be squeezed to have certain Difficulty, therefore when insertion pressurizing unit moves up and down, it is possible to overturning or mop rod 5 of the meeting due to flat mop plate 2 Overturning and generate catching phenomenon.In order to avoid the generation of the phenomenon, in the present embodiment, the flat mop plate 2 and drag Positioning device is equipped between barre 5, the flat mop plate 2 is made after turning to extrudable state by the positioning device Flat mop plate 2 keeps the state, carries out the mobile smooth operation for squeezing and moving up and down when cleaning conducive to flat mop plate 2；It drags Flat mop plate 2 described in when ground is detached from the control of the positioning device to rotation to the state of mopping floor.

Multiple structural forms can be used to realize in positioning device, and the specific constructive form of several positioning devices is set forth below:

1. is as shown in figs. 13 and 14, the positioning device includes the iron block 18 being set on the mop rod 5, is set to described put down Magnet 19 on plate mop board 2, when the described rotation of flat mop plate 2 to extrudable state, the iron block 18 and described Magnet 19 is attracted, when mopping floor described in iron block 18 be separated with the magnet 19.

2. positioning device described in includes the magnet on the mop rod, the iron on the flat mop plate Block, when the flat mop plate is rotated to extrudable state, the iron block and the magnet are attracted, when mopping floor described in Iron block be separated with the magnet.

3., as shown in Figure 19, Figure 20, the positioning device includes the elastic buckles 20 on the flat mop plate 2, When the described rotation of flat mop plate 2 to extrudable state, the mop rod 5 is buckled into the elastic buckles 20, when mopping floor The mop rod 5 is detached from the elastic buckles 20.

4., as shown in Figure 17,18, the positioning device includes the snap-on piece 21 on the mop rod 5, described Flat mop plate 2 is equipped with the button hole 22 being adapted to the snap-on piece 21, the rotation of flat mop plate 2 to extrudable shape When state, the snap-on piece 21 is buckled into the button hole 22, when mopping floor described in the snap-on piece 21 be detached from the button 22 holes.

5. is as described herein is shown in figs. 21-28, the positioning device includes the elastic ejector in the mop rod, when cleaning The elastic ejector withstand on the connector 7 between the flat mop plate 2 and mop rod 5 to flat mop plate 2 into Row positioning.When mopping floor, flat mop plate 2 is set to be in the state that mops floor after the mop rod or the rotation of flat mop plate.Elastic top Part can be mandril 23, spring 24 is set in mop rod withstand the mandril 23 and make it have the trend being pressed downward, and make mandril 23 always The side of connector 7 is pressed on to which when flat mop plate 2 turns to extrudable state, mandril 23 is also held out against in connector 7 On reach positioning.Better locating effect in order to obtain can set planar portions 25 in the side on connector 7, work as flat panel mop Mandril 23 is withstood in planar portions 25 when plate 2 is reached extrudable state, can reach better locating effect.As shown in figure 5, can also Groove 26 is set in the side of connector, mandril 23 heads into groove 26 when flat mop plate reaches extrudable state, can reach Better locating effect.Above-mentioned planar portions 25 or groove 26, which is arranged, also has another effect: if mop rod 5 rotates when mopping floor To planar portions or the critical portion (planar portions or groove and the critical place of connector other parts) of groove, then lift flat mop Afterwards under the action of spring 24, flat mop plate 2 automatically rotates to the state that can be squeezed.

Wheel 27 or convex ribs 28, when plate swivel plate 2 turns to extrudable state, wheel can be set in the lower end of mandril 27 or convex ribs 28 enter in groove 26, better locating effect can be played.It certainly at this time can also be at other positions of connector 7 Another groove is set, and wheel or convex ribs enter the holding for being conducive to the state of mopping floor in this groove when the state that mops floor.

Certainly salient point can also be set on connector, recess is set on mandril, when flat mop plate reaches extrudable state Salient point enters in recess, also can reach better locating effect.

6. positioning device described in includes the elastic top on the connector between the flat mop plate and mop rod Part, when cleaning described in elastic ejector withstand on mop rod to be positioned to flat mop plate；When mopping floor, the mop Flat mop plate is set to be in the state that mops floor after bar or the rotation of flat mop plate.

7. is as shown in Figure 15,16, the positioning device include magic pin thread 29 on the flat mop plate 2, Magic female thread 30 on the mop rod 5, when cleaning described in flat mop plate 2 and mop rod 5 between by described Magic pin thread 29 and the bonding binding of magic female thread 30；Magic pin thread 29 and magic female thread 30 described in when mopping floor are detached from；

8. positioning device described in includes the magic female thread on the flat mop plate, the evil spirit on the mop rod Art pin thread, when cleaning described in flat mop plate and mop rod between tied up by the magic pin thread and the bonding of magic female thread It is fixed；Magic pin thread and magic female thread described in when mopping floor are detached from.

9. is as shown in figures 29-31, the mop rod 5 is equipped with slot 31, and the flat mop plate 2, which is equipped with, to be inserted Muscle 32, the end of joint bar 32 are equipped with bayonet 33, and the end of slot 31 is equipped with stuck point 34, when cleaning described in the rotation of flat mop plate Joint bar 32 enters in slot 31 afterwards, and stuck point 34 is caught in bayonet 33；Pivotal plate mop board or mop rod when mopping floor, make stuck point 34 It is detached from bayonet 33.Stuck point can be fixed on slot end, be also possible to activity setting, such as set spring in mop rod, Logical multiple springs are by a convex block ejection to form salient point.

10. mop rod described in, which is equipped with, inserts point, the flat mop plate is equipped with slot, when cleaning described in plate Stuck point is caught in bayonet after mop board rotation；Pivotal plate mop board or mop rod when mopping floor are detached from stuck point and bayonet.

As shown in figure 32, jagged 8 are opened up on flat mop plate 2, connector 7 is laterally hinged in notch 8, is dragged Barre 5 is longitudinally-hinged on connector 7, is equipped with locating rod 80 in flat mop plate 2 at this time, withstands connection by locating rod 80 First 7 to mop rod 5 so that further position connector 7.It, can be on connector 7 in order to reach better locating effect If groove, when mop rod 5 is located in notch 8, locating rod 80 is inserted into the groove, further can set muscle in positioning boom end Item is inserted into rib in the groove, and locating effect is more preferably.

As shown in Figure 33-35, in the present embodiment, the pressurizing unit includes squeezer 36, is connected to squeezing on staving 1 Pressure rack 35 offers extrusion mouth 37 on the racking 35, which is equipped with squeezer 36, the squeezer 36 Part is Chong Die with the extrusion mouth 37, since squeezer 36 is mounted on racking 35, herein " squeezer part with it is crowded Press salty folded " it is meant that squeezer 36 partially protrudes into extrusion mouth 37, so that 36 part of squeezer and extrusion mouth 37 generate Overlapping.

Or as shown in Figure 36,37,97,98, the squeezer 36 is mounted on the staving 1, the squeezer 36 Part is Chong Die with the extrusion mouth 37.In Figure 36,37, squeezer 36 is directly installed on bucket 1；In Figure 97,98, squeeze Device 36 is connected to first on connector 141, and then connector 141 is connected on staving 1.Here situation there are two types of, one is After squeezer 36 is installed on staving 1, racking 35 is installed on staving 1, squeezer 36 is still located in racking 35, this When " squeezer part is Chong Die with extrusion mouth " be meant that squeezer 36 partially protrudes into extrusion mouth 37, thus squeezer 36 Divide Chong Die with the generation of extrusion mouth 37；Another situation is that squeezer 36 is installed on staving 1, racking 35 is installed on staving 1 Afterwards, squeezer 36 is located at the lower section of racking 35, and " squeezer part is Chong Die with extrusion mouth " is meant that at this time: squeezer 36 exists Projection and the projection of extrusion mouth 37 in the plane in plane have lap.

Mop rod 5 and the flat mop plate 2 in extrudable state penetrate described jointly when cleaning to cleaning piece 3 In extrusion mouth 37, the cleaning piece 3 faces the squeezer 36, and flat mop moves up and down, and passes through the squeezer Cleaning piece 3 described in 36 pairs carries out mobile squeeze and cleans.Squeezer 36 can be an individual components, be installed to racking 35 or staving 1 on；Squeezer 36 can also be integrally formed with racking 35 or staving 1.Such pressurizing unit structure setting is reasonable, Wiping is squeezed by squeezer.

In order to achieve the purpose that the flat mop plate 2 and mop rod 5 being under extrudable state penetrate extrusion mouth 37 jointly, The front of flat mop plate described in the present embodiment 2 is connect with the mop rod 5, and the cleaning piece 3 is set to the plate The back side of mop board 2, when which is in extrudable state, the mop rod 5 is located at the flat mop plate 2 Positive top, the extrusion mouth 37 include for the flat mop plate 2 pass through wear mouth 38, worn for the mop rod 5 The bar mouth 39 crossed, the mouth 38 of wearing are connected to the bar mouth 39, in order under the squeezed state flat mop plate 2 with Mop rod 5 is jointly in insertion pressurizing unit.Certainly the overall width of extrusion mouth 37 can also be amplified, so that shape can will be squeezed by realizing Flat mop plate 2 and mop rod 5 under state penetrate extrusion mouth jointly.

In the present embodiment, the periphery for wearing mouth 38 is equipped with guiding surface 40, is inserted into and is worn in mouth 38 in flat mop plate 2 When, it is oriented to, facilitates flat mop plate 2 to be successfully inserted at and wears in mouth.

As shown in figure 38, in the present embodiment, the thickness for being not provided with the flat mop plate 2 of cleaning piece makes described in its insertion After in extrusion mouth, which has the activity space along its thickness direction, when being packed, by flat mop plate 2 It is folded after rotation with mop rod 5, then the two is inserted into jointly in extrusion mouth 37, is located in staving 1, is not needed to be placed on Outside staving 1, to reduce packaging volume.Referring to Figure 63-Figure 66, the overall thickness of flat mop plate and the cleaning piece 3 being provided thereon Degree is so that after mobile in extrusion mouth described in its insertion, and the squeezer 36 generates extruding to the cleaning piece 3, to reach To certain crushing strength, realize that so-called mobile squeeze is cleaned.Certainly, another mobile squeeze is cleaned also in guarantor of the invention Within the scope of shield: the opening of extrusion mouth is larger, and the general thickness of flat mop plate and its cleaning piece equipped with cleaning piece, which is less than, squeezes The width of mouth is pressed, mop rod is held when cleaning at this time, leans against cleaning piece on squeezer and move up and down, and mobile squeeze is cleaned A kind of form.

Racking 35 can be fixed on staving 1, can also be removably attachable on the staving 1, and racking 36 is recommended It is removably attachable on staving 1, convenient for being cleared up inside staving 1 after racking 35 is disassembled, and when squeezing Racking 35 is only needed to change when frame 35 suffers damage, and does not need to change whole mop-pail stands.Racking 35 and staving 1 it is removable It unloads there are many modes, the connection type of several rackings 35 and staving 1 is set forth below:

1. is snapped connection referring to Figure 54, Figure 55, the racking 35 in the upper end of the staving 1.It specifically can be racking 35 are equipped with buckle 44, and 1 upper end of staving sets turned-out flange 45, and buckle 44 is buckled on flange 45；Or card is set on racking It detains, sets bayonet on staving, it is medium that buckle is buckled into bayonet.Certainly hole can also be directly opened up on staving, by the card on racking Button directly buckles into this hole.

2. referring to Figure 45-Figure 47, is articulated with card ear 46 on the racking 35,35 frame of racking is in the staving 1 upper end, the card ear 46 are snapped connection with the staving 1.Button 47 can be specifically set on card ear 46, on staving 1 If flange or bayonet or card slot etc., button 47 and flange or bayonet or card slot after the overturning of card ear 46 thereon are clamped.

3. is referring to Figure 48-Figure 53, the extruding, 35 are equipped with elastic slice 48, and the staving 1 is equipped with jack 49, institute The elastic slice 48 stated is fixed after being inserted into the jack 49, and specific fixed form can be the card that protrusion is arranged on elastic slice 48 First 50, clamp 50 is located at 49 rear of jack to be fixed after elastic slice 48 is inserted into jack 49.It can be that elastic slice 48 is opposite Other end racking on set plate 51, plate, which is inserted into staving, is used for auxiliary positioning.

4. staving described in is equipped with elastic slice, the racking is equipped with jack, and the elastic slice insertion is described to insert Kong Zhonghou is fixed, and specific fixed form can be the clamp that protrusion is arranged on elastic slice, clamp after in elastic slice insertion jack Positioned at jack rear to be fixed.

5. is hinged with carry hand 52 referring to Figure 56-Figure 60 is used on the racking 35, the carry hand 52 is equipped with card Hook 53, grab 53 reach the lower section of racking 35, and the upper edge of staving 1 offers the mouth of hook 54, rotate described after the carry hand 52 The upper edge that is caught in the staving of grab 53 the mouth of hook 54 in.Grab can be detached from the mouth of hook 54 after rotating backward carry hand 52.

6. staving described in is equipped with sliding rail, the racking is removably fixed after sliding into the sliding rail, when crowded Pressure rack sliding can be used afterwards in place screw fix or buckle fixation etc. modes reach positioning.

7. being fixed on the staving after the rotation of racking described in.Example racking as mentioned and the staving Between be threadedly coupled.Or the staving is equipped with the vertical chute, the horizontal concrete chute with the end connection of the vertical chute, it is described Racking be equipped with salient point, rotation after the salient point slides into the vertical chute makes described in the salient point slides into Horizontal concrete chute；Alternatively, the racking is equipped with the vertical chute, the horizontal concrete chute with the end connection of the vertical chute, institute The staving stated is equipped with salient point, rotation after the salient point slides into the vertical chute, makes described in the salient point slide-in Horizontal concrete chute；Or as shown in Figure 61,62, staving is equipped with horizontal concrete chute 56, and racking 35 is equipped with angle 55, positioning 55 end of foot be equipped with locating piece 57, by 35 frame of racking on staving 1 after make locating piece 57 be aligned horizontal concrete chute 56, then rotate Locating piece 57 is set to screw in the purpose that can reach located crush frame 35 in horizontal concrete chute 56 after racking 35.

8., referring to Figure 94, the racking 35 is equipped with moveable lock tongue 58, the staving is equipped with fore shaft, The lock tongue 58 is fixed by the racking 35 after being inserted into the fore shaft.It generally requires and sets spring in racking 35 Part 59 is ejected lock tongue by spring part 59.

As shown in Figure 34,35, racking 35 can take the form of main support 42 and secondary support 43, i.e. racking includes main branch Frame 42 and secondary support 43,42 frame of main support are connected to the main branch in the upper end of the staving 1, the secondary support 43 The back side (can be connected by screw to, rivet interlacement, be threadedly coupled Ei, the modes such as snap connection be attached) of frame 42, it is described Squeezer 36 is mounted on the secondary support 43, offers opening, main support on the main support 42 and secondary support 43 Extrusion mouth 37 described in opening composition in opening and secondary support 43 on 42.Squeezer 36 is mounted on secondary support 43, is squeezed Device 36 is used as main stressed member, is easily damaged, once damage only needs replacing secondary support 43 and squeezer 36, main branch Frame 42 can also continue to using.

As shown in figure 33, integrally formed mode, i.e. master of the racking 35 including an entirety can also be used in racking 35 Frame.Trim 41 can be also also equipped on the body frame, body frame upper end is in open state at this time, is facilitated squeezer 36 It is mounted on body frame by the opening, trim then forms opening and covers, and is formed and is protected to squeezer, while is also more attractive. Body frame is integral, and when 36 stress of squeezer marries again on the body frame of one, and the tolerances that integrated body frame bears external force are higher, and one The body frame of body again marries again suffered external force on staving 1, therefore the racking 35 of this structure and squeezer 36 be not easily damaged.

Squeezer 36 can be fixed on racking 35 or staving 1, but as shown in Figure 63-66, applicant recommends to squeeze Device is movably connected on the racking 35 or on staving 1, and the squeezer 35 limits its movable model by limiting device It encloses；When cleaning, when flat mop pushes described in flat mop plate 2 on cleaning piece 3 drive the activity of squeezer 36 to by limiting The first position that device limits, the part Chong Die with extrusion mouth 34 of squeezer 36 is most at this time, so that squeezer 36 is to cleaning piece 3 The extruding force of application reaches maximum, conducive to the cleaning to cleaning piece；Wiping when flat mop plate pulls up, on the flat mop plate It wipes object 3 and drives 36 reverse activity of squeezer, the part Chong Die with extrusion mouth 37 of squeezer 36 reduces, and squeezer 36 is right at this time The extruding force that cleaning piece 3 applies is smaller, and flat mop pull-up is laborsaving, and will not pull up together with mop-pail stands.

There are mainly three types of the modes that squeezer 36 is flexibly connected, and a kind of mode, which is that the squeezer is oblique, to be slidably connected at On the racking or on staving.Specifically, as shown in Figure 88, the racking 35 or staving are equipped with skewed slot 60, institute The squeezer 36 stated is equipped with sliding block 61, and the sliding block 61 is slidably arranged in the skewed slot 60；Or the extruding Device is equipped with skewed slot, and on the racking or staving is equipped with sliding block, and the sliding block is slidably arranged in the skewed slot； When cleaning, cleaning piece 3 drives the squeezer 36 to downslide until reaching first position, flat mop when flat mop pushes Cleaning piece 3 drives 36 upward sliding of squeezer when pull-up.

In addition, cleaning piece drives the squeezer 36 to slide up until reaching second when the flat mop pulls up It sets, the lap of squeezer 36 and extrusion mouth 37 is minimum at this time, so that the extruding force that squeezer 36 applies cleaning piece 3 reaches Minimum prevents flat mop from having carried staving 1 when pulling up, while defining the second position again, and flat mop is prevented to be pulled through upper The extruding force that squeezer 36 applies cleaning piece in journey is too small.In above-mentioned implementation, the skewed slot 60 forms described Limiting device, sliding block 61 respectively correspond the first position and the second position when being located at the lower end and upper end of sliding slot 60.

The second way that squeezer is flexibly connected is: the squeezer 36 is rotatably connected on the racking 35 Or on staving 1；When cleaning, cleaning piece 3 drives the squeezer 36 to rotate down until reaching first when flat mop pushes Position, cleaning piece drives the squeezer to be rotated up when flat mop pulls up.The frame mode structure of rotation connection is simple, It runs smooth.This rotation connection mode, reaches first position when squeezer 36 rotates down, therefore squeezer 36 reaches the When one position, court upwarps and (is located above horizontal plane) or is parallel to the horizontal plane substantially.

Referring to Fig.1 09,113, it, can be in institute when the squeezer is rotatably connected on the racking or when on staving The edge for stating extrusion mouth 37, which is equipped with, squeezes notch 170, and the extruding notch 170 is corresponding with the squeezer 36, is squeezing The meaning that mouth edge sets extruding extruding notch 170 is: when being pulled up again after flat mop is inserted into pressurizing unit, upward turn It is dynamic, if when being pressed downward flat mop again without external force on squeezer 36, at this moment due to squeezer 36 and cleaning piece 3 it Between squeeze friction it is inadequate, may press into device 36 can not rotate down, to fan the air when flat mop being caused to push, if squeezing Extruding notch corresponding with squeezer is set on pressure mouth, then the filling of cleaning piece 3 squeezes in notch 170 when flat mop downlink, downlink Cleaning piece 3 lower pressure is formed to squeezer 36, to avoid the occurrence of that squeezer cannot rotate down.Simultaneously as Squeezing notch 170 has above-mentioned beneficial effect, therefore without external force is applied on squeezer 36 squeezer is had downwards The trend of rotation, thus it is also more loose when flat mop pull-up.

There are many rotation connection modes of squeezer 36, and the specific structure side of several squeezer rotation connections is set forth below Formula:

1., as shown in Figure 74,75, the both ends of the squeezer 36 are equipped with rotational pin 62, described in two rotational pins 62 are inserted into respectively Racking 35 in or staving in；Alternatively, on the racking 35 or staving is equipped with protruding shaft 63, institute as shown in Figure 76,77 The protruding shaft 63 stated is inserted respectively into the both ends of the squeezer 36.

2., as shown in Figure 78,79, on the racking 35 or staving is equipped with pin joint seat 64, the squeezer 36 Side is articulated on the pin joint seat 64.

3., as shown in Figure 80,81, on the racking 35 or staving is equipped with deck 65, which is equipped with card Mouth 67, the squeezer 36 are equipped with axis 66, and the axis 66 can be rotated after being caught in the bayonet 67 of the deck 65.

In the case where squeezer 36 is rotatably connected on racking 35 or staving, on the racking 35 or staving 1 It is equipped with and the stop portions stopped is formed to the squeezer 36, the stop portions form the limiting device, institute The squeezer 36 stated reaches first position when turning to stop portions touching, this is the first mechanism of limiting device Form.

Second of structure type of limiting device are as follows: referring to Figure 84,85, which is in the extruding, 35 Or two limiting grooves 70 on staving, the both ends of the squeezer 36 are inserted into the limiting groove 70, the extruding The downside of device 36 and the limiting groove 70 reaches first position when touching.Or as shown in Figure 82,83, the two of squeezer 36 Head setting bit slice 71, opens up limit hole 72 on racking 35 or staving, and locating plate 71 is inserted into limit hole 72, squeezer rotation First position is reached when the lower side of locating plate 71 and limit hole 72 is touched afterwards.

The third mode that squeezer is flexibly connected is: the racking 35 is equipped with and 36 both ends pair of squeezer The oblique groove 73 answered, in the both ends insertion of the squeezer 36 oblique groove 73, and the squeezer 36 and described There is the activity space along squeezer thickness direction, cleaning piece 3 drives described squeeze when flat mop pushes between oblique groove 73 Depressor 36 is stirred to first position.Oblique groove 73 exists as limiting device simultaneously, the squeezer 36 when flat mop pushes It stirs downwards and reaches the lower edge of oblique groove 73 and reach positioning, squeezer 36 and the lap of extrusion mouth are most at this time；Plate Squeezer 36 stirs upwards when mop pulls up reaches the top edge of oblique groove 73 and reaches positioning, at this time squeezer 36 and extrusion mouth 37 Lap it is minimum.

For flat mop burnisher of the present invention, second is preferably limited by limiting device simultaneously Set, when flat mop pulls up described in flat mop plate 2 on cleaning piece 3 drive squeezer to turn to be limited by limiting device The second position, the lap in squeezer 36 and extrusion mouth 37 is minimum at this time, so that squeezer 36 squeezes cleaning piece application Pressure reaches minimum, and the extruding force that squeezer is applied on cleaning piece when flat mop being avoided to pull up is too small.

Referring to Figure 74-81, for using for mechanism of the stop portions as limiting device, the stop portions have First part 68 and second part 69, the squeezer 36, which turns to, reaches first when touching with the first part 68 It sets, the squeezer 36, which turns to, reaches the second position when touching with the second part 69.In order to make squeezer 36 just In reaching the second position and the touching of second part 69, ear 74 can be set on squeezer 36, pass through ear 74 and second Divide touching.

For using for mechanism of the limiting groove 70 as limiting device, the squeezer 36 and the limiting groove Reach the second position when 70 other side touching.

Applicant recommends facility between the racking 35 and the squeezer 36 or between staving and squeezer Power device, the force application apparatus forces on the squeezer 36, so that the squeezer 36 is made to be located at first position, In this case, squeezer 36 has the trend positioned at first position, when the flat mop plate with cleaning piece moves down, Activity with the help of force application apparatus of squeezer 36 is unlikely to first position because of rubbing between cleaning piece 3 and squeezer 36 Wiping power is stuck in cleaning piece on the way.The specific constructive form of force application apparatus, as shown in Figure 67, force application apparatus use spring members 75, one end of spring members 75 is withstood on pressurizer, and one end is withstood on racking 35 or staving, so that squeezer 36 is kept In first position.As shown in Figure 68, force application apparatus uses torsional spring 76, and on squeezer 36, other end is withstood on a crown of torsional spring On racking 35 or on staving, so that squeezer 36 be made to be maintained at first position.As shown in Figure 69, force application apparatus is that setting is being squeezed Force elastic slice 77 in pressure rack 35 or staving, the rear that force elastic slice 77 withstands on squeezer 36 keep it in first position.Such as Figure 70, shown in 71, force application apparatus is the squeezer elastic slice 78 being located on squeezer 36, and squeezer elastic slice 78 is hooked on racking 35 To make squeezer 36 be maintained at first position.As shown in Figure 72,73,35 one of racking, squeezer 36 is rotatably connected on crowded Trim 41 is installed, trim 41 is equipped with upper hook tabs 79, and elastic slice 79 of rising to the bait is hooked in squeezer 36 in pressure rack 35, on racking Rear, so that squeezer be made to be maintained at first position.

In the present embodiment, and the flat mop to up and down motion is formed on the extrusion mouth of 36 opposite side of squeezer Plate 2 forms the guide part of guiding, can realize the guiding to move up and down to flat mop plate 2 by guide part, guide part can be Directive wheel 81 and/or guiding rib 82 and/or guide plate and/or guiding pearl 140, or directly setting wearing piece can also.Or institute The guide part stated is directly disposed as the side wall of the extrusion mouth opposite with the squeezer 36.Alternatively, as shown in Figure 105, it is described Guide part be leading arm 131, the leading arm 131 partially protrudes into the extrusion mouth 37, and the leading arm 131 rotation connects It connects on the racking, usually, leading arm 131 is rotatably connected on the racking by shaft.Described Leading arm 131 limits its slewing area by the limiting component being set on racking, and limiting component is usually to be used to stop to be oriented to The stop member of arm, the stop member are usually provided on racking, are presented as barrier sheet, stopper etc..

When water squeezing or cleaning, flat mop plate 2 drives the leading arm 131 to turn to by limiting when flat mop pushes The first position that component limits, leading arm 131 protrudes into that the part in extrusion mouth is most, and squeezer squeezes cleaning piece application at this time Pressure is maximum, the extruding conducive to squeezer to cleaning piece；When flat mop pulls up, flat mop plate 2 drives the leading arm 131 rotate backward, and leading arm 131 protrudes into the reduction of the part in extrusion mouth at this time, thus the extruding that squeezer applies cleaning piece Power reduces, and prevents from having carried mop-pail stands.Leading arm 131 rotates down the mouth for causing flat mop to be inserted into and becomes smaller, is rotated up and leads The mouth of flat mop insertion is caused to become larger, therefore it is located in horizontal plane or is located at level when leading arm 131 is in first position Above face.

In the present embodiment, the end of the leading arm 131 is equipped with support wheel 132, and the support wheel 132 is part or all of In the extrusion mouth 37, when flat mop plate 2 is run in extrusion mouth 37, support wheel 132 is contacted with flat mop plate, It is oriented to.

Need to illustrate when, it is not necessarily whole with flat mop plate 2 when guide part is oriented to flat mop plate 2 Contact.

In the present embodiment, the both ends of the extrusion mouth 37 are equipped with side and lead muscle 83, and muscle 83 and the extruding are led in the side Interlayer is formed between device 36, the distance between muscle 83 is led in two sides and the size for the flat mop plate 36 being inserted into extrusion mouth is mutually fitted Match, the two is approximately equal in size, is oriented to be formed to flat mop plate 36.Need to illustrate when, muscle 83 is led to flat panel mop in side It is not necessarily whole to be contacted with flat mop plate 2 when plate 2 is oriented to.The length of flat mop plate 2 when for squeezed state The width that the distance between muscle 83 is slightly larger than flat mop plate 2 is led in direction and 5 extending direction unanimous circumstances of mop rod, two sides Size；The width direction of flat mop plate 2 and 5 extending direction unanimous circumstances of mop rod, two sides 3 when for for squeezed state The distance between muscle 8 is slightly larger than the length dimension of flat mop plate 2.83 one side of muscle is led to the upper and lower of flat mop plate 2 in side Further guiding role is played in movement；On the other hand, the size of cleaning piece 3 usually can all be slightly larger than the ruler of flat mop plate 2 It is very little, and two sides are led the distance between muscle 83 and are adapted with the size for the flat mop plate 2 being inserted into extrusion mouth, therefore give cleaning piece 3 leave certain space, and cleaning piece 3, which can enter in interlayer, to be run, without directly generating friction with racking 35, to extend The service life of cleaning piece 3.

In the present embodiment, mop rod 5 and the flat mop plate 2 under extrudable state are inserted into the pressurizing unit 4 When middle, the insertion distance of the flat mop plate 2 is limited by limiting device.It can be to flat mop plate 2 by limiting device Insertion distance forms limitation, so that it is too deep to prevent flat mop plate 2 to be inserted into, is difficult to be directed at pressurizing unit when causing to pull back.That is, In Device is limited under normal circumstances limits the insertion distance of flat mop plate 2 as no more than pressurizing unit or only slight beyond pressurizing unit The flat mop plate with cleaning piece is set slightly to be located at the lower section of pressurizing unit.In the present embodiment, when cleaning, when flat mop plate is inserted The positional relationship between cleaning piece and squeezer after entering on earth, on flat mop plate are as follows: the upper end of cleaning piece 3 and squeezer 36 Outer rim be substantially flush.The upper end of cleaning piece 3 is no more than squeezer 36 at this time, but flushes substantially with squeezer, can reach pair Basic comprehensive cleaning of wiping, and the moment that can avoid crossing squeezer 36 because of cleaning piece 3 is due to the bounce generation of squeezer 36 Noise.

When cleaning, after flat mop plate 2 is inserted into bottom, between the cleaning piece 3 and squeezer 36 on flat mop plate 2 Can be another positional relationship: the upper end of cleaning piece 3 is located at the lower section of squeezer 36, i.e. the upper end of cleaning piece 3 surmounts institute The squeezer 36 stated can realize comprehensive extruding of the squeezer 36 to cleaning piece 3 at this time, to realize thoroughly cleaning.

Several specific constructive forms for limiting device are set forth below:

1. is referring to Figure 53, described to limit device as the bottom of the staving 1, the depth of the staving 1 and the mop board 2 Size be adapted, so that flat mop plate 2 can be touched with the bottom of staving when flat mop plate 2 moves down.Further, The bottom of the staving is equipped with buffer unit, so that flat mop plate and the buffering fill when flat mop plate moves down Set touching.Buffer unit can form the impact of flat mop plate 2 and buffer, and avoid the hard touching at 2 pairs of bucket bottoms of flat mop plate, from And generate a large amount of noises and staving easy to damage and plate mop board.Buffer unit can be flexo cushion 84(such as rubber Or cushion made of the flexible materials such as silica gel), the spring at the bucket bottom of installation, be mounted on the elastomeric element (such as spring) at barrel bottom And impingement baffle or erosion control frame etc. are installed on elastomeric element.Here buffer unit is the bottom for forming staving.If certainly in bucket Boss 125 etc. is increased in the bottom setting of body, when in flat mop insertion staving and after be inserted into bottom with increase boss 125 and touch When, increase the bottom that boss forms staving at this time.

2. limits device as the retention device in the staving, plate when the flat mop plate moves down Mop board and the retention device are touched.Retention device can be the mechanisms such as baffle.

3. restriction device described in includes being set to flexible positioning bead on flat mop plate (such as in flat mop The hole of bead is opened up on plate, spring is set in the hole of bead, and positioning bead is also embedded in the hole of bead, and spring, which is withstood on, makes it have elasticity on positioning bead), institute Locating slot corresponding with the positioning bead is equipped in the pressurizing unit stated, when flat mop plate is inserted into positioning bead and locating slot Positioning bead described in when opposite is sprung into the locating slot；Or as shown in Figure 89, Figure 90, the restriction device includes setting Flexible positioning bead 85(in 37 both ends of extrusion mouth of the racking 35 for example opens up the hole of bead, the hole of bead on racking Spring is inside set, for positioning bead 85 also in the hole of bead, spring, which is withstood on, makes it have elasticity on positioning bead), the flat mop plate 2 It is equipped with locating slot corresponding with the positioning bead, when flat mop plate 2 is inserted into the when institute opposite with locating slot of positioning bead 85 The positioning bead 85 stated is sprung into the locating slot.

4. limiting device described in as the blocking mechanism in the staving, the mop rod and plate mop board Connector and the blocking mechanism described in when moving down are touched.Blocking mechanism can be the mechanisms such as baffle.

As shown in figure 11, in the present embodiment, the flat mop plate is in extrudable state and when not in use, flat panel mop In the insertion extrusion mouth, so that flat mop be made to be erected in the staving 1, reaches flat mop and be accommodated in staving Interior effect is contaminated again after avoiding cleaning piece and ground face contact.Best state is: having under extrudable state The flat mop plate 2 of cleaning piece is inserted into the extrusion mouth 37, and the flat mop plate 2 with cleaning piece is clamped at extrusion mouth In, so that flat mop be made to be erected in staving.

In the present embodiment, the bottom of the staving 1 is equipped with castor, is conducive to mobile staving.The castor can be set to foot At least two in wheel be universal wheel 123, can be all set to universal wheel 123, the more conducively movement of staving certainly.It is preferably square Case is that the installation site of the universal wheel makes it can be turned to the outer most edge at least without departing from staving, to can subtract in packaging Inner wrapping volume, one of specific implementation is: the bottom surface of the staving be equipped with it is recessed, 124, the universal wheel 123 In the pit 124, the universal wheel 1234 rotates Tsang in the pit 124, to reach universal wheel 123 Without departing from the effect of the outer most edge of staving 1 after rotation.

As shown in figure 53, in the present embodiment, the bottom surface of the staving 1, which is equipped with, increases boss 125, flat mop plate when cleaning 2 are inserted into behind bottom and touch with the boss 125 that increases.It is arranged and increases the meaning of boss and be: can be set on increasing boss soft The objects such as property cushion.

In the present embodiment, it can be equipped with water valve in the lower part of the staving 1, can be used for discharging water or intaking.

In the present embodiment, the squeezer 36 is scraper plate or wiper or bristle or compression roller etc..Further, described Squeezer 36 is preferably scraper plate, and the leading edge of the scraper plate 36 has the inclined-plane 126 towards bucket bottom, i.e. the leading edge of scraper plate is by scraping The inclined-plane 126 that plate leading edge extends back, up, thus when pulling up flat mop in pressurizing unit cleaning piece 3 and scraper plate it Between frictional force be less than flat mop in pressurizing unit push when cleaning piece 3 and scraper plate between frictional force, be conducive to flat panel mop Pull-up, further avoid pull-up flat mop when staving 1 is carried.In the present embodiment, the scraper plate 36 is equipped with The reinforcing rib 178 for prolonging its width direction, prevents scraper plate from deforming.

Alternatively, the squeezer is scraper plate 36 as shown in Figure 104, the leading edge of the scraper plate 36 has towards bung hole The water conservancy diversion inclined-plane 133 tilted down, the effect on this water conservancy diversion inclined-plane 133 is: when flat mophead is run up and down by scraping When plate squeezes cleaning piece, the water that cleaning piece squeezes out can flow back along the water conservancy diversion inclined-plane 133 that this is tilted down, to keep away Exempt from the water being extruded to splash out outside bucket.

Can also do following setting: referring to Figure 99-102, when cleaning, when flat mop pushes described in flat mop plate 2 on Cleaning piece 3 drive the activity of squeezer 36 to the wide position position limited by limiting device, squeezer 36 is Chong Die with extrusion mouth at this time Part it is minimum, so that squeezer 36 reaches minimum to the extruding force that cleaning piece 3 applies；When flat mop plate pulls up, squeezer 36 parts Chong Die with cleaning extrusion mouth increase.

In the present invention, the cleaning limiting device limits narrow position position simultaneously, and when flat mop pulls up, cleaning piece is driven 36 activity of squeezer is to the narrow position position, and the part Chong Die with cleaning extrusion mouth of squeezer 36 is maximum at this time, to squeeze Device 36 reaches maximum to the extruding force that cleaning piece applies.

As shown in Figure 93, in the present embodiment, the length of the squeezer 36 is greater than the ruler of the cleaning piece 3 in insertion extrusion mouth Very little, if flat mop plate 2 is erect when extruding, then the length of squeezer 36 is greater than the width of cleaning piece；Flat mop when extruding If 2 accumbency of plate, then the length of squeezer 36 is greater than the length of cleaning piece, so that squeezer 36 can scrape the cleaning piece comprehensively 3。

Referring to Fig.1 06,107, in the present embodiment, the flat mop plate 2 has interlayer 134, the flat mop The front of plate is offered in the linked hole 135 of 134 connection of interlayer.When being cleaned to flat mop, flat mop Plate 2 is immersed in the water, and after cleaning, can be discharged into the water in interlayer 134 by linked hole 135.And after sandwich establishment 134, The material utilization amount that flat mop plate can be reduced reduces the cost of product.The linked hole 135 is preferably located at the plate The both ends of mop board 2, more conducively draining.

In the present embodiment, the specific generation type of interlayer are as follows: the flat mop plate includes the lid at mainboard 136 and the back side Plate 137, the mainboard 136 and the connection of cover board 137 (screw can be used the various modes such as connect, be bonded, snapping connection connect), The interlayer 134 is formed between the mainboard 136 and cover board 137.

Certainly, as shown in Figure 108, flat mop plate 2 is also possible to solid slab, does not have interlayer.In the present embodiment, the reality Permeable hole 138 is offered on the flat mop plate 2 of the heart, the water that cleaning piece is extruded in water squeezing can be flowed by the permeable hole 138 Out, conducive to extracting.In the present embodiment, which is equipped with anti-deformation rib 139.Preferably scheme is described Anti-deformation rib 139 along the flat mop plate length direction be arranged.Anti-deformation rib 139, which is played the role of, is: can The thickness of solid flat mop plate is reduced as far as possible, to reduce cost, anti-deformation rib can play guarantee it is relatively thin solid The indeformable effect of flat mop plate.

When the flat mop plate is solid slab, lead corresponding with the guide part can be set on the flat mop To item 171, when flat mop is inserted into pressurizing unit, guide part is contacted with gib block 171, thus to the upper of flat mop Lower movement is oriented to, and certainly during flat mop moves up and down, guide part might not be contacted with gib block whole process.

Claims

1. flat mop cleaning method, which includes mop rod and plate mop board, is set on the flat mop plate Flexible cleaning piece, it is characterised in that: the flat mop plate is the flat mop plate of hard, the flat mop plate activity It is connected on the mop rod, the cleaning piece on flat mop plate is cleaned using the staving of dress water, in the staving Upper installation pressurizing unit, when cleaning, are operated according to the following steps:

The flat mop plate is rotated to the state that can be cleaned first；

2. flat mop cleaning method as described in claim 1, it is characterised in that: the pressurizing unit is set as racking And squeezer, extrusion mouth is offered on the racking, and the squeezer is arranged on the racking, and described squeezes Depressor part is Chong Die with the extrusion mouth；Or the squeezer is mounted on the staving, the squeezer portion Divide Chong Die with the extrusion mouth；

Extruding force is applied to the cleaning piece by the squeezer when cleaning, to carry out mobile squeeze clearly to cleaning piece It washes.

3. flat mop cleaning method as described in claim 1, it is characterised in that: the flat mophead with cleaning piece is to moving down When dynamic, pressurizing unit squeezes the surface layer of cleaning piece, and squeezer squeezes out the water with dirt on cleaning piece surface layer, then again It is immersed in the water, extruded cleaning piece is made to draw the water of staving splendid attire again；

When flat mop plate is pulled up, pressurizing unit acts on the cleaning piece, and the cleaning piece to get wet the device that is squeezed again squeezes Pressure, and so on.

4. flat mop cleaning method as described in claim 1, it is characterised in that: the cleaning piece is equipped with lousiness, when Pressurizing unit acts on the cleaning piece when flat mop plate is pulled up, and makes to stir under lousiness phase；When flat mop plate by Pressurizing unit acts on the cleaning piece when pushing, stirs lousiness upwards.

5. flat mop cleaning method as described in claim 1, it is characterised in that: the cleaning piece is deerskin towel or collodion Or sponge or scouring pad.

6. flat mop cleaning method as described in claim 1, it is characterised in that:

The flat mop plate is the flat mop plate of hard；

The cleaning piece is removably attachable to the back side and/or front of the flat mop plate；

The mop rod includes that two sections or more divide bar, divides between bar and is detachably connected, will first bar be divided to be assembled into before cleaning Whole mop rod；

The lower end of the mop rod is hinged with connector, hinged between the flat mop plate and the connector, right When cleaning piece on flat mop plate is cleaned, the flat mop plate turns to substantially parallel with mop rod capable of washing State.

7. flat mop cleaning method as claimed in claim 6, it is characterised in that: the hinge between the mop rod and connector The hinged direction connect between direction, flat mop plate and connector is substantially orthogonal to each other, and flat mop plate turns to extrudable shape Its length direction and the mop rod extending direction are almost the same when state.

8. flat mop cleaning method as claimed in claim 6, it is characterised in that: be arranged at least on the flat mop plate One notch, the flat mop plate are in when can carry out cleaning state, and the mop rod is located in the notch.

9. flat mop cleaning method as described in claim 1, it is characterised in that: do not have on the flat mop plate and lack Mouthful, the front of the flat mop plate is connect with the mop rod, and the cleaning piece is set to the back of the flat mop plate Face, when which is in extrudable state, the mop rod is located at the positive rear of flat mop plate.

10. flat mop cleaning method as described in claim 1, it is characterised in that: the flat mop plate and mop rod Between be equipped with positioning device, the flat mop plate turns to after can carrying out cleaning state to be made to put down by the positioning device Plate mop board keeps the state；

Flat mop plate described in when mopping floor is detached from the control of the positioning device to rotation to the state of mopping floor.

11. flat mop cleaning method as claimed in claim 10, it is characterised in that: the positioning device includes being set to institute State the iron block on mop rod, the magnet on the flat mop plate, the flat mop plate is rotated to can be cleaned State when, the iron block and the magnet are attracted, when mopping floor described in iron block be separated with the magnet；

Or the positioning device includes the magnet on the mop rod, the iron block on the flat mop plate, When the flat mop plate is rotated to the state that can be cleaned, the iron block and the magnet are attracted, when mopping floor The iron block is separated with the magnet.

12. flat mop cleaning method as claimed in claim 10, it is characterised in that: the positioning device includes being set to institute State the elastic buckles on flat mop plate, when the flat mop plate is rotated to the state that can be cleaned, the mop rod Buckle into the elastic buckles, when mopping floor described in the mop rod be detached from the elastic buckles；

Alternatively, the positioning device includes the elastic buckles on the mop rod, the flat mop plate be equipped with The button hole of the described elastic buckles adaptation, when the flat mop plate is rotated to the state that can be cleaned, the elastic buckles It buckles into the button hole；The elastic buckles described in when mopping floor are detached from the button hole.

13. flat mop cleaning method as claimed in claim 10, it is characterised in that: the positioning device includes being set to institute State the elastic ejector in mop rod, when cleaning described in elastic ejector withstand on the connection between the flat mop plate and mop rod To be positioned to flat mop plate on head；When mopping floor, make flat mop after the mop rod or the rotation of flat mop plate Plate is in the state that mops floor；

Alternatively, the positioning device includes the elastic top on the connector between the flat mop plate and mop rod Part, when cleaning described in elastic ejector withstand on mop rod to be positioned to flat mop plate；When mopping floor, the mop Flat mop plate is set to be in the state that mops floor after bar or the rotation of flat mop plate.

14. flat mop cleaning method as claimed in claim 10, it is characterised in that: the positioning device includes being set to institute State the magic pin thread on flat mop plate, the magic female thread on the mop rod, when cleaning described in flat mop plate with Pass through the magic pin thread and the bonding binding of magic female thread between mop rod；Magic pin thread and magic female thread described in when mopping floor It is detached from；

15. flat mop cleaning method as claimed in claim 10, it is characterised in that: the mop rod is equipped with slot, The flat mop plate is equipped with joint bar, and the end of joint bar is equipped with bayonet, and the end of slot is equipped with stuck point, when cleaning described in Joint bar enters in slot after the rotation of flat mop plate, and stuck point is caught in bayonet；

16. flat mop cleaning method as claimed in claim 2, it is characterised in that: the racking removably connects On the staving.

17. flat mop cleaning method as claimed in claim 16, it is characterised in that: the racking is snapped connection in institute State the upper end of staving.

18. flat mop cleaning method as claimed in claim 16, it is characterised in that: be articulated with card on the racking Ear, the racking frame are snapped connection in the upper end of the staving, the card ear with the staving.

19. flat mop cleaning method as claimed in claim 16, it is characterised in that: the racking is equipped with elastic slice, The staving is equipped with jack, and the elastic slice is fixed after being inserted into the jack；

20. flat mop cleaning method as claimed in claim 19, it is characterised in that: the elastic slice is equipped with the card of protrusion Head, the elastic slice are positioned after being inserted into the jack by the clamp.

21. flat mop cleaning method as claimed in claim 16, it is characterised in that: be hinged with and carry on the racking Hand, the carry hand are equipped with grab, rotate described grab after the carry hand and are caught in the upper edge of the staving.

22. flat mop cleaning method as claimed in claim 16, it is characterised in that: the staving is equipped with sliding rail, institute The racking stated removably is fixed after sliding into the sliding rail.

23. flat mop cleaning method as claimed in claim 16, it is characterised in that: be fixed on after the racking rotation On the staving.

24. flat mop cleaning method as claimed in claim 23, it is characterised in that: the racking and the staving Between be threadedly coupled.

25. flat mop cleaning method as claimed in claim 23, it is characterised in that: the staving is equipped with vertical sliding Slot, the horizontal concrete chute with the end connection of the vertical chute, the racking are equipped with salient point, and the salient point slides into described Rotation after in the vertical chute, makes the salient point slide into the horizontal concrete chute；

Alternatively, the racking is equipped with the vertical chute, the horizontal concrete chute with the end connection of the vertical chute, the staving It is equipped with salient point, rotation after the salient point slides into the vertical chute makes the salient point slide into the transverse direction sliding Slot.

26. flat mop cleaning method as claimed in claim 16, it is characterised in that: the racking is equipped with removable Lock tongue, the staving is equipped with fore shaft, in the described lock tongue insertion fore shaft after the racking is fixed.

27. flat mop cleaning method as claimed in claim 2, it is characterised in that: the racking includes main support and pair Bracket, for the main support frame in the upper end of the staving, the secondary support is connected to the back side of the main support, described Squeezer is mounted on the secondary support, and opening, the opening on main support are offered on the main support and secondary support The extrusion mouth with the opening composition on secondary support.

28. flat mop cleaning method as claimed in claim 2, it is characterised in that: the racking includes in one Body frame.

29. the flat mop cleaning method stated such as claim 28, it is characterised in that: the body frame upper end is open, and described squeezes Depressor is mounted on body frame by the opening, and the trim for covering the opening is also equipped with above the body frame.

30. the flat mop cleaning method as described in benefit requires 2, it is characterised in that: the squeezer is movably connected in described Racking on or staving on, the squeezer limits its scope of activities by limiting device；

When cleaning, when flat mop pushes described in flat mop plate on cleaning piece drive squeezer activity to by limiting device The first position of restriction, squeezer protrudes into that the part in extrusion mouth is most at this time, thus the extruding that squeezer applies cleaning piece Power reaches maximum；Cleaning piece of flat mop plate when pulling up on the flat mop plate drives the squeezer reverse activity, squeezes The depressor part Chong Die with extrusion mouth reduces.

31. the flat mop cleaning method of claim 30, it is characterised in that: the squeezer is oblique be slidably connected at it is described Racking on or staving on.

32. such as the flat mop cleaning method of claim 31, it is characterised in that: on the racking or staving is equipped with tiltedly Slot, the squeezer are equipped with sliding block, and the sliding block is slidably arranged in the skewed slot；

Or the squeezer is equipped with skewed slot, on the racking or staving is equipped with sliding block, the sliding block sliding It is arranged in the skewed slot；

When cleaning, cleaning piece drives the squeezer to downslide until reaching first position, flat panel mop when flat mop pushes Cleaning piece when pull-up is driven the squeezer upward sliding.

33. flat mop cleaning method as claimed in claim 32, it is characterised in that: the cleaning piece when flat mop pulls up The squeezer is driven to slide up until reaching the second position, the lap of squeezer and extrusion mouth is minimum at this time, thus Squeezer reaches minimum to the extruding force that cleaning piece applies.

34. flat mop cleaning method as claimed in claim 33, it is characterised in that: the skewed slot forms the limit Device, sliding block respectively correspond the first position and the second position when being located at the both ends of sliding slot.

35. such as the flat mop cleaning method of claim 30, it is characterised in that: the squeezer is rotatably connected on described On racking or on staving；

When cleaning, cleaning piece drives the squeezer to rotate down until reaching first position, plate when flat mop pushes Cleaning piece drives the squeezer to be rotated up when mop pulls up.

36. such as the flat mop cleaning method of claim 35, it is characterised in that: the both ends of the squeezer are equipped with rotation Pin, two rotational pins are inserted into respectively in the racking or in staving；

Alternatively, the protruding shaft is inserted respectively into the both ends of the squeezer on the racking or staving is equipped with protruding shaft.

37. flat mop cleaning method as claimed in claim 35, it is characterised in that: set on the racking or on staving There is pin joint seat, the side of the squeezer is articulated on the pin joint seat.

38. flat mop cleaning method as claimed in claim 35, it is characterised in that: set on the racking or on staving There is deck, which is equipped with bayonet, and the squeezer is equipped with axis, and the axis is caught in the bayonet of the deck It can be rotated afterwards.

39. flat mop cleaning method as claimed in claim 35, it is characterised in that: set on the racking or on staving Have and the stop portions stopped are formed to the squeezer, the stop portions form the limiting device, and described squeezes Depressor reaches first position when turning to stop portions touching.

40. flat mop cleaning method as claimed in claim 35, it is characterised in that: the limiting device is set on described The both ends of two limiting grooves on racking or on staving, the squeezer are inserted into the limiting groove, and described squeezes The side of depressor and the limiting groove reaches first position when touching.

41. flat mop cleaning method as claimed in claim 35, it is characterised in that: the plate described in when flat mop pulls up Cleaning piece on mop board drives squeezer to turn to the second position limited by limiting device, at this time squeezer and extrusion mouth Lap is minimum, so that squeezer reaches minimum to the extruding force that cleaning piece applies.

42. flat mop cleaning method as claimed in claim 39, it is characterised in that: the stop portions have first Divide and second part, the squeezer reach first position, the extruding when turning to first part touching Device reaches the second position when turning to second part touching, and the lap of squeezer and extrusion mouth is minimum at this time, To which squeezer reaches minimum to the extruding force that cleaning piece applies.

43. flat mop cleaning method as claimed in claim 40, it is characterised in that: the squeezer and the limit are recessed Reach the second position when other side touching of slot, the lap of squeezer and extrusion mouth is minimum at this time, so that squeezer is to wiping The extruding force for wiping object application reaches minimum.

44. flat mop cleaning method as claimed in claim 35, it is characterised in that: the racking and the extruding Force application apparatus is equipped between device or between staving and squeezer, the force application apparatus forces on the squeezer, thus The squeezer is set to be located at first position.

45. flat mop cleaning method as claimed in claim 44, it is characterised in that: the force application apparatus is spring or torsion Spring, or the elastic slice being arranged on squeezer or racking or bucket.

46. flat mop cleaning method as claimed in claim 2, it is characterised in that: with squeezing for the squeezer opposite side The guide part that guiding is formed to the flat mop plate of up and down motion is formed on pressure mouth.

47. flat mop cleaning method as claimed in claim 46, it is characterised in that: the guide part be directive wheel and/ Or guiding rib and/or guide plate and/or guiding pearl.

48. flat mop cleaning method plate mop cleaning tool as claimed in claim 46, it is characterised in that: the guiding Part is leading arm, and the leading arm partially protrudes into the extrusion mouth, which is rotatably connected on the racking On, the leading arm limits its slewing area by the limiting component being set on racking；

49. flat mop cleaning method as claimed in claim 46, it is characterised in that: the end of the leading arm is equipped with support Wheel, the support wheel are positioned partially or entirely in the extrusion mouth.

50. flat mop cleaning method as claimed in claim 46, it is characterised in that: the leading arm is rotated by shaft It is connected on the racking.

51. flat mop cleaning method as claimed in claim 46, it is characterised in that: the guide part is to squeeze with described The side wall of the opposite extrusion mouth of depressor.

52. flat mop cleaning method as claimed in claim 2, it is characterised in that: the both ends of the extrusion mouth extrusion mouth are set There is side to lead muscle, the side leads and forms interlayer between muscle and the squeezer, and two sides are led the distance between muscle and squeezed with insertion The size of flat mop plate in mouthful is adapted to form flat mop plate and be oriented to.

53. flat mop cleaning method as described in claim 1, it is characterised in that: the bottom of the staving is equipped with castor.

54. flat mop cleaning method as claimed in claim 53, it is characterised in that: at least two in the castor be ten thousand To wheel.

55. flat mop cleaning method as claimed in claim 54, it is characterised in that: the installation site of the universal wheel makes It can be turned to the outer most edge at least without departing from staving.

56. flat mop cleaning method as claimed in claim 55, it is characterised in that: the bottom surface of the staving is equipped with recessed Hole, the wheel are set in the pit；

The universal wheel rotation Tsang is in the pit.

57. flat mop cleaning method as claimed in claim 53, it is characterised in that: the castor is non-universal wheel, non- The castor of universal wheel is equipped at least two.

58. flat mop cleaning method as described in claim 1, it is characterised in that: the bottom surface of the staving is convex equipped with increasing Platform, flat mop plate, which is inserted into behind bottom, when cleaning increases boss touching with described.

59. flat mop cleaning method as described in claim 1, it is characterised in that: the lower part of the staving is equipped with water valve.

60. flat mop cleaning method as claimed in claim 2, it is characterised in that: the squeezer is scraper plate or wiper Or bristle or compression roller.

61. flat mop cleaning method as claimed in claim 60, it is characterised in that: the squeezer is scraper plate, described The leading edge of scraper plate there is the inclined-plane towards bucket bottom, thus when pull up flat mop in pressurizing unit cleaning piece and scraper plate it Between frictional force be less than flat mop in pressurizing unit push when cleaning piece and scraper plate between frictional force.

62. flat mop cleaning method as claimed in claim 30, it is characterised in that: the racking be equipped with it is described The both ends of the corresponding oblique groove in squeezer both ends, the squeezer are inserted into the oblique groove, and the squeezer and institute There is the activity space along squeezer thickness direction, cleaning piece drives described squeeze when flat mop pushes between the oblique groove stated Depressor is stirred to first position.

63. the flat mop cleaning method as described in benefit requires 2, it is characterised in that: the squeezer is movably connected in described Racking on or staving on, the squeezer limits its scope of activities by limiting device；

The cleaning piece on flat mop plate described in when flat mop pushes drives squeezer activity extremely to be limited by limiting device Wide position position, the squeezer part Chong Die with extrusion mouth is minimum at this time, so that the extruding force that squeezer applies cleaning piece reaches It is minimum；When flat mop plate pulls up, the squeezer part Chong Die with extrusion mouth increases.

64. flat mop cleaning method as claimed in claim 2, it is characterised in that: the limiting device limits narrow simultaneously Position position, when flat mop pulls up, cleaning piece drives squeezer activity to the narrow position position, at this time squeezer and extrusion mouth The part of overlapping is maximum, so that squeezer reaches maximum to the extruding force that cleaning piece applies.

65. flat mop cleaning method as claimed in claim 60, it is characterised in that: the squeezer is scraper plate, described Scraper plate leading edge have the water conservancy diversion inclined-plane tilted down towards bung hole.

66. flat mop cleaning method as described in claim 1, it is characterised in that: the flat mop plate has interlayer, The front of the flat mop plate is offered in the linked hole of the interlayer connection.

67. the flat mop cleaning method as described in claim 66, it is characterised in that: the linked hole is located at the plate The both ends of mop board.

68. the flat mop cleaning method as described in claim 66, it is characterised in that: the flat mop plate includes mainboard With the cover board at the back side, the mainboard is connected with cover board, and the interlayer is formed between the mainboard and cover board.

69. flat mop cleaning method as described in claim 1, it is characterised in that: the flat mop plate is solid slab.

70. the flat mop burnisher as described in claim 69, it is characterised in that: offered on the flat mop plate Permeable hole.

71. the flat mop cleaning method as described in claim 67, it is characterised in that: the flat mop plate is equipped with anti- Deform rib.

72. the flat mop cleaning method as described in claim 71, it is characterised in that: the anti-deformation rib is along described flat The length direction of plate mop board is arranged.

73. flat mop cleaning method as claimed in claim 46, it is characterised in that: the flat mop plate is solid Plate, the flat mop are equipped with gib block corresponding with the guide part.

74. the flat mop cleaning method as described in right 1, it is characterised in that: be arranged with flexible boot on the mop rod.

75. flat mop cleaning method as claimed in claim 6, it is characterised in that: the top divides bar to be equipped with head, institute The head stated is equipped with hanging hole.

76. the flat mop cleaning method as described in claim 75, it is characterised in that: the head and the top divides bar Between be rotatablely connected, and fix in the axial direction between the two.

77. the flat mop cleaning method as described in claim 76, it is characterised in that: described the top divides bar the upper end to open Mouthful, this divides the side wall of bar to have interior protuberance；

The head has insertion section, and the side wall of the insertion section has male part, and bar is divided from the top in the insertion section Upper end be inserted into after this divides bar, the male part is located at the lower section of the interior protuberance.

78. flat mop cleaning method as claimed in claim 60, it is characterised in that: the scraper plate, which is equipped with, prolongs its width The reinforcing rib in direction.

79. flat mop cleaning method as described in claim 1, it is characterised in that: the pressurizing unit is equipped with cleaning Liquid bottle.

80. flat mop cleaning method as claimed in claim 35, it is characterised in that: the edge of the extrusion mouth, which is equipped with, to be squeezed Notch, the extruding notch are corresponding with the squeezer.