CN209678421U - Squeeze flat mop burnisher - Google Patents

Abstract

Flat mop burnisher, including mop-pail stands and flat mop are squeezed, flat mop includes the flat mophead of mop rod and the hard being movably connected on mop rod, and flat mophead is equipped with cleaning piece；Mop-pail stands are equipped with racking, offer opening on racking, and the racking for the side that is open is equipped with squeezer, form extrusion mouth between squeezer and the other side of opening；Mop-pail stands include the crush zone and water-containing area positioned at different location, and racking is located above crush zone, the waterway channel that there is the water for being extruded cleaning piece to draw for the racking or squeezer；Squeezer is movably connected on racking, and cleaning piece drives squeezer activity to narrow position when flat mophead pushes, to keep extrusion mouth smaller；Cleaning piece drives squeezer to the direction activity far from narrow position when flat mophead pulls up, so that extrusion mouth be made to become larger.The utility model provides that operation is easier, mop-pail stands will not have been carried when cleaning and extracting operation.

Description

Squeeze flat mop burnisher

The application is divisional application, and the applying date of original application is on November 14th, 2017, application No. is 201721510475.0 invention and created name is " squeezing flat mop burnisher ".

Technical field

The utility model relates to a kind of extruding flat mop burnishers.

Background technique

In the prior art, there are three types of mode feet to step on squash type dehydration for the dehydration of flat mop, is arranged on mop-pail stands Foot steps on pressurizing unit, the foot step on pressurizing unit include the water-squeezing basket being arranged in mop-pail stands, be hinged on mop-pail stands top and with squeeze The opposite pedal of water basket, pedal and water-squeezing basket surround a water squeezing space, and the mop first by flat mop is needed in dehydration Mop unloading on plate is got off, and mop is placed in water squeezing space, then foot pedal make water squeezing space contraction reach by The purpose that water on mop is extracted.The dewatering type of this form needs the foot of design structure complexity to step on pressurizing unit, cost compared with It is high；It is needed under mop unloading in water squeezing first, and foot-up is needed to carry out stampede operation, operated more troublesome.

The second way is centrifugal rotary dehydration, and hand is used to press revolving mop rod, needed in dehydration by It is placed on the watering area of mop-pail stands after the mop board ends bending of flat mop, mop rod is pushed, so that flat mop drags Plate centrifugal rotation is dehydrated.The dewatering type of this form needs for the mop board of flat mop to be designed to bent structure, Structure is more complicated, and needs and hand pressure rotary mop rod cooperation, higher cost.

The third mode be hand push squash type dehydration, as Chinese utility model patent ZL200720192814.5, ZL201320019718.6, ZL201420624020.1 etc. comprising mop rod, the flat mop being movably connected on mop rod Plate is equipped with water squeezing sector on mop rod, realizes pair by the way that opposing compression between water squeezing sector and plate mop board is mobile The water squeezing and cleaning of cleaning piece on flat mop plate.Its there is also the shortcomings that be: carry out flushing operation, need a holding Firmly mop rod positions, holds water squeezing sector on the other hand, pushes and pulls water squeezing sector by one hand to realize water squeezing sector and plate mop board Between opposing compression moving movement, operate it is very laborious, operability it is not strong.

In order to overcome the shortcomings of above-mentioned flat mop, the Chinese utility model patent of Patent No. ZL201620870001.6 A kind of extruding flat mop burnisher is provided, there is cleaning area and water squeezing area in different location, flat mop is logical Pressurizing unit is crossed to carry out extruding cleaning in cleaning area, carry out extruding water squeezing in water squeezing area.Its there is also the shortcomings that be: cleaning and It needs to convert between area in cleaning area, water squeezing when water squeezing, or there is not convenient enough the deficiency of operation.Carrying out flat panel mop simultaneously Extruding cleaning and when squeezing water squeezing, be lifted up and be easy after flat mop to have carried mop-pail stands, be pressed downward flat mop When can not obtain stable and appropriate extruding force again.

Summary of the invention

In order to overcome the shortcomings of existing extruding flat mop burnisher, the utility model provide a kind of operation it is easier, The extruding flat mop burnisher that mop-pail stands will not have been carried when cleaning and extract operation.

The technical scheme in the invention for solving the technical problem is: squeezing flat mop burnisher, including mop-pail stands And flat mop, the flat mop include the flat mop of mop rod and the hard being movably connected on the mop rod Head, the flat mophead are equipped with cleaning piece；

The mop-pail stands are equipped with racking, and opening, the extruding of the opening side are offered on the racking Frame is equipped with squeezer, forms extrusion mouth between the squeezer and the other side of opening, is extracted and cleaned to cleaning piece The flat mophead of Shi Suoshu turns to water squeezing and cleaning state, moved back and forth in the flat mop insertion extrusion mouth to Cleaning piece is carried out by the squeezer to extract and squeeze cleaning；

The mop-pail stands include that the crush zone for being located at different location and water-containing area, the racking are located on crush zone The waterway channel that there is the water for being extruded cleaning piece to draw for side, the racking or squeezer；

The squeezer is movably connected on the racking, when flat mophead pushes described in cleaning piece drive Squeezer activity is to narrow position, so that extrusion mouth be made to become smaller；Cleaning piece drives the squeezer to remote when flat mophead pulls up Direction activity from narrow position, so that the extrusion mouth be made to become larger.

Further, the squeezer is to smooth out with the fingers plate, and plate is swingable is set on the racking for described smoothing out with the fingers, flat panel mop Cleaning piece drives the plate of smoothing out with the fingers to be swung down to narrow position when head is pushed, so that extrusion mouth be made to become smaller；Flat mophead pull-up When cleaning piece drive the plate of smoothing out with the fingers to be rotated up, so that the extrusion mouth be made to become larger.

It further, further include elastic device, the elastic device acts on the plate of smoothing out with the fingers and is at narrow position position To make extrusion mouth become smaller.

Further, the both ends for smoothing out with the fingers plate are equipped with rotational pin, and two rotational pins are inserted into respectively in the racking；

Alternatively, the racking is equipped with protruding shaft, the protruding shaft is inserted respectively into the both ends for smoothing out with the fingers plate.

Alternatively, the racking or being equipped with pin joint seat, the side for smoothing out with the fingers plate is articulated on the pin joint seat.

Alternatively, the racking is equipped with deck, which is equipped with bayonet, and described smoothes out with the fingers plate equipped with axis, institute Rotation after the axis stated is caught in the bayonet of the deck.

Further, the racking is equipped with the limiting device for limiting the narrow position position.

Further, the limiting device is the limit base on racking, and it is recessed that the limit base is equipped with limit Mouthful, the plate of smoothing out with the fingers is located in the limit notch, and described reaches narrow position position when smoothing out with the fingers plate and limit base side touching It sets.

Further, the limiting device is two limiting grooves set on the racking, and the both ends for smoothing out with the fingers plate are inserted Enter in the limiting groove, the side for smoothing out with the fingers plate and the limiting groove reaches narrow position position when touching.

Alternatively, the racking, which is equipped with, forms the stop portions stopped to the plate of smoothing out with the fingers, described smoothes out with the fingers plate and institute Reach narrow position position when the blocking position touching stated.

Further, the limiting device limits maximum extrusion mouth position when extrusion mouth becomes larger simultaneously.

Alternatively, the racking is equipped with oblique groove corresponding with the squeezer both ends, the both ends of the squeezer There is the activity along squeezer thickness direction in the insertion oblique groove, and between the squeezer and the oblique groove The width size of the extrusion mouth is adjusted in space, the squeezer in active procedure；Alternatively, the both ends of the squeezer are equipped with Oblique groove, the racking are equipped with plate corresponding with two oblique grooves, and the plate is inserted into the oblique groove, and There is the activity space along squeezer thickness direction, the squeezer is in activity between the plate and the oblique groove The width size of the extrusion mouth is adjusted in the process.

Further, the racking is slidably connected with the squeezer, and cleaning piece drives when flat mophead pushes The squeezer slides into narrow position obliquely, so that extrusion mouth be made to become smaller；Described in cleaning piece drives when flat mophead pulls up Squeezer rotate obliquely, so that the extrusion mouth be made to become larger.

Further, the racking is equipped with oblique chute, and the both ends of the squeezer are equipped with sliding block, the sliding block position In the oblique chute；Or the racking is equipped with sliding block, the both ends of the squeezer are equipped with oblique chute, described Sliding block is located in the oblique chute.

Further, the outside of the waterway channel is equipped with diversion mechanism, and flat mop carries out the clear of cleaning piece in crush zone When washing and extracting, water that cleaning piece is extruded can by being back to the crush zone after the diversion means block, thus The water of reflux forms cleaning piece and pours leaching under on；The water that cleaning piece is extruded can also pass through the diversion mechanism guides To the water-containing area.

Further, the diversion mechanism can be at water blocking state or drainage state, the diversion mechanism pass through control Mechanism reaches water blocking state and drains the conversion of state；When cleaning to cleaning piece, the diversion mechanism is in water blocking shape State, the water that cleaning piece is extruded is by being back to the crush zone after the diversion means block, so that the water of reflux is to cleaning piece Formation pours leaching under on；When extracting to cleaning piece, the diversion mechanism is in drainage state, and cleaning piece is extruded Water by the diversion mechanism guides to the water-containing area, until the water in crush zone is transferred to water-containing area by the overwhelming majority.

Further, the diversion mechanism is Diversion Plate, which is rotatably mounted on the outer of the waterway channel Side, the Diversion Plate is rotated to can be at water blocking state or drainage state.

Further, the control mechanism includes the regulating tank being provided on the racking, is set in the regulating tank There is adjusting rod, the adjusting rod is connect with the Diversion Plate, and stirring the adjusting rod slides it in regulating tank, from And it controls Diversion Plate and turns to water blocking state or drainage state.

Alternatively, the control mechanism includes the push-pull rod being threaded through on the racking, the control mechanism includes The push-pull rod being threaded through on the racking controls the rotation of the Diversion Plate by the push-and-pull motion control of push-pull rod.

Alternatively, the diversion mechanism is fixed baffle device for water, after the water resistance that cleaning piece is extruded by baffle device for water is kept off, The water of extrusion is back to the crush zone；Baffle device for water is equipped with the water section for being extruded cleaning piece and leaks to the leakage of water-containing area Water dispenser structure, the water squeezed out on cleaning piece are transferred to water-containing area by leak mechanism section, until the water in crush zone is by exhausted big portion Divide and is transferred to water-containing area.

Further, the baffle device for water is water fender, and the leak mechanism is the hollow-out parts being provided on water fender, The hollow-out parts are corresponding with the water-containing area.

Further, control valve whether both control connection is equipped between the crush zone and water-containing area.

Alternatively, by sustained release aperture connection between crush zone and water-containing area, the water squeezed out when cleaning piece is extruded is greater than Enter the water of crush zone from water-containing area by sustained release aperture.

Further, the bottom of the crush zone and/or water-containing area is equipped with buffer unit.

Further, the bottom of the crush zone is equipped with the peripheral frame for reducing and extracting final stage water absorption.

Further, the flat mophead can be made to keep clear between the flat mophead and mop rod by positioning device It washes and water squeezing state；Flat mophead described in when mopping floor is detached from the control of the positioning device to rotation to the state of mopping floor.

Further, the positioning device includes being set to the iron block on the mop rod, being set in the flat mophead Magnet, when the flat mophead is rotated to the state that can carry out cleaning and water squeezing, the iron block and the magnet It is attracted, when mopping floor described in iron block be separated with the magnet；Or the positioning device includes being set to the mop Magnet on bar, the iron block in the flat mophead, the flat mophead rotate to can carry out cleaning and water squeezing State when, the iron block and the magnet are attracted, when mopping floor described in iron block be separated with the magnet.

Further, the positioning device includes the elastic buckles in the flat mophead, the flat mop When head rotation can extremely carry out the state of cleaning and water squeezing, the mop rod is buckled into the elastic buckles, when mopping floor described in The mop rod is detached from the elastic buckles；Alternatively, the positioning device includes the elastic buckles on the mop rod, The flat mophead is equipped with the button hole being adapted to the elastic buckles, and the flat mophead rotates clear to that can carry out When washing the state with water squeezing, the elastic buckles are buckled into the button hole；The elastic buckles described in when mopping floor are detached from institute The button hole stated.

Further, the positioning device includes the elastic ejector in the mop rod, when cleaning and water squeezing described in The active connection place that withstands between the flat mophead and mop rod of elastic ejector to be positioned to flat mophead； When mopping floor, flat mophead is set to be in the state that mops floor after the mop rod or flat mophead rotation；Alternatively, the positioning Device includes the elastic ejector set on active connection place between the flat mophead and mop rod, when cleaning and water squeezing described in Elastic ejector withstand on mop rod to being positioned to flat mophead；When mopping floor, the mop rod or flat mop Flat mophead is set to be in the state that mops floor after head rotation.

Further, the positioning device includes the magic pin thread being set in the flat mophead, is set to the mop Magic female thread on bar, cleaning and when water squeezing described in flat mophead and mop rod between pass through the magic pin thread and evil spirit The bonding binding of art female thread；Magic pin thread and magic female thread described in when mopping floor are detached from；Alternatively, the positioning device includes being set to Magic female thread in the flat mophead, the magic pin thread on the mop rod, cleaning and when water squeezing described in plate Pass through the magic pin thread and the bonding binding of magic female thread between mophead and mop rod；Magic pin thread described in when mopping floor with Magic female thread is detached from.

The utility model has the beneficial effects that: mop-pail stands design crush zone and water-containing area, while racking or squeezer With the waterway channel that the water for being extruded cleaning piece is drawn, therefore the cleaning piece in flat mophead is being cleaned and squeezed When dry, cleaning operation can be completed with operation is extracted in the same region i.e. crush zone: have water when being cleaned in crush zone, then By the reciprocating motion of flat mop, the water on cleaning piece is squeezed out and is flow to water-containing area, cleaning piece squeeze the water out after by absorbing water, Water-containing area can be transferred to the water overwhelming majority in crush zone by repeating the above process, and be also completed at the same time in this process Cleaning operation and extract operation, operation is very easy.

Meanwhile squeezer is movably connected on the racking, cleaning piece drives squeezer when flat mophead pushes Activity is to narrow position, to keep extrusion mouth smaller, so that cleaning piece can get a stabilization and suitable extruding force progress water squeezing；It is flat Cleaning piece drives squeezer to the direction activity far from narrow position when plate mophead pulls up, so that extrusion mouth be made to become larger, prevents plate Mop-pail stands have been carried when mop pulls up.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of flat mop.

Fig. 2 is a kind of structural schematic diagram of the utility model.

Fig. 3 is another structural schematic diagram of the utility model.

The state diagram of plate is smoothed out with the fingers when Fig. 4 is cleaning piece cleaning and extracts when flat mop pull-up.

The state diagram of plate is smoothed out with the fingers when Fig. 5 is cleaning piece cleaning and extracts when flat mop pushing.

Fig. 6 is that torsional spring acts on the structural schematic diagram for smoothing out with the fingers plate.

Fig. 7 is that pressure spring acts on the structural schematic diagram for smoothing out with the fingers plate.

Fig. 8 is a kind of scheme of installation for smoothing out with the fingers plate.

Fig. 9 is the explosive view of Fig. 8.

Figure 10 is another scheme of installation for smoothing out with the fingers plate.

Figure 11 is the explosive view of Figure 10.

Figure 12 is another scheme of installation for smoothing out with the fingers plate.

Figure 13 is the explosive view of Figure 12.

Figure 14 is another scheme of installation for smoothing out with the fingers plate.

Figure 15 is the explosive view of Figure 14.

Figure 16 is another scheme of installation for smoothing out with the fingers plate.

Figure 17 is the explosive view of Figure 16.

Figure 18 is another scheme of installation for smoothing out with the fingers plate.

Figure 19 is the explosive view of Figure 17.

Figure 20 is another scheme of installation for smoothing out with the fingers plate.

Figure 21 is the explosive view of Figure 20.

Figure 22 is the structural schematic diagram controlled by a kind of control mechanism Diversion Plate.

Figure 23 is the cross-sectional view that Diversion Plate is in water blocking state.

Figure 24 is the cross-sectional view that Diversion Plate is in drainage state.

Figure 25 is the structural schematic diagram controlled by another control mechanism Diversion Plate.

Figure 26 is the structural schematic diagram that Diversion Plate is in water blocking state.

Figure 27 is the structural schematic diagram that Diversion Plate is in drainage state.

Figure 28 is the structural schematic diagram with the mop-pail stands of buffer unit.

Figure 29 is the structural schematic diagram for the mop-pail stands that crush zone bottom is equipped with peripheral frame.

Figure 30 is the cross-sectional view for the mop-pail stands that crush zone bottom is equipped with peripheral frame.

Figure 31 is the structural schematic diagram of the utility model with fixed water fender.

Figure 32 is the scheme of installation of fixed water fender.

Figure 33 is the cross-sectional view of the utility model with fixed water fender.

Figure 34 is the structural schematic diagram of the utility model of another frame mode.

Figure 35 is the schematic diagram that racking and squeezer are slidably connected.

Figure 36 is the cross-sectional view of Figure 35.

Figure 37 is the generation type schematic diagram of another crush zone and water-containing area.

Figure 38 is the structural schematic diagram of racking part in Figure 35.

Figure 39 is the connection schematic diagram of a kind of mop rod and mophead, and flat mop is located at the state that mops floor at this time.

Figure 40 is that flat mop is in the schematic diagram under cleaning and water squeezing state in Figure 39.

Figure 41 is the connection schematic diagram of a kind of mop rod and mophead, and flat mop is located at the state that mops floor at this time.

Figure 42 is that flat mop is in the schematic diagram under cleaning and water squeezing state in Figure 41.

Figure 43 is the connection schematic diagram of a kind of mop rod and mophead, and flat mop is located at the state that mops floor at this time.

Figure 44 is that flat mop is in the schematic diagram under cleaning and water squeezing state in Figure 43.

Figure 45 is the connection schematic diagram of a kind of mop rod and mophead, and flat mop is located at the state that mops floor at this time.

Figure 46 is that flat mop is in the schematic diagram under cleaning and water squeezing state in Figure 45.

Figure 47 is the connection schematic diagram of a kind of mop rod and mophead, and flat mop is located at the state that mops floor at this time.

Figure 48 is that flat mop is in the schematic diagram under cleaning and water squeezing state in Figure 47.

Figure 49 is the internal structure chart of flat mop in Figure 47.

Figure 50 is the internal structure chart of flat mop in Figure 47.

Figure 51 is the connection schematic diagram of a kind of mop rod and mophead, and flat mop is located at the state that mops floor at this time.

Figure 52 is that flat mop is in the schematic diagram under cleaning and water squeezing state in Figure 51.

Figure 53 is the internal structure chart of flat mop in Figure 51.

Figure 54 is the internal structure chart of flat mop in Figure 51.

Specific embodiment

The utility model is described in further detail with reference to the accompanying drawings and detailed description.

- Figure 54 referring to Fig.1 squeezes flat mop burnisher, including mop-pail stands and flat mop 1, the flat panel mop 1 flat mophead 3 including mop rod 2 and the hard being movably connected on the mop rod 2, the flat mophead 3 It is equipped with cleaning piece 4, cleaning piece 4 is usually provided in the back side of flat mophead 3.Flat mophead 3 is flexibly connected with mop rod 2 Mode is the prior art, and details are not described herein.

The mop-pail stands are equipped with racking 5, and opening is offered on the racking 5, and the opening side is squeezed Pressure rack is equipped with squeezer, and squeezer part is protruded into opening, is formed and is squeezed between the squeezer and the other side of opening Mouthfuls 6, when cleaning piece is extracted and is cleaned described in flat mophead 3 turn to water squeezing and cleaning state, flat mop is inserted Enter and moves back and forth that cleaning piece 4 is carried out to extract and squeeze cleaning by the squeezer in the extrusion mouth 6. Flat mophead 3 turns to water squeezing and cleaning state be typically embodied by flat mophead 3 turn to it is parallel with mop rod 2 or basic Parallel state.

The mop-pail stands in the use of the new type include the crush zone 7 and water-containing area 8 positioned at different location, and described squeezes Pressure rack 5 is located to which racking 5 is corresponding with crush zone above crush zone, and usual racking 5 is just mounted on the mop-pail stands of crush zone On, the waterway channel that there is the water for being extruded cleaning piece to draw for the racking or squeezer, waterway channel is generally directly formed On racking 5 or on squeezer.The generation type and arrangement mode of crush zone 7 and water-containing area 8 are unrestricted, Fig. 2,3, 23, crush zone 7 and water-containing area 8 are arranged side by side in 24,25,28,29,30,31,32,33,34,35,36,37, and a first from left is right, squeeze Pressure area 7 and water-containing area 8 can be a staving and be separated by partition, be also possible to two stavings；In Figure 34,35,36,37 In, one arranges that is, mop-pail stands include interior bucket 9 and outer barrel 10, and interior bucket 9 is located at outer barrel 10 outside in crush zone 7 and water-containing area 8 one Interior, the region in interior bucket 9 forms crush zone, and the region in outer barrel 10 forms water-containing area.

The squeezer is movably connected on the racking 5, and cleaning piece 4 drives institute when flat mophead 3 pushes The squeezer activity stated is to narrow position, to keep extrusion mouth 6 smaller, the acquisition of cleaning piece 4 at this time one is relatively stable and properly squeezes Power；Cleaning piece 4 drives the squeezer to the direction activity far from narrow position when flat mophead 3 pulls up, to make described Extrusion mouth 6 becomes larger, and the extruding force that squeezer applies cleaning piece 4 at this time is smaller, therefore during flat mop pull-up not It can be by mop-pail stands pull-up.

In Fig. 2-Figure 33, the squeezer by the way of smoothing out with the fingers plate 11, it is described smooth out with the fingers plate 11 it is swingable be set to institute On the racking 5 stated, cleaning piece drives the plate 11 of smoothing out with the fingers to be swung down to narrow position when flat mophead 3 pushes, to make to squeeze Press mouth 6 smaller；Cleaning piece drives the plate 11 of smoothing out with the fingers to be rotated up when flat mophead 3 pulls up, to make the extrusion mouth 6 Become larger.

Multiple structural forms can be used in the swingable mounting means for smoothing out with the fingers plate 11, and several specific installations for smoothing out with the fingers plate are set forth below Mode:

1. as shown in Figure 8, Figure 9, the both ends for smoothing out with the fingers plate 11 are equipped with rotational pin 12, described in two rotational pins 12 are inserted into respectively Racking 5 in, smoothing out with the fingers plate 11 can be swung by axle center of rotational pin.

2. as shown in Figure 10, Figure 11, the racking 5 is equipped with protruding shaft 13, the protruding shaft 13 is distinguished

The both ends for smoothing out with the fingers plate 11 are inserted into, smoothing out with the fingers plate 11 can be that axle center is swung with protruding pin 13.

3. as shown in Figure 12,13, the racking 5 is equipped with pin joint seat 14, the side for smoothing out with the fingers plate 11 is articulated in institute On the pin joint seat 14 stated, smoothing out with the fingers plate 11 can be swung using the articulated section of its side as axle center.

4. the racking 5 is equipped with deck 15, which is equipped with bayonet 16, described as shown in Figure 14,15 Plate 11 is smoothed out with the fingers equipped with axis 17, rotation after the axis 17 is caught in the bayonet 16 of the deck, smoothing out with the fingers plate 11 can be with axis 17 It is swung for axle center.

Specifically can be used there are position such as under type for narrow position reaches: being arranged on the racking 5 for limiting The limiting device for stating narrow position position is specified the position place of specific narrow position by the limiting device.It is filled using the limit Set the maximum extrusion mouth position that can also limit simultaneously when extrusion mouth becomes larger.As shown in Fig. 8,9,10,11,12,13,14,15, limit Position device is the limit base 18 that a line is set on racking 5, and limit base is located at the squeezer side of opening, and limit base 18 can be straight It is connected on racking 5, also can be set on pin joint seat 14, limit notch 19 is offered on limit base 18, described smoothes out with the fingers plate 11 are located in limit notch 19, and described reaches narrow position position and limit base when smoothing out with the fingers plate 11 and 18 side of limit base touching Reach maximum extrusion mouth position when 18 other side touching.Can also lug 20 be set on smoothing out with the fingers plate 11 and carrys out auxiliary stopper, is passed through The touching of lug and limitation seat reaches maximum extrusion mouth position.

Certainly, limiting device can also use other structures form, such as shown in figure 17, be arranged at the both ends for smoothing out with the fingers plate 11 Limited mouth 22 is arranged in the limited block 21 outwardly protruded on racking 5, and limited block 21 is inserted into limited mouth 22, and limited block 21 exists Movable in limited mouth 22, the limited block 21 and 22 side of limited mouth reach narrow position position and limited mouth 22 when touching The other side touching when reach maximum extrusion mouth position.Such as shown, limiting device is recessed for the limit on racking 5 Slot 23, the both ends for smoothing out with the fingers plate 11 are inserted into respectively in the limiting groove 23, and described smoothes out with the fingers plate 11 and the limiting groove 23 Side reaches maximum extrusion mouth position when reaching narrow position position when touching, touching with the other side of limiting groove 23.

Limiting device, which can also be to be equipped on racking, forms two stop portions stopped, institute to the plate 11 of smoothing out with the fingers The stop portions stated form the limiting device, reach when smoothing out with the fingers plate and being touched with a stop portions narrow position position, with it is another A stop portions reach maximum extrusion mouth position when touching.

Referring to Figure 20, Figure 21, smoothing out with the fingers can also use another from activity with stopper between plate 11 and racking 5 Connection type: the racking 5, which is equipped with, smoothes out with the fingers the corresponding oblique groove 24 in 11 both ends of plate with described, and the both ends for smoothing out with the fingers plate 11 are inserted Enter in the oblique groove 24, and described smoothing out with the fingers between plate 11 and the oblique groove 24 has along the activity for smoothing out with the fingers plate thickness direction Space, moves back and forth flat mophead 3, and cleaning piece 4 is contacted between plate 11 with smoothing out with the fingers, and drive is smoothed out with the fingers plate 11 and stirred in oblique groove 24, To make to smooth out with the fingers plate 11 with certain rotational angle, achieve the effect that the openings of sizes for adjusting the extrusion mouth.And due to tiltedly recessed The limitation of slot 24, smoothing out with the fingers plate 11 can only be movable to a certain extent, to can reach narrow position position and maximum extrusion mouth position.

Alternatively, the both ends for smoothing out with the fingers plate are equipped with oblique groove, the racking is equipped with plate corresponding with two oblique grooves, In the plate insertion oblique groove, and between the plate and the oblique groove there is edge to smooth out with the fingers plate thickness direction Activity space, push and pull water squeezing hand handle, cleaning piece is contacted between plate with smoothing out with the fingers, and drive is smoothed out with the fingers plate and stirred, thus make to smooth out with the fingers plate have it is certain Rotational angle, achieve the effect that the openings of sizes for adjusting the extrusion mouth.And since the cooperation of oblique groove and plate limits, smooth out with the fingers Plate can only be movable to a certain extent, to can reach narrow position position and maximum extrusion mouth position.

In specific embodiment in front, smoothing out with the fingers plate and reaching narrow position position is to smooth out with the fingers plate 11 by the drive of cleaning piece 4 and swing (to turn It is dynamic) Lai Shixian.Smoothing out with the fingers plate 11 and reaching narrow position position can also be realized using other modes, such as set elasticity in racking 5 Device, elastic device act on the described plate 11 of smoothing out with the fingers and are at narrow position position to keep extrusion mouth smaller, in this case, It smoothes out with the fingers and is located at narrow position position under 11 original state of plate, driven and turned without the cleaning piece 4 in the flat mophead of pushing It moves to narrow position position.When flat mophead 3 pulls up, cleaning piece 4 and the friction and Extrusion power smoothed out with the fingers between plate 11 overcome elastic dress The elastic force set is rotated up, so that extrusion mouth be made to become larger to make to smooth out with the fingers plate 11.As shown in fig. 6, pressure spring can be used in elastic device 25, one end of pressure spring 25 is withstood on racking 5, and the other end of pressure spring 25, which is withstood on, to be smoothed out with the fingers on plate 11, so that smoothing out with the fingers plate 11 positioned at narrow Position position.Or as shown in fig. 7, torsional spring 26 can be used in elastic device, one end of torsional spring 26 is withstood on racking 5, torsional spring 26 The other end, which is withstood on, to be smoothed out with the fingers on plate 11, so that smoothing out with the fingers plate 11 is located at narrow position position.

In description in front, the squeezer using it is swingable smooth out with the fingers plate by the way of, certain squeezer also can be used Other connection types with racking achieve the purpose that changeable extrusion mouth size.As shown in Figure 35,36,38, described is squeezed Pressure rack 5 is slidably connected with the squeezer 27, and cleaning piece 4 drives the squeezer 27 oblique when flat mophead 3 pushes Lower slider is to narrow position, to keep extrusion mouth smaller；Cleaning piece 4 drives the squeezer 27 oblique when flat mophead 3 pulls up Upper rotation, so that the extrusion mouth be made to become larger.In this case, there is no need to the shapes to squeezer 27 to do special limit Fixed, squeezer 27 can be strip, plate etc., be also possible to compression roller etc..Racking 5 is specifically slidably connected with squeezer 27 Mode can be with are as follows: the racking 25 is equipped with oblique chute 28, and the both ends of the squeezer 27 are equipped with sliding block 29, the cunning Block 29 is located in the oblique chute 28.Oblique chute 28 also exists as limiting device simultaneously: when sliding block 29 slides into oblique cunning Squeezer 27 is located at narrow position when 28 lower end of slot, and when sliding block 29 slides at least 28 upper end of oblique chute, extrusion mouth reaches maximum and opens Mouth position.

Or the racking is equipped with sliding block, the both ends of the squeezer are equipped with oblique chute, and the sliding block is located at In the oblique chute.

In the present embodiment, the outside of the waterway channel is equipped with diversion mechanism, and flat mop carries out cleaning piece in crush zone 7 Cleaning and when extracting, water that cleaning piece is extruded can by being back to the crush zone 7 after the diversion means block, Leaching is poured under on to which the water of reflux forms cleaning piece 4；The water that cleaning piece 4 is extruded can also pass through the water diversion machine Structure is guided to 8th area that are filled with water.The meaning that diversion mechanism is arranged is: the flat mop burnisher of the utility model, wipes It wipes the cleaning of object and extracts and all carried out in crush zone 7, actually flat mop realizes in reciprocatory movement in crush zone 7 The process that squeezes in cleaning, the water in crush zone are inhaled into cleaning piece 4, and the water that cleaning piece 4 is extruded passes through waterway channel Guide water-containing area 8 into, cleaning piece 4 constantly absorbs water continuous water squeezing, and most water in crush zone 7 are transferred to the end Water-containing area 8, cleaning piece 4 is also extracted at this time.But it extracts process mainly by wiping due to such mode extracted while washing Wipe the water suction of object 4, therefore the volume of usually crush zone also big in too big and crush zone 7 cannot may fill with water, otherwise cleaning piece To extract process just too very long.Resulting problem is: in cleaning, the top of cleaning piece 4 cannot just be stained with water substantially, Therefore the cleaning effect on cleaning piece top is with regard to poor.

After diversion mechanism, water that cleaning piece 4 is extruded can by being back to crush zone 7 after diversion means block, Leaching is poured under on to which the water of reflux forms cleaning piece 4, reaches the complete wet of cleaning piece 4, to reach preferably clear Wash effect.In addition, the water that cleaning piece 4 is extruded can also realize water by the diversion mechanism guides to the water-containing area 8 Transfer, finally also can reach the purpose for extracting cleaning piece.

Movable and fixed two kinds of forms specifically can be used in diversion mechanism, living as shown in Figure 22,23,24,25,26,27 The specific structure of the diversion mechanism of dynamic formula may is that the diversion mechanism can be at water blocking state or drainage state, described Diversion mechanism reaches water blocking state by control mechanism and drains the conversion of state；When cleaning to cleaning piece, described draws Water dispenser structure is in water blocking state, the water that cleaning piece is extruded by being back to the crush zone 7 after the diversion means block, thus The water of reflux forms cleaning piece 4 and pours leaching under on；When extracting to cleaning piece, the diversion mechanism is in drainage State, the water that cleaning piece is extruded is by the diversion mechanism guides to the water-containing area 8, until the water in crush zone 4 is by big absolutely Part is transferred to water-containing area.

Diversion Plate 30 specifically can be used in the diversion mechanism, which is rotatably mounted on the waterway channel 31 outside, the Diversion Plate 30 is rotated to can be at water blocking state or drainage state.Diversion Plate 30 can be arc panel, Be also possible to plate, be also possible to L-square etc., Diversion Plate 30 is an arc panel in figure, and Diversion Plate 30 is in water blocking state When, the concave surface of arc panel is met to waterway channel 31 and crush zone 7, and the water that waterway channel 31 is drawn flows back after being stopped by Diversion Plate 30 To crush zone 7；When Diversion Plate 30 is in drainage state, the concave surface of arc panel is met to water-containing area 8(in other words backwards to crush zone), water The water that paths 31 are drawn is guided by arc panel to water-containing area 8.Arc panel carries out water blocking after also may be reversed 180 ° with convex surface and draws Stream, when Diversion Plate is in water blocking state, the water quilt drawn to waterway channel and crush-zone, waterway channel is met on the convex surface of arc panel Crush zone is back to after blocking；When Diversion Plate is in drainage state, the convex surface of arc panel is met to water-containing area (in other words backwards to extruding Area), the water that waterway channel is drawn is guided by arc panel to water-containing area.That certain plate, L-square, plate of two pieces of oblique-angle intersections etc. It is able to achieve above-mentioned function, Diversion Plate need to only be rotated to suitable angle.

Diversified forms can be used in the control mechanism that control Diversion Plate 30 is converted between water blocking state and drainage state, such as As shown in Fig. 2, Figure 22, the control mechanism includes the regulating tank 32 being provided on the racking 5, the regulating tank 32 In be equipped with adjusting rod 33, the adjusting rod 33 connect with the Diversion Plate 30, stir described in adjusting rod 33 adjusting it It is slided in section slot 32, so that controlling Diversion Plate 30 turns to water blocking state or drainage state, it can be in adjusting rod 33 and regulating tank 32 Between positioning mechanism is set, so that adjusting rod 33 be made to be located at water blocking state or drainage state, such as set card slot on adjusting rod and exist Two gear blocks are set in regulating tank, a gear block corresponds to water blocking state, and a gear corresponds to drainage state, such adjusting rod fastly On card slot be automatically positioned at water blocking state when being mutually clasped with a gear block, the card slot on adjusting rod and another gear Drainage state is automatically positioned at when block is mutually clasped.

Certainly other structures form can also be used in control, such as shown in Fig. 3,25,26,27, the control mechanism packet Include the push-pull rod 34 being threaded through on the racking, the push-pull rod 34 is equipped with control block 35, on the Diversion Plate 30 Equipped with controlled piece 36, the control block 35 can be touched with controlled piece 36, by control block 35 when pushing and pulling the push-pull rod 34 With the rotation of controlled piece 36 of cooperation control Diversion Plate 30.Certain control block and controlled piece can also be replaced with other mechanisms, Such as link mechanism etc..

As shown in Figure 22,23,24,25,26,27, the specific structure of fixed diversion mechanism may is that the diversion Mechanism is fixed baffle device for water, and after the water resistance that cleaning piece is extruded by baffle device for water is kept off, the water of extrusion is back to described squeeze Pressure area 7；Baffle device for water is equipped with the water section that is extruded cleaning piece and leaks to the leak mechanism of water-containing area, squeezes out on cleaning piece Water is transferred to water-containing area 8 by leak mechanism section, until the water squeezed in 7th area is transferred to water-containing area 8 by the overwhelming majority.It is described Baffle device for water concretely water fender 37, the leak mechanism are the hollow-out parts 38 being provided on water fender, described engraves Empty portion 38 is corresponding with the water-containing area 8.

After the water of crush zone 7 is transferred to water-containing area 8 by the overwhelming majority, need to be put into crush zone 7 when cleaning again Water can set the control valve 39 whether both control connection between the crush zone 7 and water-containing area 8, need to clean again When open control valve 39.The specific constructive form of control valve 39, which may is that, passes through cross over pipe between pressor areas and water-containing area Road connection, connection pipeline is interior to be equipped with spool, and control valve connects control-rod 43, can will squeeze after being extracted spool by control-rod 43 8 connection of pressure area 7 and water-containing area, control-rod 43 can be integral with push-pull rod 34 above-mentioned, that is, share a bar.Certain control valve 39 The structures such as triple valve also can be used.

Alternatively, in order to reach again cleaning when crush zone water inlet needs, pass through sustained release between crush zone 7 and water-containing area 8 40 connection of aperture, the water squeezed out when cleaning piece is extruded are greater than the water for entering crush zone from water-containing area by sustained release aperture 40 The water of crush zone 7 then smoothly can be transferred to water-containing area 8 when extracting by amount, while the water of water-containing area 8 again can be certainly after the completion of crowded bar It is dynamic to squeeze into crush zone 7 by being sustained aperture 40, until the water level of crush zone 7 and the water level of water-containing area 8 maintain an equal level.

Also it can be equipped with buffer unit in the bottom of the crush zone and/or water-containing area, it is slow when for flat mop downlink Punching, prevents the flat mophead of hard from directly generating very stiff and demanding shock with staving.Flexible pad 41 can be used in buffer unit, can also Using other mechanisms with buffer function, such as setting buffer stopper, connected between buffer stopper and the bottom surface of mop-pail stands by spring It connects.

As shown in Figure 29,30, it can be also equipped in the bottom of the crush zone and reduce the peripheral frame for extracting final stage water absorption 42, the setting shape of certain peripheral frame is not limited to the shape of Figure 29, can also be rectangle, square, polygon, circle, ellipse The shapes such as circle, abnormity, matts.The meaning that peripheral frame 42 is arranged is: in the cleaning of cleaning piece and during extract, with squeezing Water in pressure area 7 is constantly transferred to water-containing area 8, and the water level in crush zone 7 constantly declines, the water level decreasing in crush zone 7 When to 42 or less peripheral frame, the water in crush zone 7 is divided into two parts, and a part is located at outside peripheral frame 42, and a part is located at peripheral frame 42 It is interior.

If flat mophead is corresponding with peripheral frame 42, flat mophead will not connect when moving back and forth with the water outside peripheral frame 42 Touching, only needing to blot the water in peripheral frame 42 at this time can be realized extracting for cleaning piece in flat mophead, and the setting of peripheral frame 42 makes The water blotted is needed to greatly reduce, conducive to extracting for cleaning piece；If flat mophead is not corresponding with peripheral frame 42, flat panel mop Head will not be contacted when moving back and forth with the water in peripheral frame 42, only need the water blotted outside peripheral frame 42 that plate can be realized at this time Cleaning piece is extracted on mophead, and the setting of peripheral frame 42 makes that the water blotted is needed to greatly reduce, conducive to extracting for cleaning piece.

The flat mophead can be made to keep cleaning and squeeze between the flat mophead and mop rod by positioning device Water state；Flat mophead described in when mopping floor is detached from the control of the positioning device to rotation to the state of mopping floor.By fixed Position device so that in cleaning and flat mophead keeps stable state when water squeezing, conducive to flat mophead it is frequent on move down It is dynamic, it will not mop-pail stands having been carried during moving up and down in flat mop.The structure type of positioning device have it is a variety of, below Enumerate the form of several positioning devices:

As shown in Figure 39, Figure 40, the positioning device includes the iron block 56 being set on the mop rod 2, set on described Magnet 44 in flat mophead 3, it is described when the flat mophead 3 rotates the state that can extremely carry out cleaning and water squeezing Iron block 56 and the magnet 44 are attracted, when mopping floor described in iron block 43 be separated with the magnet 44.

Alternatively, the positioning device includes the magnet being set on the mop rod, in the flat mophead Iron block, when the flat mophead is rotated to the state that can carry out cleaning and water squeezing, the iron block and the magnet phase Be attracted, when mopping floor described in iron block be separated with the magnet.

As shown in Figure 41, Figure 42, the positioning device include magic female thread 45 in the flat mophead 3, Magic pin thread 46 on the mop rod 2, cleaning and when water squeezing described in flat mophead and mop rod between pass through institute Magic pin thread 46 and magic female thread 45 the bonding binding stated；Magic pin thread 46 and magic female thread 45 described in when mopping floor are detached from.

Alternatively, the positioning device includes the magic pin thread being set in the flat mophead, is set to the mop rod On magic female thread, cleaning and when water squeezing described in flat mophead and mop rod between pass through the magic pin thread and magic Female thread bonding binding；Magic pin thread and magic female thread described in when mopping floor are detached from；

As shown in Figure 43, Figure 44, the positioning device includes the elastic buckles 47 on the mop rod 2, described Flat mophead 3 is equipped with the button hole 48 being adapted to the elastic buckles 47, and the rotation of flat mophead 3 can extremely carry out clear When washing the state with water squeezing, the elastic buckles 47 are buckled into the button hole 48；The elastic buckles 47 described in when mopping floor It is detached from the button hole 48.

As shown in Figure 45,46, the positioning device includes the Elastic buckle 49 in the flat mophead 3, institute When the flat mophead 3 stated rotates the state that can extremely carry out cleaning and water squeezing, the mop rod 2 buckles into the Elastic buckle In 49, when mopping floor described in the mop rod 2 be detached from the Elastic buckle 49.

As shown in Figure 47-54, the positioning device includes the elastic ejector in the mop rod 2, elastic ejector Including spring 50 and jacking block 51, when cleaning and water squeezing described in jacking block 51 flat mophead 3 is withstood on by the power of spring 50 Active connection place between mop rod 2 is to position flat mophead 3；When mopping floor, mop rod 2 or flat panel mop are pulled First 3, rotate the mop rod 2 or flat mophead 3, so that flat mophead 3 be made to be in the state that mops floor.Flat mop First 3 and the junction of mop rod 2 such structure can be used: it is longitudinally-hinged in flat mophead to have the so-called longitudinal direction free bearing 52( Hingedly refer to that hinged shaft is parallel with the length direction of flat mophead), the lower end of mop rod 2 is laterally hinged with (so-called on free bearing 52 Be laterally hinged with refer to that hinged shaft is parallel with the width direction of flat mophead), under spring 50 and jacking block 51 are located in mop rod 2 End, so that jacking block 51 is withstood on free bearing 52.When flat mophead 3 turns to cleaning and water squeezing state, flat mophead 3 is rotated Substantially parallel with mop rod 2 afterwards, jacking block 51, which is withstood on free bearing 52, at this time forms lower top power, so that keeping flat mophead 3 should State.In order to reach better positioning action, when flat mophead 3 is gone to it is substantially parallel with mop rod when, with 51 phase top of jacking block Free bearing at be set as plane, to increase stationkeeping ability；Or with groove 53 is set at the free bearing on 51 phase top of jacking block, on jacking block 51 Convex ribs 54 or card wheel 55 are set, groove 53 is caught in by convex ribs 54 or card wheel 55 and reaches better locating effect.

Alternatively, the positioning device includes the bullet set on the active connection place between the flat mophead and mop rod Property head part, cleaning and when water squeezing described in elastic ejector withstand on mop rod to be positioned to flat mophead；When mopping floor, Flat mophead is set to be in the state that mops floor after the mop rod or flat mophead rotation.

Claims (31)

1. squeezing flat mop burnisher, including mop-pail stands and flat mop, the flat mop include mop rod and work The flat mophead of the dynamic hard being connected on the mop rod, the flat mophead are equipped with cleaning piece；

The mop-pail stands are equipped with racking, and opening is offered on the racking, described to be open on the racking of side Equipped with squeezer, extrusion mouth is formed between the squeezer and the other side of opening, when institute is extracted and cleaned to cleaning piece The flat mophead stated turns to water squeezing and cleaning state, moves back and forth to pass through in the flat mop insertion extrusion mouth The squeezer carries out cleaning piece to extract and squeeze cleaning；

It is characterized by: the mop-pail stands include that the crush zone for being located at different location and water-containing area, the racking are located at Above crush zone, the waterway channel of the racking or squeezer with the water extraction for being extruded cleaning piece；

The squeezer is movably connected on the racking, and cleaning piece drives the extruding when flat mophead pushes Device activity is to narrow position, so that extrusion mouth be made to become smaller；Cleaning piece drives the squeezer to far from narrow when flat mophead pulls up The direction activity of position, so that the extrusion mouth be made to become larger.

2. squeezing flat mop burnisher as described in claim 1, it is characterised in that: the squeezer is to smooth out with the fingers plate, institute Plate is swingable to be set on the racking for smoothing out with the fingers of stating, and cleaning piece, which drives, when flat mophead pushes described smoothes out with the fingers plate to the bottom It moves to narrow position, so that extrusion mouth be made to become smaller；Cleaning piece drives the plate of smoothing out with the fingers to be swung up when flat mophead pulls up, to make The extrusion mouth becomes larger.

3. squeezing flat mop burnisher as claimed in claim 2, it is characterised in that: it further include elastic device, it is described Elastic device acts on the plate of smoothing out with the fingers and is at narrow position position to make extrusion mouth become smaller.

4. squeezing flat mop burnisher as claimed in claim 2, it is characterised in that: the both ends for smoothing out with the fingers plate, which are equipped with, to be turned Dynamic pin, two rotational pins are inserted into respectively in the racking；

Alternatively, the racking is equipped with protruding shaft, the protruding shaft is inserted respectively into the both ends for smoothing out with the fingers plate.

5. squeezing flat mop burnisher as claimed in claim 2, it is characterised in that: the racking is equipped with pivot joint Seat, the side for smoothing out with the fingers plate are articulated on the pin joint seat.

6. squeezing flat mop burnisher as claimed in claim 2, it is characterised in that: the racking is equipped with card Seat, the deck are equipped with bayonet, and described smoothes out with the fingers plate equipped with axis, and the axis turns after being caught in the bayonet of the deck It is dynamic.

7. squeezing flat mop burnisher as described in claim 1, it is characterised in that: the racking is equipped with and is used for Limit the limiting device of the narrow position position.

8. squeezing flat mop burnisher as claimed in claim 2, it is characterised in that: the racking is equipped with and is used for Limit the limiting device of the narrow position position.

9. squeezing flat mop burnisher as claimed in claim 8, it is characterised in that: the limiting device is set on crowded Limit base in pressure rack, the limit base are equipped with limit notch, and the plate of smoothing out with the fingers is located in the limit notch, described Smooth out with the fingers when plate and the limit base side are touched and reach narrow position position.

10. as claimed in claim 8 squeeze flat mop burnisher, it is characterised in that: the limiting device be set on Two limiting grooves of the racking, in the both ends insertion for the smoothing out with the fingers plate limiting groove, it is described smooth out with the fingers plate with it is described Reach narrow position position when the side touching of limiting groove.

11. as claimed in claim 8 squeeze flat mop burnisher, it is characterised in that: the racking be equipped with pair The plate of smoothing out with the fingers forms the stop portions stopped, and described smoothing out with the fingers when plate is touched with the blocking position reaches narrow position position.

12. squeezing flat mop burnisher as claimed in claim 8, it is characterised in that: the limiting device same time limit Determine maximum extrusion mouth position when extrusion mouth becomes larger.

13. as described in claim 1 squeeze flat mop burnisher, it is characterised in that: the racking be equipped with The corresponding oblique groove in the squeezer both ends, in the both ends insertion of the squeezer oblique groove, and the squeezer There is the activity space along squeezer thickness direction between the oblique groove, which is adjusted institute in active procedure State the width size of extrusion mouth；

Alternatively, the both ends of the squeezer are equipped with oblique groove, the racking is equipped with plate corresponding with two oblique grooves, institute In the plate insertion the stated oblique groove, and have between the plate and the oblique groove along squeezer thickness direction Activity space, the width size of the extrusion mouth is adjusted in the squeezer in active procedure.

14. squeezing flat mop burnisher as described in claim 1, it is characterised in that: the racking and described Squeezer is slidably connected, and cleaning piece drives the squeezer to slide into narrow position obliquely when flat mophead pushes, to make Extrusion mouth becomes smaller；Cleaning piece drives the squeezer to rotate obliquely when flat mophead pulls up, to make the extruding Mouth becomes larger.

15. squeezing flat mop burnisher as claimed in claim 14, it is characterised in that: the racking is equipped with oblique The both ends of sliding slot, the squeezer are equipped with sliding block, and the sliding block is located in the oblique chute；

Or the racking is equipped with sliding block, the both ends of the squeezer are equipped with oblique chute, and the sliding block is located at described Oblique chute in.

16. squeezing flat mop burnisher as described in claim 1, it is characterised in that: set on the outside of the waterway channel There is diversion mechanism, for flat mop when crush zone carries out the cleaning of cleaning piece and extracts, the water that cleaning piece is extruded can pass through institute The crush zone is back to after the diversion means block stated, so that the water of reflux, which forms cleaning piece, pours leaching under on； The water that cleaning piece is extruded can also pass through the diversion mechanism guides to the water-containing area.

17. squeezing flat mop burnisher as claimed in claim 16, it is characterised in that: the diversion mechanism can be at Water blocking state or drainage state, the diversion mechanism reach water blocking state by control mechanism and drain the conversion of state；

When cleaning to cleaning piece, the diversion mechanism is in water blocking state, and the water that cleaning piece is extruded is by the water diversion machine Structure is back to the crush zone after stopping, so that the water of reflux, which forms cleaning piece, pours leaching under on；

When extracting to cleaning piece, the diversion mechanism is in drainage state, and the water that cleaning piece is extruded is by the water diversion machine Structure is guided to the water-containing area, until the water in crush zone is transferred to water-containing area by the overwhelming majority.

18. squeezing flat mop burnisher as claimed in claim 17, it is characterised in that: the diversion mechanism is diversion Plate, the Diversion Plate are rotatably mounted on the outside of the waterway channel, and the Diversion Plate is rotated to can be at water blocking shape State or drainage state.

19. squeezing flat mop burnisher as claimed in claim 18, it is characterised in that: the control mechanism includes opening The regulating tank being located on the racking is equipped with adjusting rod, the adjusting rod and the Diversion Plate in the regulating tank Connection, stirring the adjusting rod slides it in regulating tank, so that controlling Diversion Plate turns to water blocking state or drainage shape State.

20. squeezing flat mop burnisher as claimed in claim 18, it is characterised in that: the control mechanism includes wearing The push-pull rod being located on the racking controls the rotation of the Diversion Plate by the push-and-pull motion control of push-pull rod.

21. squeezing flat mop burnisher as claimed in claim 16, it is characterised in that: the diversion mechanism is to fix Baffle device for water, after the water resistance that cleaning piece is extruded by baffle device for water is kept off, the water of extrusion is back to the crush zone；

Baffle device for water is equipped with the water section that is extruded cleaning piece and leaks to the leak mechanism of water-containing area, the water squeezed out on cleaning piece It is transferred to water-containing area by leak mechanism section, until the water in crush zone is transferred to water-containing area by the overwhelming majority.

22. squeezing flat mop burnisher as claimed in claim 21, it is characterised in that: the baffle device for water is water blocking Plate, the leak mechanism are the hollow-out parts being provided on water fender, and the hollow-out parts are corresponding with the water-containing area.

23. squeezing flat mop burnisher as described in claim 1, it is characterised in that: the crush zone and water-containing area Between be equipped with control both connection whether control valve.

24. squeezing flat mop burnisher as described in claim 1, it is characterised in that: lead between crush zone and water-containing area Sustained release aperture connection is crossed, the water squeezed out when cleaning piece is extruded is greater than the water for entering crush zone from water-containing area by sustained release aperture Amount.

25. the extruding flat mop burnisher as described in one of claim 1-24, it is characterised in that: the crush zone and/ Or the bottom of water-containing area is equipped with buffer unit.

26. the extruding flat mop burnisher as described in one of claim 1-24, it is characterised in that: the bottom of the crush zone Portion is equipped with the peripheral frame for reducing and extracting final stage water absorption.

27. the extruding flat mop burnisher as described in one of claim 1-24, it is characterised in that: the flat mop The flat mophead can be made to keep cleaning and water squeezing state between head and mop rod by positioning device；Plate described in when mopping floor Mophead is detached from the control of the positioning device to rotation to the state of mopping floor.

28. squeezing flat mop burnisher as claimed in claim 27, it is characterised in that: the positioning device includes setting In the iron block on the mop rod, the magnet in the flat mophead, the flat mophead is rotated to can carry out When the state of cleaning and water squeezing, the iron block and the magnet are attracted, when mopping floor described in iron block and the magnet It is separated；

Or the positioning device includes the magnet on the mop rod, the iron block in the flat mophead, The flat mophead is rotated to when can carry out cleaning the state with water squeezing, and the iron block and the magnet are attracted, Iron block described in when mopping floor is separated with the magnet.

29. squeezing flat mop burnisher as claimed in claim 27, it is characterised in that: the positioning device includes setting Elastic buckles in the flat mophead, the flat mophead rotate to can carry out cleaning and water squeezing state when, institute The mop rod stated buckles 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 mophead be equipped with The button hole of the described elastic buckles adaptation, it is described when the flat mophead is rotated to the state that can carry out cleaning and water squeezing Elastic buckles buckle into the button hole；The elastic buckles described in when mopping floor are detached from the button hole.

30. squeezing flat mop burnisher as claimed in claim 27, it is characterised in that: the positioning device includes setting Elastic ejector in the mop rod, cleaning and when water squeezing described in elastic ejector withstand on the flat mophead and mop rod Between active connection place to being positioned to flat mophead；When mopping floor, the mop rod or flat mophead rotation After flat mophead is in mop floor state；

Alternatively, the positioning device includes the elastic top set on the active connection place between the flat mophead and mop rod Part, cleaning and when water squeezing described in elastic ejector withstand on mop rod to be positioned to flat mophead；It is described when mopping floor Mop rod or flat mophead rotation after flat mophead is in mop floor state.

31. squeezing flat mop burnisher as claimed in claim 27, it is characterised in that: the positioning device includes setting It is flat described in when the magic pin thread in the flat mophead, the magic female thread on the mop rod, cleaning and water squeezing Pass through the magic pin thread and the bonding binding of magic female thread between plate mophead and mop rod；Magic pin thread described in when mopping floor It is detached from magic female thread；

Alternatively, the positioning device includes the magic female thread being set in the flat mophead, on the mop rod Magic pin thread, cleaning and when water squeezing described in flat mophead and mop rod between pass through the magic pin thread and magic female thread Bonding binding；Magic pin thread and magic female thread described in when mopping floor are detached from.