CN209678418U - It is flat to drag burnisher - Google Patents

Abstract

It is flat to drag burnisher, including mop-pail stands and flat mop；Flat mop includes mop rod, flat mophead, and flat mophead includes the flat mop plate for being movably connected in mop rod lower end, the cleaning piece on flat mop plate, and flat mop plate is surface plate；Mop-pail stands have water dumping area and cleaning area, and water dumping area and cleaning area are mutually isolated；Mop rod includes the upper boom and lower beam being mutually socketed, and flat mop plate is connect with lower beam；It is equipped with rotary drive mechanism between upper boom and lower beam, pushes upper boom, lower beam rotation is driven by rotary drive mechanism；The positioning mechanism that water dumping area is positioned when having for rotating to flat mophead reaches water dumping state after flat mophead rotation when water dumping, then rotates under the positioning of positioning mechanism, cleaning piece carries out centrifugation water dumping.The utility model carries out centrifugation water dumping, and cleaning piece drying effect is more preferable.

Description

It is flat to drag burnisher

Technical field

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

Background technique

The general structure for squeezing plate burnisher is: it includes mop-pail stands and flat mop, and flat mop includes mop Bar and the flat mop plate being movably connected on mop rod, flat mop plate are equipped with cleaning piece；Extruding is installed on mop-pail stands Flat mop plate is rotated to the state that can be cleaned and be dehydrated when mouth pressurizing unit, cleaning and dehydration；Flat mop plate exists Relative movement squeezes to carry out mobile extruding cleaning and dehydration to cleaning piece between extrusion mouth pressurizing unit.

It squeezes there are two types of plate burnishers, one is single barrel of extruding plate burnisher, another kind is that twin-tub extruding is flat Plate burnisher.Single barrel of extruding plate burnisher refers to only one mop-pail stands, and extrusion mouth is arranged on mop-pail stands and squeezes Device；Twin-tub squeezes plate burnisher and refers to that mop-pail stands have mutually the not cleaning area of connection and drying zone, in cleaning area and takes off Pool is all provided with extrusion mouth pressurizing unit.

In order to reach the effect that preferably mops floor, improve the efficiency that mops floor, it is often desirable that the length of flat mop plate is longer, however In existing extruding plate burnisher, flat mop plate integrally uses hard plate body, the insertion when being dehydrated and being cleaned When squeezing in extrusion mouth pressurizing unit, if flat mop plate length is longer, the height of corresponding mop-pail stands is just higher, to make The problems such as bulky at mop-pail stands, inconvenient packed and transported.

In order to overcome the above technical problems, the utility model patent of Patent No. 201620870001.6 discloses a kind of squeeze Locating back mop cleaning tool, mop-pail stands have cleaning area and water dumping area, and a mouthful pressurizing unit, plate are smoothed out with the fingers in setting on mop-pail stands It after the mophead of mop turns to water squeezing or cleaning state, is moved up and down in smoothing out with the fingers mouthful pressurizing unit, the wiping in flat mophead It wipes object and smoothes out with the fingers and generate squeezing action between mouthful pressurizing unit to pass through to cleaning piece progress water squeezing or cleaning, the water extruded Waterway channel flow to cleaning area.Its there is also the shortcomings that be: water dumping area carry out water squeezing when, continuity operation it is weaker, take off Water effect has to be hoisted.

The Chinese invention of Patent No. 201410185680.9 provides a kind of burnisher, and mop-pail stands also have cleaning Area and drying zone, mop high speed rotation in drying zone in dehydration is dehydrated, and the water in drying zone can be taken out by water plug Out, there is also the shortcomings that be: the burnisher to realize flat mop dehydration, then the mophead of flat mop is necessary Using the seperated rotation connection structure of three-sectional, must fold up the two boards at both ends in dehydration can realize dehydration, one It is more troublesome to need to carry out mophead folding operation when aspect dehydration, on the other hand when mopping floor since the fission of mophead turns The presence of dynamic connection structure, so that the landing property of mophead is bad, in the pressure that the active connection place of mophead and its periphery land Power is smaller, is unfavorable for cleaning.

Summary of the invention

In order to overcome the above-mentioned deficiency of existing flat mop burnisher, the utility model provide a kind of dehydration it is more convenient, The novel cleaning tool of landing property of mophead more preferably.

The technical scheme in the invention for solving the technical problem is: flat to drag burnisher, including mop-pail stands and flat panel mop ；

The flat mop includes mop rod, flat mophead, and the flat mophead includes being movably connected in institute Flat mop plate, the cleaning piece on the flat mop plate for stating mop rod lower end, the flat mop plate are plane Plate, so-called surface plate refer to mop board be one piece be in plane plate, rather than the plate being combined by several pieces of plate bodys, difference with Mop board in the prior art, mop board in the prior art are the plates for having three blocks of plates to be linked to be, and the two boards on both sides are pivotally connected respectively On one block of intermediate plate, therefore the two boards on both sides can be rotated.

The mop-pail stands have water dumping area and cleaning area, and the water dumping area and cleaning area are mutually isolated；

The mop rod includes the upper boom and lower beam being mutually socketed, and the flat mop plate and the lower beam connect It connects；

It is equipped with rotary drive mechanism between the upper boom and lower beam, pushes the upper boom, is driven by the rotation The motivation structure driving lower beam rotation；

The positioning mechanism that the water dumping area is positioned when having for rotating to flat mophead, when water dumping described in it is flat Water dumping state is reached after the rotation of plate mophead, is then rotated under the positioning of positioning mechanism, cleaning piece carries out centrifugation water dumping.

Further, when water dumping described in flat mop plate turn to the shape parallel or substantially parallel with the mop rod State.

Further, the lower end of the lower beam is hinged with connector, and the connector and the flat mop plate are hinged.

Further, jagged, described connector is opened up on the flat mop plate to be laterally hinged in the notch, The lower end of the lower beam and the connector are longitudinally-hinged, when water dumping described in mop rod be located in the notch；It is described Cleaning piece be set to the flat mop plate front and/or the back side.

Alternatively, the longitudinally-hinged front in the flat mop plate of the connector, the lower end of the lower beam is laterally cut with scissors Connect on the connector, when water dumping described in flat mop plate turn to it is substantially parallel with the mop rod；Described Cleaning piece is set to the back side of the flat mop plate.

Further, the positioning mechanism includes upper positioning device and/or lower positioning device.

Further, the lower positioning device is located at the lower part in the water dumping area.

Further, the upper positioning device is connect with lower positioning device.

Further, when flat mop plate has notch, the lower positioning device is supporting element, and the supporting element is to flat Plate mop forms support, and flat mophead is rotated by axle center of supporting element when the cleaning piece carries out centrifugation water dumping.

Further, the supporting element is support rod.

Further, when opening up jagged on flat mop plate, the notch is provided with the width direction of the mop board One, the other end of the flat mop plate is equipped with jack, in the support rod insertion jack after to rotation Flat mop plate is positioned.

Further, when mop board is connect with flat mop plate front, the lower positioning device is supporting element, the branch Support member forms flat mop and supports, and the cleaning piece carries out flat mophead when centrifugation water dumping and carries out by axle center of supporting element Rotation.

Further, the supporting element is support rod.

Further, the lower end of the connector and lower beam offers jack, the support rod insertion jack In after the flat mop plate of rotation is positioned.

It further, further include spin basket, the spin basket offers hollow-out parts, and the supporting element is upward through described Spin basket, when flat mophead water dumping in the spin basket, the rotation of the flat mophead drives the rotation Turn basket rotation.

Further, the conflict position contradicted with the flat mophead, the plate are equipped in the spin basket Mophead and described contradicting when position contradicts drive the spin basket to rotate.

Further, plane bearing is equipped between the spin basket and the mop-pail stands in water dumping area.

Further, the water dumping area is equipped with water plug.

Further, the water plug is the device of outer power drive.

Alternatively, the water plug is electronic device.

Alternatively, the water plug is the water pump driven by the spin basket.

Further, it is connected between the spin basket and the water pump by gear driven mechanism.

Alternatively, the lower positioning device is rotatable water basket, the water basket is equipped with hollow-out parts, described The positioning region positioned when rotating to flat mop plate is equipped in water basket.

Further, the water basket is equipped with cavity, when flat mophead water dumping in its lower end insertion cavity, The cavity forms the positioning region.

Further, plane bearing is equipped between the water basket and the mop-pail stands in water dumping area.

Alternatively, the mop-pail stands in water dumping area are equipped with rotatable rotary head, the water basket is set in the rotary head.

Further, the rotary head includes the apical axis being fixed on the mop-pail stands, and water dumping head is cased on the apical axis, Water basket described in when flat mophead water dumping supports on the water dumping head.

Further, axial positioning mechanism, the axially position machine are equipped between the water dumping head and the apical axis Structure makes the water dumping head axially position and rotatable.

Further, the water dumping area is equipped with water plug, and the water plug is to be driven by the water basket Water pump.

Further, it is connected between the water basket and the water pump by gear driven mechanism.

Further, the upper positioning device is rotatable upper locating rack, and the upper locating rack has for described What flat mophead passed through wears mouth.

Further, the width for wearing mouth is adapted with the thickness of flat mophead.

Further, between the upper locating rack and the flat mop plate being inserted be equipped with for flat mop plate into The positioning mechanism up and down that row positions up and down.

Further, being equipped between the upper locating rack and the mop-pail stands makes locating rack rotate more stable stabilization Mechanism.

Further, the stabilizing mechanism includes the rolling member set on the upper locating rack outer rim, the rolling member with The mop-pail stands contradict.

Further, the rolling member is ball or bearing.

Further, steady rest is set on the mop-pail stands, the stabilizing mechanism is located at the steady rest and upper positioning Between frame.

Further, the top of the mop-pail stands in the water dumping area is equipped with pre-extrusion device, when the described flat mophead water dumping The state parallel or substantially parallel as mop rod is rotated, flat mophead is firstly inserted into the pre-extrusion device and carries out in advance Then water squeezing is detached from the pre-extrusion device again and enters the water dumping area progress centrifugal dehydration.

Further, the cleaning area is equipped with the cleaning device for rubbing with the cleaning piece.

Alternatively, the cleaning area is equipped with pressurizing unit, flat mophead is turned to substantially parallel with mop rod when cleaning State, then moved up and down in the flat mophead insertion pressurizing unit, by the pressurizing unit to described Cleaning piece carries out extruding cleaning.

Further, the pressurizing unit includes racking and squeezer, and the racking is mounted on the mop On bucket, the squeezer is mounted on the mop-pail stands or on racking, and the racking is offered for flat mop The extrusion mouth that passes through of head, the squeezer part it is Chong Die with the extrusion mouth.

Further, rotation preventive mechanism is equipped between the mop rod and flat mop plate, the cleaning piece is cleaned When with water dumping, the rotation preventive mechanism is by positioning between the flat mop plate and mop rod to make flat mop plate can not Rotation, when mopping floor described in flat mop plate be detached from the control of the positioning device to rotation to the state of mopping floor.

Further, the rotation preventive mechanism include for for prevent flat mop plate around connector and flat mop plate it Between the first positioning mechanism, hinged for prevent flat mop plate between connector and mop rod for being rotated of hinged place The second positioning mechanism that place is rotated.

Further, when flat mop plate is equipped with notch, first positioning mechanism includes being set to the flat mop Rotation stop head in plate, the rotation stop head protrude into the notch, when cleaning piece carries out cleaning and water dumping, the rotation stop crown The connector that residence is stated.

Further, the connector is equipped with rotation stop groove, and when cleaning piece carries out cleaning and water dumping, the rotation stop head is inserted Enter in the rotation stop groove.

Further, elastic component is equipped in the flat mop plate, the elastic component withstands the rotation stop head, thus Make rotation stop head that there is the trend for withstanding the connector.

Further, second positioning mechanism is the notch.

When mop rod is connect with flat mop plate front, the flat mop plate is equipped with the first free bearing of protrusion, the Two free bearings, the both ends of the connector are respectively hinged at first free bearing, on the second free bearing；

The lower part of the mop rod is equipped with the first locating slot, the cleaning piece carry out cleaning and when water dumping described in first In free bearing insertion first locating slot, flat mop plate is substantially parallel with mop rod at this time, first positioning mechanism Including first locating slot and the first free bearing.

Further, second positioning mechanism includes the iron block being set on the mop rod, is set to the flat mop Magnet on plate, cleaning piece carry out cleaning and when water dumpings, and the iron block and the magnet are attracted, when mopping floor described in iron Block is separated with the magnet；Or second positioning mechanism includes the magnet being set on the mop rod, is set to institute The iron block on flat mop plate is stated, when cleaning piece carries out cleaning and water dumping, the iron block and the magnet are attracted, mop floor The iron block of Shi Suoshu is separated with the magnet.

Alternatively, second positioning mechanism includes the elastic buckles on the flat mop plate, cleaning piece carries out clear When washing with water dumping, the mop rod is buckled into the elastic buckles, when mopping floor described in the mop rod be detached from it is described Elastic buckles；Alternatively, second positioning mechanism includes the elastic buckles on the mop rod, on the flat mop plate Equipped with the button hole being adapted to the elastic buckles, when cleaning piece carries out cleaning and water dumping, the elastic buckles buckle into the button In hole；The elastic buckles described in when mopping floor are detached from the button hole.

Alternatively, second positioning mechanism includes the elastic ejector in the mop rod, cleaning piece is cleaned When with water dumping, the elastic ejector is withstood on the connector between the flat mop plate and mop rod to flat mop Plate is positioned；When mopping floor, flat mop plate is set to be in the state that mops floor after the mop rod or the rotation of flat mop plate；Or Person, second positioning mechanism include the elastic top on the connector between the flat mop plate and mop rod Part, when cleaning piece carries out cleaning and water dumping, the elastic ejector is withstood on mop rod to position to flat mop plate； When mopping floor, flat mop plate is set to be in the state that mops floor after the mop rod or the rotation of flat mop plate.

Alternatively, second positioning mechanism includes magic pin thread on the flat mop plate, drags set on described Magic female thread on barre, when cleaning piece carries out cleaning and water dumping, by described between the flat mop plate and mop rod Magic pin thread and magic female thread bonding binding；Magic pin thread and magic female thread described in when mopping floor are detached from；Alternatively, described Two positioning mechanisms include the magic female thread on the flat mop plate, the magic pin thread on the mop rod, wiping It is viscous by the magic pin thread and magic female thread between the flat mop plate and mop rod when object carries out cleaning and water dumping Close binding；Magic pin thread and magic female thread described in when mopping floor are detached from.

Alternatively, second positioning mechanism includes: that the mop rod is equipped with slot, on the flat mop plate Equipped with joint bar, the end of joint bar is equipped with bayonet, and the end of slot is equipped with stuck point, described when cleaning piece carries out cleaning and water dumping Joint bar enters in slot after the rotation of flat mop plate, and stuck point is caught in bayonet；Or the mop rod is equipped with and inserts point, it is described Flat mop plate be equipped with slot, cleaning piece carries out cleaning and when water dumping, and stuck point is caught in after the flat mop plate rotation In bayonet.

Further, the cleaning piece is detachably connected on the flat mop plate.

Further, 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 inserted sheet Corresponding slash pocket, the inserted sheet are inserted into the slash pocket.

Further, pass through adhesion between the other parts of the cleaning piece and the flat mop plate.

Further, it is connected between the other parts of the cleaning piece and the flat mop plate by velcro.

Further, the slash pocket is the slash pocket cloth for being connected to the cleaning piece head, and on the slash pocket cloth Setting partition, to form the slash pocket between adjacent partition.

Further, the partition is the sewing thread being sewn on slash pocket cloth and cleaning piece.

Further, the head of the cleaning piece is sewn in after the slash pocket cloth doubling.

It further, is the opening of the slash pocket at the doubling folding line of the slash pocket cloth.

Further, the cleaning piece is made of three layers of wiper, and first layer is cleaning layer, and the second layer is water absorption layer, the Three layers are articulamentum, and the articulamentum is connect with the flat mop plate, and the slash pocket is also set to the articulamentum On.

The utility model has the beneficial effects that: the utility model carries out centrifugation water dumping, cleaning piece drying effect is more preferable.

Detailed description of the invention

Fig. 1 is the explosive view of flat mop.

Fig. 2 is the backside structure figure of flat mop plate.

Fig. 3 is the structural schematic diagram of cleaning piece.

Fig. 4 is the three-layered node composition of cleaning piece.

Fig. 5 is a kind of structural schematic diagram of flat mop under the state of mopping floor.

Fig. 6 is structural schematic diagram of the flat mop in cleaning and water dumping in Fig. 5.

Fig. 7 is a kind of structural schematic diagram of flat mop under the state of mopping floor.

Fig. 8 is structural schematic diagram of the flat mop in cleaning and water dumping in Fig. 7.

Fig. 9 is a kind of structural schematic diagram of flat mop under the state of mopping floor.

Figure 10 is structural schematic diagram of the flat mop in cleaning and water dumping in Fig. 9.

Figure 11 is a kind of structural schematic diagram of flat mop under the state of mopping floor.

Figure 12 is structural schematic diagram of the flat mop in cleaning and water dumping in Figure 11.

Figure 13 is the structural schematic diagram of flat mop under the state of mopping floor.

Figure 14 is structural schematic diagram of the flat mop in cleaning and water dumping in Figure 13.

Figure 15 is the internal structure chart of flat mop in Figure 13.

Figure 16 is the internal structure chart of flat mop in Figure 14.

Figure 17 is the structural schematic diagram of flat mop under the state of mopping floor.

Figure 18 is structural schematic diagram of the flat mop in cleaning and water dumping in Figure 17.

Figure 19 is the internal structure chart of flat mop in Figure 17.

Figure 20 is the internal structure chart of flat mop in Figure 18.

Figure 21 is the structural schematic diagram of flat mop under the state of mopping floor.

Figure 22 is structural schematic diagram of the flat mop in cleaning and water dumping in Figure 21.

Figure 23 is the cross-sectional view of flat mop in Figure 22.

Figure 24 is that flat mop is cleaning and a kind of structural schematic diagram under water dumping state.

Figure 25 is the structural schematic diagram of cleaning area.

Figure 26 is a kind of structural schematic diagram of the pressurizing unit of cleaning area.

Figure 27 is a kind of structural schematic diagram of the pressurizing unit of cleaning area.

Figure 28 is a kind of structural schematic diagram of the pressurizing unit of cleaning area.

Figure 29 is a kind of structural schematic diagram of the pressurizing unit of cleaning area.

Figure 30 is a kind of structural schematic diagram of the pressurizing unit of cleaning area.

Figure 31 is a kind of structural schematic diagram of the pressurizing unit of cleaning area.

Figure 32 is a kind of structural schematic diagram in water dumping area.

Figure 33 is the cross-sectional view of Figure 32.

Figure 34 is the water dumping schematic diagram of another flat mop.

Figure 35 is a kind of structural schematic diagram in water dumping area.

Figure 36 is the cross-sectional view in water dumping area in Figure 35.

Figure 37 is the structural schematic diagram of water plug in water dumping area in Figure 35.

Figure 38 is another angled arrangement schematic diagram of water plug in water dumping area in Figure 35.

Figure 39 is another structural schematic diagram in water dumping area.

Figure 40 is the cross-sectional view in water dumping area in Figure 39.

Figure 41 is the structural schematic diagram in Figure 39 in water dumping area.

Figure 42 is the structural schematic diagram of water plug in water dumping area in Figure 39.

Figure 43 is another angled arrangement schematic diagram of water plug in water dumping area in Figure 39.

Figure 44 is another structure sectional view in water dumping area.

Figure 45 is the structural schematic diagram of water plug in water dumping area in Figure 44.

Figure 46 is another angled arrangement schematic diagram of water plug in water dumping area in Figure 44.

Figure 47 is another structural schematic diagram in water dumping area.

Figure 48 is the cross-sectional view of Figure 47.

Figure 49 is the internal structure chart in Figure 47 in water dumping area.

Figure 50 is the structural schematic diagram of water plug in water dumping area in Figure 47.

Figure 51 is another angled arrangement schematic diagram of water plug in water dumping area in Figure 47.

Figure 52 is the structural schematic diagram of water dumping head in Figure 48.

Figure 53 is another structural schematic diagram in water dumping area.

Figure 54 is the structural schematic diagram of another water plug in water dumping area.

Figure 55 is the cross-sectional view of Figure 54.

Figure 56 is another structural schematic diagram in water dumping area.

Figure 57 is the explosive view of Figure 56.

Figure 58 is a kind of structural schematic diagram of cleaning area.

Figure 59 is another structural schematic diagram of cleaning area.

Specific embodiment

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

- Figure 59 referring to Fig.1 is flat to drag burnisher, including mop-pail stands 1 and flat mop 2.

The flat mop 2 includes mop rod 3, flat mophead, and the flat mophead includes being movably connected in Flat mop plate 4, the cleaning piece 5 on the flat mop plate 4 of 3 lower end of mop rod, the flat mop plate 4 For surface plate.So-called surface plate refers to that mop board is one block of plate in plane, rather than the plate being combined by several pieces of plate bodys, Difference and mop board in the prior art, mop board in the prior art are the plate for having three blocks of plates to be linked to be, the two boards point on both sides It is not articulated on one block of intermediate plate, therefore the two boards on both sides can be rotated.

The mop-pail stands 1 have water dumping area 6 and cleaning area 7, and the water dumping area 6 and cleaning area 7 are mutually isolated.Water dumping There are many kinds of areas 6 and the mutually isolated mode in cleaning area 7, such as partition is arranged in mop-pail stands, gets rid of so that mop-pail stands are divided into Pool and cleaning area；Or mop-pail stands tool, there are two two stavings interconnected, a staving forms water dumping area, another bucket Body forms cleaning area；Or mop-pail stands include outer barrel and the interior bucket in outer barrel, interior bucket forms water dumping area outer barrel and forms cleaning Area or interior bucket form cleaning area outer barrel and form water dumping area, etc..

The mop rod 3 includes the upper boom 8 and lower beam 9 being mutually socketed, the flat mop plate 4 and the lower beam 9 connections, the active link mode between lower beam 9 and flat mop plate 4 are typically embodied by: the lower end of the lower beam 9 is hinged with company Connector 10, the connector 10 and the flat mop plate 4 are hinged.

It is equipped with rotary drive mechanism between the upper boom 8 and lower beam 9, pushes the upper boom 8, passes through the rotation The driving mechanism driving lower beam 9 rotates, to finally drive flat mophead rotation.Rotation between upper boom 8 and lower beam 9 Driving mechanism is the prior art, has been used widely in hand pressure rotary mop rod field, details are not described herein.Such as CN201431427Y、CN201505105U、CN201469201U、CN201641905U、CN201668354U、 CN201668353U、CN201719190U、CN201719191U、CN201752391U、CN201675891U、 CN201755206U、CN201806661U、CN201831828U、CN201831831U、CN201861575U、 CN201602724U、CN101828893A、CN201755206U、CN102319048A、CN202060728U、 CN202537437U、CN204351767U、CN202568129U、CN202723786U、CN103120575A、 In the Chinese patents such as CN104939770A, CN204671072U, CN205094344U, CN205799423U or Chinese patent application Disclosed rotary drive mechanism can reach pushing upper boom, the purpose of driving lower beam rotation.

The positioning mechanism that the water dumping area 6 is positioned when having for rotating to flat mophead, when water dumping described in Water dumping state is reached after flat mophead rotation, is then rotated under the positioning of positioning mechanism, cleaning piece 5 carries out centrifugation water dumping. That is flat mophead needs positioning mechanism when carrying out centrifugal rotation water dumping to position to the rotation of flat mophead, Support is formed, high speed centrifugation rotation water dumping is otherwise difficult to realize.Usually, when water dumping flat mop plate 4 turn to it is described The parallel or substantially parallel state of mop rod 3, be conducive to flat mophead and keep balancing when rotate water dumping.Certainly, when water dumping Flat mop plate 4 can also have included angle between mop rod 3.

The form of flat mop generally includes two kinds:

A kind of structure type of flat mop are as follows: jagged 11 are opened up on flat mop plate 4, the connector 10 is laterally (so-called be laterally hinged with refers to hinged hinged shaft under the state of mopping floor along the width of flat mop plate in notch 11 described in being hinged on Spend direction), the lower end of the lower beam 9 and the connector 10 are longitudinally-hinged (so-called longitudinally-hinged to refer in the state of mopping floor Length direction of the hinged hinged shaft along flat mop plate down), flat mop plate 4 is around connector 10 and flat mop plate 4 when water dumping Between hinged place rotation so that the mop rod 3 is located in the notch 11, this be also flat mop plate 4 and Mop rod 3 realizes a kind of parallel mode.The cleaning piece 5 is set to the front and/or the back side of the flat mop plate 4.

A kind of structure type of flat mop are as follows: the connector 10 it is longitudinally-hinged the flat mop plate 4 just Face (so-called longitudinally-hinged refer to hinged hinged shaft under the state of mopping floor along the length direction of flat mop plate), the lower beam 9 Lower end be laterally hinged on the connector 10 it is (so-called longitudinally-hinged to refer to that hinged hinged shaft is along flat under the state of mopping floor The width direction of plate mop board), when water dumping described in hinged place rotation of the flat mop plate 4 between connector 10 and lower beam 9 It is extremely substantially parallel with the mop rod 3；The cleaning piece 5 is set to the back side of the flat mop plate 4.

As shown in Figure 25-31, the cleaning area 7 is equipped with pressurizing unit 12, and flat mophead is turned to and dragged when cleaning Then the substantially parallel state of barre 3 is moved up and down in the flat mophead insertion pressurizing unit 12, is squeezed by described Pressure device 12 carries out extruding cleaning to the cleaning piece 5, to realize better cleaning effect.In the present embodiment, described Pressurizing unit 12 include racking 13 and squeezer, the racking 13 is mounted on the mop-pail stands 1, and described squeezes Depressor is mounted on the mop-pail stands or on racking, and the racking 13 offers the extruding passed through for flat mophead Mouthfuls 14, the squeezer part it is Chong Die with the extrusion mouth 14, be inserted into extrusion mouth 14 to work as flat mophead When, mobile squeeze is carried out to cleaning piece 5 by squeezer and is cleaned.

In Figure 26, squeezer is rotatable compression roller 15, and when carrying out squeezing cleaning to cleaning piece, compression roller 15 can revolve Turn.In Figure 27, squeezer is to squeeze item 16, this skewed slot on racking 15 squeezes and sets sliding block on item 16, and sliding block is located at skewed slot In, it is driven when flat mophead downlink in extrusion mouth and squeezes the downslide of item 15, it is overlapping with extrusion mouth 14 to squeeze item 15 at this time Part is increased, and is reinforced the squeezing action of cleaning piece；It drives to squeeze when flat mophead uplink and be slided on item 15, squeeze item at this time 15 are reduced with the lap of extrusion mouth 14, are reduced to the squeezing action of cleaning piece, can be prevented from carrying mop-pail stands 1, and It pulls out upwards also more laborsaving when flat mop.In Figure 28, squeezer is scraper plate 17, and scraper plate 17 is rotatably connected on racking 13 On, drive scraper plate 17 to rotate down when flat mophead downlink in extrusion mouth, scraper plate 17 is overlapping with extrusion mouth 14 at this time Part is increased, and is reinforced the squeezing action of cleaning piece；Scraper plate 17 is driven to be rotated up when flat mophead uplink, at this time scraper plate 17 are reduced with the lap of extrusion mouth 14, are reduced to the squeezing action of cleaning piece, can be prevented from carrying mop-pail stands, Er Qiexiang On pull out it is also more laborsaving when flat mop.In Figure 29, squeezer and racking integrated injection molding, squeezer can be molded into respectively Kind of shape, the form of stripper plate 19 when in the present embodiment.In Figure 30, racking 13 is equipped with moveable movable stand 18, moves The size of extrusion mouth 14 can be changed after moving frame 18 is mobile, to adjust extruding force, be also suitable for not having to cleaning piece thickness.Scheming In 27- Figure 30, wheel 20 is equipped in the extrusion mouth opposite with squeezer, when flat mophead is inserted into extrusion mouth, wheel 20 has There is guiding role.In Figure 31, guiding rib 21 is equipped in the extrusion mouth opposite with squeezer, flat mophead is inserted into extrusion mouth When, guiding rib 21 has guiding role.

Certainly, as shown in figure 58, any part can not be set in cleaning area 7, when cleaning only needs for flat mophead to be put into It is cleaned in the cleaning area 7 being filled with water.Or as shown in figure 59, the cleaning area 7 be equipped with for the cleaning piece into The cleaning device 22 of row friction, cleaning piece and cleaning device friction when cleaning, enhances cleaning effect.

In the present embodiment, flat mophead forms the positioning mechanism packet of support to flat mop in rotating centrifugal water dumping It includes positioning device or lower positioning device or positioning mechanism includes upper positioning device and lower positioning device, wherein is described Lower positioning device is located at the lower part in the water dumping area.When positioning mechanism includes upper positioning device and lower positioning device, in recommendation Positioning device is connected with lower positioning device, is connected for example, by using connector (such as connection strap 23).

In the present embodiment, several structure types of lower positioning device are enumerated:

1. as shown in figure 34, flat mop plate has notch 11, in water dumping and cleaning, mop rod 3 is located in notch 11, The lower positioning device is supporting element, and the supporting element forms flat mop and supports, and the cleaning piece is centrifuged Flat mophead is rotated by axle center of supporting element when water dumping.

In the present embodiment, the supporting element is support rod 24, and the notch is provided with the width side of the mop board To one, the other end of the flat mop plate 2 is equipped with jack, the support rod 24 be inserted into the jack after to rotation The flat mop plate 4 turned is positioned.

2. connector 10 is hinged on 4 front of flat mop plate as shown in Figure 32,33, the lower positioning device is support Part, the supporting element form flat mop and support, and flat mophead is when the cleaning piece carries out centrifugation water dumping to support Part is that axle center is rotated.

In the present embodiment, the supporting element is support rod 24, and the lower end of the connector 10 and lower beam 9 offers slotting Hole, the support rod 24 position the flat mop plate of rotation after being inserted into the jack.Alternatively, only in connector Jack is opened up on 10, support rod 24 forms positioning after being inserted into jack.

3. as shown in Figure 35-38, in Figure 35-38, lower positioning device with above-mentioned 1,2 described in lower positioning device phase Together, but rotatable spin basket 25 is increased, is set between spin basket 25 and the mop-pail stands in water dumping area described in the present embodiment There are plane bearing 26, the more conducively rotation of spin basket 25.

The spin basket 25 offers hollow-out parts, and the supporting element is upward through the spin basket 25, flat panel mop In the spin basket 25, support is formed by supporting element when head water dumping, described in the rotation of the flat mophead drives Spin basket 25 rotate.Flat mophead rotates the water thrown away when water dumping and is leaked out by hollow-out parts.

The conflict position contradicted with the flat mophead, the flat mophead are equipped in the spin basket 25 The spin basket 25 is driven to rotate with described contradicting when position contradicts.Contradicting position may be configured as the gear being located in spin basket Plate 27, flat mophead can drive spin basket 25 to rotate when rotated, after contacting with baffle 27.Baffle 27 can be set to supporting element Side, there are one effects for such baffle 27: when connector 10 is hinged on the front of flat mop plate 4, supporting element is formed After support, flat mophead is located at the side of supporting element, and baffle 27 is located at the other side of supporting element, maintains so that baffle 27 has The effect of 25 spin balancing of spin basket.

When using above-mentioned 1,2 lower positioning device, it can be equipped with water plug in the water dumping area, water plug is used for Water extraction under getting rid of, avoids forming ponding in water dumping area.The water plug can be the device of outer power drive, such as scheme 54, shown in 55, the water plug of outer power drive is water pumping cylinder 28, there is piston 29 in water pumping cylinder 28, and piston 29 separates water pumping cylinder At epicoele and cavity of resorption, piston 29 is connect with external force operating stick 30, cavity of resorption and water dumping area connection, and cavity of resorption and drinking-water pipe 31 It is logical, external force operating stick 30 is operated by external force, when piston 29 pushes, the water that water dumping area enters cavity of resorption can be under gas pressure It is discharged by drinking-water pipe 31, water when 29 uplink of piston in water dumping area can enter cavity of resorption.Water plug is also possible to electronic Device, i.e. electric water-pumping pump.

When using above-mentioned 3rd lower positioning device, the water plug can be to be driven by the spin basket 25 Water pump 70.It in the present embodiment, is connected between the spin basket 25 and the water pump 70 by gear driven mechanism: rotation The bottom of basket 25 is equipped with driving gear 32, and water pump 70 is impeller pump, and the impeller in impeller pump has transmission shaft, and transmission shaft is equipped with Transmission gear 33, driving gear 32 are engaged with transmission gear 33, when spin basket 25 rotates, drive transmission by driving gear 32 Gear 33, then impeller rotation can be realized drawing water for impeller pump, impeller pump and 31 connection of drinking-water pipe, pass through drinking-water pipe 31 By the water discharge in water dumping area.

4. lower positioning device described in is rotatable water basket 34, and the water basket 34 is equipped with hollow-out parts, water dumping When the water that throws away thrown away by hollow-out parts, determining of being positioned when rotating to flat mop plate 4 is equipped in the water basket 34 Position portion.In the present embodiment, the water basket 34 is equipped with cavity 35, insertion described recessed in its lower end when flat mophead water dumping In chamber 35, the cavity 35 forms the positioning region, and flat mophead rotating centrifugal can drive water basket 34 when being dehydrated Rotation.

In order to guarantee the smooth rotation of water basket 34, the following two kinds mode: first way such as Figure 39-46 institute can be used Show, plane bearing 26 is equipped between the water basket 34 and the mop-pail stands in water dumping area, and plane bearing 26 can ensure that water basket 34 Smooth rotation.For another mode as shown in 47-52, the mop-pail stands in water dumping area are equipped with rotatable rotary head, the water dumping Basket 34 is set in the rotary head, and the rotation of rotary head can ensure that the smooth rotation of water basket 34, and rotary head is specific in the present embodiment Structure type are as follows: the rotary head includes the apical axis 36 being fixed on the mop-pail stands, is cased with water dumping head on the apical axis 36 37, when flat mophead water dumping described in water basket 34 support on the water dumping head 37, can apical axis 36 upper end and get rid of Ball 38 is set between head 37, it is ensured that the smooth rotation of water dumping head 37 achievees the effect that resistance is best, can set on water dumping head 37 Positioning bar sets locating slot on water basket, and water basket supports to positioning bar when on water dumping head and is inserted into locating slot, reaches water basket With the positioning between water dumping head, water dumping head and water basket are rotated synchronously.Close-fitting can also be used between certain water dumping head and water basket Etc. modes realize synchronous rotary.

Axial positioning mechanism is equipped between the water dumping head 37 and the apical axis 36, the axial positioning mechanism makes The water dumping head axially position and rotatable, to reach this effect, can set circlip on apical axis；Or it is set on apical axis recessed Slot, sets interior convex block on water dumping head, and interior convex block is inserted into groove.

Lower positioning device is used as using water basket 34, equally can set water plug in water dumping area, which equally may be used For the device or electronic device of outer power drive.Alternatively, the water plug is the water pump 70 driven by the water basket.This In embodiment, connected between the water basket 34 and the water pump 70 by gear driven mechanism: the bottom of water basket 34 Equipped with driving gear 32, water pump 70 is impeller pump, and the impeller in impeller pump has transmission shaft, and transmission shaft is equipped with transmission gear 33, driving gear 32 engage with transmission gear 33, when the rotation of water basket 34, by driving gear 32 with nutating gear 33, Impeller rotates again, and drawing water for impeller pump, impeller pump and drinking-water pipe connection can be realized, will be in water dumping area by drinking-water pipe Water discharge.

In the present embodiment, it is as follows to enumerate positioning device:

The upper positioning device is rotatable upper locating rack 39, and the upper locating rack 39, which has, supplies the plate What mophead passed through wears mouth.The width of mouth is worn described in preferably to be adapted with the thickness of flat mophead, i.e., it is flat with cleaning piece When the insertion of plate mophead is worn in mouth, wears mouth and clamp or clamp flat mophead substantially, wearing mouth in this way can be to flat mop capitiform At positioning.

In the present embodiment, it is equipped between the upper locating rack 39 and the flat mop plate being inserted for flat panel mop Plate is carried out the positioning mechanism up and down positioned up and down, further ensures that positioning when flat mophead rotating centrifugal water dumping.On changing Diversified forms can be used in lower positioning mechanism, such as positioning bead and spring are set in wearing mouth, and spring withstands positioning bead and makes positioning bead Trend with outside bullet is equipped with positioning recess in flat mophead, and positioning bead is caught in after flat mophead insertion is worn in mouth The positioning up and down to flat mophead can be realized in positioning recess.

Being equipped in the present embodiment, between the upper locating rack 39 and the mop-pail stands keeps locating rack rotation more stable Stabilizing mechanism so that upper locating rack 39 will not generate serious shaking when rotated.Changing stabilizing mechanism may include set on described The rolling member 40 of upper locating rack outer rim, the rolling member and the mop-pail stands contradict, to stablize the rotation of upper locating rack 39 Turn.Rolling member may be configured as ball or bearing, and steady rest 41 can be set on the mop-pail stands, and the rolling member 40 is located at institute Between the steady rest 41 and upper locating rack 41 stated.

For the situation with upper positioning device and lower positioning device, above-mentioned specific upper positioning is can be used in upper positioning device A kind of any of the above-described lower positioning device can be used in device, lower positioning device, best phase between upper positioning device and lower positioning device It connects, such as upper locating rack 39 and water basket is passed through into company by the connection of connection strap 23, by upper locating rack 39 and spin basket 25 Narrow bars connection etc..

In order to reach better water dumping effect, it can be equipped with pre-extrusion device 42 in the top of the mop-pail stands in the water dumping area, The state parallel or substantially parallel as mop rod 3 is rotated when the described flat mophead water dumping, flat mophead is firstly inserted into Carry out pre- water squeezing in the pre-extrusion device 42, be then detached from again the pre-extrusion device 42 enter the water dumping area into Row centrifugal dehydration.Mechanism identical with the pressurizing unit of cleaning area can be used in pre-extrusion device 42.

In the present embodiment, rotation preventive mechanism is equipped between the mop rod and flat mop plate, the cleaning piece carries out When cleaning and water dumping, the rotation preventive mechanism is by positioning between the flat mop plate 4 and mop rod 3 to make flat mop Plate 4 is non-rotatable, when mopping floor described in flat mop plate 4 be detached from the control of the positioning device to rotation to the state of mopping floor. Specifically, the rotation preventive mechanism includes for for preventing flat mop plate between connector 10 and flat mop plate 4 The first positioning mechanism that hinged place is rotated, for preventing flat mop plate 4 hinged between connector 10 and mop rod 3 The second positioning mechanism that place is rotated.

When setting notch 11 on flat mop plate 4, first positioning mechanism includes being set in the flat mop plate 4 Rotation stop head 43, the rotation stop head 43 protrude into the notch 11, when cleaning piece carries out cleaning and water dumping, the rotation stop head 43 Withstand the connector 10.Connector 10 described in the present embodiment is equipped with rotation stop groove, and cleaning piece carries out cleaning and water dumping When, the rotation stop head 43 is inserted into the rotation stop groove.In addition, it is (general to be equipped with elastic component in the flat mop plate 4 For spring), the elastic component withstands the rotation stop head 43, so that having rotation stop head 43 withstands becoming for the connector 10 Gesture, rotation stop head 43 have better positioning action.And the notch 11 on flat mop plate forms second positioning mechanism

When connector 10 is hinged on 4 front of flat mop plate, the flat mop plate 4 is equipped with the first hinge of protrusion The 44, second free bearing 45 of seat, the both ends of the connector 10 are respectively hinged at first free bearing 44, on the second free bearing 45；Institute The lower part for stating mop rod 3 is equipped with the first locating slot 46, the cleaning piece carry out cleaning and when water dumping described in the first free bearing 44 In insertion first locating slot 46, flat mop plate 4 is substantially parallel with mop rod 3 at this time, first positioning mechanism Including first locating slot 45 and the first free bearing 44.

Referring to Fig. 5, Fig. 6, second positioning mechanism includes the iron block 47 being set on the mop rod 3, set on described Magnet 48 on flat mop plate 4, when cleaning piece carries out cleaning and water dumping, the iron, 47 is attracted with the magnet 48, Iron block 47 described in when mopping floor and the magnet 48 are separated

Or second positioning mechanism includes being set to the magnet on the mop rod, being set on the flat mop plate Iron block, cleaning piece carries out cleaning and when water dumping, and the iron block and the magnet are attracted, when mopping floor described in iron block and The magnet is separated.

Alternatively, 1, Figure 12, second positioning mechanism include the elasticity on the flat mop plate 4 referring to Fig.1 Button 49, cleaning piece carry out cleaning and when water dumpings, and the mop rod 3 buckles into the elastic buckles 49, when mopping floor described in institute The mop rod 3 stated is detached from the elastic buckles 49；

Alternatively, second positioning mechanism includes being set to the mop, the elastic button 67 on 3 referring to Fig. 9, Figure 10, The flat mop plate is equipped with the button hole 68 being adapted to the elastic button, when cleaning piece carries out cleaning and water dumping, institute The elastic button 67 stated buckles into the button hole 68；The elastic button 67 described in when mopping floor is detached from the button hole 68。

3-20 referring to Fig.1, second positioning mechanism include the elastic ejector in the mop rod, water dumping or clear Elastic ejector described in when washing is withstood on the connector 10 between the flat mop plate 4 and mop rod 3 to flat mop Plate 4 is positioned.When mopping floor, flat mop plate 4 is set to be in the state that mops floor after the mop rod 3 or the rotation of flat mop plate 4. Elastic ejector can be mandril 51, spring 52 is set in mop rod 3 withstand the mandril 51 and make it have the trend being pressed downward, and make mandril 51 are pressed on the side of connector 10 always to which when flat mop plate 4 turns to water dumping and cleaning state, mandril 51 is also pushed up Positioning is tightly reached on connector 10.Better locating effect in order to obtain can set plane in the side on connector 10 Portion cleans and withstands in planar portions with mandril 51 when water dumping, can reach better locating effect.It can also be set in the side of connector 10 Groove, constantly mandril 51 heads into groove with water dumping for cleaning, can reach better locating effect.Above-mentioned planar portions or groove are set Also there is another effect: if mop rod 3 turns to critical portion (planar portions or groove and the company of planar portions or groove when mopping floor The critical place of connector other parts), then lift after flat mop under the action of spring 52, flat mop plate automatically rotates to The state that can be squeezed.

Wheel 53 or convex ribs 54 can be set in the lower end of mandril 51, when cleaning and water dumping, wheel 53 or convex ribs 54 enter recessed In slot, better locating effect can be played.Certainly another groove can also be set at other positions of connector at this time, mop floor shape Wheel or convex ribs enter the holding for being conducive to the state of mopping floor in this groove when state.

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.

Alternatively, second positioning mechanism includes on the connector between the flat mop plate and mop rod Elastic ejector, cleaning piece carries out cleaning and when water dumping, and the elastic ejector is withstood on mop rod to flat mop plate It is positioned；When mopping floor, flat mop plate is set to be in the state that mops floor after the mop rod or the rotation of flat mop plate.

Alternatively, second positioning mechanism includes the magic pin thread 55 being set on the flat mop plate 4, set on described Magic female thread 56 on mop rod 3 when cleaning piece carries out cleaning and water dumping, leads between the flat mop plate 4 and mop rod 3 Cross the magic pin thread 55 and the bonding binding of magic female thread 56；Magic pin thread 55 and magic female thread 56 described in when mopping floor is de- From；

Alternatively, second positioning mechanism includes magic female thread on the flat mop plate, drags set on described Magic pin thread on barre, when cleaning piece carries out cleaning and water dumping, by described between the flat mop plate and mop rod Magic pin thread and magic female thread bonding binding；Magic pin thread and magic female thread described in when mopping floor are detached from.

Alternatively, second positioning mechanism includes: that the mop rod 3 is equipped with slot 57, the flat mop Plate 4 is equipped with joint bar 58, and the end of joint bar 58 is equipped with bayonet 59, and the end of slot is equipped with stuck point 60, cleaning piece carry out cleaning and When water dumping, joint bar 58 enters in slot 58 after the flat mop plate rotation, and stuck point 60 is caught in bayonet 59；

Or the mop rod is equipped with and inserts point, the flat mop plate is equipped with slot, and cleaning piece is cleaned When with water dumping, stuck point is caught in bayonet after the flat mop plate rotation.

In the present embodiment, the cleaning piece 5 is detachably connected on the flat mop plate 4, specific detachable Mode are as follows: one of the flat mop plate 4 or both ends are equipped with inserted sheet 61, and the head of the cleaning piece is equipped with corresponding with inserted sheet Slash pocket 62, the inserted sheet 61 are inserted into the slash pocket 62.The other parts of the cleaning piece 5 and the flat mop plate By being connected between adhesion, such as the other parts and the flat mop plate of the cleaning piece by velcro between 4.

In the present embodiment, the slash pocket 62 is the slash pocket cloth for being connected to the cleaning piece head, and is inserted in described Setting partition 63 on bagging, to form the slash pocket between adjacent partition 63, the partition 63 can be sewn in it is slotting It is very convenient to form partition in this way for sewing thread on bagging and cleaning piece.

In the present embodiment, the head of the cleaning piece 5, the doubling folding of the slash pocket cloth are sewn in after the slash pocket cloth doubling It is the opening of the slash pocket at trace, is inserted into convenient for inserted sheet and firmness is higher.

In the present embodiment, the cleaning piece 5 is made of three layers of wiper, and first layer is cleaning layer 64, and the second layer is to inhale Water layer 65, can be used the water-absorbent materials such as sponge, and third layer is articulamentum 66, the articulamentum 66 and the flat mop plate 4 connections, the slash pocket 62 are also set on the articulamentum 66.

In the above-described embodiments, when cleaning piece 5 carries out water dumping, the lower end of flat mop plate 4 is from getting rid of after flat mop positioning There are also a distances at the bucket bottom in pool, and cleaning piece when water dumping on flat mop plate is avoided to get wet.

Claims (69)

1. flat drag burnisher, including mop-pail stands and flat mop；

The flat mop includes mop rod, flat mophead, and the flat mophead includes being movably connected in described drag The flat mop plate of barre lower end, the cleaning piece on the flat mop plate, the flat mop plate are surface plate；

It is characterized by: the mop-pail stands have water dumping area and cleaning area, the water dumping area and cleaning area are mutually isolated；

The mop rod includes the upper boom and lower beam being mutually socketed, and the flat mop plate is connect with the lower beam；

It is equipped with rotary drive mechanism between the upper boom and lower beam, pushes the upper boom, passes through the rotary driving machine The structure driving lower beam rotation；

The positioning mechanism that the water dumping area is positioned when having for rotating to flat mophead, when water dumping described in flat panel mop Water dumping state is reached after head is rotated, and is then rotated under the positioning of positioning mechanism, cleaning piece carries out centrifugation water dumping.

Drag burnisher 2. as described in claim 1 flat, it is characterised in that: the flat mop plate described in when water dumping turn to The parallel or substantially parallel state of the mop rod.

3. as described in claim 1 put down drags burnisher, it is characterised in that: the lower end of the lower beam is hinged with connector, institute The connector stated and the flat mop plate are hinged.

4. as claimed in claim 3 put down drags burnisher, it is characterised in that: open up jagged, institute on the flat mop plate The connector stated is laterally hinged in the notch, and the lower end of the lower beam and the connector are longitudinally-hinged, when water dumping The mop rod is located in the notch；

The cleaning piece is set to the front and/or the back side of the flat mop plate.

5. as claimed in claim 3 put down drags burnisher, it is characterised in that: the connector is longitudinally-hinged in the plate The front of mop board, the lower end of the lower beam are laterally hinged on the connector, when water dumping described in flat mop plate turn It moves to substantially parallel with the mop rod；

The cleaning piece is set to the back side of the flat mop plate.

6. as claimed in claim 4 put down drags burnisher, it is characterised in that: the positioning mechanism includes upper positioning device And/or lower positioning device.

7. as claimed in claim 5 put down drags burnisher, it is characterised in that: the positioning mechanism includes upper positioning device And/or lower positioning device.

8. as claimed in claims 6 or 7 flat drags burnisher, it is characterised in that: the lower positioning device is located at described get rid of The lower part in pool.

9. as claimed in claims 6 or 7 flat drags burnisher, it is characterised in that: the upper positioning device and lower positioning dress Set connection.

10. as claimed in claim 6 put down drags burnisher, it is characterised in that: the lower positioning device is supporting element, described Supporting element flat mop formed support, the cleaning piece carries out when centrifugation water dumping flat mophead using supporting element as axle center It is rotated.

11. as claimed in claim 10 put down drags burnisher, it is characterised in that: the supporting element is support rod.

12. as claimed in claim 11 put down drags burnisher, it is characterised in that: the notch is provided with the mop board One of width direction, the other end of the flat mop plate is equipped with jack, after the support rod is inserted into the jack The flat mop plate of rotation is positioned.

13. as claimed in claim 7 put down drags burnisher, it is characterised in that: the lower positioning device is supporting element, described Supporting element flat mop formed support, the cleaning piece carries out when centrifugation water dumping flat mophead using supporting element as axle center It is rotated.

14. as claimed in claim 13 put down drags burnisher, it is characterised in that: the supporting element is support rod.

15. as claimed in claim 14 put down drags burnisher, it is characterised in that: the lower end of the connector and lower beam opens up The flat mop plate of rotation is positioned after having jack, the support rod to be inserted into the jack.

16. flat as described in one of claim 10-15 drags burnisher, it is characterised in that: it further include spin basket, the rotation Turn basket and offer hollow-out parts, the supporting element is upward through the spin basket, positioned at described when flat mophead water dumping In spin basket, the rotation of the flat mophead drives the spin basket rotation.

17. as claimed in claim 16 put down drags burnisher, it is characterised in that: be equipped in the spin basket and put down with described The conflict position that plate mophead contradicts, the flat mophead and described contradicting when position contradicts drive the spin basket Rotation.

18. as claimed in claim 16 put down drags burnisher, it is characterised in that: the mop-pail stands of the spin basket and water dumping area Between be equipped with plane bearing.

19. flat as described in one of claim 10-15 drags burnisher, it is characterised in that: the water dumping area is equipped with and draws water Device.

20. as claimed in claim 19 put down drags burnisher, it is characterised in that: the water plug is the dress of outer power drive It sets.

21. as claimed in claim 19 put down drags burnisher, it is characterised in that: the water plug is electronic device.

22. as claimed in claim 16 put down drags burnisher, it is characterised in that: the water dumping area is equipped with water plug.

23. as claimed in claim 22 put down drags burnisher, it is characterised in that: the water plug is by the rotation The water pump of basket driving.

24. as claimed in claim 23 put down drags burnisher, it is characterised in that: between the spin basket and the water pump It is connected by gear driven mechanism.

25. as claimed in claims 6 or 7 flat drags burnisher, it is characterised in that: the lower positioning device is rotatable Water basket, the water basket are equipped with hollow-out parts, are equipped with when rotating to flat mop plate and position in the water basket Positioning region.

26. as claimed in claim 25 put down drags burnisher, it is characterised in that: the water basket is equipped with cavity, plate When mophead water dumping in its lower end insertion cavity, the cavity forms the positioning region.

27. as claimed in claim 25 put down drags burnisher, it is characterised in that: the mop-pail stands of the water basket and water dumping area Between be equipped with plane bearing.

28. as claimed in claim 25 put down drags burnisher, it is characterised in that: the mop-pail stands in water dumping area are equipped with rotatable Rotary head, the water basket are set in the rotary head.

29. as claimed in claim 28 put down drags burnisher, it is characterised in that: the rotary head includes being fixed on the mop Apical axis on bucket, is cased with water dumping head on the apical axis, when flat mophead water dumping described in water basket support to described get rid of On head.

30. as claimed in claim 29 put down drags burnisher, it is characterised in that: between the water dumping head and the apical axis Equipped with axial positioning mechanism, the axial positioning mechanism makes the water dumping head axially position and rotatable.

31. as claimed in claim 25 put down drags burnisher, it is characterised in that: the water dumping area is equipped with water plug.

32. as claimed in claim 31 put down drags burnisher, it is characterised in that: the water plug is the dress of outer power drive It sets.

33. as claimed in claim 31 put down drags burnisher, it is characterised in that: the water plug is electronic device.

34. as claimed in claim 31 put down drags burnisher, it is characterised in that: the water plug is by the water dumping The water pump of basket driving.

35. as claimed in claim 34 put down drags burnisher, it is characterised in that: between the water basket and the water pump It is connected by gear driven mechanism.

36. as claimed in claims 6 or 7 flat drags burnisher, it is characterised in that: the upper positioning device is rotatable Upper locating rack, the upper locating rack, which has, wears mouth for what the flat mophead passed through.

37. burnisher is dragged as claimed in claim 36 flat, it is characterised in that: the width for wearing mouth and flat mophead Thickness is adapted.

38. as claimed in claim 36 put down drags burnisher, it is characterised in that: the upper locating rack is put down with what is be inserted The positioning mechanism up and down for position up and down to flat mop plate is equipped between plate mop board.

39. as claimed in claim 36 put down drags burnisher, it is characterised in that: the upper locating rack and the mop-pail stands Between be equipped with so that locating rack is rotated more stable stabilizing mechanism.

40. as claimed in claim 39 put down drags burnisher, it is characterised in that: the stabilizing mechanism includes being set on described The rolling member of locating rack outer rim, the rolling member and the mop-pail stands contradict.

41. as claimed in claim 40 put down drags burnisher, it is characterised in that: the rolling member is ball or bearing.

42. as claimed in claim 39 put down drags burnisher, it is characterised in that: steady rest is set on the mop-pail stands, it is described Stabilizing mechanism between the steady rest and upper locating rack.

43. as described in claim 1 put down drags burnisher, it is characterised in that: the top of the mop-pail stands in the water dumping area is equipped with Pre-extrusion device, when described flat mophead water dumping, rotate the state parallel or substantially parallel as mop rod, flat mop Head is firstly inserted into the pre-extrusion device and carries out pre- water squeezing, is then detached from the pre-extrusion device again and enters described get rid of Pool carries out centrifugal dehydration.

Drag burnisher 44. as described in claim 1 flat, it is characterised in that: the cleaning area be equipped with for it is described The cleaning device that cleaning piece rubs.

45. as described in claim 1 put down drags burnisher, it is characterised in that: the cleaning area is equipped with pressurizing unit, cleaning When flat mophead turn to the state substantially parallel with mop rod, then in the flat mophead insertion pressurizing unit on Lower movement carries out extruding cleaning to the cleaning piece by the pressurizing unit.

46. as claimed in claim 45 put down drags burnisher, it is characterised in that: the pressurizing unit includes racking and squeezes Depressor, the racking are mounted on the mop-pail stands, and the squeezer is mounted on the mop-pail stands or squeezes On frame, the racking offers the extrusion mouth passed through for flat mophead, and the squeezer part is squeezed with described It presses salty folded.

47. as claimed in claim 4 put down drags burnisher, it is characterised in that: between the mop rod and flat mop plate Equipped with rotation preventive mechanism, the cleaning piece carries out cleaning and when water dumping, the rotation preventive mechanism by the flat mop plate and Positioning is between mop rod to keeping flat mop plate non-rotatable, when mopping floor described in flat mop plate be detached from the rotation preventive mechanism Control to which rotation is to the state of mopping floor.

48. as claimed in claim 5 put down drags burnisher, it is characterised in that: between the mop rod and flat mop plate Equipped with rotation preventive mechanism, the cleaning piece carries out cleaning and when water dumping, the rotation preventive mechanism by the flat mop plate and Positioning is between mop rod to keeping flat mop plate non-rotatable, when mopping floor described in flat mop plate be detached from the rotation preventive mechanism Control to which rotation is to the state of mopping floor.

49. as claimed in claim 47 put down drags burnisher, it is characterised in that: the rotation preventive mechanism includes for for hindering The first positioning mechanism that only hinged place of the flat mop plate between connector and flat mop plate is rotated, for preventing to put down The second positioning mechanism that hinged place of the plate mop board between connector and mop rod is rotated.

50. as claimed in claim 48 put down drags burnisher, it is characterised in that: the rotation preventive mechanism includes for for hindering The first positioning mechanism that only hinged place of the flat mop plate between connector and flat mop plate is rotated, for preventing to put down The second positioning mechanism that hinged place of the plate mop board between connector and mop rod is rotated.

51. as claimed in claim 49 put down drags burnisher, it is characterised in that: first positioning mechanism includes being set to institute The rotation stop head in flat mop plate is stated, the rotation stop head protrudes into the notch, described when cleaning piece carries out cleaning and water dumping The connector stated of rotation stop crown residence.

52. as claimed in claim 51 put down drags burnisher, it is characterised in that: the connector is equipped with rotation stop groove, wipes It wipes object and carries out cleaning and when water dumping, in the rotation stop head insertion rotation stop groove.

53. as claimed in claim 51 put down drags burnisher, it is characterised in that: be equipped with elasticity in the flat mop plate Part, the elastic component withstand the rotation stop head, so that rotation stop head be made to have the trend for withstanding the connector.

54. as claimed in claim 49 put down drags burnisher, it is characterised in that: second positioning mechanism is described lacks Mouthful.

55. as claimed in claim 50 put down drags burnisher, it is characterised in that: the flat mop plate is equipped with protrusion First free bearing, the second free bearing, the both ends of the connector are respectively hinged at first free bearing, on the second free bearing；

The lower part of the mop rod is equipped with the first locating slot, the cleaning piece carry out cleaning and when water dumping described in the first free bearing In insertion first locating slot, flat mop plate is substantially parallel with mop rod at this time, and first positioning mechanism includes First locating slot and the first free bearing.

56. as claimed in claim 50 put down drags burnisher, it is characterised in that: second positioning mechanism includes being set to institute The iron block on mop rod, the magnet on the flat mop plate are stated, when cleaning piece carries out cleaning and water dumping, the iron block It is attracted with the magnet, when mopping floor described in iron block be separated with the magnet；

Or second positioning mechanism includes the magnet on the mop rod, the iron on the flat mop plate Block, cleaning piece carry out cleaning and when water dumpings, and the iron block and the magnet are attracted, when mopping floor described in iron block with it is described Magnet be separated.

57. as claimed in claim 50 put down drags burnisher, it is characterised in that: second positioning mechanism includes being set to institute The elastic buckles on flat mop plate are stated, when cleaning piece carries out cleaning and water dumping, the mop rod is buckled into the elastic buckles, The mop rod described in when mopping floor is detached from the elastic buckles；

Alternatively, second positioning mechanism includes the elastic buckles on the mop rod, set on the flat mop plate There is the button hole being adapted to the elastic buckles, when cleaning piece carries out cleaning and water dumping, the elastic buckles buckle into the button hole It is interior；The elastic buckles described in when mopping floor are detached from the button hole.

58. as claimed in claim 50 put down drags burnisher, it is characterised in that: second positioning mechanism includes being set to institute The elastic ejector in mop rod is stated, when cleaning piece carries out cleaning and water dumping, the elastic ejector withstands on the flat mop plate To be positioned to flat mop plate on connector between mop rod；When mopping floor, the mop rod or flat mop Flat mop plate is set to be in the state that mops floor after plate rotation；

Alternatively, second positioning mechanism includes the elasticity on the connector between the flat mop plate and mop rod Head part, when cleaning piece carries out cleaning and water dumping, the elastic ejector is withstood on mop rod to determine flat mop plate Position；When mopping floor, flat mop plate is set to be in the state that mops floor after the mop rod or the rotation of flat mop plate.

59. as claimed in claim 50 put down drags burnisher, it is characterised in that: second positioning mechanism includes being set to institute The magic pin thread on flat mop plate, the magic female thread on the mop rod are stated, when cleaning piece carries out cleaning and water dumping, institute Pass through the magic pin thread and the bonding binding of magic female thread between the flat mop plate stated and mop rod；Evil spirit described in when mopping floor Art pin thread and magic female thread are detached from；

Alternatively, second positioning mechanism includes the magic female thread being set on the flat mop plate, is set to the mop rod On magic pin thread, cleaning piece carries out cleaning and when water dumping, passes through the evil spirit between the flat mop plate and mop rod Art pin thread and the bonding binding of magic female thread；Magic pin thread and magic female thread described in when mopping floor are detached from.

60. as claimed in claim 50 put down drags burnisher, it is characterised in that: second positioning mechanism includes: described Mop rod be 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 set There is stuck point, when cleaning piece carries out cleaning and water dumping, joint bar enters in slot after the flat mop plate rotation, and 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, and cleaning piece is cleaned and got rid of When water, stuck point is caught in bayonet after the flat mop plate rotation.

61. as described in claim 1 put down drags burnisher, it is characterised in that: the cleaning piece is detachably connected on described Flat mop plate on.

62. burnisher is dragged as claimed in claim 61 flat, it is characterised in that: one of the flat mop plate or both ends are set There is inserted sheet, the head of the cleaning piece is equipped with slash pocket corresponding with inserted sheet, and the inserted sheet is inserted into the slash pocket.

63. burnisher is dragged as claimed in claim 62 flat, it is characterised in that: other parts of the cleaning piece and described Pass through adhesion between flat mop plate.

64. flat as described in claim 63 drags burnisher, it is characterised in that: other parts of the cleaning piece and described It is connected between flat mop plate by velcro.

65. as claimed in claim 62 put down drags burnisher, it is characterised in that: the slash pocket is to be connected to the cleaning piece The slash pocket cloth on head, and partition is set on the slash pocket cloth, to form the slash pocket between adjacent partition.

66. flat as described in claim 65 drags burnisher, it is characterised in that: the partition is to be sewn in slash pocket cloth and wiping Sewing thread on object.

67. flat as described in claim 65 drags burnisher, it is characterised in that: be sewn in the wiping after the slash pocket cloth doubling Wipe the head of object.

68. flat as described in claim 67 drags burnisher, it is characterised in that: be described at the doubling folding line of the slash pocket cloth The opening of slash pocket.

69. as claimed in claim 62 put down drags burnisher, it is characterised in that: the cleaning piece is by three layers of wiper group At first layer is cleaning layer, and the second layer is water absorption layer, and third layer is articulamentum, the articulamentum and the flat mop Plate connection, the slash pocket are also set on the articulamentum.