阅读说明：本技术 一种挤压平拖把清洁工具 (It is a kind of to squeeze flat mop cleaning tool ) 是由 黄智勇 于 2018-07-07 设计创作，主要内容包括：一种挤压平拖把清洁工具,包括挤压桶、挤压装置,挤压装置包括挤压架、挤压器,挤压架位于挤压桶上方,该挤压架上开设有供平板拖把穿过的挤压口,挤压器部分与挤压口重叠；该挤压平板拖把清洁工具还包括平板拖把,该平板拖把包括拖把杆、活动连接在拖把杆上的平板拖把板,挤水或清洗时平板拖把板转动至可进行挤压的状态；平板拖把板上的擦拭物在挤压装置和挤压桶中进行挤水或清洗；设置水路通道,该水路通道位于挤压器下方,带擦拭物的平板拖把板向上移动时,被挤出的水通过水路通道排出。本发明在挤压器的下方设置水路通道,从而可有效解决上拉时擦拭物挤出的水难以排除的问题。(A kind of to squeeze flat mop cleaning tool, including extrusion barrel, pressurizing unit, pressurizing unit includes racking, squeezer, and racking is located above extrusion barrel, offers the extrusion mouth passed through for flat mop on the racking, squeezer part is Chong Die with extrusion mouth；The extruding flat mop burnisher further includes flat mop, which includes mop rod, the flat mop plate being movably connected on mop rod, and flat mop plate turns to the state that can be squeezed when water squeezing or cleaning；Cleaning piece on flat mop plate carries out water squeezing or cleaning in pressurizing unit and extrusion barrel；Waterway channel is set, which is located at below squeezer, and when the flat mop plate with cleaning piece moves up, the water being extruded is discharged by waterway channel.Waterway channel is arranged in the lower section of squeezer in the present invention, and the shipwreck that cleaning piece squeezes out when so as to effectively solve the problems, such as pull-up is to exclude.)

1. a kind of squeeze flat mop cleaning tool, including extrusion barrel, pressurizing unit, the pressurizing unit includes racking, squeezes Depressor, the racking are located above the extrusion barrel, offer the extrusion mouth passed through for flat mop, institute on the racking The squeezer part stated is Chong Die with the extrusion mouth；

The extruding flat mop burnisher further includes flat mop, the flat mop include mop rod, be movably connected in it is described Flat mop plate on mop rod, the flat mop plate be equipped with cleaning piece, water squeezing or cleaning when described in flat mop Plate turns to the state that can be squeezed；

Cleaning piece on flat mop plate carries out water squeezing or cleaning in the pressurizing unit and extrusion barrel, under squeezed state Flat mop plate and mop rod are inserted into the extrusion mouth jointly and are further inserted into the extrusion barrel, the cleaning piece Towards the squeezer, flat mop is moved up and down, and is squeezed by squeezer cleaning piece；

It is characterized by: setting waterway channel, the waterway channel are located at below the squeezer, the flat mop with cleaning piece When plate moves up, the water that cleaning piece the is extruded extrusion barrel described by the waterway channel discharge.

2. squeezing flat mop cleaning tool as described in claim 1, it is characterised in that: the waterway channel is set on described The channel of perforation on racking, the waterway channel are in normally open.

3. squeezing flat mop cleaning tool as described in claim 1, it is characterised in that: the waterway channel is set to described On racking, the waterway channel is equipped with baffle device for water, and the baffle device for water is equipped with water hole, thus the waterway channel In normally open.

4. squeezing flat mop cleaning tool as described in claim 1, it is characterised in that: the waterway channel is set to described On racking, the waterway channel is equipped with baffle device for water, and the baffle device for water mutually leans on to close with the squeezer The waterway channel；

The squeezer is installed on the racking or extrusion barrel, and the squeezer has elasticity, with cleaning piece When flat mop plate moves up, the friction of cleaning piece and squeezer deforms the squeezer, to open the water Paths.

5. squeezing flat mop cleaning tool as described in claim 1, it is characterised in that: the waterway channel is set to described On racking, the waterway channel is equipped with baffle device for water, and the baffle device for water mutually leans on to close with the squeezer The waterway channel；

The squeezer is movably connected on the racking or extrusion barrel, and the flat mop plate with cleaning piece moves up When, cleaning piece drives squeezer to be rotated up or move up, to open the waterway channel.

6. squeezing flat mop cleaning tool as described in claim 1, it is characterised in that: the waterway channel is located at described Between racking and the extrusion barrel.

7. squeezing flat mop cleaning tool as described in claim 1, it is characterised in that: the waterway channel is set to described In extrusion barrel.

8. squeezing flat mop cleaning tool as described in claim 1, it is characterised in that: the squeezer is mounted on described On racking or extrusion barrel.

9. squeezing flat mop cleaning tool as described in claim 1, it is characterised in that: the squeezer and the extruding Put up one.

10. squeezing flat mop cleaning tool as described in claim 1, it is characterised in that: the squeezer is fixedly arranged on described Racking on.

11. squeezing flat mop cleaning tool as described in claim 1, it is characterised in that: the extrusion barrel and described squeeze Pressure rack split settings.

12. squeezing flat mop cleaning tool as described in claim 1, it is characterised in that: the extrusion barrel and described squeeze Pressure rack is wholely set.

13. squeezing flat mop cleaning tool as described in claim 1, it is characterised in that: further include steel ladle.

14. squeezing flat mop cleaning tool as claimed in claim 13, it is characterised in that: the extrusion barrel is located at described In steel ladle, the racking is connect with the steel ladle.

15. squeezing flat mop cleaning tool as claimed in claim 13, it is characterised in that: the extrusion barrel and the Sheng Bucket is arranged side by side.

16. squeezing flat mop cleaning tool as claimed in claim 15, it is characterised in that: the extrusion barrel and steel ladle one Body formed or split settings.

17. squeezing flat mop cleaning tool as claimed in claim 13, it is characterised in that: the squeezer is mounted on described Racking on or extrusion barrel on or steel ladle on.

18. squeezing flat mop cleaning tool as described in claim 1, it is characterised in that: further include be located at it is upper on racking Waterway channel, the upper waterway channel are located at the top of the squeezer.

19. squeezing flat mop cleaning tool as described in claim 1, it is characterised in that: the lower end of the mop rod is hinged with Connector, the connector and the flat mop plate are hinged.

20. squeezing flat mop cleaning tool as claimed in claim 19, it is characterised in that: connector is longitudinally-hinged described flat The front of plate mop board, the lower end of the mop board are laterally hinged on the connector, and the cleaning piece is set to described The back side of flat mop plate.

21. squeezing flat mop cleaning tool as described in claim 1, it is characterised in that: the squeezer be stripper plate or Compression roller squeezes swipe or bristle.

22. squeezing flat mop cleaning tool as described in claim 1, it is characterised in that: the lower section of the squeezer is equipped with not The drip tray of baffle plate mop board, the drip tray are connected with the waterway channel.

23. squeezing flat mop cleaning tool as described in claim 1, it is characterised in that: the mop rod and flat mop Positioning device is equipped between plate, the flat mop plate is in when can carry out squeezed state, mop rod and plate mop board it Between pass through the positioning device and position；When mopping floor, the flat mop plate is detached from the effect of the positioning device, thus flat Plate mop board turns to the state that can be mopped floor.

24. squeezing flat mop cleaning tool as claimed in claim 20, it is characterised in that: the extrusion mouth includes described in confession The bar mouth that flat mop plate passed through wear mouth, pass through for the mop rod, the mouth of wearing are connected to the bar mouth.

Technical field

The present invention relates to a kind of extruding flat mop burnishers.

Background technique

Patent No. 201620870001.6, patent name are that the China of " a kind of to squeeze flat mop burnisher " is practical New patent discloses a kind of flat mop of band bucket, and racking is set on bucket, and squeezer, water squeezing or cleaning are set in racking When will flat mop be inserted into racking in move up and down, the cleaning piece on flat mop is squeezed by squeezer, thus Realize water squeezing and cleaning.Waterway channel is arranged on water squeezing frame in it, so that the water forced down when water squeezing can pass through the waterway channel stream Out.But in water squeezing, the practical water squeezed out is more when flat mop pulls up, and flat mop pulls up in the prior art When, it is difficult to it realizes and the water of extrusion is discharged, drainage effect also has to be hoisted.

Summary of the invention

In order to overcome the existing above-mentioned deficiency for squeezing flat mop burnisher, the present invention provides a kind of extruding flat mop Effectively the water of extrusion can be discharged by waterway channel in flat mop pull-up for burnisher.

The present invention the technical solution to solve the technical problem is that: it is a kind of to squeeze flat mop cleaning tool, including extrusion barrel, squeeze Pressure device, the pressurizing unit include racking, squeezer, and the racking is located above the extrusion barrel, the extruding The extrusion mouth passed through for flat mop is offered on frame, the squeezer part is Chong Die with the extrusion mouth；

The extruding flat mop burnisher further includes flat mop, the flat mop include mop rod, be movably connected in it is described Flat mop plate on mop rod, the flat mop plate be equipped with cleaning piece, water squeezing or cleaning when described in flat mop Plate turns to the state that can be squeezed；

Cleaning piece on flat mop plate carries out water squeezing or cleaning in the pressurizing unit and extrusion barrel, under squeezed state Flat mop plate and mop rod are inserted into the extrusion mouth jointly and are further inserted into the extrusion barrel, the cleaning piece Towards the squeezer, flat mop is moved up and down, and is squeezed by squeezer cleaning piece；

Waterway channel is set, which is located at below the squeezer, and the flat mop plate with cleaning piece moves up When, the water that cleaning piece the is extruded extrusion barrel described by the waterway channel discharge.

In the present invention, the waterway channel is the channel of the perforation on the racking, which is in Normally open.

Or: the waterway channel is set on the racking, and the waterway channel is equipped with baffle device for water, described Baffle device for water be equipped with water hole, so that the waterway channel is in normally open.

Or: the waterway channel is set on the racking, and the waterway channel is equipped with baffle device for water, described Baffle device for water and the squeezer mutually lean on to close the waterway channel；The squeezer is installed in described squeeze In pressure rack or extrusion barrel, the squeezer have elasticity, when the flat mop plate with cleaning piece moves up, cleaning piece and squeeze The friction of depressor deforms the squeezer, to open the waterway channel.

Or: the waterway channel is set on the racking, and the waterway channel is equipped with baffle device for water, described Baffle device for water and the squeezer mutually lean on to close the waterway channel；The squeezer is movably connected in described Racking or extrusion barrel on, when the flat mop plate with cleaning piece moves up, cleaning piece drive squeezer be rotated up or It moves up, to open the waterway channel.

Alternatively, the waterway channel is between the racking and the extrusion barrel.

In the present invention, the waterway channel is set in the extrusion barrel.

In the present invention, the squeezer is mounted on the racking or extrusion barrel.Or: the squeezer with The racking is integral.

In the present invention, the squeezer is fixedly arranged on the racking.

In the present invention, the extrusion barrel and the racking split settings.Or: the extrusion barrel and described Racking is wholely set.

In the present invention, the flat mop cleaning tool of the extruding, further includes steel ladle.

In the present invention, the extrusion barrel is located in the steel ladle, and the racking and the steel ladle connect It connects.

Or: the extrusion barrel and the steel ladle are arranged side by side.Further, the extrusion barrel and steel ladle Integrated molding or split settings.

In the present invention, the squeezer is mounted on the racking or in extrusion barrel or on steel ladle.

It further include the upper waterway channel being located on racking in the present invention, the upper waterway channel is located at the extruding The top of device.

In the present invention, the lower end of the mop rod is hinged with connector, the connector and the flat mop plate Hingedly.

In the present invention, the lower end in the longitudinally-hinged front in the flat mop plate of connector, the mop board is laterally cut with scissors It connects on the connector, the cleaning piece is set to the back side of the flat mop plate.

In the present invention, the squeezer is stripper plate or compression roller or extruding swipe or bristle.

In the present invention, the lower section of the squeezer is equipped with the drip tray of not baffle plate mop board, the drip tray with The waterway channel linking.

In the present invention, positioning device is equipped between the mop rod and plate mop board, at the flat mop plate When can carry out squeezed state, positioned between mop rod and plate mop board by the positioning device；It is described when mopping floor Flat mop plate is detached from the effect of the positioning device, so that flat mop plate turns to the state that can be mopped floor.

In the present invention, the extrusion mouth include for the flat mop plate pass through wear mouth, passed through for the mop rod Bar mouth, the mouth of wearing is connected to the bar mouth.

In the present invention, handle is additionally provided in the extrusion barrel.Preferably, which is hinged in extrusion barrel.

In the present invention, the mop rod includes that two sections or more divide bar, divides between bar and is detachably connected, and will be divided when in use Bar is assembled up as whole mop rod, bar will be divided to disassemble in packaging and come, and quarter butt be formed, convenient for packing and reducing packaging Volume.

In the present embodiment, the flat mop plate is the plate of hard, and the cleaning piece is removably attachable to described The back side and/or front of flat mop plate.

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

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

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

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

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

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

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

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

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

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

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

The beneficial effects of the present invention are: in the lower section of squeezer, waterway channel, the flat mop plate with cleaning piece are set When pulling up, the water that cleaning piece is extruded is discharged by the waterway channel, and cleaning piece squeezes when so as to effectively solve pull-up The problem of shipwreck out is to exclude.

Detailed description of the invention

Fig. 1 is a kind of structural schematic diagram of the invention.

Fig. 2 is the explosive view of Fig. 1.

Fig. 3 is a kind of structural schematic diagram of pressurizing unit.

Fig. 4 is the cross-sectional view of Fig. 3.

Fig. 5 is the structural schematic diagram of another pressurizing unit.

Fig. 6 is the internal structure chart of Fig. 5.

Fig. 7 is the structural schematic diagram of another pressurizing unit.

Fig. 8 is the structural schematic diagram of another pressurizing unit.

Fig. 9 is the internal structure chart of Fig. 8.

Figure 10 is the structural schematic diagram of another pressurizing unit.

Figure 11 is another state diagram of Figure 10.

Figure 12 is another structural schematic diagram of the invention.

Figure 13 is another structural schematic diagram of the invention.

Figure 14 is another structural schematic diagram of the invention.

Figure 15 is the schematic rear view of pressurizing unit in Figure 14.

Figure 16 be flat mop be in mop floor state when a kind of structural schematic diagram.

Figure 17 is that flat mop is in structural schematic diagram when can carry out squeezed state in Figure 16.

Figure 18 be flat mop be in mop floor state when another structural schematic diagram.

Figure 19 is that flat mop is in structural schematic diagram when can carry out squeezed state in Figure 18.

Figure 20 be flat mop be in mop floor state when another structural schematic diagram.

Figure 21 is that flat mop is in structural schematic diagram when can carry out squeezed state in Figure 20.

Figure 22 be flat mop be in mop floor state when another structural schematic diagram.

Figure 23 is that flat mop is in structural schematic diagram when can carry out squeezed state in Figure 22.

Figure 24 be flat mop be in mop floor state when another structural schematic diagram.

Figure 25 is that flat mop is in structural schematic diagram when can carry out squeezed state in Figure 24.

Figure 26 is the internal structure chart of flat mop in Figure 24.

Figure 27 is the internal structure chart of flat mop in Figure 25.

Figure 28 be flat mop be in mop floor state when another structural schematic diagram.

Figure 29 is that flat mop is in structural schematic diagram when can carry out squeezed state in Figure 28.

Figure 30 is the internal structure chart of flat mop in Figure 28.

Figure 31 is the internal structure chart of flat mop in Figure 29.

Figure 32 be flat mop be in mop floor state when another structural schematic diagram.

Figure 33 is that flat mop is in structural schematic diagram when can carry out squeezed state in Figure 32

Figure 34 is the cross-sectional view of Figure 33.

Figure 35 is the structural schematic diagram that squeezer is slidably connected on racking.

Figure 36 is a kind of removably installation diagram of racking.

Figure 37 is the explosive view of Figure 36.

Figure 38 is the explosive view of another angle of Figure 36.

Figure 39 is the removably installation diagram of another racking.

Figure 40 is the explosive view of Figure 39.

Figure 41 is the explosive view of another angle of Figure 39.

Figure 42 is the structural schematic diagram of racking in Figure 39.

Figure 43 is the structural schematic diagram of another angle of racking in Figure 39.

Figure 44 is the cross-sectional view of staving.

Figure 45 is the removably installation diagram of another racking.

Figure 46 is the schematic rear view of racking in Figure 45.

Figure 47 is the removably installation diagram of another racking.

Figure 48 is the explosive view of Figure 47.

Figure 49 is the explosive view of another angle of Figure 47.

Figure 50 is the state diagram under the accumbency state of carry hand in Figure 47, and carry hand is connected with staving at this time.

Figure 51 is the state diagram in Figure 47 under the vertical state of carry hand, and carry hand is separated with staving at this time.

Figure 52 is the removably installation diagram of another racking.

Figure 53 is the explosive view of Figure 52.

Figure 54 is the structural schematic diagram with the racking of lock tongue.

Figure 55 is the structural schematic diagram of extrusion barrel and steel ladle or so side by side.

Figure 56 is the bottom view of Figure 55.

Figure 57 is extrusion barrel and steel ladle is detachably connected schematic diagram, and the two bottom surface is not connected at this time.

Figure 58 is extrusion barrel and bottom view when steel ladle is split.

Figure 59 is extrusion barrel and top view when steel ladle is split.

Figure 60 is extrusion barrel and steel ladle is detachably connected schematic diagram, and the two bottom surface has connected at this time.

Figure 61 is the structural schematic diagram of connection sheet.

When Figure 62 is that flat mop pushes, the status diagram of the cleaning piece without lousiness.

Figure 63 is the partial enlarged view of part A in Figure 62.

When Figure 64 is flat mop pull-up, the status diagram of the cleaning piece without lousiness.

Figure 65 is the partial enlarged view of part B in Figure 64.

Figure 66 is the structural schematic diagram that flat mop plate is in flat mop when under extrudable state.

Figure 67 is the structural schematic diagram for being in flat mop when mopping floor state.

Figure 68 is the explosive view of flat mop.

Figure 69 is the backside structure figure of flat mop plate.

Figure 70 is the connection schematic diagram of flat mop plate and connector.

Figure 71 is the status diagram of accumbency when flat mop is in extrudable state.

Figure 72 is the schematic rear view of cleaning piece.

Figure 73 is the three-layered node composition of cleaning piece.

Specific embodiment

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

- Figure 73 referring to Fig.1, it is a kind of to squeeze flat mop cleaning tool, including extrusion barrel 1, pressurizing unit 2, the extruding Device 2 includes racking 3, squeezer 4, and the racking 3 is located at 1 top of extrusion barrel, offers confession on the racking 3 The extrusion mouth that flat mop passes through, 4 part of squeezer are Chong Die with the extrusion mouth.

The extruding flat mop burnisher further includes flat mop, which includes mop rod 5, is movably connected in It is flat described in when flat mop plate 6 on the mop rod 5, the flat mop plate 6 are equipped with cleaning piece, water squeezing or cleaning Plate mop board 6 turns to the state that can be squeezed.Usually, flat mop plate 6 is in when can carry out squeezed state, plate Mop board 6 turns to substantially parallel with mop rod 5.

In the present embodiment, the mop rod 5 includes that two sections or more divide bar 68, divides between bar 68 and is detachably connected, makes Used time will divide bar 68 to assemble up referred to as whole mop rod 5, bar 68 will be divided to disassemble in packaging and come, and formed quarter butt, be convenient for It packs and reduces packaging volume.Divide the detachable connection method between bar 68 to can be threaded connection, is also possible to mutually be socketed Afterwards by buckle or the connection of screw or rivet or bolt, it is also possible to the combination of two or more detachable connection methods, such as on Several sections of face mop rod is to be threadedly coupled, and is to be connected after being socketed by buckle between last section of mop rod and the second last section mop rod It connects.In the present embodiment, nethermost one section of point of bar is connect with flat mop plate, is equipped with elastic slice, elastic slice in bottom one section of point of bar With card convex head 69, card convex head 69 is pierced by bottom one section of point of bar, and second from the bottom section of point bar is equipped with corresponding with the clamp Card hole 70, bottom one section of point of bar is inserted into second from the bottom section of point bar and card convex head 69 is sprung into card hole 70, remaining Divide between bar and is threadedly coupled.

In the present embodiment, flexible boot 71 is arranged on the mop rod, foam set, rubber sleeve can be used in flexible boot 71 Deng can hold flexible boot 71 when holding mop rod, it is more comfortable to hold feel.

In the present embodiment, the top divides bar to be equipped with head 72, and the head is equipped with hanging hole 73, in flat mop When not in use, flat mop can be hung up by scraping hanging hole.Preferably dividing between bar for the head 72 and the top turns Dynamic connection, and fix in the axial direction between the two, head can be rotated but have the bar that divides that can not be detached from the top at this time, benefit In the hanging support angle of adjustment flat mop.Bar end opening thereon is divided in the top described in the present embodiment, this divides the side wall of bar to have There is interior protuberance；The head has an insertion section, and the side wall of the insertion section has a male part, and the insertion section is from the top The upper end of point bar is inserted into after this divides bar, and the male part is located at the lower section of the interior protuberance, to realize head and the top Divide between bar rotation connection and between the two fixed purpose in the axial direction.

Referring to Figure 62-65, when squeezing cleaning piece, when flat mop plate is pulled up, squeezer 4 acts on the wiping Object 57, cleaning piece 57 stacks downwards after deforming it；When flat mop plate is pressed downward, squeezer acts on the wiping Object 57, cleaning piece 57 stacks upwards after deforming it.If the cleaning piece is equipped with lousiness, when flat mop plate is by 6 pull-up When squeezer 4 act on the cleaning piece, stir lousiness downwards；When flat mop plate 6 is pressed downward, pressurizing unit is made For the cleaning piece, stir lousiness upwards.If the cleaning piece is deerskin towel or collodion or sponge or scouring pad etc. Other without lousiness flexible article when, just only just have and simple stack effect.

Waterway channel 7 is set, which is located at 4 lower section of squeezer, the flat mop plate 6 with cleaning piece When moving up, the extrusion barrel 1 is discharged by the waterway channel 7 for the water that cleaning piece is extruded, to solve existing Have and is difficult to the problem of water of extrusion is discharged when flat mop pulls up in technology.

The setting form of waterway channel can be in a variety of forms.The set-up mode of several waterway channels is set forth below:

One is waterway channels 7 to be set on racking 3, as shown in Figure 3, Figure 4.The waterway channel 7 is set on the extruding The channel of perforation on frame 3, the waterway channel 7 are in normally open.

Or as shown in Figure 5, Figure 6, the waterway channel 7 is set on the racking 3, on the waterway channel 7 Equipped with baffle device for water 8, the baffle device for water 8 is equipped with water hole 9, so that the waterway channel 7 is in normally open, flat panel mop The water squeezed out when pull-up flows into waterway channel 7 by water hole 9 and is discharged.Baffle device for water 8 is usually water fender.

Or as shown in fig. 7, the waterway channel 7 is set on the racking 3, the waterway channel 7 is equipped with Baffle device for water 8, the baffle device for water 8 lean on to close the waterway channel 7 with 4 phase of squeezer；Described squeezes Depressor 4 is installed on the racking or extrusion barrel, and the squeezer 4 has elasticity, the flat mop plate with cleaning piece When moving up, the friction of cleaning piece and squeezer deforms the squeezer 4, to open the waterway channel 7.Gear Water installations are usually water fender.

Or as shown in Figure 10,11, the waterway channel 7 is set on the racking 3, on the waterway channel 7 Equipped with baffle device for water 8, the baffle device for water 8 mutually leans on to close the waterway channel with the squeezer；Described Squeezer 4 is movably connected on the racking or extrusion barrel, when the flat mop plate with cleaning piece moves up, cleaning piece Squeezer 4 is driven to be rotated up or move up, to open the waterway channel 7.Baffle device for water is usually water fender.

The set-up mode of another waterway channel is that the waterway channel is not arranged on racking.As shown in figure 12, institute The waterway channel 7 stated between the racking 3 and the extrusion barrel 1, when flat mop pulls up the water that squeezes out from this Waterway channel 7 is discharged.

Or as shown in figure 13, the waterway channel 7 is set in the extrusion barrel 1, is set as being set to extrusion barrel On notch, the water that squeezes out is discharged from the notch when flat mop pulls up.

As shown in figs. 1-12, the squeezer 4 may be mounted on the racking 3, as shown in figs. 14-15, institute The squeezer 4 stated also may be mounted in extrusion barrel 1.When squeezer 4 is mounted on racking 3, the squeezer 4 and institute The racking 3 stated can be integrally formed, be also possible to that squeezer is a part, racking is a part, squeezer It is installed on racking.When squeezer 4 is mounted in extrusion barrel, preferably after installing racking 3, squeezer 4 is still In racking 3, certain squeezer can also be located at below racking.

When squeezer 4 is installed on racking 3, the squeezer 4 can be fixedly arranged on the racking, that is, be squeezed Device can not activity (cannot slide or rotate).Squeezer is also movable to be connected on racking, is e.g. rotatablely connected, is slided Connection etc..As shown in Figure 10,11, in Figure 10,11, squeezer 4 is rotatably coupled on racking 3 (the tool of rotation connection Body mode, which can be, sets rotation at squeezer both ends, by the rotation connection of shaft realization squeezer and racking, or Set on racking two shafts of shaft then two shafts be inserted into respectively squeezer both ends or squeezer and racking it is logical Cross hinge and realize rotation connection etc.), the baffle device for water 8 being located at below squeezer is equipped on racking, when flat mop pushes When cleaning piece drive squeezer 4 to rotate down, until come to the baffle device for water 8, be now placed in the waterway channel of 4 lower section of squeezer 7 are closed, and when flat mop pull-up, cleaning piece drives squeezer 4 to be rotated up, at this time 7 quilt of waterway channel below squeezer It opens.

As previously mentioned, also the movable mode being connected on racking has in many squeezer, another common activity Connection type is as shown in figure 35, and oblique track 34 is arranged on racking 3, and squeezer 4 is mounted on oblique track diagonally rail Road 34 slides, to realize the movable of squeezer.Sliding block 33 usually is set at the both ends of squeezer 4, sliding block 33 is slidably equipped with tiltedly Into track 34 to realize being slidably connected for squeezer 4 and racking 3.When flat mop pushes, cleaning piece drives squeezer 4 slide downwards, until coming to the baffle device for water, the waterway channel for being now placed in 4 lower section of squeezer is closed, when on flat mop Cleaning piece drives 4 upward sliding of squeezer when drawing, and the waterway channel 7 below squeezer is opened at this time.

Certainly when being not provided with baffle device for water, the waterway channel below squeezer is in normally open always.

The extrusion barrel 1 and the racking 3 can be split settings, and extrusion barrel 1 and the racking 3 can also It is to be wholely set.When 1 split settings of racking 3 and extrusion barrel, racking 3 is preferably removably attachable to extrusion barrel On, the mode being detachably connected can be snap connection, be threadedly coupled, screw connection etc., enumerated below according to Figure of description The detachable connection method of several rackings 3 and extrusion barrel 1:

1. is snapped connection referring to Figure 45, Figure 46, the racking 3 in the upper end of the extrusion barrel 1.It specifically can be extruding Frame 3 is equipped with buckle 35, and 1 upper end of extrusion barrel sets turned-out flange 36, and buckle 35 is buckled on flange 36；Or it is set on racking It buckles, sets bayonet on staving, it is medium that buckle is buckled into bayonet.Certainly hole can also be directly opened up on staving, it will be on racking Buckle directly buckles into this hole.

2. referring to Figure 36-Figure 38, is articulated with card ear 37 on the racking 3,3 frame of racking is in the extrusion barrel 1 upper end, the card ear 37 are snapped connection with the extrusion barrel 1.Button 38 can be specifically set on card ear 37, in extrusion barrel Flange or bayonet or card slot etc. are set on 1, the button 38 and flange or bayonet or card slot after the overturning of card ear 37 thereon are clamped.

3., referring to Figure 39-Figure 44, the racking 3 is equipped with elastic slice 39, the extrusion barrel 1 is equipped with jack 40, The elastic slice 39 is fixed after being inserted into the jack 40, and specific fixed form can be is arranged protrusion on elastic slice 39 Clamp 41, clamp 41 is located at 440 rear of jack to be fixed after elastic slice 39 is inserted into jack 40.Can with 39 phase of elastic slice Pair other end racking on set plate 42, plate, which is inserted into staving, is used for auxiliary positioning.

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

5. is hinged with carry hand 43 referring to Figure 47-Figure 51 is used on the racking 3, the carry hand 43 is equipped with grab 44, grab 44 reaches the lower section of racking 3, and the upper edge of extrusion barrel 1 offers the mouth of hook 45, rotates described after the carry hand 43 Grab 44 is caught in the mouth of hook 45 of the upper edge of the staving.Grab can be detached from the mouth of hook 45 after rotating backward carry hand 43.

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

7. being fixed on the staving after the rotation of racking described in.Example racking as mentioned and the staving Between be threadedly coupled.Or the staving is equipped with the vertical chute, the horizontal concrete chute with the end connection of the vertical chute, it is described Racking be equipped with salient point, rotation after the salient point slides into the vertical chute makes described in the salient point slides into Horizontal concrete chute；Alternatively, the racking is equipped with the vertical chute, the horizontal concrete chute with the end connection of the vertical chute, institute The staving stated is equipped with salient point, rotation after the salient point slides into the vertical chute, makes described in the salient point slide-in Horizontal concrete chute；Or as shown in Figure 52,53, staving is equipped with horizontal concrete chute 46, and racking 3 is equipped with angle 47, positioning 47 end of foot be equipped with locating piece 48, by 3 frame of racking in extrusion barrel 1 after make locating piece 48 be aligned horizontal concrete chute 46, then turn Locating piece 48 is set to screw in the purpose that can reach located crush frame 3 in horizontal concrete chute 46 after dynamic racking 3.

8., referring to Figure 54, the racking 3 is equipped with moveable lock tongue 49, the extrusion barrel is equipped with fore shaft, The lock tongue 49 is fixed by the racking 3 after being inserted into the fore shaft.It generally requires and sets spring part in racking 3 50, lock tongue is ejected by spring part 50.

Burnisher of the invention may also include steel ladle 10, for being filled with water.Position between steel ladle 10 and extrusion barrel 1 Relationship may is that as shown in Figure 1 and Figure 2 the extrusion barrel 1 is located in the steel ladle 10, and racking 3 is preferably at this time Be removably attachable on steel ladle 10, the mode being detachably connected can be snap connection, be threadedly coupled, screw connection etc., Racking 3 pushes down extrusion barrel 1 again.The mode that the racking and extrusion barrel of aforementioned list are detachably connected may be equally applied to squeeze Frame and steel ladle are detachably connected, and details are not described herein.

Either as shown in figs. 12-14, the extrusion barrel 1 and the steel ladle 10 are arranged side by side, described at this time Extrusion barrel and steel ladle can be integrated molding, be also possible to split settings.When extrusion barrel and steel ladle split settings, squeeze Bucket and steel ladle are attached again, and the mode of connection can be bonding, snap connection, connected by connector etc..A kind of comparison Good connection type is: extrusion barrel 1 and steel ladle 10 are snapped connection in upper end, pass through connector (such as connecting plate etc.) in lower end Connection, a connection extrusion barrel of connector, other end connect steel ladle.

In Figure 55,56, extrusion barrel 1 and steel ladle 10 are connected in lower end by connecting plate 51, connecting plate in upper end grafting 51 both ends can connect extrusion barrel 1 and steel ladle 10 by fasteners such as screws respectively.Extrusion barrel 1 and steel ladle 10 are disassembling Can be mutually nested after coming, to further decrease packaging volume.

In Figure 57-61, the extrusion barrel 1 and steel ladle 10 are in upper end grafting (or snapping connection), 1 He of extrusion barrel Steel ladle 10 is detachably connected in underrun connecting component, in Figure 57-61, the connecting component are as follows: the extrusion barrel 1 Bottom surface be equipped with rotatable connection sheet 52, the bottom surface of the steel ladle 10 is equipped with the connection screwed in for the connection sheet 52 Groove 53；It is equipped with gear block 54 in the connecting groove 53, forms arc between gear block 54 and the side of connecting groove 53 Interlayer 55, the connection sheet edge are equipped with arc gear ring 56, when connection sheet 52 screws in when institute in the connecting groove 53 The arc gear ring 56 stated screws in the arc interlayer 55, that is, can reach what extrusion barrel 1 was connected with steel ladle 10 in bottom surface Purpose.

When being equipped with steel ladle 10 and steel ladle 10 is located in extrusion barrel 1, the squeezer 4 may be mounted at described On racking 3 or in extrusion barrel 1 or on steel ladle 10.When being equipped with steel ladle 10, the water that cleaning piece is extruded, which can drain into, to be filled with water In bucket 10.

Burnisher of the invention may also include the upper waterway channel 11 being located on racking 3, the upper waterway channel 11 are located at the top of the squeezer 4, can be further assured that the water discharge for squeezing out cleaning piece, the main work of upper waterway channel 11 With being: when flat mop pushes, the water that cleaning piece is extruded can be mainly discharged by waterway channel 11 on this.Upper water route is logical Road can be set in racking 3, also can be set in the upper surface of racking 3, can also be in racking and on racking Upper waterway channel is arranged in surface simultaneously.In racking upper surface, the waterway channel of setting can be by being arranged rib, shape between rib It is formed at forms such as channels.

In the present embodiment, the lower end of the mop rod 5 is hinged with connector 12, the connector 12 and the plate Mop board 6 is hinged.Specific articulated manner may is that the longitudinally-hinged front in the flat mop plate 6 of connector 12 is (so-called Longitudinally-hinged refer to that hinged hinged shaft is consistent with the length direction of flat mop plate), the lower end of the flat mop plate 6 is lateral (described being laterally hinged with refers to the width direction one of hinged hinged shaft and flat mop plate on connector 12 described in being hinged on Cause), the cleaning piece is set to the back side of the flat mop plate 6.Certain connector 12 can also be laterally hinged in the plate The front (so-called be laterally hinged with refers to that hinged hinged shaft is consistent with the width direction of flat mop plate) of mop board 6, it is described flat The lower end of plate mop board 6 is longitudinally-hinged (described longitudinally-hinged to refer to hinged hinged shaft and plate on the connector 12 The length direction of mop board is consistent).The extrusion mouth include for the flat mop plate 6 pass through wear mouth 13, dragged for described The bar mouth 14 that barre 5 passes through, the mouth 13 of wearing is connected to the bar mouth 14, conducive to the entirety of flat mop plate and mop rod In common insertion extrusion mouth.

The effect of the squeezer is squeezed cleaning piece, as long as realizing the purpose, therefore squeezer Structure type can be diversified, for example, stripper plate or compression roller or squeeze swipe or bristle, etc..

Referring to Fig. 8, Fig. 9, the lower section of the squeezer 4 is equipped with the drip tray 15 of not baffle plate mop board, and described connects Water pond 15 is connected with the waterway channel 7, so that the water that cleaning piece is forced down when flat mop pull-up is connect by drip tray 15 Firmly, it is then discharged again by waterway channel 7.

In the present embodiment, positioning device, the flat mop are equipped between the mop rod 5 and plate mop board 6 Plate 6 is in when can carry out squeezed state, is positioned between mop rod 5 and plate mop board 6 by the positioning device, to make Flat mop keep flat mop plate when moving up and down in pressurizing unit carry out squeezed state, avoid moving up and down Flat mop plate stirs in the process, so that flat mop be hindered to move up and down；When mopping floor, the flat mop plate is detached from institute The effect of positioning device is stated, so that flat mop plate turns to the state that can be mopped floor.The structure type multiplicity of positioning device, The specific constructive form of several positioning devices is set forth below:

1., as shown in Figure 16, Figure 17, the positioning device includes the iron block 16 being set on the mop rod 5, is set to described put down Magnet 17 on plate mop board 6, when the described rotation of flat mop plate 6 to extrudable state, the iron block 16 and described Magnet 17 is attracted, when mopping floor described in iron block 16 be separated with the magnet 17.

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

3., as shown in Figure 22, Figure 23, the positioning device includes the elastic buckles 18 on the flat mop plate 6, When the described rotation of flat mop plate 6 to extrudable state, the mop rod 5 is buckled into the elastic buckles 18, when mopping floor The mop rod 5 is detached from the elastic buckles 18.

4., as shown in Figure 20,21, the positioning device includes the snap-on piece 19 on the mop rod 5, described Flat mop plate 6 is equipped with the button hole 20 being adapted to the snap-on piece 19, the rotation of flat mop plate 6 to extrudable shape When state, the snap-on piece 19 is buckled into the button hole 20, when mopping floor described in the snap-on piece 19 be detached from the button Hole 20.

5., as shown in Figure 24-31, the positioning device includes the elastic ejector in the mop rod, water squeezing or Elastic ejector described in when cleaning is withstood on the connector 12 between the flat mop plate 6 and mop rod 5 to flat panel mop Plate 6 is positioned.When mopping floor, flat mop plate 6 is set to be in the state that mops floor after the mop rod or the rotation of flat mop plate. Elastic ejector can be mandril 21, spring 22 is set in mop rod withstand the mandril 21 and make it have the trend being pressed downward, and make mandril 21 are pressed on the side of connector 12 always to which when flat mop plate 6 turns to extrudable state, mandril 21 is also held out against Positioning is reached on connector 12.Better locating effect in order to obtain can set planar portions 23 in the side on connector 12, When flat mop plate 6 reaches extrudable state, mandril 21 is withstood in planar portions 23, can reach better locating effect.It can also be The side of connector 12 sets groove 24, and when flat mop plate reaches extrudable state, mandril 21 is headed into groove 24, can reach Better locating effect.Above-mentioned planar portions 23 or groove 24, which is arranged, also has another effect: if mop rod 5 rotates when mopping floor To planar portions or the critical portion (planar portions or groove and the critical place of connector other parts) of groove, then lift flat mop Afterwards under the action of spring 22, flat mop plate 6 automatically rotates to the state that can be squeezed.

Wheel 25 or convex ribs 26, when plate swivel plate 6 turns to extrudable state, wheel can be set in the lower end of mandril 25 or convex ribs 26 enter in groove 24, better locating effect can be played.It certainly at this time can also be in other portions of connector 12 Another groove is arranged in position, and wheel or convex ribs enter the holding for being conducive to the state of mopping floor in this groove when the state that mops floor.

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

6. positioning device described in includes the elastic top on the connector between the flat mop plate and mop rod Elastic ejector described in when part, water squeezing or cleaning is withstood on mop rod to position to flat mop plate；It is described when mopping floor Mop rod or the rotation of flat mop plate after flat mop plate is in mop floor state.

7. as shown in Figure 18,19, the positioning device include magic pin thread 27 on the flat mop plate 6, Pass through between flat mop plate 6 and mop rod 5 described in when the magic female thread 28 on the mop rod 5, water squeezing or cleaning The magic pin thread 27 and the bonding binding of magic female thread 28；Magic pin thread 27 and magic female thread 28 described in when mopping floor are detached from；

8. positioning device described in includes the magic female thread on the flat mop plate, the evil spirit on the mop rod Art pin thread, cleaning or when water squeezing described in flat mop plate and mop rod between glued by the magic pin thread and magic female thread Close binding；Magic pin thread and magic female thread described in when mopping floor are detached from.

9. is as illustrated in figs. 32-34, the mop rod 5 is equipped with slot 29, and the flat mop plate 6, which is equipped with, to be inserted Muscle 30, the end of joint bar 30 are equipped with bayonet 31, when the end of slot 29 is equipped with stuck point 32, water squeezing or cleaning described in flat mop Joint bar 30 enters in slot 29 after plate rotation, and stuck point 32 is caught in bayonet 31；Pivotal plate mop board or mop rod, make when mopping floor Stuck point 32 and bayonet 31 are detached from.Stuck point can be fixed on slot end, be also possible to activity setting, such as set in mop rod Spring, logical multiple springs are by a convex block ejection to form salient point.

10. mop rod described in be equipped with insert point, the flat mop plate be equipped with slot, water squeezing or cleaning when described in Flat mop plate rotation after stuck point be caught in bayonet；Pivotal plate mop board or mop rod when mopping floor keep stuck point and bayonet de- From.

In the present embodiment, flat mop plate 6 is the plate of hard, is detachably connected between cleaning piece 57 and plate mop board 6. Detachable connection method between cleaning piece 57 and flat mop plate 6 can be various detachable connection methods, such as will wiping 57 sets of object use Velcro connection, cleaning piece 57 and plate on flat mop plate 6, between cleaning piece 57 and flat mop plate 6 Using button connection etc. between mop board 6.

In the present embodiment, recommend a kind of detachable mounting means of more reasonable cleaning piece: the one of the flat mop plate 6 Head or both ends are equipped with inserted sheet 58, and the head of the cleaning piece 57 is equipped with slash pocket 59 corresponding with inserted sheet 58, and the inserted sheet 58 is inserted Enter in the slash pocket 59, installing and dismounting is easier.The other parts of the cleaning piece 57 and the flat mop plate 6 it Between still use other detachable connection methods, such as by velcro 60 connect or the flat mop plate 6 on form There is thread gluing grain, the other parts of the cleaning piece 57 are attached on the thread gluing grain, or pass through button connection etc..Usually For, it only need to be in a setting inserted sheet of flat mop plate 6, flat panel mop when flat mop plate 6 turns to extrudable state Plate 6 is turned to inserted sheet end (its length direction is consistent with the extending direction of mop rod after flat mop plate rotation at this time) downward, Inserted sheet 58, which is inserted into slash pocket 59, has extremely strong positioning action to cleaning piece 57, and the cleaning piece at inserted sheet end is firstly inserted into extruding dress In setting, cleaning piece, can be effective without departing from inserted sheet in reciprocal mobile extruding water squeezing or mobile extruding cleaning process Prevent cleaning piece 57 from being dug in upper and lower extrusion process.

As shown in Figure 72, in the present embodiment, the slash pocket 59 is the slash pocket cloth 61 for being connected to the cleaning piece head, and And the setting partition 62 on the slash pocket cloth, to form the slash pocket 59, the tool of partition between adjacent partition 62 Body generation type are as follows: separate the sewing thread to be sewn on slash pocket cloth and cleaning piece, convenient formation.Certainly its other party can also be used Formula, for example, by using fixed glue setting partition etc..

In the present embodiment, it is sewn in the head of the cleaning piece after 61 doubling of slash pocket cloth, to form double-layer structure Slash pocket, enhance slash pocket intensity, make it more resistant to impact, squeeze water squeezing and mobile squeeze in cleaning process is unlikely to quickly mobile Just broken by inserted sheet.Certain slash pocket is also possible to single layer structure.

In the present embodiment, at the doubling folding line of the slash pocket cloth 61 63 be the slash pocket 59 opening, i.e. slash pocket cloth Doubling folding line is inserted into slash pocket 59 towards the opening for inside cleaning piece rather than towards outside, at folding line being slash pocket 59, inserted sheet 58 When it is more smooth.

In the present embodiment, the slash pocket cloth 61 is sewn on the cleaning piece 57 or by binding off in the wiping On object 57；The outer rim of slash pocket cloth 61 and the outer rim of cleaning piece at slash pocket are substantially flush, the outer rim of cleaning piece and slash pocket at slash pocket The distance between suture or the inner edge bound off W are 1.5mm-8mm, further avoid squeezing cleaning in mobile extruding water squeezing and movement The phenomenon that slash pocket 59 is broken by inserted sheet 58 in the process；After inserted sheet 58 is inserted into slash pocket 59 simultaneously, the head of cleaning piece 57 and flat The head of plate mop board 6 is substantially flush, when the flat mop plate 6 with cleaning piece 57 is inserted into pressurizing unit, cleaning piece 57 head not will form turnup to hinder flat mop plate 6 to be inserted into pressurizing unit.

If slash pocket cloth 61 is sewn on cleaning piece by suture 64, the length of the inserted sheet 58 is arranged are as follows: when slash pocket set After on to the inserted sheet 58, the bottom of inserted sheet and slash pocket is inconsistent, and the suture 64 of slash pocket is at least partly hidden in plate at this time 6 rear of mop board, preferably 64 Hide All of suture of slash pocket in the suture 64 of 6 rear of flat mop plate or slash pocket with Flat mop plate 6 flushes.The meaning being arranged in this way is: when flat mophead, which is moved up and down, to be squeezed cleaning piece, meeting Touched with mop-pail stands bottom, if the suture 64 of slash pocket be more than flat mop plate 6, suture 64 can because hit and and plate Friction is generated between mop board and is hit, so that suture is easy to be severed, slash pocket is caused to fall off.

In the present embodiment, the cleaning piece 57 is made of three layers of wiper, and first layer is cleaning layer 65, for mopping floor. It can be superfine fibre cloth, towelling, collodion, deerskin towel etc.；The second layer can be sponge etc. for absorbing water for water absorption layer 66； Third layer is articulamentum 67, and the articulamentum 67 is connect with the flat mop plate 6, and the slash pocket 59 is also set to described Articulamentum 67 on, Each performs its own functions for three layers of wiper.In order to make three layers of wiper be connected, three layers of wiper carry out at edge It binds off, so that three layers of wiper be made to be formed as the cleaning piece, the connection of three layers of cleaning piece is very secured.Certainly it can also be used Other modes understand three layers of wiper, such as bonding, hot-melt adhesive paste etc..

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

In the present invention, handle 74 is additionally provided in the extrusion barrel.Preferably, which is hinged in extrusion barrel.Or Person's handle 74 can also be hinged on racking 3.