CN209091239U - A kind of water squeezing seat in collodion flat mop cleaning barrel - Google Patents

Abstract

The utility model provides the water squeezing seat in a kind of collodion flat mop cleaning barrel, belongs to daily necessities technical field.It solve collodion head in existing collodion flat mop cleaning barrel protrude into position in cleaning barrel be not easy determine etc. technical problems.Water squeezing seat in this collodion flat mop cleaning barrel includes cover board, water squeezing seat further includes the two block side plates vertical with cover board, two blocks of side plates are located at the two sides of cover board, and two blocks of side plates are respectively positioned on the inside that cover board corresponds to a side edge, the extension extended on the outside of cover board is all had on two blocks of side plates, it is connected with a grade item between the extension of two blocks of side plates, forms dehydrated mouth between shelves item and cover board, dehydrated mouth is arranged obliquely.The utility model has the advantages that water squeezing seat is able to guide collodion head and enters water squeezing station.

Description

A kind of water squeezing seat in collodion flat mop cleaning barrel

Technical field

The utility model belongs to daily necessities technical field, is related to a kind of cleaning barrel of collodion flat mop, especially It is the water squeezing seat in a kind of collodion flat mop cleaning barrel.

Background technique

Cotton wool mop is using a kind of mop of the collodion head as cleaning piece, and existing cotton wool mop comes with collodion head Water squeezing sector, such as [CN201720352121.1] etc. disclosed in Chinese patent literature, but water squeezing sector setting is being dragged Realize on barre and have the following problems to the water squeezing of collodion head: 1, the presence of water squeezing sector leads to the structure of cotton wool mop itself It is more complex；2, the quality for increasing cotton wool mop, it is relatively painstaking to cause to mop floor；3, the generally existing extruding force of water squeezing sector is not big enough Situation, collodion head water content after leading to water squeezing or larger influence the water absorbing properties of collodion head.

Due to cotton wool mop still need when in use matching purge bucket come using when, in view of the above-mentioned problems, people think To water squeezing sector to be arranged on cleaning barrel to the water squeezing realized to collodion head, such as cotton wool mop disclosed in Chinese patent literature Clean bucket [application number CN201620368988.1] etc., water squeezing sector is directly installed on the staving of cleaning barrel in above-mentioned patent, The bung hole part of staving is covered by cover board again, that is, existing cover board is the effect of cover board, the collodion head in water squeezing Position need user to move repeatedly just to can determine that, operation is not easy.

Summary of the invention

The purpose of this utility model is the presence of the above problem in view of the prior art, and it is clear to propose a kind of collodion flat mop The technical issues of water squeezing seat in cask washing, the utility model solves is that water squeezing seat is able to guide collodion head and enters water squeezing station.

The purpose of this utility model can be realized by the following technical scheme:

A kind of water squeezing seat in collodion flat mop cleaning barrel, water squeezing seat includes cover board, which is characterized in that water squeezing seat also wraps The two block side plates vertical with cover board are included, two blocks of side plates are located at the two sides of cover board, and two blocks of side plates are respectively positioned on lid Plate corresponds to the inside on a side edge, and the extension extended on the outside of cover board, two blocks of side plates are all had on two blocks of side plates Extension between be connected with a grade item, dehydrated mouth is formed between the shelves item and cover board, the dehydrated mouth is arranged obliquely.

Water squeezing sector is mounted between two blocks of side plates when in use, and shelves item makes two pieces of side plate shapes integral, is improved The intensity of two blocks of side plates, so that the installation of water squeezing sector is stronger；Shelves item can limit collodion flat panel mop in water squeezing simultaneously Position so that collodion head accurately passes through dehydrated mouth and is moved to water squeezing station.

Have in the water squeezing seat in above-mentioned collodion flat mop cleaning barrel, on the lateral surface of two blocks of side plates several Root limits raised line, and the limit raised line is vertically arranged, and the width of the limit raised line is gradually reduced from top to bottom, the limit convex The upper end of item can with the inner wall of corresponding staving against.The upper section portion energy and staving of raised line are limited when side plate is extend into staving Inner wall against can make water squeezing seat is stable to be placed on staving；Limiting raised line can increase the intensity of side plate simultaneously, to make The installation for obtaining water squeezing sector is stronger.

In the water squeezing seat in above-mentioned collodion flat mop cleaning barrel, the side edge on the cover board close to blend stop has The positioning convex platform of protrusion, has locating notch on the positioning convex platform, and the upper and lower ends of the locating notch run through convex Platform, towards blend stop side, being located at the upper port of locating notch on the positioning convex platform has for the open end of the locating notch Inwardly projecting gear edge.There is cylindrical connector on collodion flat mop, connector is used to connect mopstick and plate, When the collodion head of collodion flat mop is extend into dewatering cavity, it is fixed that the half of connector can be embedded in from the open end of locating notch Position notch, the upper end of connector is located in locating notch at this time, and in water squeezing, water squeezing sector can act on collodion head and by glue Cotton head pushes up, and the upper surface of connector can be with gear along against to prevent collodion flat mop to moving up in water squeezing at this time Dynamic, collodion head clamping is realized the extrusion dehydration to collodion head along cooperation water squeezing sector by gear；Xiang Dingwei is only needed after completing water squeezing The open end inclination mopstick of notch deviates from connector from locating notch, can be by the collodion head of collodion flat mop from de- Water cavity takes out.

In the water squeezing seat in above-mentioned collodion flat mop cleaning barrel, the both ends on the gear edge are all had to locating notch Lower port protrusion hook.There is step on the upper surface of the connector of collodion flat mop, be located at positioning in connector and lack Step hook can be against on step when in mouthful；When positioning collodion flat mop, connector is first lacked from the insertion positioning of the lower section of hook Mouthful, then being lifted up collodion flat mop may make hook to be hooked on step, to avoid collodion flat mop when water squeezing Connector is skidded off from the open end of locating notch, is realized in water squeezing and is determined in upward and horizontal direction collodion flat mop Position guarantees fixing-stable when the water squeezing of collodion flat mop.

In the water squeezing seat in above-mentioned collodion flat mop cleaning barrel, the diameter of the locating notch is downward from upper port Port is gradually increased, and has the positioning convex tendon of several circumferentially arrays on the inner wall of the locating notch, and the positioning convex tendon is perpendicular Straight setting, the side of several positioning convex tendons is located on same cylindrical surface.Positioning convex tendon can increase the intensity of positioning convex platform, protect Card positioning convex platform can withstand collodion flat mop in water squeezing；The circumferential surface of the side of positioning convex tendon and connector is against limit simultaneously Determine the position of connector insertion locating notch.

In the water squeezing seat in above-mentioned collodion flat mop cleaning barrel, the upper edge of the cover board is provided with fillet, described On cover board be located at fillet on the inside of be equipped with it is several against convex ribs, the lower edge against convex ribs is flushed with the edge of cover board.Pass through The structure can make cover board is stable to be against on the upper edge of staving.

Compared with prior art, the water squeezing seat tool in this collodion flat mop cleaning barrel have water squeezing seat be able to guide collodion head into Enter water squeezing station；The advantages of making its positioning when simultaneously can be by collodion flat mop water squeezing.

Detailed description of the invention

Fig. 1 is the schematic perspective view of this cleaning barrel.

Fig. 2 is the schematic perspective view at another visual angle of this cleaning barrel.

Fig. 3 is the schematic perspective view of staving in this cleaning barrel.

Fig. 4 is the cross-sectional view that collodion head is located at cleaning barrel when in dewatering cavity.

Schematic perspective view when Fig. 5 is water squeezing seat and water squeezing sector assembly.

Cross-sectional view when Fig. 6 is water squeezing sector non-water squeezing when water squeezing seat and water squeezing sector assemble.

Cross-sectional view when Fig. 7 is water squeezing sector water squeezing when water squeezing seat and water squeezing sector assemble.

Overlooking structure diagram when Fig. 8 is water squeezing seat and water squeezing sector assembly.

Fig. 9 is the schematic perspective view of water squeezing seat.

Figure 10 is the schematic perspective view of water squeezing sector.

Figure 11 is the schematic perspective view of active water squeezing plate.

Figure 12 is the side structure schematic view of active water squeezing plate.

Figure 13 is the schematic perspective view of driven water squeezing plate.

Figure 14 is the enlarged structure schematic diagram in the portion A in Fig. 9.

Figure 15 is the present invention looks up structural representation of water squeezing seat.

Figure 16 is the cross-sectional view that collodion head is located at cleaning barrel when in dewatering cavity in embodiment two.

Figure 17 is the cross-sectional view that collodion head is located at cleaning barrel when in dewatering cavity in embodiment three.

In figure, 1, staving；11, flange is positioned；12, Butterworth Hatch；13, chamber is cleaned；14, recessing groove；15, pedal；16, it draws Bar；17, handle；18, blend stop；2, water squeezing seat；2a, dehydrated mouth；2b, dewatering cavity；21, cover board；211, against convex ribs；212, it positions Boss；212a, locating notch；213, positioning convex tendon；214, edge is kept off；215, it links up with；22, side plate；221, raised line is limited；222, prolong Extending portion；223, shelves item；3, active water squeezing plate；31, water squeezing plate portion；311, articulated shaft one；312, main water squeezing face；312a, side are squeezed Water section；312b, end face water squeezing section；312c, limbers one；312d, arc section one；313, reinforcing rib；314, web portion；32, Driven water squeezing plate；321, auxiliary water squeezing face；321a, limbers two；321b, arc section two；322, connection strap；33, connector；34, Pilot hole；35, bit space is allowed；4, water squeezing plate；41, water squeezing face；42, linkage section；43, articulated shaft；5, mopstick；51, plate； 52, connector；53, collodion head.

Specific embodiment

It is specific embodiment of the utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further Description, but the utility model is not limited to these examples.

Embodiment one

As shown in Fig. 1 to Figure 15, the cleaning barrel of collodion flat mop includes staving 1 and this water squeezing seat 2, and water squeezing seat 2 is installed Side on staving 1 and close to staving 1, forms open Butterworth Hatch 12 between water squeezing seat 2 and staving 1, close on water squeezing seat 2 The side of Butterworth Hatch 12, which has, extend into the dehydrated mouth 2a in dewatering cavity 2b, dehydrated mouth for the collodion head 53 of collodion flat mop 2a is located at water squeezing seat 2 close to the side of Butterworth Hatch 12；Water squeezing sector, shape between water squeezing sector and water squeezing seat 2 are equipped in water squeezing seat 2 At dewatering cavity 2b, water squeezing sector is movably connected on water squeezing seat 2 and the activity of water squeezing sector can reduce the space of dewatering cavity 2b, bucket The interior intracavitary space below dewatering cavity 2b of body 1 is cleaning chamber 13.

There is the recessing groove 14 being arranged along the vertical direction, the inner end of pedal 15 is hinged on recessing groove 14 on the side wall of staving 1 Lower end, the other end of pedal 15 stretches out outside recessing groove 14, and pull rod 16 is located in recessing groove 14, the lower end of pull rod 16 and pedal 15 inner end connection, the upper end of pull rod 16 is connect with water squeezing sector and pull rod 16 can drive water squeezing sector living when pedal 15 is swung It is dynamic.Also it is hinged with handle 17 on staving 1, the both ends of handle 17 are respectively hinged at the middle part of staving 1, on two lateral walls of staving 1 Horizontal to be equipped with blend stop 18, when handle 17 is put down, handle 17 can be against on blend stop 18.

Water squeezing seat 2 includes that cover board 21 and two blocks of side plates 22, cover board 21 can be against on the upper edge of staving 1, two blocks of side plates 22 The two sides of cover board 21 are located at, and two blocks of side plates 22 are respectively positioned on the inside on the corresponding a side edge of cover board 21, are against in cover board 21 Two blocks of side plates 22 protrude into staving 1 when on staving 1, between two blocks of side plates 22 and the inner wall of opposite staving 1 have gap, two There are several limit raised lines 221, limit raised line 221 is vertically arranged, limits on the side opposite with the inner wall of staving 1 of block side plate 22 The width of position raised line 221 is gradually reduced from top to bottom, and the upper end for limiting raised line 221 can be with the inner wall of corresponding staving 1 against crowded Water dispenser structure is movably connected between two blocks of side plates 22.

The upper edge of staving 1 and cover board 21 against one section on all have the positioning flange 11 turned down outward, cover board 21 with The upper edge of staving 1 against edge be provided with fillet, be located on the inside of fillet on cover board 21 and be equipped with several against convex ribs 211, support Lower edge by convex ribs 211 is flushed with the edge of cover board 21, water squeezing seat 2 be mounted on when on staving 1 edge of cover board 21 with against The lower edge of convex ribs 211 is against on positioning flange 11 and staving 1.By guaranteeing that water squeezing seat 2 is supported with staving 1 against convex ribs 211 The intensity at the edge leaned on, while the contact that can increase the two against convex ribs 211 of the positioning flange 11 on staving 1 and water squeezing seat 2 Face increases water squeezing seat 2 and is placed on the stability on staving 1.

All have the extension 222 for extending to the outside of cover board 21 on two blocks of side plates 22, the extensions 222 of two blocks of side plates 22 it Between be connected with grade item 223, above-mentioned dehydrated mouth 2a is formed between shelves item 223 and cover board 21, dehydrated mouth 2a is arranged obliquely.Shelves item 223 make two pieces of 22 shapes of side plate integral, the intensity of two blocks of side plates 22 are improved, so that the installation of water squeezing sector is more firm Gu；Shelves item 223 can limit the position of collodion flat mop in water squeezing simultaneously, and in water squeezing, collodion flat mop will not be shifted, Collodion head 53 is extracted in realization.

Have close to the side edge of blend stop integrally formed with the positioning convex platform 212 of protrusion on cover board 21, on positioning convex platform 212 Locating notch 212a, the upper and lower ends of locating notch 212a run through positioning convex platform 212, the open end direction of locating notch 212a The diameter of blend stop side, locating notch 212a is gradually increased from upper port to lower port, is had on the inner wall of locating notch 212a The positioning convex tendon 213 of several circumferentially arrays, positioning convex tendon 213 are vertically arranged, and the side of several positioning convex tendons 213 is located at same On cylindrical surface, has inwardly projecting gear along 214 at the upper port of locating notch 212a on positioning convex platform 212, keep off along 214 Both ends all have to the lower port of locating notch 212a protrude hook 215.Have on collodion flat mop cylindrical Connector 52, connector 52 have on the upper surface of the connector 52 of collodion flat mop for connecting mopstick 5 and plate 51 Step；When the collodion head 53 of collodion flat mop is extend into dewatering cavity 2b, the half of connector 52 can be from locating notch The open end of 212a is embedded in locating notch 212a, and the upper end of connector 52 is located in locating notch 212a at this time, step hook 215 It can be against on step；In water squeezing, water squeezing sector can be acted on collodion head 53 and be pushed up collodion head 53, collodion flat panel mop In upward and horizontal direction positioning, guarantee fixing-stable when the water squeezing of collodion flat mop, gear is along 214 cooperation water squeezing sectors Collodion head 53 is clamped to the extrusion dehydration realized to collodion head 53.

Water squeezing sector includes active water squeezing plate 3 and driven water squeezing plate 32, and active water squeezing plate 3 and driven water squeezing plate 32 are set side by side It sets, the both ends of side of the active water squeezing plate 3 far from driven water squeezing plate 32 and water squeezing seat 2 are hinged, and driven water squeezing plate 32 is far from actively The both ends of the side of water squeezing plate 3 are hinged with water squeezing seat 2, have main water squeezing face 312 on active water squeezing plate 3, on main water squeezing face 312 Several one 312c of limbers are offered, there is auxiliary water squeezing face 321, the auxiliary water squeezing face of driven water squeezing plate 32 on driven water squeezing plate 32 Several two 321a of limbers are offered on 321, form above-mentioned dehydration between main water squeezing face 312, auxiliary water squeezing face 321 and water squeezing seat 2 The upper end of chamber 2b, pull rod 16 connect with active water squeezing plate 3 and active water squeezing plate 3 can be driven to swing up and down around hinge joint, actively squeeze The connection that driven water squeezing plate 32 can be driven to swing therewith when active water squeezing plate 3 is swung is equipped between water plate 3 and driven water squeezing plate 32 Dynamic structure.

Pull rod 16 can drive active water squeezing plate 3 around hinged spot wobble when stepping on pedal 15, when active water squeezing plate 3 is swung Also can be with swing by the driven water squeezing plate 32 of linkage structure, that is, when water squeezing, active water squeezing plate 3 is swung up, it is driven to squeeze Water plate 32 is also swung up therewith, and by being swung up, main water squeezing face 312 and auxiliary water squeezing face 321 can be moved up and close to crowded Water seat 2, so that dewatering cavity 2b reduces, when the collodion head 53 of collodion flat mop protrudes into dewatering cavity 2b, main water squeezing face 312 and auxiliary Water squeezing face 321 can then squeeze collodion head 53, so that collodion head 53 is compressed, to realize water squeezing；Active water squeezing plate 3 is to the bottom Dynamic, driven water squeezing plate 32 can also move up simultaneously to lower swing, main water squeezing face 312 and auxiliary water squeezing face 321 far from water squeezing seat therewith 2, so that dewatering cavity 2b expands again, main water squeezing face 312 and auxiliary water squeezing face 321 act on the pressure on collodion head 53 in the process Power reduces, and collodion head 53 restores nature；By the linkage of active water squeezing plate 3 and driven water squeezing plate 32, make winner water squeezing face 312 and auxiliary water squeezing face 321 by way of clamping to 53 water squeezing of collodion head, water squeezing effect is more preferable, and the collodion head 53 after extracting contains Water is lower.

Linkage structure includes two elongated connection straps 322, and two connection straps 322 are separately fixed at driven water squeezing plate 32 both ends, two connection straps 322 extend to active water squeezing plate 3 and end face corresponding with active water squeezing plate 3 reclines, actively squeeze The both ends of water plate 3 offer elongated pilot hole 34, the length direction of pilot hole 34 along active water squeezing plate 3 width Direction arrangement, the raised connector 33 in the inside of connection strap 322, connector 33 is integrally formed to be connected on connection strap 322 Column is connect, connector 33 can be embedded in corresponding pilot hole 34 and can slide along pilot hole 34.

By the cooperation of locating part and the pilot hole 34 of strip, when active water squeezing plate 3 is swung, pilot hole 34 can therewith It swings, therefore connector 33 can move, since driven side of the water squeezing plate 32 far from connector 33 hingedly positions, connector 33 understand in moving process along the sliding of pilot hole 34, and driven water squeezing plate 32 is understood around hinged spot wobble in the process, thus Realizing swings driven water squeezing plate 32 therewith when active water squeezing plate 3 is swung；Two connection straps 322 respectively with active water squeezing plate 3 corresponding end faces recline, so that active water squeezing plate 3 and driven water squeezing plate 32 are not in the case where being staggered, to be aligned always, guarantee Stability when active water squeezing plate 3 and driven water squeezing plate 32 link.

There is water squeezing plate portion 31 on active water squeezing plate 3 and be located at the laterodorsal web portion of 31 width direction of water squeezing plate portion one 314, the both ends in water squeezing plate portion 31 all have articulated shaft 1 at web portion 314, two articulated shafts 1 respectively with Water squeezing seat 2 is rotatablely connected, and the upper end of pull rod 16 is connect with web portion 314, and main water squeezing face 312 is being located at water squeezing plate portion 31 just Face.The structure can make water squeezing plate portion 31 be swung up around articulated shaft 43 2 when pull rod 16 pulls downward on web portion 314, Thus main water squeezing face 312 can form collodion head 53 and squeeze.

Main water squeezing face 312 has two sections, respectively side water squeezing section 312a and end face water squeezing section 312b, side water squeezing section 312a and end face water squeezing section 312b are set side by side along the width direction in water squeezing plate portion 31, side water squeezing section 312a and end face water squeezing Section 312b is arc section, side water squeezing section 312a and end face water squeezing section 312b smooth transition, the song of institute side water squeezing section 312a Rate is less than the curvature of end face water squeezing section 312b.When collodion head 53 is located in dewatering cavity 2b, water squeezing section in side in main water squeezing face 312 312a is opposite with the one side of collodion head 53 to recline, end face water squeezing section 312b patch opposite with the part for the end face that mops floor of collodion head 53 It leans on, the auxiliary water squeezing face 321 on driven water squeezing plate 32 is opposite with the another side of collodion head 53 to recline；The main water squeezing face in water squeezing 312 can the inward-facing extruding of portion end surface and side to collodion head 53, auxiliary water squeezing face 321 can another side to collodion head 53 to Interior extruding squeezes out the water in collodion head 53 so that extruding be integrally formed to collodion head 53；Pass through the two sides to collodion head 53 And end face squeezes, and can to the greatest extent squeeze out the water in collodion head 53, collodion head 53 is extracted in realization.

Have between driven water squeezing plate 32 and active water squeezing plate 3 when driven water squeezing plate 32 and active water squeezing plate 3 are relatively distant from To form resigning space 35.Active water squeezing plate 3 has one 312d of arc section, arc section one close to a side of driven water squeezing plate 32 312d and main 312 rounding off of water squeezing face.Driven water squeezing plate 32 has two 321b of arc section close to the side of active water squeezing plate 3, Arc section and auxiliary 321 rounding off of water squeezing face.

The reinforcing rib 313 that there are several width directions along active water squeezing plate 3 to be arranged at the back side of active water squeezing plate 3, In two reinforcing ribs 313 be aligned respectively with the both ends of the surface of active water squeezing plate 3, pilot hole 34 is provided with two and active water squeezing respectively On the reinforcing rib 313 of the both ends of the surface alignment of plate 3.

When in use, by storing the water of cleaning in staving 1, the liquid level of water is located at the lower section of dewatering cavity 2b, Collodion flat mop is extend into staving 1 by Butterworth Hatch 12 and is cleaned to collodion head 53, with the collodion of water after the completion of cleaning First 53 lift and extend into dewatering cavity 2b, drive 16 activity of pull rod by stepping on pedal 15, thus drive water squeezing sector movable, Water squeezing sector can reduce the space of dewatering cavity 2b, can also squeeze the collodion head 53 in dewatering cavity 2b, collodion head 53 exists Water in its in extrusion process can be extruded in cocurrent to the cleaning chamber 13 of lower section out, complete collodion head in collodion flat mop It 53 cleaning and extracts；Dewatering cavity 2b is formed by water squeezing seat 2 and water squeezing sector, it is not necessary that partition is arranged in staving 1 by staving 1 Inner cavity segmentation so that the structure of staving 1 is simpler, reduce costs；Water squeezing sector is movably connected on water squeezing seat 2, water squeezing Seat 2 is arranged on staving 1, and without structures such as partitions on staving 1, taking away staving 1 after water squeezing seat 2 and can be used as common bucket makes With can increase the use scope of staving 1, promote 1 utilization rate of staving；Water squeezing sector can be driven by pedal 15, rapid operation It is easy to use simultaneously.

Embodiment two

The present embodiment is essentially identical with the structure and principle of embodiment one, the difference is that: as shown in figure 16, squeeze Water dispenser structure includes elongated water squeezing plate 4, on water squeezing plate 4 with indent and be cambered surface water squeezing face 41, water squeezing face 41 along The length direction of water squeezing plate 4 is arranged, above-mentioned dewatering cavity 2b is formed between water squeezing face 41 and water squeezing seat 2, water plate is located at water squeezing face 41 Side there is linkage section 42, the upper end of pull rod 16 connect with linkage section 42, and the both ends of water squeezing plate 4 pass through articulated shaft 43 respectively and connect It connects on water squeezing seat 2, water squeezing face 41 is between linkage section 42 and articulated shaft 43 in the width direction of water squeezing plate 4.

Embodiment three

The present embodiment is essentially identical with the structure and principle of embodiment one, the difference is that: as shown in figure 17, squeeze Water dispenser structure includes elongated water squeezing plate 4, on water squeezing plate 4 with indent and be cambered surface water squeezing face 41, water squeezing face 41 along The length direction of water squeezing plate 4 is arranged, above-mentioned dewatering cavity 2b is formed between water squeezing face 41 and water squeezing seat 2, water squeezing plate 4 is located at water squeezing face 41 side has linkage section 42, and the upper end of pull rod 16 is connect with linkage section 42, and the both ends of water squeezing plate 4 pass through articulated shaft 43 respectively It is connected on water squeezing seat 2, articulated shaft 43 is between water squeezing face 41 and linkage section 42 in the width direction of water squeezing plate 4.

Example IV

The present embodiment is essentially identical with the structure and principle of embodiment one, the difference is that: linkage structure includes Two elongated connection straps and two connectors positioned at active water squeezing board ends, two connection straps are separately fixed at driven The both ends of water squeezing plate, two connection straps extend to active water squeezing plate and end face corresponding with active water squeezing plate reclines, on connection strap Elongated pilot hole is offered along the length direction of connection strap, connector can be respectively embedded into the pilot hole for being correspondingly connected with item In.By the cooperation of locating part and the pilot hole of strip, when active water squeezing plate is swung, connector can be swung therewith, connector Connection strap can be will drive in connector in the process along pilot hole sliding to move, the mobile meeting of connection strap is so that driven water squeezing Plate can make driven water squeezing plate swing therewith to realize around hinged spot wobble when active water squeezing plate is swung；Two connections End face corresponding with active water squeezing plate reclines item respectively, so that active water squeezing plate and driven water squeezing plate are not in the feelings being staggered Condition is aligned always, guarantees stability when active water squeezing plate and driven water squeezing plate link.

The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.

Claims (6)

1. the water squeezing seat (2) in a kind of collodion flat mop cleaning barrel, water squeezing seat (2) includes cover board (21), which is characterized in that is squeezed Water seat (2) further includes the two piece side plates (22) vertical with cover board (21), and two pieces of side plates (22) are located at cover board (21) Two sides, and two pieces of side plates (22) are respectively positioned on the inside on cover board (21) corresponding a side edge, on two pieces of side plates (22) With the extension (222) extended on the outside of cover board (21), shelves are connected between the extension (222) of two pieces of side plates (22) Item (223), forms dehydrated mouth (2a) between the shelves item (223) and cover board (21), and the dehydrated mouth (2a) is arranged obliquely.

2. the water squeezing seat (2) in collodion flat mop cleaning barrel according to claim 1, which is characterized in that the cover board (21) there is on the raised positioning convex platform of side edge (212) of blend stop (18), the positioning convex platform (212) positioning on The upper and lower ends of notch (212a), the locating notch (212a) run through positioning convex platform (212), the locating notch (212a) Open end towards blend stop (18) side, have at the upper port of locating notch (212a) on the positioning convex platform (212) Inwardly projecting gear is along (214).

3. the water squeezing seat (2) in collodion flat mop cleaning barrel according to claim 2, which is characterized in that the gear edge (214) both ends all have the hook (215) protruded to the lower port of locating notch (212a).

4. the water squeezing seat (2) in collodion flat mop cleaning barrel according to claim 2, which is characterized in that the positioning The diameter of notch (212a) is gradually increased from upper port to lower port, is in several on the inner wall of the locating notch (212a) The positioning convex tendon (213) of circumference array, the positioning convex tendon (213) are vertically arranged, the side of several positioning convex tendons (213) On same cylindrical surface.

5. the water squeezing seat (2) in collodion flat mop cleaning barrel as claimed in any of claims 1 to 4, feature It is that there are several limit raised lines (221) on the lateral surface of two pieces of side plates (22), the limit raised line (221) is vertical Setting, it is described limit raised line (221) width be gradually reduced from top to bottom, it is described limit raised line (221) upper end can with it is corresponding Staving (1) inner wall against.

6. the water squeezing seat (2) in collodion flat mop cleaning barrel as claimed in any of claims 1 to 4, feature It is, the upper edge of the cover board (21) is provided with fillet, is located on the inside of fillet on the cover board (21) equipped with several against convex ribs (211), the lower edge against convex ribs (211) is flushed with the edge of cover board (21).