CN209269614U - Water squeezing structure and cleaning barrel - Google Patents

Abstract

The utility model proposes a kind of water squeezing structures, including ontology, ontology is equipped with extrusion mouth (3), it is characterized by also including the rotatable extrusion, the cleaning brush (19) that are located at extrusion mouth (3), it can be rotated extrusion to be distributed up and down with cleaning brush (19), can be rotated extrusion can connect formation entirety with cleaning brush (19), advantage is, extrusion will not be distorted deformation, the performance of water squeezing structure is stablized, while having preferable cleaning capacity；A kind of cleaning barrel is also provided, there is the water squeezing structure.

Description

Water squeezing structure and cleaning barrel

Technical field

It is especially a kind of water squeezing structure and cleaning barrel the utility model relates to mop-cleaning technical field of structures.

Background technique

The cleaning barrel of the prior art used about plate planker cleans to realize cleaning and extract the two purposes Bucket is equipped with cleaning area and extracts area, cleaning area and extracts area and is separated by partition, in order to use when cleaning and extracting Water squeezing structure, the prior art propose three kinds of schemes: the first, in cleaning area and extracts area a water squeezing structure is respectively set； Second, a water squeezing structure is shared, water squeezing structure can switch in cleaning area with area is extracted；The third, relatively especially, cleaning area It uses, be mainly characterized by cleaning area and extract between area equipped with first water guide structure as water area again, only extract area Equipped with water squeezing structure, second water guide structure is equipped between cleaning area and water squeezing structure, the third is in use, user's control first The water introducing of cleaning area is extracted area by a water guide structure, and extracting area in this way has a certain amount of water, and plate planker is in water squeezing structure It when reciprocal pull, and moves back and forth extracting in area, it is described certain that this reciprocatory movement immerses plate planker It in the water of amount, repeatedly moves back and forth and realizes a cleaning purpose, while every pull is once, under water squeezing structure function, by the The reason of water is led back to cleaning area by two water guide structures again, is used as water area to use again here it is cleaning area, then, multiple pull Afterwards, described a certain amount of water base is drawn back into cleaning area, can be realized as extracting purpose followed by pull, thereby realize The purpose for all using water squeezing structure is cleaned and extracts, certainly, plate planker directly can also be put into cleaning area by the third structure Cleaning, does not use water squeezing structure at this time only and is cleaned.

Therefore, water squeezing structure is the core component that plate planker is cleaned and extracted.

The application in order to facilitate understanding further illustrates that also someone is referred to as to smooth out with the fingers water squeezing structure row in the industry to water squeezing structure Mouth structure, user hold flat mop, make the relative motion of both flat mop and water squeezing structure, water squeezing structure is to flat panel mop Carry out water squeezing, effect is extracted to realize, this is extracted can not extract completely, but squeeze out most of water, flat mop Or there is certain humidity.

Water squeezing structure, which both can be used as, extracts use, can also be used as cleaning and uses, specifically, extracts in use, just It is to extract flat mop, can reaches with repetitive operation several times and extract purpose, this is extracted can not extracts completely, but squeeze Most of water out, flat mop still have certain humidity, in use, cooperation is immersed in the water, repetition is drenched and extracted for cleaning, To realizing cleaning purpose, if the realization of the function provides water-immersed environment, such as be filled with water container, pond, Even pond, river, can be with.

Due in water squeezing, the extrusion of water squeezing structure is distorted deformation by biggish power, therefore there are extrusion The case where, cause the performance of water squeezing structure unstable, in order to overcome the problem, by increasing extrusion thickness or using armature Material is not a good selection, does so, not only increases cost, increases structural volume and weight, and is not accomplished clear The enhancing of clean performance only simply ensures that torsional deformation is less likely to occur for it.

Utility model content

Technical problem to be solved in the utility model is to overcome the deficiencies of existing technologies, and provides a kind of water squeezing structure, is squeezed Casting die will not be distorted deformation, and the performance of water squeezing structure is stablized, while having preferable cleaning capacity；A kind of cleaning is also provided Bucket has the water squeezing structure.

In order to solve the above technical problems, the utility model provides a kind of water squeezing structure, including ontology, ontology, which is equipped with, to be squeezed Mouthful, further include rotatable extrusion, the cleaning brush positioned at extrusion mouth, can be rotated extrusion and cleaning brush is distributed up and down, can be rotated Extrusion can connect to form entirety with cleaning brush.

After adopting the above structure, compared with prior art, the utility model has the advantage that rotatable extrusion and clear Clean brush connection forms entirety, so that can be rotated extrusion obtains the support of cleaning brush, therefore is inserted into extrusion mouth water squeezing in mop Cheng Zhong, can be rotated extrusion will not be distorted deformation, and the performance stabilization of water squeezing structure, cleaning brush plays cleaning action, so that This water squeezing structure has preferable cleaning capacity, this water squeezing structure is avoided by cleverly improving using increase extrusion thickness Or improved by the way of reinforcement material, provide a kind of new improved technology route.

As an improvement, can be rotated extrusion is equipped with groove, which can form whole with the upper end male-female engagement of cleaning brush Body, in this way, structure is simple, it is convenient for production, it is at low cost, it is reliable and stable.

As an improvement, can be rotated extrusion is equipped with elastic portion, the free end of the elastic portion and the one side of ontology offset, should Elastic portion and level are in a certain angle upwardly, and positioned at the rear of rotatable extrusion, which is one or more, this Sample can ensure that elastic reset of the rotatable extrusion in the cleaning and dehydration of flat mop adapts to flat mop in due course Underthrust pull-up resistance variation reset, when flat mop is downwardly into, rotatable extrusion can by cleaning cloth traction to Lower rotation, at this time the angle between rotatable extrusion and horizontal plane from large to small, at this time rotatable extrusion leading edge and cleaning Horizontal distance between cloth gradually becomes smaller, and extruding force increases, so that the water on cleaning cloth be made to be forced to squeeze out, improves dehydration effect Fruit；When flat mop is extracted upwards, rotatable extrusion can be rotated upwards by the traction of cleaning cloth, horizontal by smaller folder The rotatable extrusion angle with horizontal plane at angle is gradually increased, at this time between rotatable extrusion leading edge and cleaning cloth it is horizontal away from From also becoming larger, extruding force and resistance reduce, thus the extraction for facilitating flat mop upward, in addition structure is simple, production dress It is at low cost with convenient.

As an improvement, including the first extrusion and the second extrusion being distributed up and down, the second extrusion is described turns The leading edge of dynamic extrusion, the first extrusion is retreated than the leading edge of the second extrusion, and direction of retreat is the direction far from extrusion mouth, this Sample, the effect of retrogressing is that extrusion mouth is more easily inserted plate planker, while there are two extrusions for tool, downward in flat mop In insertion process, the first extrusion can squeeze most of water, and the second extrusion can squeeze fraction water, realize double extruding mesh , the two cooperates up and down, can be realized preferable water squeezing effect, has the advantages that kill two birds with one stone.

As an improvement, further including guide frame, the water that extrusion mouth squeezes out can be flowed out through guide frame, in this way, being conducive to collect Water and water guide.

As an improvement, guide frame includes the first water guide structure, the first water guide structure includes the water stream channel set on ontology And as the first extrusion of guide face and the upper surface of the second extrusion, the first extrusion is additionally provided with to squeeze along first First water outlet of the water outflow that the upper surface of part is flowed through, flows through from the upper surface of the first water outlet and the second extrusion Water imports water stream channel, in this way, the first water guide structure forms self structure using water squeezing structure, so that overall structure is simple It is compact, it is at low cost, while extracting preferable with water guide effect.

As an improvement, guide frame further includes the second water guide structure, the second water guide structure is water guide box, water guide box be equipped with to The water of the opening of upper opening, water stream channel outflow flows into opening, entrance of the opening as the second water guide structure, water guide box it is interior The lower of bottom surface is to having the second water outlet, outlet of second water outlet as the second water guide structure, in this way, providing a kind of spirit The living measure changed the direction of a stream of water, is conducive to catchment and water guide.

As an improvement, cleaning brush is a cuboid, brush teeth be cylindrical body or cone or Elliptic Cylinder or sawtooth body, Or polyhedron, the brush teeth is that multirow column are uniform staggered with or multirow column are corresponding uniformly distributed, in this way, providing a kind of knot of cleaning brush Structure, when flat mop in extrusion mouth it is cleaned paint lower pull when, the brush teeth pair in multi-row staggered distribution above cleaning brush Cleaning cloth is combed back and forth, to obtain efficient descaling rinsing effect.

As an improvement, extrusion mouth includes idler wheel, guiding rib, idler wheel, guiding rib are being set to extrusion mouth with rotatable extruding The opposite side of part, in this way, the guiding of enhancing flat mop plug, while idler wheel reduces the resistance of plug, makes to operate more labor-saving.

As an improvement, the left and right ends that can be rotated extrusion are equipped with axle portion, the left and right ends of cleaning brush are equipped with fitting projection, The left and right sides of extrusion mouth are equipped with the first hole being rotatably assorted with axle portion and the second hole with fitting projection cooperation, match Closing protrusion, circumferentially limit is arranged with the second hole, i.e., circumferentially limit cooperates for fitting projection and the second hole, and the first hole is through along the vertical direction The first slot being arranged and extrusion mouth lower section are connected to, and are connected to below the second slot of second hole through being arranged along the vertical direction and extrusion mouth, It is arranged before and after second slot and the first slot, in this way, structure is simple, convenient for assembly, assembly precision is higher, reduces cost.

In order to solve the above technical problems, the utility model also provides a kind of washer, including staving, staving is equipped with water squeezing knot Structure.

After adopting the above structure, compared with prior art, the utility model, which has the advantage that, proposes a kind of new squeeze The cleaning barrel of water-bound is stabilized the performance of cleaning barrel.

Detailed description of the invention

Fig. 1 is a kind of stereoscopic schematic diagram of cleaning barrel of the utility model.

Fig. 2 is a kind of A-A of cleaning barrel of the utility model to half sectional view.

Fig. 3 is A enlarged drawing.

Fig. 4 is a kind of top view of cleaning barrel of the utility model.

Fig. 5 is the exploded view for covering this part.

Fig. 6, which is that lid is relevant, looks up stereoscopic schematic diagram.

The B-B direction half sectional view for this part of lid that Fig. 7 is Fig. 4.

The C-C for this part of lid that Fig. 8 is Fig. 4 is to half sectional view.

Fig. 9 is B enlarged drawing.

Figure 10 is the three-dimensional enlarged diagram that can be rotated extrusion.

Figure 11 is the stereoscopic schematic diagram after lid overturning.

Figure 12 is the top view after inside and outside casing connects.

Figure 13 is the decomposition diagram of interior bucket and the second water guide structure.

Figure 14 is the top view (removing a part of lid) that water squeezing mouth is located at interval location.

Figure 15 is the top view (removing a part of lid) that water squeezing mouth is located at interior bucket position.

Figure 16 is the stereoscopic schematic diagram that water squeezing mouth is located at interior bucket position.

Figure 17 is the structural schematic diagram (being equipped with the second water guide structure) of another interior bucket.

Figure 18 is that Figure 17 removes the structural schematic diagram after the second water guide structure.

Figure 19 is the exploded perspective schematic diagram that interior bucket rotates circumferential position limiting structure.

Figure 20 is the transverse sectional view that interior bucket rotates circumferential position limiting structure.

Figure 21 is rotating handle bottom view.

Figure 22 is a kind of stereoscopic schematic diagram of washer of the utility model.

As shown in the figure, 1, outer barrel, 2, interior bucket, 3, extrusion mouth, 4, interval, the 5, first extrusion, the 6, second extrusion, 7, water Circulation road, 8, guide face, the 9, first water outlet, the 10, second water outlet, 11, rotating handle, 12, coupling sleeve, 13, rotation axis, 14, lid, 15, axis hole, 16, axially extending bore, 17, elastic component, 18, sphere, 19, cleaning brush, 20, flat mop, 21, intake-outlet, 22, One recess, the 23, second recess, 24, handle, 25, connection buckle, 26, idler wheel, 27, guiding rib, 28, water guide box, the 29, first elasticity Block, the 30, second elastomer block, 31, elastomer block mounting base, 32, be rotatably assorted set, 33, be rotatably assorted column, 34, elastic portion, 35, recessed Slot, 36, alar part, 37, main body, the 38, first block, the 39, second block, 40, empty slot, 41, locating recesses, 42, triangle jack, 43, triangle inserting column, 44, the jack with radial protrusion, 45, the inserting column with radial protrusion, 46, self-tapping screw, 47, upper end, 48, axle portion, 49, fitting projection, the 50, first hole, the 51, second hole, the 52, first slot, the 53, second slot, 54, side.

Specific embodiment

The utility model is described in further detail below:

A kind of cleaning barrel of the utility model, including water squeezing structure further include outer barrel 1, interior bucket 2 and manual rotating handle operation knot Structure, outer barrel 1 and interior bucket 2 are socketed, and outer barrel 1 is motionless, and interior bucket 2 operates structure by manual rotating handle and drives rotation, and outer barrel 1 installs fixed institute The water squeezing structure stated, interior bucket 2 rotate can make interval 4 of the extrusion mouth 3 of water squeezing structure between outer barrel 1 and interior bucket 2, interior bucket 2 this Two position switchings, in the two positions, the water that water squeezing structure squeezes out can flow into interior bucket 2 through guide frame.

A circumferential position limiting structure is equipped between interior outer barrel, the effect of circumferential position limiting structure is to prevent interior bucket because of rotatory inertia mistake The torsion of the components such as rotating handle, connector sleeve and transmission shaft is deformed greatly and damage, which includes: that outer barrel 1 is equipped with turn Dynamic to match zygostyle 33, interior bucket 2 is equipped with the set 32 that is rotatably assorted, and the column 33 that is rotatably assorted with the set 32 that is rotatably assorted rotatably match by socket, rotation The inner surface of trap 32 is circumferentially with the first block 38, and the outer surface for the column 33 that is rotatably assorted is circumferentially with the second block 39, Be formed between described the inner surface and the outer surface between the first block 38 and the second block 39 relative to the sky circumferentially rotated Slot 40, the first block 38 and the second block 39, which match, forms circumferential position limiting structure.

The total essentially 180 degree of the central angle that first block 38 and the second block 39 are divided, the circle that empty slot 40 is divided Heart angle is essentially 180 degree.

When guide frame is a water guide structure, water squeezing structure is equipped with this water guide structure, in two positions, The water that water squeezing structure squeezes out can flow into interior bucket 2 through this water guide structure, i.e., the outlet of the water stream channel 7 of water guide structure is described Two positions can be connected to interior bucket 2.

This example mainly illustrates the case where guide frame is two water guide structures, and two water guide structures are respectively the first water guide knot Structure and the second water guide structure, water squeezing structure are equipped with the first water guide structure, and interior bucket 2 is equipped with the second water guide structure, in order to realize in institute Two positions stated, the water that water squeezing structure squeezes out can flow into interior bucket 2 through guide frame, can there is two kinds of situations: the first situation It is that, in two positions, the water that water squeezing structure squeezes out sequentially can flow into interior bucket through the first water guide structure, the second water guide structure 2, at this point, the outlet of water stream channel 7 should can be connected in two positions with the entrance of the second water guide structure；Or It is second situation, that is, is being spaced 4 this position, the water that water squeezing structure squeezes out can be sequentially through the first water guide structure, the second water guide Structure flow into interior bucket 2, at this point, water stream channel 7 outlet should be spaced 4 this position can be with the entrance of the second water guide structure Connection, and in this position of interior bucket 2, the water that water squeezing structure squeezes out can flow directly into interior bucket 2 through the first water guide structure, i.e. water flow is logical The outlet in road 7 can be connected in this position of interior bucket 2 with interior bucket 2, and this example is shown that it is particularly the case.

Water squeezing structure includes the first extrusion 5 and the second extrusion 6 being distributed up and down, realizes double extruding purposes, institute in figure Show, the leading edge of the first extrusion 5 is retreated than the leading edge of the second extrusion 6, and direction of retreat is the direction far from extrusion mouth 3, is retreated Effect be that extrusion mouth 3 is more easily inserted plate planker, while can be realized preferable water squeezing effect again, have at one stroke two The advantages of obtaining.

First water guide structure includes 5 He of the first extrusion set on the water stream channel 7 of water squeezing structure and as guide face 8 The upper surface of second extrusion 6, the first extrusion 5 are additionally provided with to flow through the water come outflow along the upper surface of the first extrusion 5 The first water outlet 9, the upper surface of the first extrusion 5 is equipped with multiple slots along its length, and each slot is equipped with one first water outlet Mouth 9, in such manner, it is possible to using the partition of adjacent slot as reinforcing rib use, to improve the intensity of the first extrusion 5.

The water come, which is flowed through, from the upper surface of the first water outlet 9 and the second extrusion 6 imports water stream channel 7, water stream channel 7 It is exactly a hole, the export direction in hole changes, it will be able to control the direction of water outflow, this example is a vertically side as shown in the figure To the rectangular opening of setting；By changing the relative positional relationship between the outlet of water stream channel 7 and the entrance of the second water guide structure, The water flow of the outlet outflow of water stream channel 7 can be there are two types of situation to the approach of interior bucket 2, it may also be said to be at described two Position, the water that water squeezing structure squeezes out can flow into the further refinement of 2 this dependency structure of interior bucket through guide frame, specifically: The first situation, in two positions, the outlet of water stream channel 7 is connected to the entrance of the second water guide structure；Or the Two kinds of situations are being spaced 4 this position, the outlet of water stream channel 7 is connected to the entrance of the second water guide structure, and in interior bucket 2 The outlet of this position, water stream channel 7 is connected to interior bucket 2.

Second water guide structure is water guide box 28, and water guide box 28 is equipped with the opening of upward opening, and opening is used as the second water guide knot The entrance of structure, the inner bottom surface of water guide box 28 are set as inclined face, in the lower of inner bottom surface to having the second water outlet 10, Outlet of two water outlets 10 as the second water guide structure, the second water outlet 10 are connected to interior bucket 2.

Water guide box 28 also is provided with partition, is separated multiple areas with partition, each area is equipped with the second water outlet 10, each partition It is sequentially distributed along water guide box length direction, partition can play booster action.

It includes rotating handle 11, coupling sleeve 12, the rotation axis 13 set on the second water guide structure, outer barrel 1 that manual rotating handle, which operates structure, Lid 14 is installed, lid 14 is equipped with axis hole 15, and coupling sleeve 12 and axis hole 15 are rotatably socketed, rotating handle 11, coupling sleeve 12, rotation axis 13 are sequentially connected and fixed from top to bottom.It is with self-tapping screw 46 that rotating handle 11 and coupling sleeve 12 is fixed, it is connected with following effect in this way, 1, prevent rotating handle 11 from extracting upwards, 2, coupling sleeve 12 is prevented to be easy to fall down under the resilient force of elastic component 17,3, control The decrement of elastic component 17, naturally it is also possible to realize that rotating handle 11 and coupling sleeve 12 are fixed by other structures, such as close-fitting, up and down Clamping etc..

Rotating handle 11 is connect with coupling sleeve 12 through the first error-proof structure, and coupling sleeve 12 and rotation axis 13 connect through the second error-proof structure It connects, in this example, the first error-proof structure includes set on the triangle jack 42 of coupling sleeve 12, set on rotating handle 11 and triangle jack The 42 triangle inserting columns 43 matched, the second error-proof structure include the jack 44 with radial protrusion for being set to coupling sleeve 12, are set to The inserting column 45 with radial protrusion of rotation axis 13 matched with the jack 44 with radial protrusion.

Axis hole 15 is circumferentially with axially extending bore 16 or axial blind hole, and this example is symmetrically arranged two axially extending bores 16；When for axially extending bore, elastic component 17 is installed in axially extending bore 16, the both ends of axially extending bore 16 are equipped with sphere 18, bullet Property part 17 upper end offset with upper sphere, lower end and the lower sphere of elastic component 17 offset, and the lower surface of upper sphere and rotating handle 11 is rolled It moves with merging by lower surface progress axial limiting, lower sphere, which rolls to match with the upper surface of the lower end circumferential portion of coupling sleeve 12, to be merged Axial limiting is carried out by the upper surface；And when for axial blind hole, due to the difference of direction, then there are two types of situation, axial blind holes Elastic component 17 is inside installed, the open end of axial blind hole is equipped with sphere 18, when open end downward when, one end of elastic component 17 and axis It offsets to blind via bottom, the other end and the lower sphere of elastic component 17 offset, and lower sphere is upper with the lower end circumferential portion of coupling sleeve 12 Surface scrolls carry out axial limiting by the upper surface with merging, alternatively, when open end upward when, one end of elastic component 17 and axis It offsets to blind via bottom, the other end and the upper sphere of elastic component 17 offset, and upper sphere, which rolls to match with the lower surface of rotating handle 11, to be merged Axial limiting is carried out by the lower surface.Rolling cooperation can be set roller track, such as annular groove.

The lower surface of rotating handle 11 is equipped with locating recesses 41, and locating recesses 41 are located at roller track, locating recesses 41 can with it is upper Sphere cooperation realization is circumferentially positioned, and this example is this structure；It is of course also possible to which the upper surface of the lower end circumferential portion of coupling sleeve 12 is set There are locating recesses 41, locating recesses 41 can cooperate realization circumferentially positioned with lower sphere.Locating recesses 41 are circumferential symmetrically arranged Two.

Water squeezing structure, the first water guide structure are set to the lid 14, and ontology of the lid 14 as water squeezing structure is specific as schemed institute Show.

Water squeezing structure includes that can be rotated extrusion, cleaning brush 19, can be rotated extrusion and about 19 cleaning brush is distributed, can turn Dynamic extrusion can be connect with cleaning brush 19 forms entirety, in this example, can be rotated extrusion and refers to the second extrusion 6, rotatably squeeze Casting die is equipped with groove 35, which can form entirety with 47 male-female engagement of upper end of cleaning brush 19, when flat mop 20 is inserted When entering in extrusion mouth 3, the strength of insertion can make can be rotated extrusion to the rotation of cleaning brush 19, can be rotated extrusion and utilize groove 35 Entirety is formed with 19 male-female engagement of cleaning brush, the elastic force that following elastic portions 34 can also be used in this male-female engagement is initially matched It closes, in this way regardless of whether flat mop 20 is inserted into, the groove 35 and cleaning brush 19 that can be rotated extrusion are also in male-female engagement State, that is to say, that under original state, the groove 35 and cleaning brush 19 that can be rotated extrusion are also in male-female engagement state.

The left and right ends that can be rotated extrusion are equipped with axle portion 48, and the left and right ends of cleaning brush 19 are equipped with fitting projection 49, squeeze Press second that the left and right sides of mouth 3 are equipped with the first hole 50 being rotatably assorted with axle portion 48 and cooperate with fitting projection 49 The circumferential limit in hole 51, fitting projection 49 and the second hole 51 is arranged, first slot 52 of first hole 50 through being arranged along the vertical direction with squeeze Be connected to below pressure mouth 3, the second hole 51 is connected to below the second slot 53 and extrusion mouth 3 through being arranged along the vertical direction, the second slot 53 and It is arranged before and after first slot 52.When installation, it will be utilized below the 48 self compaction mouth 3 of axle portion of the left and right ends of rotatable extrusion first The flexible deformation of the left and right sides of extrusion mouth 3 squeezes into the first slot 52, and upwards along the first slot 52, until axle portion 48 is caught in the One hole 50 is realized and is rotatably assorted, and then, also with flexible deformation, the fitting projection 49 of the left and right ends of cleaning brush 19 is squeezed certainly The second slot 53 is squeezed into below pressure mouth 3, and upwards along the second slot 53, until fitting projection 49 is caught in the second hole 51 and realizes circumferential limit Position makes side and 54 the furthermore it is possible to control the size of the side 54 in addition to fitting projection 49 of the left and right ends of cleaning brush 19 The cooperation of two slots 53 is reinforced fixing to realize cleaning brush 19.

In order to be easy to squeeze into, axle portion 48, fitting projection 49 top be equipped with guiding surface.The shape of fitting projection 49 Can be rectangular or rectangle or put down ellipse shape or triangle etc..

Cleaning brush 19 is a cuboid, and brush teeth is cylindrical body, and the brush teeth is that multirow column are corresponding uniformly distributed.Certainly, brush teeth Can also other structures, such as cone or Elliptic Cylinder or sawtooth body or polyhedron, brush teeth can also other structures, such as Multirow column are uniform staggered with.

It can be rotated extrusion and be equipped with elastic portion 34, the side of the free end of the elastic portion 34 and the side far from extrusion mouth 3 It offsets, in this example, that is, offsets with the side of water stream channel 7, between can be rotated between extrusion and the side of water stream channel 7 Every channel of the water flow then flowed through as the first extrusion 5 and the second extrusion 6 to the outlet of water stream channel 7, elastic portion 34 There can be one or more, as shown in the figure be symmetrical two of both sides, the effect of elastic portion 34 is that making can be rotated extrusion has One elastic force rotated down after designing in this way, is not necessarily to spring, and can be rotated extrusion to use engineering plastics one piece injection Molding making, production, assembly greatly simplify, and cost reduces obvious.

Outer barrel 1 is equipped with lid 14, and lid 14 is equipped with the intake-outlet 21 close to 1 edge of outer barrel, and lid 14 is additionally provided with handle 24, mentions A part of hand 24 is in the intake-outlet 21, and the other side opposite with 21 place side of intake-outlet of lid 14 is equipped with extrusion mouth 3. This intake-outlet 21 tool is there are three types of function: 1, Convenient handle 24 takes out from being built in lid 14, i.e., hand protrudes into intake-outlet 21, The a part for catching on handle 24 again, this makes it possible to pull-up handle 24, that is, Convenient handle 24 takes out from being built in lid 14, 2, conveniently add water into interior bucket 2, i.e., rotated using interior bucket, when interior bucket 2 is located at 21 lower section of intake-outlet, disengaging can be passed through The mouth of a river 21 is to interior bucket 2 plus water, 3, without separately setting discharge outlet, it is convenient in outer barrel dirty water come together in this and pour out outward, that is, utilize interior bucket Rotation, when interval 4 is located at 21 lower section of intake-outlet, when pouring, be spaced the water that 4 pour out be to 21 1 effluent of intake-outlet, it is interior The water that bucket 2 is poured out is also to 21 1 effluent of intake-outlet, and convenient interior outer barrel dirty water comes together in this and pours out outward.

Lid 14 is additionally provided with the first recess 22, second recess 23, connection buckle 25, and the first recess 22 is set at rotating handle 11, in this way Rotating handle 11 will not excessively protrude from lid 14, while be conducive to reduce the whole axial length of rotating handle 11, coupling sleeve 12, rotation axis 13. Due to interior outer barrel relative rotation, intake-outlet 21 can switch in two positions, at 2 position of interior bucket, Inlet and outlet water Mouth 21 can be used for pouring water to interior bucket 2 or for pouring.Connection buckle 25 is used for removable connection, and the removable connection is so that lid 14 with the removable connection of outer barrel 1, in this way, lid 14 and outer barrel 1 are dismantled be conducive to clean in foul inside outer barrel and breakdown maintenance.

Extrusion mouth 3 includes idler wheel 26, guiding rib 27, is more favorable for flat mop 20 along the reciprocal pull of extrusion mouth 3.

The inner bottom surface of interior bucket 2 is equipped with the second elastomer block 30, and elastomer block mounting base 31, elastomer block installation are equipped on the outside of interior bucket 2 Seat 31 is equipped with the first elastomer block 29, and the first elastomer block 29 is located in interval 4, due to interior outer barrel relative rotation, is spaced 4 position It is that opposite interior bucket 2 changes, the first elastomer block 29 rotates together with interior bucket 2, in such manner, it is possible to ensure that the first elastomer block 29 is located always In in interval 4.The main function of first elastomer block 29 is that inevitably seldom part water still can flow into interval when extracting 4, therefore be spaced 4 and still there is water, the first elastomer block 29 just plays the role of raising and extracting the bottom surface distance in area, so that extracting When, be unlikely to flat mop 20 lower end be immersed in interval 4 bottom surface in water in, meanwhile, the first elastomer block 29 with plate The lower end of mop 20 can flexibly support when offseting, which can push up the lower end of flat mop 20, so that flat Plate mop 20 pulls up laborsaving.The main function of second elastomer block 30 is then being capable of bullet when the lower end with flat mop 20 offsets Property support, which can push up the lower end of flat mop 20 so that flat mop 20 pull up it is laborsaving；In addition, The setting of elastomer block can absorb impact energy, reduce collision noise, improve the service life of the components such as flat mop 20.

The bottom of interior bucket 2 is equipped with the set 32 that is rotatably assorted, and being rotatably assorted therewith is being rotatably assorted set on the bottom of outer barrel 1 Column 33, be rotatably assorted column 33 and the rotatably Cone fit of set 32 that is rotatably assorted, and such structure is simple, and low in cost, support is steady It is fixed reliable.

Interior bucket 2, which can also be done, to be changed, and than as shown in FIG. 17 and 18, such interior bucket 2 is in circumferentially distributed three pieces substantially, In one piece be properly termed as main body 37, two pieces positioned at 37 two sides of main body are properly termed as two alar parts 36, this three pieces be interconnected, This three pieces are substantially circumferentially uniformly distributed, the advantage of doing so is that, after pouring water, so that the center of gravity of interior bucket 2 turns with interior bucket substantially Dynamic axis overlapping can keep spin balancing, avoid bias as far as possible so that the center of entire cleaning barrel is placed in the middle as far as possible.It is inside and outside After cylinder socket, the part of outer barrel 1 being located between two alar parts 36 is exactly to be spaced 4, as inner cylinder rotates, is spaced 4 position Changing.

Eccentric of course for processing, interior bucket 2 can also be two pieces or more.

The upper surface of rotating handle 11 is equipped with arrow, and the status word of arrow meaning indicates current state, is in other words Which position, such as Fig. 4 arrow are directed toward WASH, indicate that extrusion mouth 3 is in interior bucket 2, i.e. cleaning state, can use extruding at this time Structure is cleaned.

Above-mentioned connection can be outlet and be located at entrance top, outlet positioned at entrance side etc., as long as ensureing that outlet flows out Water fall into entrance, be also not excluded for other mode of communicating, all connection knots for meeting present general inventive concept certainly Structure is applicable in.

Obviously, compared with the prior art, space utilization rate is high for this cleaning barrel, is ensureing cleaning area and is extracting the same of area space When, overall volume can be smaller.

It as shown in figure 22, is a kind of washer using above-mentioned cleaning barrel, including cleaning barrel and flat mop 20, flat panel mop Can be with 3 pivot bush unit of extrusion mouth of cleaning barrel 20, the state that Figure 21 is shown is that a part of flat mop 20 is just inserted in It, can be along the reciprocal pull of extrusion mouth 3 in extrusion mouth 3.

The above description is only a preferred embodiment of the present invention, and directionality description is only that description understands relative position Relationship not constitutes limitation to the protection scope of the utility model, therefore all according to described in the utility model patent application range The equivalent change or modification that structure, feature and principle is done, is included in the scope of the utility model patent application.

Claims (11)

1. a kind of water squeezing structure, including ontology, ontology is equipped with extrusion mouth (3), it is characterised in that: further includes being located at extrusion mouth (3) Rotatable extrusion, cleaning brush (19), can be rotated extrusion and be distributed up and down with cleaning brush (19), rotatable extrusion can with it is clear Clean brush (19) connection forms whole.

2. water squeezing structure according to claim 1, it is characterised in that: it can be rotated extrusion and be equipped with groove (35), the groove (35) entirety can be formed with upper end (47) male-female engagement of cleaning brush (19).

3. water squeezing structure according to claim 1, it is characterised in that: it can be rotated extrusion and be equipped with elastic portion (34), the bullet Property portion (34) free end and the one side of ontology offset, the elastic portion (34) and horizontal in a certain angle upwardly, being located at can The rear of extrusion is rotated, which is one or more.

4. water squeezing structure according to claim 1, it is characterised in that: including the first extrusion (5) being distributed up and down and Two extrusions (6), the second extrusion (6) are the rotatable extrusion, and the leading edge of the first extrusion (5) is than the second extrusion (6) leading edge retreats, and direction of retreat is the direction far from extrusion mouth (3).

5. water squeezing structure according to claim 1, it is characterised in that: further include guide frame, the water that extrusion mouth (3) squeezes out It can be flowed out through guide frame.

6. water squeezing structure according to claim 5, it is characterised in that: guide frame includes the first water guide structure, and first leads Water-bound includes set on the water stream channel (7) of ontology and as the first extrusion (5) of guide face (8) and the second extrusion (6) upper surface, the first extrusion (5) are additionally provided with to flow through the of the water come outflow along the upper surface of the first extrusion (5) One water outlet (9) flows through the water come from the upper surface of the first water outlet (9) and the second extrusion (6) and imports water stream channel (7)。

7. water squeezing structure according to claim 6, it is characterised in that: guide frame further includes the second water guide structure, and second Water guide structure is water guide box (28), and water guide box (28) is equipped with the opening of upward opening, and it is spacious that the water of water stream channel (7) outflow flows into this Mouthful, the open entrance as the second water guide structure, the lower of the inner bottom surface of water guide box (28) to having the second water outlet (10), Outlet of second water outlet (10) as the second water guide structure.

8. water squeezing structure according to claim 1, it is characterised in that: cleaning brush (19) is a cuboid, and brush teeth is cylinder Body or cone or Elliptic Cylinder or sawtooth body or polyhedron, the brush teeth are that multirow column are uniform staggered with or multirow arranges It is corresponding uniformly distributed.

9. water squeezing structure according to claim 1, it is characterised in that: extrusion mouth (3) includes idler wheel (26), guiding rib (27), idler wheel (26), guiding rib (27) are set to the side opposite with rotatable extrusion of extrusion mouth (3).

10. water squeezing structure according to claim 1, it is characterised in that: the left and right ends that can be rotated extrusion are equipped with axle portion (48), the left and right ends of cleaning brush (19) are equipped with fitting projection (49), and the left and right sides of extrusion mouth (3) are equipped with and axle portion (48) the first hole (50) for being rotatably assorted and the second hole (51) with fitting projection (49) cooperation, fitting projection (49) and the Two holes (51) circumferentially limit setting, first slot (52) of the first hole (50) through being arranged along the vertical direction and extrusion mouth (3) lower section connect It is logical, it is connected to below second slot (53) of the second hole (51) through being arranged along the vertical direction and extrusion mouth (3), the second slot (53) and first Setting before and after slot (52).

11. a kind of cleaning barrel, including staving, it is characterised in that: the staving is equipped with squeezing such as claim 1~10 any one Water-bound.