CN209059086U - A kind of mop cleaning tool - Google Patents

Abstract

The utility model discloses a kind of mop cleaning tools, and including mop and the mop-pail stands matched with the mop, the mop includes mop rod；Mophead；Cleaning piece；The mop-pail stands include staving；Water squeezing mouth, for being inserted into for mophead；Water crowding part, for squeezing mophead after mophead is inserted into water squeezing mouth；Water squeezing chamber is set in staving, and mophead can be moved up and down in the water squeezing is intracavitary；Extrusion drive, during the mop is by lower position a to high position, the extrusion drive can drive the mobile width to increase the water squeezing mouth of the extrusion.The utility model drives extrusion movement by extrusion drive, ensure that largely change width can occur for water squeezing mouth, so that water crowding part is smaller for the extruding force of mophead during above mentioning mop, realizes that cleaning, flushing operation are laborsaving.

Description

A kind of mop cleaning tool

Technical field

The utility model belongs to cleaning device technical field, more particularly, to a kind of mop cleaning tool.

Background technique

Flat mop is cleaned for convenience, Chinese patent CN107692938A discloses that " a kind of single barrel of extruding is dragged Burnisher " comprising mop-pail stands and mop, the mop-pail stands include staving and smooth out with the fingers a mouthful pressurizing unit, and mophead can be with It smoothes out with the fingers mobile squeeze between mouthful pressurizing unit and realizes extruding cleaning and water squeezing.But under this kind of structure, the change width of water squeezing mouth is only leaned on The upper and lower of water crowding part stirs realization, and the degree that can be stirred is smaller, and then the degree that can be realized water squeezing mouth change width is also smaller, And then mophead still will receive biggish extruding force during upper propose, and operate more laborious.

Utility model content

The utility model for overcome the deficiencies in the prior art, provides a kind of saving water resource, mop water-expelling rapid operation Mop cleaning tool.

To achieve the goals above, the utility model uses following technical scheme: a kind of mop cleaning tool, including mop With the mop-pail stands matched with the mop,

The mop includes

Mop rod；

Mophead can be overturn with respect to mop rod to the state parallel with mop rod；

Cleaning piece is set on mophead；

The mop-pail stands include

Staving；

Water squeezing mouth, for being inserted into for mophead；

Water crowding part, for squeezing mophead after mophead is inserted into water squeezing mouth；

Water squeezing chamber is set in staving, and mophead can be moved up and down in the water squeezing is intracavitary；

Extrusion drive, during the mop moves to low level by a high position, the extrusion drive can drive institute State the mobile width to reduce the water squeezing mouth of extrusion；During the mop is by lower position a to high position, the extruding is driven Dynamic device can drive the mobile width to increase the water squeezing mouth of the extrusion.

Drive extrusion mobile by extrusion drive in the utility model, moving distance compared to the mode stirred and Speech, shift motion is big, ensure that largely change width can occur for water squeezing mouth, so that squeezing during above mentioning mop Water part is smaller for the extruding force of mophead, and then the operation that mop moves up is more laborsaving, realizes that cleaning, flushing operation are laborsaving.

Further, the extrusion drive includes the actuator being set on the water crowding part and the shifting that can be moved left and right Moving part, the extrusion are set on the moving member；During the mop moves to low level by a high position, the moving member drives institute Extrusion is stated to close to the movement of the direction of water crowding part；During the mop is by lower position a to high position, the moving member is driven The extrusion is mobile to the direction far from water crowding part；By moving left and right the control realized to water squeezing mouth change width, in turn The change width degree of water squeezing mouth is big, can be realized good hold down mophead when moving down, can be realized when moving up and act on mop Power on head is smaller, to not only be able to achieve well extracting to mop, but also can be realized the rapid operation that mop above mentions.

Further, the actuator is gear member, and the moving member is equipped with the rack rails matched with the gear member；When When water crowding part rotates, gear member can cooperate driving moving member to move with rack rails, and then realize the change width of water squeezing mouth, Stable structure, it is easy to operate.

Further, the extrusion drive further includes bracket, which is equipped with is moved forward and backward for the moving member Mobile cavity.

Further, the mop-pail stands further include water injector, for during mop moves to low level by a high position, On the water spray to cleaning piece for driving water squeezing intracavitary；By the setting of water injector, so that mophead upper part can directly lead to The spray for crossing water injector realizes water supply, and then no setting is required is equal with the height of mop head or greater than dragging for the height of staving The height of head；When being suitable for the flat mophead of traditional size, settable shorter of the height of staving, and then staving volume Smaller, consumptive material is few, and packed and transported is more easy；In the biggish flat mop of height for being suitable for mop head, without The height for specially increasing mop-pail stands, can be realized the spray to mophead, applied widely；Secondly as using spray Mode, to reduce being applicable in for water, reduces water so that no setting is required at wanting can to flood the height of mophead for the intracorporal water level of bucket Energy-saving consumption-reducing is realized in the waste of resource.

Further, the water injector include can with moving up and down set on the casting die of the water squeezing chamber, water spraying structure and Channel, during the casting die moves down, the intracavitary water of water squeezing is conveyed by the channel to the water spraying structure；Pass through casting die Serve as the role of piston, in casting die folding process, the space between casting die and water squeezing bottom of chamber wall is smaller and smaller, the intracavitary water of water squeezing It can be press-fit into channel, then be sprayed by water spraying structure；Under this kind of structure, the power of no setting is required water pump etc. for suction Source, structure is simple, is hardly damaged, long service life；Secondly, avoiding consumption electric energy, energy conservation is realized.

Further, the water injector further includes reset components, which can drive after the casting die moves down Casting die resets upwards；When the active force for guaranteeing that mop acts on casting die disappears, casting die can be fast under the action of reset components It is fast to reset upwards, guarantee the normal water spray that can be realized water injector mop moves down next time when.

Further, the mop-pail stands further include drainage arrangement, at least partly conveying the water squeezed out on cleaning piece To staving；By the setting of drainage arrangement, guarantees that the most of water squeezed out on mop is discharged to staving, will not return It is intracavitary to flow to water squeezing, after mop moves up and down several times or repeatedly, water squeezing is intracavitary will to be in anhydrous state, and mop carries out several times again After moving up and down, mophead just can be extracted.

Further, the water crowding part is rotatable squeeze roll；When suitable for collodion flat mop, squeeze roll can have Effect avoids scratching on collodion, effectively extends the service life of mop.

Further, the water crowding part is scraper plate；When flat mop suitable for installing mop, scraper plate can be scraped preferably Except the dirty or rubbish on mop, so it is more preferable for the cleaning effect of mop.

In conclusion the utility model, which has the advantage that, drives extrusion movement by extrusion drive, it is mobile Stroke is big, ensure that largely change width can occur for water squeezing mouth so that during above mentioning mop, water crowding part for The extruding force of mophead is smaller, realizes that cleaning, flushing operation are laborsaving.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is the structural schematic diagram of mop-pail stands in the utility model.

Fig. 3 is the decomposition diagram of mop-pail stands in the utility model.

Fig. 4 is the enlarged drawing in Fig. 3 at B.

Fig. 5 is the enlarged drawing in Fig. 2 at B.

Fig. 6 is the enlarged drawing in Fig. 2 at C.

Fig. 7 is the enlarged drawing in Fig. 3 at C.

Fig. 8 is the enlarged drawing in Fig. 2 at A.

Fig. 9 is the enlarged drawing in Fig. 3 at D.

Figure 10 is the enlarged drawing in Fig. 3 at E.

Specific embodiment

In order to make those skilled in the art better understand the utility model, below in conjunction with the utility model reality The attached drawing in example is applied, the technical solutions in the embodiments of the present invention are clearly and completely described.

As Figure 1-10 shows, a kind of flat mop cleaning device, including mop and the mop-pail stands matched with the mop, institute Stating mop includes mop rod 91, mophead and the cleaning piece 93 on mophead 92, and the mophead 92 relatively described can drag Barre 91 overturns and may be reversed to the state parallel with mop rod；The cleaning piece 93 can be that collodion is also cotton, specific root It is selected according to actual needs；The mop-pail stands include staving 1, water squeezing mouth 2, water crowding part 3, water squeezing room 4, water injector, locking Device, extrusion 32 and extrusion drive, the water squeezing room 4 are interior bucket made of the plastics in staving 1, the water squeezing The inner hollow of room 4 is arranged and upper opening, and then forms the water squeezing chamber 42, and the mophead is can turn to be dragged with described It on the parallel position of barre, and may pass through the water squeezing mouth, penetrate intracavitary to the water squeezing, and can be moved down in the water squeezing chamber 42 It is dynamic；The water injector is used for during mop moves to low level by a high position, and the water spray in water squeezing chamber 42 is driven extremely to wipe It wipes on object.

Specifically, the water injector includes casting die 51, water spraying structure 52 and channel 53, the casting die 51 is made of plastics Pressing plate, which can be set to the water squeezing chamber with moving up and down, and then the intracavitary structure for forming similar piston of water squeezing, described to squeeze The lower sidewall of water cavity 42 is equipped with the water outlet 41 being connected with the channel 53 close to the position of bottom wall, and water outlet setting exists Lower part guarantees that the intracavitary water energy of water squeezing is enough and all arranges Xiang Tongdao by water outlet, guarantees mop after repeatedly moving up and down Water squeezing is intracavitary to can be realized anhydrous state；Specifically, being equipped with pipeline 11 in the staving 1, and 11 inside whole of pipeline or portion It is divided into hollow setting to form the channel 53, the water spraying structure 52 is then for set on multiple water sprays of the conduit upper Mouthful；It is described when mop moves to low level by a high position, will also move down in water squeezing chamber 42, during casting die 51 moves down, water squeezing Water in chamber 42 is conveyed by the channel 53 to the water spraying structure, and is sprayed by water spraying structure 52 to mophead；Into one Step, the pipeline 11 includes the first tube body 111 and the second tube body 112 being mutually socketed, and second tube body 112 is preferably rubber Hose made of glue, one end and the water outlet are socketed, and the other end and first tube body are socketed；The water jet is set to described On first tube body 111.

In order to realize the reset of the casting die, it is also provided with reset components 6 in this present embodiment, which can be in The casting die 51 moves down rear-guard dynamic pressure part and resets upwards；Specifically, the reset components 6 are tension spring, the lower end of the tension spring and pressure Part 51 is connected, and then in casting die folding process, tension spring will be compressed or be stretched, and then when the active force on casting die disappears, Casting die will be reset to reset condition under the action of tension spring；Certainly, in other embodiments, casting die can also be directlyed adopt floating The material that power is less than the buoyancy of water is made, such as foam, and then when water squeezing is intracavitary to have water, casting die will directly swim in the water surface On, and then after primary extruding completion mophead moves up, casting die will be directly floated on the water surface under the action of buoyancy, Jin Ertong Sample has the function of resetting.

The ladle body 15 of the staving 1 including lower part and the snap-gauge 16 being removably attachable on ladle body, it is hinged on snap-gauge 16 There is handle 161；4 top of water squeezing room is equipped with bracket 142 and the end cap 143 on bracket, and 16 inner wall of snap-gauge is close In having extended inwardly to form flange on the side of interior bucket, described 142 a part of bracket is placed on the flange, a part and water squeezing 4 top edge of room offsets, and then guarantees that bracket 142 can be by now to the position above interior bucket；The bracket 142, which is equipped with, to be supplied The through-hole that pipeline passes through, and the interior bucket top is equipped with screw hole, is again provided with screw hole on the bracket, can be by screw by interior bucket It is carried out with bracket connected；The water squeezing mouth 2 is set on the end cap 143, and the water crowding part is equally set on the end cap 143, excellent It is selected as being arranged at water squeezing mouth；In this present embodiment, the water crowding part 3 is rotatable squeeze roll, can be squeezed to mophead Extrusion water；When suitable for collodion flat mop, squeeze roll can effectively avoid scratching on collodion, and effectively extend mop uses the longevity Life.

The extrusion 32 is idler wheel, which can squeeze planker；The mop moves to low level mistake by a high position Cheng Zhong, the extrusion drive can drive the mobile width to reduce the water squeezing mouth 2 of the extrusion 32, and then realization pair The extruding of mop；During the mop is by lower position a to high position, the extrusion drive can drive the extrusion 32 The mobile width to increase the water squeezing mouth 2, so mop to move up operation more laborsaving.

Specifically, the extrusion drive includes the actuator 311 being set on the water crowding part, the shifting that can be moved left and right The upper end of moving part 33 and fixed frame 34, the reset components 6 is connected with the fixed frame；The extrusion 32 is set to the movement On part 33；The actuator 311 is the gear member being connected on the both ends of the water crowding part, and gear member refers to gear, can be by Plastics are made, and can also be the metal gear directly bought on the market；The moving member 33 is made of plastics, and the side of moving member It is equipped with an open slot, institute's the inner wall of the open slot is equipped with rack rails 331, and the actuator is meshed with the rack rails, and then is squeezing For water process when water crowding part rotates or overturns, actuator 311 can drive the moving member 33 to move by the cooperation with rack rails It is dynamic, and then reduce the spacing between water crowding part 31 and extrusion 32；The fixed frame 34 is made of plastics, and solid with inner wall of barrel Even, mobile cavity 341 is arranged in side, and the moving member is placed in the mobile cavity 341, and before can carrying out in the mobile cavity 341 After move；Specifically, water crowding part will rotate clockwise during the mop moves to low level by a high position, and then drive Part also rotates clockwise, so that the direction for driving the moving member 33 to drive the extrusion 32 to close water crowding part 31 is mobile, With the spacing reduced between water crowding part 31 and extrusion 32, so that extrusion 32 carries out good extruding to mop；The mop During lower position a to high position, water crowding part will be rotated counterclockwise, and then actuator also rotates counterclockwise, to drive The moving member 33 drives the extrusion 32 mobile to the direction far from water crowding part 31, increase water crowding part 31 and extrusion 32 it Between spacing.

In other embodiments, scraper plate can also be set by water crowding part 3, water squeezing is carried out to cleaning piece by scraping；It is applicable in When installing the flat mop of cleaning piece, scraper plate can preferably strike off the dirty or rubbish on cleaning piece, and then for wiping The cleaning effect of object can also will more preferably squeeze；The actuator is arranged in the shaft of scraper plate left and right ends, when scraper plate turns over When turning, shaft will drive actuator to rotate.

Preferably, being equipped with brush part 35 below the water crowding part 32, the brush part 35 is including brush board made of plastics and admittedly Bristle of the Dingan County on brush board, strikes off the hair etc. on cleaning piece by bristle, cleaning piece cleaning effect is good.

Preferably, it is additionally provided with drainage arrangement 7, and during the water crowding part 3 squeezes mop, the draining dress Setting 7 can will be conveyed from the water squeezed out on mop to staving 1；The drainage arrangement includes the water receiving gear on the bracket 142 Plate 147 and scupper 148, the water receiving baffle 147 are preferably that support frame bracket 142 corresponds on 3 lower position of water crowding part upwards The extension board extended to form, the leak avoids the top position of the water squeezing chamber when being arranged, to guarantee to squeeze out on mophead Most of water pass through scupper 148 and be discharged into staving, it is intracavitary to flow back to water squeezing substantially.

The mop-pail stands further include a waterworks, the intracorporal water of bucket can be delivered to water squeezing chamber by the waterworks It is interior；Specifically, the waterworks include intake tunnel 81, opening and closing element 82 and driving part, which, which is set to, is squeezed On water cavity 42, for the water of staving to be delivered to, water squeezing is intracavitary, and the opening and closing element 82 is then for opening or ending the water inlet Channel；Specifically, during the mop moves to low level by a high position, the opening and closing element 82 to the intake tunnel 81 into Row cut-off, so that it is intracavitary to avoid during water squeezing the intracorporal water of bucket from entering to water squeezing.

Specifically, the driving part includes mobile bar 24 and connector 511, the connector is by the casting die side wall The protrusion extended to form is directed out, the mobile bar 24 is metallic rod, which is threaded through in the interconnecting piece, and is moved Lever can follow connector 511 to move down when casting die moves down；The opening and closing element 82 is fixedly arranged under the mobile bar 24 Portion, 14 bottom of interior bucket are downwardly extending the water entering section of a hollow cylindrical, and described 141 inner hollow of water entering section is formed The intake tunnel 81 can close the water entering section 141 when the opening and closing element is inserted into the intake tunnel；Make To be preferred, sealing element 143 is equipped between 81 inner wall of intake tunnel and the opening and closing element 82, the sealing element 143 is covers in institute State the sealing ring outside opening and closing element；The opening and closing element 82 is plug made of rubber or plastics, along circle on 82 lateral wall of opening and closing element Circumferential direction is intervally distributed with the protrusion 823 of multiple bar shapeds, and the gap that can be circulated for water flow is formed between adjacent two protrusion；Into One step, 141 lower part of water entering section is circumferentially spaced multiple open slots 1411, and then when interior bucket is placed in staving bottom surface When upper, water entering section still can smoothly intake.

The mobile bar top be fixed with a plastics be made or rubber made of connector 241；When mop is in water squeezing chamber 42 During inside moving up and down, the position that casting die 51 moves up will not usually be moved fully to the position on top, and then mop is in water squeezing When moving up and down in chamber 42, connector 511 will not be moved to the position to offset with connector 241, and then not will drive movement Bar drives opening and closing element by extracting in intake tunnel 81；After mop leaves water squeezing chamber, casting die will recoil to initial position, connect at this time Fitting 511 will drive connector 241 to move up, and then mobile bar drives opening and closing element by extracting in intake tunnel 81, opens intake tunnel.

Preferably, being removably connected with cover board 1431 on the end cap 143, which can be used plastics system At, and it is set as transparent, and then user can observe the case where water sprays outward from water jet by the cover board, it uses Feel more strong；Secondly, can observe whether water jet or tube body have the case where blocking and can not spraying water, intuitively also convenient for dimension It repairs.

The locking device has first position and the second position, and when being in first position, the locking device can be to institute The relative position for stating water squeezing room 4 and staving 1 is locked；When in the second position, the water squeezing room 4 can the relatively described staving 1 It is dismantled；Specifically, the locking device includes rotatable locking piece 101 and the extension on the water squeezing room 4 102, which directs out for water squeezing room side wall and extends to form, and extension is equipped with what the confession locking piece passed through Through-hole, the locking piece 101 can be freely rotated with respect to the through-hole；Further, the locking piece 101 is made including plastics Knob 1011 and the connector 1012 that is connect with the knob rotation stop, it is preferred that 101 lower end of locking piece is equipped with sticking department 103, should Sticking department 103 is preferably that 1012 lower sides of connector direct out the protrusion extended to form；101 upper end of locking piece is equipped with Anti-delinking part 104, the anti-delinking part 104 preferably direct out the convex annular extended to form by the upper portion side wall of the knob 1011 Edge；The fixed frame 142 is equipped with the positioning region 145 that matches with the anti-delinking part 104, preferably circular recessed in the positioning region Slot, and positioning region 145 is equipped with opening, passes through for the knob.

Further, the staving 1 includes ladle body 16 and the snap-gauge 15 that is detachably connected with the ladle body, under the snap-gauge 15 Positioning convex portion 151 has been extended outward to form on portion's side wall；When the locking device is in first position, the locking piece 101 Sticking department 103 be located at the positioning convex portion lower position, and then realize the anticreep between water squeezing room and staving cooperation；It needs When water squeezing room is taken out, locking piece described in turn, so that sticking department 103 leaves the position where positioning convex portion, locking is filled at this time It sets under the second position, this kind of state, the anticreep of the locking piece 101 and the staving 1, which cooperates, to be released, and water squeezing room can be by bucket It takes out in vivo.

Preferably, being respectively equipped with a positioning block 1611 on the left and right sides of the handle 161, and locating piece is equipped with One hook portion 1612；The ladle body 16 corresponds on the locating piece position equipped with left and right sides position is respectively equipped with a groove 163, the shape size of the groove is identical as the shape size of the locating piece；The handle is equipped with shaft, which can It is connected across the groove 163 with the locating piece；The groove is equipped with a strip gab 164, and the hook portion 1612 can It across the strip gab 164, and then realizes being connected for locating piece 1611 and ladle body, in the case of this kind, can also carry out two to interior bucket Secondary locking, even if locking device relieves locking piece at this time and the anticreep of staving cooperates, interior bucket can not also be taken out；It is pulled when upwards When handle, the hook portion 1612 on locating piece will be dropped out from strip gab 164, so that handle is separated with ladle body, Jin Erti Hand can be together with bracket, interior bucket by taking out in staving.

Obviously, described embodiment is only a part of the embodiment of the utility model, instead of all the embodiments. Based on the embodiments of the present invention, obtained by those of ordinary skill in the art without making creative efforts The range of the utility model protection all should belong in every other embodiment.

Claims (10)

1. a kind of mop cleaning tool, including mop and the mop-pail stands matched with the mop, it is characterised in that:

The mop includes

Mop rod (91)；

Mophead (92) can be overturn with respect to mop rod (91) to the state parallel with mop rod；Including planker and it is set on planker Cleaning piece (93)；

The mop-pail stands include

Staving (1)；

Water squeezing mouth (2), for being inserted into for mophead；

Water crowding part (3), for squeezing cleaning piece；

Extrusion (32), for squeezing planker；

Water squeezing chamber (42) is set in staving (1), and mophead can move up and down in the water squeezing chamber (42)；

Extrusion drive, during the mop moves to low level by a high position, the extrusion drive can drive described squeeze The mobile width to reduce the water squeezing mouth (2) of casting die (32)；During the mop is by lower position a to high position, the extruding Driving device can drive the extrusion (32) mobile width to increase the water squeezing mouth (2).

2. mop cleaning tool according to claim 1, it is characterised in that: the extrusion drive includes set on described Actuator (311) on water crowding part and the moving member (33) that can be moved left and right, the extrusion (32) are set to the moving member (33) On；During the mop moves to low level by a high position, the moving member (33) drives the extrusion (32) to close to water squeezing The direction of part (3) is mobile；During the mop is by lower position a to high position, the moving member (33) drives the extrusion (32) mobile to the direction far from water crowding part (3).

3. mop cleaning tool according to claim 2, it is characterised in that: the actuator (311) is gear member, described Moving member (33) is equipped with the rack rails (331) matched with the gear member.

4. mop cleaning tool according to claim 2, it is characterised in that: the extrusion drive further includes bracket (34), which is equipped with the mobile cavity (341) being moved forward and backward for the moving member.

5. mop cleaning tool according to claim 1, it is characterised in that: the mop-pail stands further include water injector, are used During mop moves to low level by a high position, drive on the water spray to cleaning piece in water squeezing chamber (42).

6. mop cleaning tool according to claim 5, it is characterised in that: the water injector includes that can move up and down ground Set on the intracavitary casting die of the water squeezing (51), water spraying structure (52) and channel (53), during the casting die (51) moves down, squeeze Water in water cavity (42) is conveyed by the channel (53) Xiang Suoshu water spraying structure.

7. mop cleaning tool according to claim 5, it is characterised in that: the water injector further includes reset components (6), which can move down rear-guard dynamic pressure part in the casting die (51) and reset upwards.

8. mop cleaning tool according to claim 1, it is characterised in that: the mop-pail stands further include drainage arrangement (7), For the water squeezed out on cleaning piece to be at least partly delivered in staving.

9. mop cleaning tool according to claim 1, it is characterised in that: the water crowding part (3) is rotatable water squeezing Roller.

10. mop cleaning tool according to claim 1, it is characterised in that: the water crowding part (3) is scraper plate.