CN214434085U - Water-saving dirt-cleaning separating mop bucket - Google Patents

Abstract

A water-saving type dirt-cleaning separation mop bucket comprises a bucket body, a bucket cover and a mop, wherein a first partition plate is arranged in the bucket body and divides an inner cavity of the bucket body into a clean water cavity and a dirty water cavity, the bucket cover is arranged at the upper opening of the bucket body, an insertion opening of the mop is formed in the bucket cover and corresponds to the dirty water cavity, the mop comprises a mop handle and a mop head, a fixed cover is arranged on a fixed seat arranged at the upper opening of the bucket body, a cleaning insertion hole is formed in the fixed seat, the mop is characterized in that a transmission seat, a water storage ring groove and a water delivery channel are manufactured on the fixing seat, a transmission device is arranged on the transmission seat, one side of the transmission seat is communicated with the water delivery channel, the water delivery channel is communicated with the water storage ring groove, a water wheel shell is arranged at the lower end of the transmission seat in a clear water cavity of the barrel body, the upper end of the water wheel shell is connected with the transmission seat, the lower end of the water wheel shell is communicated with the clear water cavity, a spiral water pumping wheel is arranged in the water wheel shell, the upper end of a rotating shaft of the water pumping wheel is connected with the transmission device, and a linkage structure for driving the transmission device is arranged on a mop head of the mop.

Description

Water-saving dirt-cleaning separating mop bucket

Technical Field

The utility model relates to a mop bucket, in particular to a water-saving dirty-cleaning separation mop bucket which is mainly suitable for cleaning a collodion mop.

Background

During cleaning, a mop and a mop bucket are usually used, wherein the mop is used for removing dust and dirt on the ground, and the mop bucket is used for containing water for cleaning a mop head. Existing mop bucket generally has two kinds of functions, firstly wash the mop head, secondly squeeze or get rid of the water on the mop head, but this kind of mop bucket is after wasing the mop head, the water in its bucket also becomes dirty, water can add when wasing the mop head once more and become dirty, abluent mop head remains a lot of foul in dirty water, can't mop clean ground, accomplish clear water and dirty separation of water, consequently just need change the water in the bucket after wasing the mop head several times, the water waste, it is troublesome to change water, people's intensity of labour has been increased.

Disclosure of Invention

The utility model aims at overcoming the shortcoming that prior art exists, provide a clean water and dirty separation of mop bucket, the mop head is washd to the delivery unit clear water when the mop head inserts in the mop bucket, and the dirty water of washing flows into dirty water region, reduces water wasting of resources, alleviates people intensity of labour, mop head sanitization, convenient water-saving dirty separation mop bucket of clearing away moreover.

The utility model discloses water-saving dirt separation mop bucket's of clearing away technical scheme is: comprises a barrel body, a barrel cover and a mop, wherein a first partition plate is arranged in the barrel body and divides an inner cavity of the barrel body into a clean water cavity and a dirty water cavity, the barrel cover is arranged at the upper opening of the barrel body, an insertion opening of the mop is formed in the barrel cover and corresponds to the dirty water cavity, the mop comprises a mop handle and a mop head, the mop handle is rotatably connected with the mop head, a fixed seat is arranged between the upper opening of the barrel body and the barrel cover, a fixed cover is arranged on the fixed seat, a cleaning insertion hole is formed in the fixed seat and corresponds to the insertion opening, scraping teeth are formed on the inner wall of the cleaning insertion hole, a water squeezing device is arranged above the scraping teeth on the fixed cover, a transmission seat, a water storage ring groove and a water delivery channel are formed on the fixed seat, a transmission device is arranged on the transmission seat, a water outlet is formed on one side wall of the transmission seat and is communicated with the water delivery channel, the other end of the water delivery channel is communicated with the water storage ring groove, and the inner wall of the water storage ring groove corresponds to the cleaning insertion hole, the lower end of the transmission seat in the clean water cavity of the barrel body is provided with a water wheel shell, the water wheel shell and the barrel body are integrally manufactured and formed or the water wheel shell and the barrel body are separately manufactured and formed, the upper end of the water wheel shell is connected with the transmission seat, the upper end of the water wheel shell is communicated with a water delivery channel through a water outlet, the lower end of the water wheel shell is communicated with the clean water cavity, a spiral water pumping wheel is arranged in the water wheel shell, the upper end of a rotating shaft of the water pumping wheel is connected with a transmission device, and a mop head of the mop is provided with a linkage structure for driving the transmission device.

The utility model discloses a water-saving dirty separation mop bucket of clearing, when using, add right amount clear water into the clear water chamber of staving first, the clear water in clear water chamber flows into in the water wheel shell, when wasing the mop head, people hold the mop handle of mop, and rotate the mop head 90 degrees downwards, make mop head and mop handle be the equilibrium state, then insert the mop head into the inserted hole of bung and the washing jack of fixing base, wherein mop head one side can set up the glued membrane head or dull and stereotyped mop, glued membrane head or dull and stereotyped mop correspond with the wringing device on the fixing base and the scraping tooth that washs the jack inner wall, people hold the mop handle and exert oneself downwards, the mop head drives glued membrane head or dull and stereotyped mop head to move downwards and squeeze fit with the wringing device, squeeze out the sewage on glued membrane head or dull and stereotyped mop under the squeezing action of wringing device, scrape the tooth and scrape the remaining impurity on glued membrane head surface simultaneously, sewage flows into dirty water cavity downwards, scrape the tooth simultaneously and scrape the remaining impurity on unginned cotton head or dull and stereotyped mop surface, and the mop head then drives transmission through linkage structure and moves, transmission drives the pivot rotation of pumping wheel, the system has the ascending impeller of spiral gradually on the pumping wheel, the clear water spiral of impeller in rotatory in with the impeller shell is upwards carried fast, when the clear water is carried to the pumping wheel top, the clear water is carried to water delivery channel through the delivery port of pinion stand lateral wall, and carry to the retaining annular along water delivery channel in, and flow to the unginned cotton head or dull and stereotyped mop surface of mop along the retaining annular, make its surface moist, the mop head is repeated reciprocates, reach abluent mesh. This scheme water-saving dirty separation mop bucket of clearing away, divide into clear water chamber and dirty water chamber with the staving, when the mop head inserts, dirty water is extruded and flows into in the dirty water chamber, the clear water in the clear water intracavity is at the rack simultaneously, carry to the retaining annular under the effect of drive gear group and draw-water wheel, carry to the glued membrane head or flat mop on along retaining annular inner wall again, make its surface moist, the mop head is repeated reciprocates, reach abluent mesh, the clear water volume that washs at every turn and use is few, reduce water wasting of resources, the dirty water that washs out flows into dirty water chamber, can not pollute the clear water of clear water intracavity, need not change dirty water always, only need accomplish after mopping, can with the dirty water in the staving, effectively alleviate people's intensity of labour, and it is convenient to wash, it is clean.

The utility model discloses a water-saving type dirt-cleaning separation mop bucket, transmission device be transmission gear group, set up the fixing base between staving upper shed and bung, the system has the transmission seat on the fixing base, set up transmission gear group on the transmission seat, transmission gear group include driving gear, driven gear, swing gear and linkage gear, the driving gear is vertical to be set up at the lateral wall of transmission seat, the periphery and the side of driving gear are made the tooth respectively, the tooth of driving gear side meshes with the tooth of driven gear, driven gear meshes with swing gear, swing gear meshes with linkage gear, linkage gear is connected with the pivot upper end of suction wheel, swing gear on system have the gear shaft, the system has arc-shaped swing groove on the transmission seat, swing gear shaft and arc-shaped swing groove cooperate, linkage structure for the lateral wall or the back system of mop head have the rack, the rack is meshed with the peripheral teeth of the driving gear. When the mop head is inserted into the insertion hole of the barrel cover and the cleaning insertion hole of the fixing seat downwards, a rack on the mop head is meshed with teeth on the periphery of the driving gear, the driving gear is driven by the mop head to rotate, teeth on the side surface of the driving gear drive the driven gear to rotate, the driven gear drive the swing gear to rotate, the swing gear is driven by the driven gear to move towards the direction close to the linkage gear along the arc-shaped swing groove under the action of the rotating force of the driven gear, so that the swing gear is meshed with the linkage gear, the linkage gear drives the water pumping wheel to rotate, an impeller on the water pumping wheel spirally conveys clean water upwards, when the mop head is pulled out upwards, the rack drives the driving gear, the driven gear and the swing gear to rotate in the opposite direction to the previous direction, wherein the swing gear drives the swing gear to move towards the direction away from the linkage gear along the arc-shaped swing groove under the action of the reverse rotating force of the driven gear, the swing gear is disengaged from the linkage gear, the linkage gear and the water pumping wheel cannot rotate reversely at the moment, and meanwhile due to inertia, the linkage gear and the water pumping wheel still rotate forwards and convey clean water upwards (namely the clean water pumped by the water pumping wheel is still remained on the impeller instead of being conveyed back into the clean water cavity under the reverse rotation action of the impeller), so that when the mop head repeatedly moves up and down for cleaning, the clean water can be timely conveyed into the water storage ring groove without intermediate idle stroke.

The barrel cover on set up toggle knob, toggle knob is through pin and barrel cover swivelling joint, toggle knob lower extreme system has spacer pin and slot, barrel cover upper end system has the meshing spacing groove, separation spacing groove and arc perforation, the spacer pin cooperatees with meshing spacing groove or separation spacing groove, set up gear switch under the barrel cover, the system has pinhole and bolt on the gear switch, the pin passes the barrel cover and cooperatees with the pinhole, gear switch's bolt passes the barrel cover and inserts in toggle knob's slot, the system has the arc spread groove at gear switch's lower extreme, the arc spread groove cooperatees with the gear shaft of swing gear. People can rotate the toggle knob manually, the toggle knob is matched with the bolt through the slot to drive the gear switch to synchronously rotate, the arc connecting groove of the gear switch is matched with the gear shaft of the swing gear, when people rotate the toggle knob to drive the gear switch and the swing gear to the right, the swing gear is disengaged from the linkage gear, one end of the arc connecting groove under the gear switch is contacted with the upper end of the gear shaft of the swing gear, the lower end of the gear shaft is in limit contact with the reverse end of the arc-shaped swing groove on the gear seat (namely, the upper end and the lower end of the gear shaft of the swing gear are limited and cannot swing), people can not drive the water pumping wheel to rotate when pulling the mop head upwards or downwards, the swing gear cannot be meshed with the linkage gear, the clean water cannot be conveyed into the water storage ring groove, the collodion head can only be squeezed by the squeezing roller and can not scrape impurities from the scraping teeth, and at the moment, the mop bucket is only in a squeezing state; when people rotate the toggle knob to drive the gear switch and the swing gear to rotate leftwards, the arc-shaped connecting groove below the gear switch corresponds to the arc-shaped swing groove on the gear seat, the swing gear can move back and forth in the arc-shaped connecting groove and the arc-shaped swing groove, the transmission gear set moves forwards when people insert the mop head downwards, the swing gear moves towards the direction of the linkage gear under the action of the rotating force of the driven gear, the swing gear of the transmission gear set is meshed with the linkage gear, the water pumping wheel is in a clear water conveying state, when the mop head is pulled out upwards, under the action of the rotating force in the reverse direction of the driven gear, the gear shaft of the swing gear can move along the arc-shaped swing groove and the arc-shaped connecting groove towards the direction of the linkage gear, the swing gear is disengaged from the linkage gear, the water pumping wheel is in a rotation stopping state, and the limiting pin at the lower end of the toggle knob is matched with the meshing limiting groove or the separating limiting groove on the barrel cover, the toggle knob and the gear switch can be limited in the state.

The staving is located the lateral wall system in dirty water cavity and has the side opening, sets up dirty cask in the side opening, system has the second division board in the dirty cask, and the second division board divide into little cavity and big cavity with dirty cask, and little cavity is corresponding with the inserted hole of bung and the washing jack of fixing base, and it has the blowdown hole to make between the outer wall lower extreme of scraping tooth upper end and retaining annular of washing jack, and the blowdown hole system has the guide plate below the blowdown hole, and on the second division board, the blowdown hole communicates with each other with big cavity through the guide plate. When dirty water in the collodion cotton head or the flat mop is squeezed out, the dirty water flows into the large cavity along the sewage discharge hole and the flow guide plate, the mop head only moves up and down in the small cavity, and the small cavity is separated from the large cavity, so that water storage in the small cavity can be prevented, and the dirty water is prevented from being sucked into the collodion cotton head or the flat mop again when the collodion cotton head or the flat mop moves down.

The barrel cover is provided with a water filling opening corresponding to the clean water cavity, and a water filling cover plate is arranged on the water filling opening and can be opened to fill clean water into the clean water cavity from the water filling opening.

The barrel cover is provided with a screw hole, a dry-wet adjusting button is arranged in the screw hole, the dry-wet adjusting button is in threaded fit with the screw hole, a conical adjusting head is arranged at the lower end of the dry-wet adjusting button, the water squeezing device comprises a guide seat, one side of the guide seat is provided with an inclined guide surface, the outer wall of the conical adjusting head is in contact with the inclined guide surface of the guide seat, the other side of the guide seat is provided with a water squeezing seat, more than one water squeezing idler wheel is arranged on the water squeezing seat, the lower part of the guide seat is provided with a movable sliding plate, a movable sliding groove is arranged on the fixed cover, and the movable sliding plate is matched with the movable sliding groove. The squeezing roller is adopted to squeeze water mainly aiming at the collodion cotton head, the barrel cover is provided with the dry-wet adjusting button, the conical adjusting head can be driven to move up and down by rotating the dry-wet adjusting button, when the adjusting head moves downwards, the conical surface of the outer wall of the adjusting head is contacted with the inclined guide surface on one side of the guide seat, the squeezing seat and the squeezing roller are pushed to move towards one side of the cleaning jack, the moving sliding plate on the lower part of the guide seat moves along the moving sliding groove, the squeezing seat and the squeezing roller are closer to the mop head, the squeezing force on the collodion cotton head on the mop head is larger, more squeezing water is achieved, otherwise, the dry-wet adjusting button rotates upwards, the squeezing seat and the squeezing roller have small squeezing force on the collodion cotton head, less squeezing water is achieved, the surface of the collodion cotton head is wet, and the dry-wet adjusting effect of the collodion cotton head is controlled.

The fixed cover on set up the guide holder, guide holder inner wall system has shaft hole and arc guide slot, and the both sides system of crowded water seat has round pin axle and guide arm, and in the round pin axle inserts the shaft hole, set up the torsional spring at round pin axle both ends, one end and the crowded water seat of torsional spring contacted, another end and the guide holder of torsional spring contacted, the guide arm cooperatees with arc guide slot. When the mop head and the collodion head move up and down to be matched with the squeezing roller of the squeezing seat in a squeezing mode, the squeezing seat swings along the arc-shaped guide groove of the guide seat through the guide rod, the phenomenon that the collodion head is blocked when being squeezed is avoided, and the smooth squeezing action is guaranteed.

Drawings

FIG. 1 is a schematic perspective view showing the state of the water-saving dirt-removing and separating mop bucket of the present invention in cooperation with a mop;

FIG. 2 is a schematic view of the structure of the water-saving dirt-removing and separating mop bucket of the present invention in a state of being matched with a mop;

FIG. 3 is a perspective view of the fixed seat, the fixed cover, the water squeezing seat, the water squeezing roller, the swing guide seat, the toggle knob and the water pumping wheel in a matching state;

FIG. 4 is a perspective view of the fixed seat, the transmission gear set and the pumping wheel in a matching state;

FIG. 5 is a perspective view of the drive gear set with the wobble gear separated from the linkage gear;

FIG. 6 is a perspective view of the toggle knob, the gear switch, the fixing cover and the fixing seat in an exploded state;

FIG. 7 is a perspective view of the toggle knob and gear switch in an exploded state;

FIG. 8 is a perspective view of the wringing receptacle, wringing rollers, swing guide receptacles and torsion springs in an exploded state;

FIG. 9 is a perspective view of the fixed cover, the dry/wet adjusting button, the guide seat, the wringing seat and the wringing roller in a matched state;

FIG. 10 is a perspective view illustrating an exploded state of the tub body and the dirty water tub;

fig. 11 is a perspective view of the tub cover;

fig. 12 is a schematic perspective view of the mop.

Detailed Description

The utility model relates to a water-saving type mop bucket for cleaning and separating dirt, as shown in figures 1-12, comprising a bucket body 1, a bucket cover 2 and a mop 3, wherein a first partition plate 11 is arranged in the bucket body, the inner cavity of the bucket body is divided into a clear water cavity 12 and a dirty water cavity 13 by the first partition plate, the upper opening of the bucket body is provided with the bucket cover, the bucket cover is internally provided with a mop insertion hole 21 corresponding to the dirty water cavity, the mop 3 comprises a mop handle 31 and a mop head 32, the mop handle is rotationally connected with the mop head, a fixed seat 4 is arranged between the upper opening of the bucket body 1 and the bucket cover 2, the fixed seat is provided with a fixed cover 54, the fixed seat is provided with a cleaning insertion hole 41 corresponding to the insertion hole 21, the inner wall of the cleaning insertion hole is provided with a scraping tooth 42, the fixed cover 54 is arranged above the scraping tooth and is provided with a water squeezing device, the fixed seat 4 is provided with a transmission seat 45, a water storage ring groove 46 and a water transmission channel 47, and a transmission device is arranged on the transmission seat, a water outlet is formed in one side wall of the transmission seat and is communicated with a water delivery channel 47, the other end of the water delivery channel 47 is communicated with a water storage ring groove 46, the inner wall of the water storage ring groove corresponds to the cleaning jack 41, a water wheel shell 48 is arranged at the lower end of the transmission seat 45 in the clear water cavity 12 of the barrel body 1, the water wheel shell and the barrel body are integrally manufactured and formed or are manufactured and formed in a split mode, the upper end of the water wheel shell is connected with the transmission seat, the upper end of the water wheel shell is communicated with the water delivery channel 47 through the water outlet, the lower end of the water wheel shell is communicated with the clear water cavity 12, a spiral water pumping wheel 49 is arranged in the water wheel shell, the upper end of a rotating shaft of the water pumping wheel is connected with a transmission device, and a linkage structure for driving the transmission device is arranged on the mop head 32 of the mop 3. When the mop is used, proper amount of clean water is firstly added into the clean water cavity 12 of the barrel body 1, the clean water in the clean water cavity flows into the water wheel shell 48, when the mop head 32 is cleaned, a user holds the mop handle 31 of the mop 3, rotates the mop head 32 downwards by 90 degrees to enable the mop head and the mop handle to be in a balanced state, then inserts the mop head into the insertion hole 21 of the barrel cover 2 and the cleaning insertion hole 41 of the fixing seat 4, wherein one side of the mop head can be provided with a collodion head or a flat mop, the collodion head or the flat mop corresponds to the water squeezing device on the fixing seat 4 and the scraping teeth 42 on the inner wall of the cleaning insertion hole, when the user holds the mop handle 31 to force downwards, the mop head drives the collodion head or the flat mop to move downwards to be in press fit with the water squeezing device, sewage on the collodion head or the flat mop is squeezed out under the squeezing action of the water squeezing device, and the scraping teeth 42 scrape residual impurities on the surface of the collodion head, sewage flows downwards into the dirty water cavity 13, the scraping teeth 42 scrape residual impurities on the surface of the collodion cotton head or the flat mop cloth, the mop head 32 drives the transmission device to operate through a linkage structure, the transmission device drives the rotating shaft of the water pumping wheel 49 to rotate, the water pumping wheel is provided with an impeller which gradually spirals upwards, the impeller rotates fast to spirally upwards convey clean water in the water wheel shell 48, when the clean water is conveyed to the top of the water pumping wheel, the clean water is conveyed to the water conveying channel 47 through a water outlet in the side wall of the gear seat 45 and conveyed to the water storage ring groove 46 along the water conveying channel 47, and flows to the collodion cotton head or the flat mop cloth surface of the mop along the water storage ring groove, so that the surface of the mop head is wet, the mop head repeatedly moves up and down, and the cleaning purpose is achieved. This scheme water-saving dirty separation mop bucket of clearing away, divide into clear water chamber 12 and dirty water chamber 13 with staving 1, when mop head 32 inserts, dirty water is extruded and flows into in the dirty water chamber, the clear water in the clear water chamber is carried to retaining annular 46 under rack 34, drive gear group and suction wheel 49's effect simultaneously, carry on the glued membrane head or the dull and stereotyped mop along retaining annular inner wall again, make its surface moist, mop head is repeated reciprocates, reach abluent mesh, the clear water volume that washs at every turn and use is few, reduce water resource waste, the dirty water that washs out flows into dirty water chamber 13, can not pollute the clear water in clear water chamber 12, need not change dirty water always, only after accomplishing mopping, pour the dirty water in staving 1 can, effectively alleviate people's intensity of labour, and wash convenient, clean. The transmission device is a transmission gear set, a fixed seat 4 is arranged between the upper opening of the barrel body 1 and the barrel cover 2, a transmission seat 45 is arranged on the fixed seat 4, the transmission gear set is arranged on the transmission seat, the transmission gear set comprises a driving gear 61, a driven gear 62, a swing gear 63 and a linkage gear 64, the driving gear is vertically arranged on the side wall of the transmission seat 45, the periphery and the side surface of the driving gear are respectively provided with teeth, the teeth on the side surface of the driving gear are meshed with the teeth of the driven gear, the driven gear is meshed with the swing gear, the swing gear is meshed with the linkage gear, the linkage gear is connected with the upper end of a rotating shaft of the water pumping wheel 49, the swing gear 63 is provided with a gear shaft 65, the transmission seat 45 is provided with an arc-shaped swing groove 50, the gear shaft 65 of the swing gear 63 is matched with the arc-shaped swing groove, and the linkage structure is that the side wall or the back surface of the mop head 32 is provided with a rack 34, the rack is engaged with the teeth on the periphery of the pinion 61. When the mop head 32 is inserted into the insertion opening 21 of the barrel cover 2 and the cleaning insertion hole 41 of the fixing seat 4, the rack 34 on the mop head is engaged with the peripheral teeth of the driving gear 61, the mop head drives the driving gear to rotate, the teeth on the side surface of the driving gear drive the driven gear 62 to rotate, the driven gear drives the swing gear 63 to rotate, the swing gear 63 is driven by the rotating force of the driven gear 62 to move in the direction close to the linkage gear 64 along the arc-shaped swing groove 50, the swing gear 63 is engaged with the linkage gear 64, the linkage gear drives the linkage gear to rotate, the linkage gear drives the water pumping wheel 49 to rotate, the impeller on the water pumping wheel spirally conveys clean water upwards, when the mop head 32 is pulled out upwards, the rack 34 drives the driving gear 61, the driven gear 62 and the swing gear 63 to rotate in the opposite direction to the previous direction, wherein the swing gear 63 drives the swing gear 63 to separate from the linkage gear 64 along the arc-shaped swing groove 50 under the reverse rotating force of the driven gear 62, and the swing gear 63 The swing gear is moved to be disengaged from the linkage gear 64, the linkage gear and the water pumping wheel cannot rotate reversely at the moment, and meanwhile, due to inertia, the linkage gear and the water pumping wheel still rotate in the forward direction and also convey clean water upwards (namely, the clean water pumped by the water pumping wheel still remains on the impeller and is not conveyed back into the clean water cavity under the reverse rotation action of the impeller), so that when the mop head repeatedly moves up and down for cleaning, the clean water can be timely conveyed into the water storage ring groove 46 without intermediate idle stroke. The barrel cover 2 is provided with a toggle knob 7, the toggle knob is rotationally connected with the barrel cover through a pin 71, the lower end of the toggle knob is provided with a limiting pin 72 and a slot 73, the upper end of the barrel cover 2 is provided with a meshing limiting groove 23, a separation limiting groove 24 and an arc perforation 25, the limiting pin is matched with the meshing limiting groove or the separation limiting groove, a gear switch 74 is arranged below the barrel cover, the gear switch is provided with a pin hole 75 and a plug pin 76, the pin penetrates through the barrel cover 2 to be matched with the pin hole, the plug pin 76 of the gear switch 74 penetrates through the barrel cover 2 to be inserted into the slot 73 of the toggle knob 7, the lower end of the gear switch 74 is provided with an arc connecting groove 77, and the arc connecting groove is matched with a gear shaft 65 of the swing gear 63. People can rotate the toggle knob 7 manually, the toggle knob is matched with the plug pin 76 through the slot 73 to drive the gear switch 74 to rotate synchronously, the arc-shaped connecting groove 77 of the gear switch is matched with the gear shaft 65 of the swing gear 63, when people rotate the toggle knob 7 to drive the gear switch 74 and the swing gear 63 to the right, the swing gear is disengaged from the linkage gear 64, one end of the arc-shaped connecting groove 77 under the gear switch is contacted with the upper end of the gear shaft 65 of the swing gear 63, the lower end of the gear shaft is contacted with the reverse end limit of the arc-shaped swing groove 50 on the gear seat 45 (namely, the upper end and the lower end of the gear shaft 65 of the swing gear are limited and cannot swing), people pull the mop head 32 upwards or downwards to cause the swing gear to be engaged with the linkage gear, the water pumping wheel 49 cannot be driven to rotate, clean water cannot be conveyed into the water storage ring groove 46, the collodion head can only be extruded by the water squeezing roller 44 and can scrape impurities from the scraping teeth 42, at the moment, the mop bucket is only in a water squeezing state; when a user rotates the toggle knob 7 to drive the gear switch 74 and the swing gear 63 to rotate leftwards, the arc-shaped connecting groove 77 below the gear switch corresponds to the arc-shaped swing groove 50 on the gear seat 45, the swing gear can move back and forth in the arc-shaped connecting groove 78 and the arc-shaped swing groove 50, when the user inserts the mop head downwards, the transmission gear set moves forwards, the swing gear 63 moves towards the linkage gear 64 under the action of the rotation force of the driven gear 62, so that the swing gear of the transmission gear set is meshed with the linkage gear, the water pumping wheel 49 is in a clear water conveying state, when the mop head is pulled upwards, under the action of the rotation force in the opposite direction of the driven gear 62, the gear shaft 65 of the swing gear 63 can move along the arc-shaped swing groove 50 and the arc-shaped connecting groove 77 towards the direction away from the linkage gear 64, so that the swing gear 63 is disengaged from the linkage gear 64, the pumping wheel is in a stop rotating state, and the limit pin 72 at the lower end of the toggle knob 7 is matched with the engagement limit groove 23 or the separation limit groove 24 on the barrel cover 2, so that the toggle knob 7 and the gear switch 74 can be limited in the state. The side wall of the barrel body 1 positioned in the dirty water cavity 13 is provided with a side opening 14, a dirty water barrel 8 is arranged in the side opening, a second partition plate 81 is arranged in the dirty water barrel, the dirty water barrel is divided into a small cavity 82 and a large cavity 83 by the second partition plate, the small cavity corresponds to the insertion hole 21 of the barrel cover 2 and the cleaning insertion hole 41 of the fixing seat 4, a sewage discharge hole 52 is arranged between the upper end of the scraping tooth 42 of the cleaning insertion hole 41 and the lower end of the outer wall of the water storage ring groove 46, a guide plate 53 is arranged below the sewage discharge hole, and on the second partition plate 81, the sewage discharge hole is communicated with the large cavity 83 through the guide plate. When dirty water in the collodion head or flat mop is squeezed out, the dirty water flows into the large cavity 83 along the drainage hole 52 and the flow guide plate 53, the mop head 32 only moves up and down in the small cavity 82, and the small cavity is separated from the large cavity, so that water can be prevented from being stored in the small cavity, and the dirty water is prevented from being sucked into the collodion head or the flat mop again when the collodion head or the flat mop moves down. A water filling opening 22 is formed in the barrel cover 2 and corresponds to the clean water cavity 12, a water filling cover plate 26 is arranged on the water filling opening, the water filling cover plate 26 can be opened, and clean water is filled into the clean water cavity 12 from the water filling opening 22. The barrel cover 2 is provided with a screw hole, a dry-wet adjusting button 27 is arranged in the screw hole, the dry-wet adjusting button is in threaded fit with the screw hole, the lower end of the dry-wet adjusting button is provided with a conical adjusting head 28, the water squeezing device comprises a guide seat 55, one side of the guide seat is provided with an inclined guide surface 551, the outer wall of the conical adjusting head 28 is contacted with the inclined guide surface of the guide seat, the other side of the guide seat is provided with a water squeezing seat 43, more than one water squeezing roller 44 is arranged on the water squeezing seat, the lower part of the guide seat 55 is provided with a movable sliding plate 552, the fixed cover 54 is provided with a movable 541 sliding groove, and the movable sliding plate is matched with the movable sliding groove. The squeezing roller 44 is adopted to squeeze water mainly aiming at the collodion cotton head, the barrel cover 2 is provided with the dry-wet adjusting button 27, the conical adjusting head 28 can be driven to move up and down by rotating the dry-wet adjusting button, when the adjusting head moves downwards, the conical surface of the outer wall of the adjusting head is contacted with the inclined guide surface 551 on one side of the guide seat 55 to push the guide seat 55, the squeezing seat 43 and the squeezing roller 44 to move towards one side of the cleaning jack 41, the movable sliding plate 552 on the lower part of the guide seat moves along the movable sliding chute 541 to enable the squeezing seat and the squeezing roller to be closer to the mop head, so that the squeezing force on the collodion cotton head on the mop head is larger, the squeezing water is more, otherwise, the dry-wet adjusting button 27 rotates upwards, the squeezing seat and the squeezing roller have small squeezing force on the collodion cotton head, the squeezing water is less, the surface of the collodion cotton head is wet, and the dry-wet adjusting effect of the collodion cotton head is controlled. The fixed cover 54 is provided with a guide seat 55, the inner wall of the guide seat is provided with a shaft hole 56 and an arc-shaped guide groove 57, two sides of the water squeezing seat 43 are provided with a pin shaft 58 and a guide rod 59, the pin shaft is inserted into the shaft hole, two ends of the pin shaft are provided with torsion springs 60, one end of each torsion spring is contacted with the water squeezing seat 43, the other end of each torsion spring is contacted with the guide seat 55, and the guide rod is matched with the arc-shaped guide groove. When the mop head 32 and the collodion head move up and down to be squeezed and fitted with the squeezing roller 44 of the squeezing seat 43, the squeezing seat swings along the arc-shaped guide groove 57 of the guide seat 55 through the guide rod 59, so that the collodion head is prevented from being stuck when being squeezed, and the smooth squeezing action is ensured.

Claims (7)

1. Water-saving clear dirty separation mop bucket, including staving (1), bung (2) and mop (3), the system has first division board (11) in the staving, and first division board divide into clear water chamber (12) and dirty water cavity (13) with the staving inner chamber, and the upper shed of staving sets up the bung, opens inserted hole (21) that have the mop in the bung, and the inserted hole is corresponding with dirty water cavity, mop (3) are including mop handle (31) and mop head (32), mop handle and mop head swivelling joint, set up fixing base (4) between staving (1) upper shed and bung (2), set up fixed cover (54) on the fixing base, the system has washing jack (41) in the fixing base, and it is corresponding with inserted hole (21) to wash jack, has scraping tooth (42) at the inner wall system that washs the jack, and fixed cover (54) are located the top of scraping the tooth and set up crowded water installation, its characterized in that: the water-saving toilet bowl is characterized in that a transmission seat (45), a water storage ring groove (46) and a water delivery channel (47) are arranged on the fixed seat (4), a transmission device is arranged on the transmission seat, a water outlet is arranged on one side wall of the transmission seat and is communicated with the water delivery channel (47), the other end of the water delivery channel (47) is communicated with the water storage ring groove (46), the inner wall of the water storage ring groove corresponds to a cleaning jack (41), a water wheel shell (48) is arranged at the lower end of the transmission seat (45) in a clear water cavity (12) of the bowl body (1), the water wheel shell and the bowl body are integrally manufactured or separately manufactured, the upper end of the water wheel shell is connected with the transmission seat, the upper end of the water wheel shell is communicated with the water delivery channel (47) through the water outlet, the lower end of the water wheel shell is communicated with the clear water cavity (12), a spiral water pumping wheel (49) is arranged in the water wheel shell, and the upper end of a rotating shaft of the water pumping wheel is connected with the transmission device, a linkage structure for driving the transmission device is arranged on a mop head (32) of the mop (3).

2. A water-saving dirt cleaning and separating mop bucket according to claim 1, wherein: the transmission device is a transmission gear set, a fixed seat (4) is arranged between an upper opening of a barrel body (1) and a barrel cover (2), a transmission seat (45) is arranged on the fixed seat (4), the transmission gear set is arranged on the transmission seat, the transmission gear set comprises a driving gear (61), a driven gear (62), a swinging gear (63) and a linkage gear (64), the driving gear is vertically arranged on the side wall of the transmission seat (45), the periphery and the side surface of the driving gear are respectively provided with teeth, the teeth on the side surface of the driving gear are meshed with the teeth of the driven gear, the driven gear is meshed with the swinging gear, the swinging gear is meshed with the linkage gear, the linkage gear is connected with the upper end of a rotating shaft of a water pumping wheel (49), the swinging gear (63) is provided with a gear shaft (65), an arc swinging groove (50) is arranged on the transmission seat (45), and the gear shaft (65) of the swinging gear (63) is matched with the arc swinging groove, the linkage structure is that a rack (34) is arranged on the side wall or the back surface of the mop head (32), and the rack is meshed with the peripheral teeth of the driving gear (61).

3. A water-saving dirt cleaning and separating mop bucket according to claim 2, wherein: the barrel cover (2) is provided with a toggle knob (7), the toggle knob is rotatably connected with the barrel cover through a pin (71), the lower end of the toggle knob is provided with a limiting pin (72) and a slot (73), the upper end of the barrel cover (2) is provided with a meshing limiting groove (23), a separating limiting groove (24) and an arc-shaped through hole (25), the limiting pin is matched with the meshing limiting groove or the separating limiting groove, a gear switch (74) is arranged below the barrel cover, the gear switch is provided with a pin hole (75) and a plug pin (76), the pin (71) penetrates through the barrel cover (2) to be matched with the pin hole (75), the plug pin (76) of the gear switch (74) penetrates through the barrel cover (2) to be inserted into the slot (73) of the toggle knob (7), the lower end of the gear switch (74) is provided with an arc-shaped connecting groove (77), and the arc-shaped connecting groove is matched with a gear shaft (65) of a swing gear (63).

4. A water-saving dirt cleaning and separating mop bucket according to claim 1, wherein: the lateral wall system that staving (1) is located dirty water cavity (13) has side opening (14), set up dirty cask (8) in the side opening, system has second division board (81) in the dirty cask, the second division board divide into little cavity (82) and big cavity (83) with dirty cask, the washing jack (41) of inserted hole (21) and fixing base (4) of little cavity and bung (2) are corresponding, it has blowoff hole (52) to make between the outer wall lower extreme of scraping tooth (42) upper end and retaining annular (46) of washing jack (41), blowoff hole below system has guide plate (53), on second division board (81), the blowoff hole communicates with each other with big cavity (83) through the guide plate.

5. A water-saving dirt cleaning and separating mop bucket according to claim 1, wherein: a water filling port (22) is arranged in the barrel cover (2), the water filling port corresponds to the clear water cavity (12), and a water filling cover plate (26) is arranged on the water filling port.

6. A water-saving dirt cleaning and separating mop bucket according to claim 1, wherein: the barrel cover (2) is provided with a screw hole, a dry-wet adjusting button (27) is arranged in the screw hole, the dry-wet adjusting button is in threaded fit with the screw hole, the lower end of the dry-wet adjusting button is provided with a conical adjusting head (28), the water squeezing device comprises a guide seat (55), one side of the guide seat is provided with an inclined guide surface (551), the outer wall of the conical adjusting head (28) is in contact with the inclined guide surface of the guide seat, the other side of the guide seat is provided with a water squeezing seat (43), more than one water squeezing roller (44) is arranged on the water squeezing seat, the lower part of the guide seat (55) is provided with a movable sliding plate (552), a movable sliding groove (541) is formed in the fixed cover (54), and the movable sliding plate is matched with the movable sliding groove.

7. A water-saving dirt cleaning and separating mop bucket according to claim 6, wherein: the fixed cover (54) on set up guide holder (55), the guide holder inner wall system has shaft hole (56) and arc guide slot (57), the both sides system of crowded water seat (43) has round pin axle (58) and guide arm (59), during the round pin axle inserts the shaft hole, set up torsional spring (60) at round pin axle both ends, one end of torsional spring contacts with crowded water seat (43), another end of torsional spring contacts with guide holder (55), the guide arm cooperatees with the arc guide slot.

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