CN209712801U - A kind of mop cleaning device - Google Patents

Abstract

The utility model belongs to ground cleaning appliance technical field, disclose a kind of mop cleaning device, including staving, water area is equipped in the staving, contraminated zone and cleaning area, the water in water area can be input to the water delivery mechanism realized in the cleaning area to mop-cleaning in cleaning area by being equipped between the water area and the cleaning area, the drainage part that can be scraped and drain into sewage contraminated zone to the cleaning surface of mop is equipped between the cleaning area and the contraminated zone, the water delivery mechanism includes for realizing the suction pump for extracting the water in water area out and the drive mechanism for being used to drive the suction pump pump shaft；The utility model cleans planker by the way of automatic water jetting, and cleaning effect is good, saves water source and brings convenience for cleaning mop, largely alleviates the burden of housework work.

Description

A kind of mop cleaning device

Technical field

The utility model belongs to ground cleaning appliance technical field, and in particular to a kind of mop cleaning device.

Background technique

With the continuous development of economic level, household cleaning apparatus is constantly updated the replacement also with market, tradition The structure of flat mop also constantly improving, there is cleaning for the cleaning of flat mop mop-pail stands relatively conventional at present Chamber and extrusion chamber realize extract moisture above after cleaning and cleaning to flat mop respectively, such cleaning barrel There are the following problems:

1. traditional mop-pail stands sewage and water purification do not separate, usually cleans the whole bucket water of a mop and be all contaminated, sewage is anti- It is multiple to use, and do not have the problem of automatic water-replacing, it generally requires for mop-pail stands to be moved to and carries out changing water at water pipe, generally carry out whole A housework cleaning needs to replace water several times back and forth, undoubtedly increases the burden of housework, whole operation cumbersome；

There is also certain water resources while 2. traditional one barrel of water cleaning mop cannot reach good cleaning effect Waste the problem of；

3. cleaning needs to replace mop to other functional areas the effect for being just able to achieve Squeezing mop after completing, operate Trouble.

Utility model content

For it is above-mentioned in the prior art, the utility model provides a kind of mop cleaning device, by the way of automatic water jetting Planker is cleaned, cleaning effect is good, saves water source and brings convenience for cleaning mop, largely alleviates house It works the burden of work.

The technology employed by the present utility model is

A kind of mop cleaning device, including staving, the staving is interior to be equipped with water area, contraminated zone, cleaning area and can incite somebody to action The water in water area, which is input in the cleaning area, realizes that further including can be to mop to the water delivery mechanism of mop-cleaning in cleaning area Cleaning surface scraped and drained into the sewage on mop the drainage part in contraminated zone, the water delivery mechanism include for realizing By the suction pump of the water extraction in water area and the drive mechanism for being used to drive the suction pump.

Staving is divided into water area, contraminated zone and cleaning area by present design, be can be realized different use functions, is deposited The clean water for cleaning mop is stored in pool, and cleaning area moves up and down in cleaning area as actual operating space, mop, is led to Crossing drainage part may be implemented to scrape mop-cleaning face, and sewage is drained to contraminated zone, and passes mop can be realized The whole of sewage collect, and by the design of water delivery mechanism, can be realized the clean water being stored in water area being delivered to cleaning Area, during moving up and down, the water outlet Jiang Shui of water delivery mechanism is sprayed on the cleaning surface of mop mop, can be realized pair The cleaning of mop, it is such by the way of gradually carrying out spraying water and scraping cleaning surface back and forth to cleaning surface, due to each Cleaning is all the clean water used, therefore, good with cleaning effect and water-saving advantage.

The water in water area is fed from cleaning area due to realizing using suction pump, suction pump pump is driven by drive mechanism The rotation of axis achievees the effect that draw water, the driving that can be realized to suction pump that moves up and down to mop, reasonable in design, It operates convenient laborsaving.

Further, the drive mechanism includes the tooth that the mop back side is arranged in along the length direction of the mop Item and be set to the staving on and with the rack gear meshed gears component.

Further, the gear assembly includes outer ring assembl and inner ring assembly, and the outer ring of the outer ring assembl is equipped with outer Gear, inner ring are equipped with limit ratchet, and the external gear is engaged with the rack gear, and the inner ring assembly is equipped with pawl, the spine Pawl is engaged with the limit ratchet, the gear assembly be symmetrical arranged there are two, between the inner ring assembly be equipped with connecting shaft, institute It states and is equipped with transmission component between connecting shaft and the suction pump.

The rack gear as set by the mop back side is engaged with the external gear, and when mop moves down, external gear is rotated counterclockwise, and is led to It crosses pawl and limits the cooperation of ratchet, realize rotating counterclockwise for inner ring assembly.

By being equipped with connecting shaft in inner ring assembly, inner ring assembly drives connecting shaft rotation, connecting shaft and suction pump pump shaft it Between transmission achieved the effect that by transmission component, so that realizes mop moves up and down the pumping that can be achieved to the water in water area It takes.

Uniform extruding force can be applied to mop by the setting of two gear assemblies, and the cooperation with drainage part drains part More uniform to the extruding force of cleaning surface, cleaning effect is more preferable.

Further, the gear assembly includes the driving gear engaged with the rack gear and engages with the driving gear Driving gear set.

Further, it is two that the gear assembly, which is symmetrical arranged, and the driving gear set includes being fixed on the staving On tooth rest, be arranged on the tooth rest and the driving gear meshed gears two and the change engaged with the gear two Position gear, the profile modified gear further includes gear wheel and the pinion gear that engages with the gear two, between gear wheel and pinion gear Displacement slot, the gear shaft of the profile modified gear and the change are equipped with by gear axis connection, in the tooth rest or the staving Position slot is slidably matched.

Further, the driving gear set further includes nibbling with the gear wheel meshed gears three, with the gear wheel The gear four of conjunction and with four meshed gears five of gear, the driving gear set further includes gear six, the gear three, institute State gear five to engage with the gear six, be equipped with connecting shaft between the gear six, the connecting shaft and the suction pump it Between be equipped with transmission component.

Since gear six drives connecting shaft rotation, when mop moves down, driving gear is rotated counterclockwise, profile modified gear sliding tooth Wheel three rotates clockwise, and gear three drives gear six to rotate counterclockwise, and the rotation of gear six drives connecting shaft rotation, to pass through biography Dynamic component realizes the driving to suction pump, and realization, which moves down, draws water；

When mop moves up, driving gear is rotated clockwise, profile modified gear rotate clockwise during along displacement slot into Row movement, profile modified gear are moved to the state band moving gear four engaged with gear four and rotate counterclockwise, and gear four is with moving gear five It rotates clockwise, gear five is rotated counterclockwise with moving gear six, and the rotation of gear six drives connecting shaft rotation, to pass through transmission group Part realizes driving to suction pump, and realization, which moves up, draws water, the design of such drive mechanism can be realized it is two-way draw water, no matter existing During mop moves down or mop moves up, the flushing to mop can be achieved, water yield is bigger, and cleaning effect is more preferable.

Further, the driving gear set further include with the gear wheel meshed gears three, between the gear three Equipped with connecting shaft, transmission component is equipped between the connecting shaft and the pump shaft of the suction pump.

Since gear three drives connecting shaft rotation, when mop moves down, driving gear is rotated counterclockwise, profile modified gear sliding tooth Wheel three rotates clockwise, and realizes the rotation to connecting shaft, to realize that the driving to suction pump, realization move down by transmission component It draws water；

When mop moves up, driving gear is rotated clockwise, profile modified gear rotate clockwise during along displacement slot into Row movement, profile modified gear and gear Three Cut Off's, gear three does not rotate at this time, and profile modified gear idle running does not draw water, it is lighter to lift mop Pine.

Further, the driving gear set includes the transmission gear engaged with the driving gear, the transmission gear Between be equipped with connecting shaft, between the connecting shaft and the suction pump be equipped with transmission component.

The design of transmission gear can be improved the revolving speed of suction pump, and pump-out is bigger.

Further, the transmission component includes the driving wheel one in the connecting shaft and pumps set on the suction pump Driving wheel two on axis is equipped with conveyer belt between the driving wheel one and the driving wheel two, conveyer chain is realized to suction pump Driving.

Driving wheel one is rotated with connecting shaft, passes through the real driving to suction pump of belt-driven driving wheel two.

Transmission belt can use synchronous belt, chain, and driving wheel one and driving wheel two can use and synchronous belt or chain The synchronizing wheel or sprocket wheel matched can guarantee the effect of transmission, avoid skidding.

Further, the water delivery mechanism further includes the drainage box set on the staving upper end, the drainage box with it is described The water outlet of suction pump is connected with outlet pipe, and the side in the drainage box towards mop-cleaning face is equipped with apopore, the drainage Box includes the direct water chamber connecting with the outlet pipe and the water chamber being connected to the water chamber, the water chamber with it is described Control valve is equipped between water chamber.

Drainage box designed for the water of extraction to store to and is delivered to the cleaning surface of mop, realize to the clear of mop It washes one's face and sprays water, drainage box storage water can also guarantee the duration with water, have centainly when mop is pressed downward driving drawing water Delay, the storage water of drainage box is just supplemented with water at this time, for the uniformity of water outlet, apopore along mop width side Several are provided with to evenly distributed.

In addition, the design of drainage box, can keep in the water of extraction, guarantee that water outlet is more stable, more evenly, rinses effect Fruit is more preferable.

Further, the top of the drainage box is equipped with overflow port, and the overflow port and the water chamber penetrate through and this overflows Overflow ducts are equipped between head piece and the water area, the water in the water chamber is from the overflow port and logical by the overflow Road flows into the water area.

It during extracting mop, also needs to move up and down mop, but such move up and down can be continuous Upward water lift, water will continue to flow out from apopore, just be not achieved the effect of Squeezing mop, and the design structure is in order to realize that cleaning is dragged Carrying out functional areas with Squeezing mop function, avoid taking out the fiber crops that mop is moved to another functional areas by mop back and forth It is tired, therefore realize that the controllability of outlet effect closes control valve when needing to extract mop by the design of control valve , the water of extraction is just temporarily stored in drainage box, in addition, the water in drainage box is discharged certainly in order to avoid when not operating mop The case where pipe reflux, therefore, outlet pipe are equipped with check valve, and the water in guarantee drainage box is not in reflux.

In order to avoid pump-out is excessive, therefore it is equipped with overflow port in water area, can will be more than highest by overflow port The water of water level is discharged, and guarantees that the water level in drainage box is normal.

The utility model has the following beneficial effects:

1. staving is divided into water area, contraminated zone and cleaning area by present design, different use functions can be realized, The clean water for cleaning mop is stored in water area, and cleaning area moves up and down in cleaning area as actual operating space, mop, It may be implemented to scrape mop-cleaning face by draining part, and sewage be drained to contraminated zone, passes mop, Neng Goushi The whole of existing sewage collect, and by the design of water delivery mechanism, can be realized and are delivered to the clean water being stored in water area clearly Area is washed, during moving up and down, the water outlet Jiang Shui of water delivery mechanism is sprayed on the cleaning surface of mop mop, can be realized Cleaning to mop, it is such by the way of gradually carrying out spraying water and scraping cleaning surface back and forth to cleaning surface, due to every Secondary cleaning is all the clean water used, therefore, good with cleaning effect and water-saving advantage.

2. the structure using gear assembly can not only guarantee normally to be driven effect, the normal work of suction pump is realized, In addition to this, the tactic pattern of outer ring assembl and inner ring assembly cooperates moving up and down for mop, also shows following effect: 1) Mop moves down, and outer ring assembl drives inner ring assembly and realizes the driving to suction pump, the process that mop moves down by transmission component In be more convenient the application of power, therefore the effect of water outlet can be adjusted by controlling the speed that moves down of mop, have and go out well Water effect controllable type；2) during mop moves up, outer ring assembl rotation, but the rotation of inner ring assembly cannot be driven simultaneously, therefore, Entire transmission component is not necessarily to work, stops pumping at this time, the advantage is that during moving up to mop, lifting mop upwards can be because The factors such as force application angle influence biasing effect, therefore, move up because considering that the upward lifting mop of reduction as far as possible influences mop Resistance, the design structure realizes during moving up mop, and outer ring assembl only has the function of that mop is guided to move up, this In the process without realizing transmission effect, the transmission to inner ring assembly also stopped, it is lighter above to mention mop, to sum up, this gear set The design of part realizes well moves down mop water outlet, moves up mop labour-saving effect, operates lighter.

3. the design structure can be realized the cleaning to mop and extract work realizes that operation is more a functional areas simultaneously To be convenient, it is not necessary that mop to be moved to different operating spaces back and forth.

4. designing the cleaning device with unidirectional pumping function by the setting of profile modified gear or there is the two-way function that draws water Can cleaning device, unidirectionally drawing water to have above proposes easily advantage, it is two-way draw water it is big with pump-out, rinse it is more quick, clearly Wash time shortening, the high advantage of cleaning efficiency.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the angle one of the utility model；

Fig. 2 is the structural schematic diagram of the angle two of the utility model；

Fig. 3 is the structural schematic diagram of the angle three of the utility model；

Fig. 4 is the structural schematic diagram of the utility model interior section structure；

Fig. 5 is the structural schematic diagram of the part-structure of the utility model；

Fig. 6 is the structural schematic diagram of the part-structure at another visual angle of the utility model；

Fig. 7 is the cross-sectional view of the utility model；

Fig. 8 is the structural schematic diagram of the drive mechanism of the utility model；

Fig. 9 is the overlooking structure diagram of the utility model；

Figure 10 is the structural schematic diagram of the first gear assembly of the utility model；

Figure 11 is the structural schematic diagram that drive mechanism is isolated with water area in the utility model；

Figure 12 is structural schematic diagram of second of gear assembly in mop folding process in the utility model；

Figure 13 is structural schematic diagram of second of gear assembly during mop moves up in the utility model；

Figure 14 is structural schematic diagram of the third gear assembly in mop folding process in the utility model；

Figure 15 is structural schematic diagram of the third gear assembly during mop moves up in the utility model；

Figure 16 is that contraminated zone is located at the structural schematic diagram above water area in the utility model；

Figure 17 is the structural schematic diagram that sump is drawn out in Figure 16；

Figure 18 is that contraminated zone is located at the structural schematic diagram below water area in the utility model；

Figure 19 is the structural schematic diagram that the second middle gear component and transmission component is used in the utility model；

Figure 20 is the structural schematic diagram that the third gear assembly and transmission component are used in the utility model；

Figure 21 is the structural schematic diagram that another scheme drawn water is controlled whether in the utility model.

In figure: staving 1；Water area 2；Contraminated zone 3；Cleaning area 4；Mop 5；Drain part 6；Suction pump 7；Mounting base 8；Water inlet Pipe 9；Outlet pipe 10；Rack gear 11；Gear assembly 12；Outer ring assembl 12.1；Inner ring assembly 12.2；External gear 12.3；Limit ratchet 12.4；Pawl 12.5；Support base 13；Connecting shaft 14；Shaft 15；Driving wheel 1；Driving wheel 2 17；Second partition 18；Transmission Band 19；Escape groove 20；Arc-shaped cavity 21；Drainage box 22；Apopore 23；Split channel 24；Water chamber 25；Water chamber 26；Control valve 27；Overflow port 28；Pressed end 29；Scraping teeth 30；Outflow end 31；Drainage trough 32；Clean entrance 33；First entrance 34；First partition 35；Anti-drop block 36；Cover board 37；Shackle member 38；Overflow ducts 39；Sewage draining exit 40；Isolation board 41；Limited block 42；Closing chamber 43；It is logical Hole 44；Tooth rest 45；Driving gear 46；Gear 2 47；Conjugate slot 48；Profile modified gear 49；Gear 3 50；Gear 4 51；Gear 5 52；Gear 6 53；Vertical partition plate 54；Horizontal baffle 55；Sump 56；Pulling plate 57；Baffle 58；From rotation axis 59；Directed cavity 60；Bar shaped pilot hole 61；Drive rod 62.

Specific embodiment

With reference to the accompanying drawing and specific embodiment is further elaborated the utility model.

Embodiment 1:

As shown in fig. 7, the present embodiment provides a kind of 5 cleaning device of mop, including staving 1, be equipped in staving 1 water area 2, Contraminated zone 3, cleaning area 4 and the water in water area 2 can be input in cleaning area 4 realize mop 5 in cleaning area 4 is cleaned it is defeated Water dispenser structure further includes the drainage that can be scraped and drain into the sewage on mop 5 contraminated zone 3 to the cleaning surface of mop 5 Part 6, water delivery mechanism include for realizing the suction pump 7 for extracting the water in water area 2 out and the transmission knot for being used to drive suction pump 7 Structure.

Suction pump 7 is fixed in water area 2 by mounting base 8, and suction pump 7 may be mounted at the middle part or bottom in water area 2 Portion in the present embodiment, is mounted on the middle part in water area 2, and the water inlet end of suction pump 7 is connected with water inlet pipe 9, water outlet connection and goes out Water is delivered to the top of staving 1 by water pipe 10, outlet pipe 10.

As shown in figure 11, the side of suction pump 7 is equipped with closing chamber 43, and closing chamber 43 is the frame structure by being equipped with through-hole 44 It constitutes, the pump shaft of suction pump 7 is connect after passing through through-hole 44 with the drive mechanism being set in closing chamber 43, realizes that such design has Conducive to drive mechanism and water segregation, extend the service life of drive mechanism, the pump shaft of suction pump 7 is one or two, closing chamber 43 it is corresponding be set as one or two, in the present embodiment be arranged two closing chambers.

Present design divides staving 1 for water area 2, contraminated zone 3 and cleaning area 4, can be realized and different uses function Can, the clean water for cleaning mop 5 is stored in water area 2, and cleaning area 4 is used as actual operating space, and mop 5 is in cleaning area 4 It moves up and down, may be implemented to scrape 5 cleaning surface of mop by draining part 6, and sewage is drained to contraminated zone 3, grasp back and forth Make mop 5, can be realized the whole of sewage and collect, by the design of water delivery mechanism, can be realized will be stored in water area 2 Clean water is delivered to cleaning area 4, and for mop 5 during moving up and down, the water outlet Jiang Shui of water delivery mechanism is sprayed at mop 5 On cleaning surface, the cleaning to mop 5 can be realized, such use gradually carries out water spray to cleaning surface and carry out back and forth to cleaning surface The mode scraped is all the clean water used due to cleaning every time, good with cleaning effect and water-saving advantage.

The water in water area 2 is fed from cleaning area 4 due to realizing using suction pump 7, is drawn water by drive mechanism drive The rotation for pumping 7 pump shafts achievees the effect that draw water, and moves up and down the driving that can be realized to suction pump 7 to mop 5, structure is set Meter rationally, operates convenient laborsaving.

Embodiment 2:

The present embodiment is to optimize restriction on the basis of above-described embodiment 1.

As shown in Fig. 4, Fig. 5 and Fig. 8, drive mechanism includes the tooth that 5 back side of mop is arranged in along the length direction of mop 5 Item 11 and be set to staving 1 on and with 11 meshed gears component 12 of rack gear.

For rack gear 11 completely through the length direction at 5 back side of mop, the top position in cleaning area 4 is arranged in gear assembly 12.

Embodiment 3:

The present embodiment is to optimize restriction on the basis of above-described embodiment 2.

As shown in Figure 10, gear assembly 12 includes outer ring assembl 12.1 and inner ring assembly 12.2, outer ring assembl 12.1 it is outer Circle is equipped with external gear 12.3, and inner ring is equipped with limit ratchet 12.4, and external gear 12.3 is engaged with rack gear 11, set on inner ring assembly 12.2 There is pawl 12.5, elastic component is equipped between pawl 12.5 and inner ring assembly 12.2, pawl 12.5 is engaged with limit ratchet 12.4, tooth There are two wheel assembly 12 is symmetrical arranged, it is equipped with connecting shaft 14 between inner ring assembly 12.2, is equipped between connecting shaft 14 and suction pump 7 Transmission component.

The rack gear 11 as set by 5 back side of mop is engaged with external gear 12.3, when mop 5 moves down, 12.3 inverse time of external gear Needle rotation realizes rotating counterclockwise for inner ring assembly 12.2 by the cooperation of pawl 12.5 and limit ratchet 12.4.

By being equipped with connecting shaft 14 in inner ring assembly 12.2, inner ring assembly 12.2 drives connecting shaft 14 to rotate, connecting shaft 14 Transmission is achieved the effect that by transmission component between 7 pump shaft of suction pump, to realize that moving up and down for mop 5 can be achieved to depositing The extraction of water in pool 2.

Uniform extruding force can be applied to mop 5 by the setting of two gear assemblies 12, and the cooperation with drainage part 6 is drawn Stream part 6 is more uniform to the extruding force of cleaning surface, and cleaning effect is more preferable.

As shown in Fig. 4, Fig. 5, Fig. 8, Fig. 9, the bucket wall in cleaning area 4 is equipped with support base 13, the inner ring of gear assembly 12 Component 12.2 is fixedly connected with shaft 15, is rotatably assorted between shaft 15 and support base 13, support base 13, shaft 15, gear set The axis of part 12 is consistent.

Connecting shaft 14 and shaft 15 in the present embodiment can be fixed on this using integrated design, two inner ring assemblies 12.2 On the axis of integrated design.

In view of the needs that are rotatably assorted between shaft 15 and support base 13 rotate frequently, therefore shaft 15 and support base 13 Frame realizes rotation connection by the design of bearing, more can guarantee the smoothness that gear assembly 12 rotates, while but also operation is dragged It is more laborsaving 5.

Embodiment 4:

The present embodiment is to optimize restriction on the basis of above-described embodiment 2.

As shown in figure 8, gear assembly 12 includes the driving gear 46 engaged with rack gear 11 and engages with driving gear 46 Driving gear set.

Embodiment 5:

The present embodiment is to optimize restriction on the basis of above-described embodiment 4.

As shown in Figure 12 and Figure 13, it is two that gear assembly 12, which is symmetrical arranged, and driving gear set includes being fixed on staving 1 Tooth rest 45, be arranged on tooth rest 45 and profile shifted gear driving gear 46 meshed gears 2 47 and engaged with gear 2 47 Wheel 49, profile modified gear 49 further include gear wheel and the pinion gear that engages with gear 2 47, pass through tooth between gear wheel and pinion gear Axis connection is taken turns, displacement slot 48 is equipped in tooth rest 45 or staving 1, gear shaft and the displacement slot 48 of profile modified gear 49 are slidably matched.

Embodiment 6:

The present embodiment is to optimize restriction on the basis of above-described embodiment 5.

As shown in Figure 14, Figure 15, it is two that gear assembly 12, which is symmetrical arranged, and gear assembly 12 includes being fixed on staving 1 Tooth rest 45 and be arranged in tooth rest 45 and engaged with rack gear 11 driving gear 46, with 46 meshed gears of driving gear 2 47 and the profile modified gear 49 that engages with gear 2 47, tooth rest 45 is equipped with displacement slot 48, the gear shaft of profile modified gear 49 with Displacement slot 48 is slidably matched, and gear assembly 12 further includes and 49 meshed gears 3 50 of profile modified gear, gear 4 51 and and gear 4 51 meshed gears 5 52, gear assembly 12 further include gear 6 53, and gear 3 50, gear 5 52 are nibbled with gear 6 53 It closes, connecting shaft 14 is equipped between gear 6 53, transmission component is equipped between connecting shaft 14 and the pump shaft of suction pump 7.

Specifically, when mop 5 moves down, driving gear 46 is rotated counterclockwise, tooth since gear 6 53 drives connecting shaft rotation It takes turns 3 50 to rotate clockwise, gear 6 53 rotates counterclockwise, and drives suction pump 7 to draw water by transmission component；

When mop 5 moves up, driving gear 46 is rotated clockwise, profile modified gear 49 rotate clockwise during along displacement Slot 48 is moved, and profile modified gear 49 and gear 3 50 are detached from, and is engaged with gear 4 51, gear 4 51 rotates counterclockwise, gear 5 52 rotate clockwise, and driving gear 6 53 rotates counterclockwise, and drive suction pump 7 to draw water by transmission component, Ci Zhongchi The design of wheel assembly 12 can be realized the effect realized and drawn water during mop 5 is moved up and moved down.

Embodiment 7:

The present embodiment is to optimize restriction on the basis of above-described embodiment 5.

Driving gear set further include with gear wheel meshed gears 3 50, connecting shaft 14, connection are equipped between gear 3 50 Transmission component is equipped between axis 14 and the pump shaft of suction pump 7.

Since gear 3 50 drives connecting shaft 14 to rotate, when mop 5 moves down, driving gear 46 is rotated counterclockwise, profile shifted gear 49 driving gear 3 50 of wheel rotates clockwise, and the rotation to connecting shaft 14 is realized, to realize by transmission component to suction pump 7 Driving, realization moves down and draws water；

When mop 5 moves up, driving gear 46 is rotated clockwise, profile modified gear 49 rotate clockwise during along displacement Slot 48 is moved, and profile modified gear 49 and gear 3 50 are detached from, and gear 3 50 does not rotate at this time, and profile modified gear 49 dallies, and is not taken out Water lifts mop 5 more easily.

Embodiment 8:

The present embodiment is to optimize restriction on the basis of above-described embodiment 4.

Driving gear set includes the transmission gear engaged with driving gear 46, connecting shaft 14 is equipped between transmission gear, even Transmission component is equipped between spindle 14 and suction pump 7.

The design of transmission gear can be improved the revolving speed of suction pump 7, and pump-out is bigger.

Specifically, transmission gear includes planetary gear mechanism and cooperates the gear of realization transmission effect with planetary gear mechanism Seven, planetary gear mechanism includes planet carrier, planetary gear, sun gear and gear ring, and gear ring includes outer gear ring and ring gear, outer gear ring with Gear seven engages, and sun gear circumferentially engages multiple planetary gears, and planetary gear periphery is engaged with ring gear, the wheel axis connection row of planetary gear Carrier, and planet carrier includes power input shaft, power input shaft is equipped with gear one, and gear one is engaged with driving gear 46, tooth It is equipped with connecting shaft 14 between wheel seven, transmission component is equipped between connecting shaft 14 and the pump shaft of suction pump.

Embodiment 9:

The present embodiment is to optimize restriction on the basis of above-described embodiment 3,6,7,8.

Transmission component includes the driving wheel 1 in connecting shaft 14 and the driving wheel two on 7 pump shaft of suction pump 17, the driving of conveyer belt 19 or conveyer chain realization to suction pump 7 is equipped between driving wheel 1 and driving wheel 2 17.

Driving wheel 1 is rotated with connecting shaft 14, drives driving wheel 2 17 to realize to suction pump 7 by conveyer belt 19 Driving.

Transmission belt can use synchronous belt, chain, and driving wheel 1 and driving wheel 2 17 can use and synchronous belt or chain The matched synchronizing wheel of item or sprocket wheel can guarantee the effect of transmission, avoid skidding.

Embodiment 10:

The present embodiment is to optimize restriction on the basis of above-described embodiment 9.

Water delivery mechanism further includes the drainage box 22 set on 1 upper end of staving, and drainage box 22 and the water outlet of suction pump 7 are connected with Outlet pipe 10, drainage box 22 towards the side of 5 cleaning surface of mop be equipped with apopore 23, drainage box 22 include directly with outlet pipe 10 The water chamber 25 of connection and the water chamber 26 being connected to water chamber 25 are equipped with control valve 27 between water chamber 25 and water chamber 26.

Drainage box 22 designed for the water energy of extraction to be enough delivered to the cleaning surface of mop 5, realize to mop 5 Cleaning surface is sprayed water, for the uniformity of water outlet, apopore 23 along 5 width of mop direction it is evenly distributed be provided with it is several A, the apopore 23 of strip can also be used in apopore 23.

Following scheme can also be used about controlling whether to be discharged:

As shown in figure 21, one end of the groove 45.1 that tooth rest 45 is equipped with, the wheel shaft of gear 2 47 can be in groove 45.1 Interior sliding, the other end of the wheel shaft of gear 2 47 are equipped with directed cavity 60, and the position of face directed cavity 60 is led equipped with bar shaped on staving 1 To hole 61,61 length direction of bar shaped pilot hole is consistent with the length direction of groove 45.1, and drive rod is equipped in bar shaped pilot hole 61 62, the driven end of drive rod 62 is located in directed cavity 60, and the operating side of drive rod 62 is stretched out outside staving 1.

Embodiment 11:

The present embodiment is to optimize restriction on the basis of above-described embodiment 10.

The top of drainage box 22 is equipped with overflow port 28, overflow port 28 and the perforation of water chamber 25 and the overflow port 28 and water area Overflow ducts 39 are equipped between 2, the water in water chamber 25 flows into water area 2 from overflow port 28 and by overflow ducts 39.

It during extracting mop 5, also needs to move up and down mop 5, but such move up and down can be continuous Upward water lift, water will continue to flow out from apopore 23, just be not achieved the effect of Squeezing mop 5, and the design structure is in order to realize It cleans mop 5 and 5 function of Squeezing mop to carry out a functional areas, avoids taking out mop 5 back and forth mop 5 is moved into another function Can area trouble, therefore the controllability of outlet effect is realized by the design of control valve 27, when needing to extract to mop 5 When, control valve 27 is closed, the water of extraction is just temporarily stored in drainage box 22, in addition, in order to avoid when not operating mop 5, Water in drainage box 22 flows back from outlet pipe 10, and therefore, outlet pipe 10 is equipped with check valve, guarantees that the water in drainage box 22 will not The case where flowing back.

In order to avoid pump-out is excessive, therefore it is equipped with overflow port 28 in water area 2, can will be more than by overflow port 28 The water of peak level is discharged, and guarantees that the water level in drainage box 22 is normal.

Embodiment 12:

The present embodiment is to optimize restriction on the basis of above-described embodiment 2.

As shown in Figure 16, Figure 17, rack gear 11 is two and is symmetrical arranged along the back side of mop 5, is equipped in staving 1 vertical Partition 54, the side of vertical partition plate 54 are cleaning area 4, and the other side of vertical partition plate 54 is water area 2 and contraminated zone 3, water area 2 Positioned at the lower section in contraminated zone 3, suction pump 7 is located in water area 2, and horizontal baffle 55, water are equipped between water area 2 and contraminated zone 3 Flat partition board 55 is equipped with sump 56, and contraminated zone 3 is located in sump 56, and the side of sump 56 is equipped with pulling plate 57, on staving 1 The horizontal opening removed of sump 56 can be made by being equipped with close to the side of pulling plate 57, and opening is hinged with baffle 58, raises baffle 58 can be pulled out sump 56 by pulling plate 57.

In order to realize the quick pull-out of sump 56, the sliding slot being slidably matched is equipped between sump 56 and horizontal baffle 55 And sliding block.

For convenience to the opening of baffle 58, baffle 58 is equipped with knob.

Observation to sewage quantity in sump 56 for convenience, staving 1 are equipped with observation window, the position on sump 56 first pair The water observation portion that also is provided with is set, water observation portion is hyalomere.

Embodiment 13:

The present embodiment is to optimize restriction on the basis of above-described embodiment 2.

As shown in figure 18, rack gear 11 is two and is symmetrical arranged along the back side of mop 5, and vertical partition plate is equipped in staving 1 54, the side of vertical partition plate 54 is cleaning area 4, and the other side of vertical partition plate 54 is water area 2 and contraminated zone 3, and water area 2 is located at The top in contraminated zone 3 is equipped with horizontal baffle 55 between water area 2 and contraminated zone 3, be water area 2, lower section above horizontal baffle 55 For contraminated zone 3, suction pump 7 is located in water area 2.

Embodiment 14:

The present embodiment is to optimize restriction on the basis of above-described embodiment 12 or 13.

As shown in Figure 12, Figure 13, Figure 19, it is two that gear assembly 12, which is symmetrical arranged, and gear assembly 12 includes being fixed on bucket Tooth rest 45 on body 1 and be arranged in tooth rest 45 and engaged with rack gear 11 driving gear 46, engage with driving gear 46 Gear 2 47 and the profile modified gear 49 that is engaged with gear 2 47, tooth rest 45 be equipped with displacement slot 48, the tooth of profile modified gear 49 Wheel shaft is slidably matched with displacement slot 48.Gear assembly 12 further includes connecting with 49 meshed gears 3 50 of profile modified gear, gear 3 50 It is connected to from rotation axis 59, is symmetrical arranged from rotation axis 59, be connected with driving wheel 1 from the end of rotation axis 59,7 liang of suction pump End is equipped with pump shaft, and pump shaft is equipped with driving wheel 2 17, and conveyer belt is equipped between driving wheel 1 and ipsilateral driving wheel 2 17 19 or conveyer chain realize driving to suction pump 7.

Embodiment 15:

The present embodiment is to optimize restriction on the basis of above-described embodiment 12 or 13.

As shown in Figure 12, Figure 13, Figure 20, it is two that gear assembly 12, which is symmetrical arranged, and gear assembly 12 includes being fixed on bucket Tooth rest 45 on body 1 and be arranged in tooth rest 45 and engaged with rack gear 11 driving gear 46, engage with driving gear 46 Gear 2 47 and the profile modified gear 49 that is engaged with gear 2 47, tooth rest 45 be equipped with displacement slot 48, the tooth of profile modified gear 49 Wheel shaft is slidably matched with displacement slot 48.Gear assembly 12 further includes and 49 meshed gears 3 50 of profile modified gear, gear assembly 12 Further include with 49 meshed gears 4 51 of profile modified gear and with 4 51 meshed gears 5 52 of gear, gear assembly 12 further includes tooth 6 53 are taken turns, gear 3 50, gear 5 52 are engaged with gear 6 53, and gear 6 53 is connected with from rotation axis 59, from rotation axis 59 It is symmetrical arranged, is connected with driving wheel 1 from the end of rotation axis 59,7 both ends of suction pump are equipped with pump shaft, and pump shaft, which is equipped with, to be passed Driving wheel 2 17, is equipped with conveyer belt 19 between driving wheel 1 and ipsilateral driving wheel 2 17 or conveyer chain is realized to suction pump 7 Driving.

Embodiment 16:

The present embodiment optimizes restriction on the basis of being any embodiment in above-described embodiment 6,7,8.

As shown in Fig. 4, Fig. 8, transmission component includes the driving wheel 1 in the connecting shaft 14 and is set to 7 pump shaft of suction pump On driving wheel 2 17, conveyer belt 19 or conveyer chain are equipped between driving wheel 1 and driving wheel 2 17 and is realized to suction pump 7 Driving.

Driving wheel 1 is rotated with connecting shaft 14, drives driving wheel 2 17 to realize to suction pump 7 by conveyer belt 19 Driving.

Transmission belt can use synchronous belt or chain, and driving wheel 1 and driving wheel 2 17 can use and synchronous belt or chain The matched synchronizing wheel of item or sprocket wheel can guarantee the effect of transmission, avoid skidding, it is preferred that synchronous belt is used in the present embodiment, Driving wheel 1 and driving wheel 2 17 are synchronizing wheel.

As shown in fig. 7, first partition 35 separates sewage specifically, being equipped with first partition 35 and second partition 18 in staving 1 Area 3 and cleaning area 4, second partition 18 separate cleaning area 4 and water area 2, and drainage part 6 is detachable to be arranged in first partition 35 On, the card of part 66 will be drained tightly in first partition 35 using the connection type of clamping in the present embodiment, part 6 will be drained convenient for subsequent It removes, periodically drainage part 6 is cleared up, the length of drainage part 6 is equal to the width of first partition 35.

Since second partition 18 is arranged between cleaning area 4 and water area 2, and driving wheel 1 is arranged in cleaning area 4, Driving wheel 2 17 is arranged in water area 2, in order to not influence the work for the conveyer belt 19 installed between driving wheel 1 and transmission two Make, therefore is equipped with escape groove 20 close to the part of conveyer belt 19 on second partition 18.

In addition, therefore, second partition 18 includes symmetrical in order to preferably realize the separation between cleaning area 4 and water area 2 What is be arranged is used to accommodate the arc-shaped cavity 21 of gear assembly 12, and the region and escape groove 20 between arc-shaped cavity 21 penetrate through, and facilitates transmission Take turns the connection between the transmission belt on one 16 and driving wheel 2 17.

Embodiment 17:

The present embodiment is to optimize restriction on the basis of above-described embodiment 14,15,16.

As shown in Fig. 1-Fig. 3, Fig. 5-Fig. 7, water delivery mechanism further includes the drainage box 22 set on 1 upper end of staving, drainage box 22 It is connected with outlet pipe 10 with the water outlet of suction pump 7, drainage box 22 is equipped with apopore 23 towards the side of 5 cleaning surface of mop.

Drainage box 22 designed for the water energy of extraction to be enough delivered to the cleaning surface of mop 5, realize to mop 5 Cleaning surface is sprayed water, for the uniformity of water outlet, apopore 23 along 5 width of mop direction it is evenly distributed be provided with it is several It is a.

Specifically, the region communicated with apopore 23 is additionally provided with split channel 24, split channel 24 can be further realized The uniformity of water outlet.

Embodiment 18:

The present embodiment is to optimize restriction on the basis of above-described embodiment 17.

As shown in Fig. 1-Fig. 3, Fig. 5, Fig. 6, Fig. 9, drainage box 22 include the water chamber 25 that is directly connect with outlet pipe 10 and The water chamber 26 being connected to water chamber 25 is equipped with control valve 27 between water chamber 25 and water chamber 26.

It during extracting mop 5, also needs to move up and down mop 5, but such move up and down can be continuous Upward water lift, water will continue to flow out from apopore 23, just be not achieved the effect of Squeezing mop 5, and the design structure is in order to realize It cleans mop 5 and 5 function of Squeezing mop to carry out a functional areas, avoids taking out mop 5 back and forth mop 5 is moved into another function Can area trouble, therefore the controllability of outlet effect is realized by the design of control valve 27, when needing to extract to mop 5 When, control valve 27 is closed, the water of extraction is just temporarily stored in drainage box 22, in addition, in order to avoid when not operating mop 5, Water in drainage box 22 flows back from outlet pipe 10, and therefore, outlet pipe 10 is equipped with check valve, guarantees that the water in drainage box 22 will not The case where flowing back.

Embodiment 19:

The present embodiment is to optimize restriction on the basis of above-described embodiment 18.

As shown in Fig. 1-Fig. 3, Fig. 5, Fig. 6, the top of drainage box 22 is equipped with overflow port 28, and overflow port 28 is passed through with water chamber 25 Lead to and be equipped with overflow ducts 39 between the overflow port 28 and water area 2, the water in water chamber 25 from overflow port 28 and passes through overflow Channel 39 flows into water area 2.

In order to avoid pump-out is excessive, therefore it is equipped with overflow port 28 in water area 2, can will be more than by overflow port 28 The water of peak level is discharged, and guarantees that the water level in drainage box 22 is normal.

The upper end of cleaning area 4 is cleaning entrance 33, and drainage part 6 is set to cleaning entrance 33 close to the side in contraminated zone 3, drainage One end of part 6 towards cleaning area 4 is pressed end 29, and one end towards contraminated zone 3 is outflow end 31, and pressed end 29 is higher than outflow end 31, and drainage trough 32 is equipped between pressed end 29 and outflow end 31.

Drainage box 22, which is equipped with, penetrates through the first entrance 34 that Convenient mop 5 enters in cleaning area 4 with cleaning entrance 33.

Embodiment 20:

The present embodiment is to optimize restriction on the basis of above-described embodiment 19.

As shown in fig. 7, the upper end of cleaning area 4 is cleaning entrance 33, drainage part 6 is set to cleaning entrance 33 close to contraminated zone 3 Side, drainage part 6 towards cleaning area 4 one end be pressed end 29, pressed end 29 be equipped with cleaning 5 cleaning surface of mop hairbrush or Scraping teeth 30, one end towards contraminated zone 3 are outflow end 31, and pressed end 29 is higher than outflow end 31, and pressed end 29 and outflow end 31 Between be equipped with drainage trough 32, drainage trough 32 along drainage part 6 length direction it is evenly distributed setting it is multiple.

Embodiment 21:

The present embodiment is to optimize restriction on the basis of above-described embodiment 20.

As shown in Figure 7, Figure 8, drainage box 22 is equipped with enters in cleaning area 4 with the cleaning perforation Convenient mop 5 of entrance 33 First entrance 34.

Embodiment 22:

As shown in Fig. 1-Figure 10, the present embodiment provides a kind of 5 cleaning device of mop, including staving 1, dirt is equipped in staving 1 Pool 3, cleaning area 4 and water area 2, staving 1 is interior to be realized by being equipped with first partition 35 and second partition 18 to sewer, cleaning The separation in area 4 and water area 2, first partition 35 separate contraminated zone 3 and cleaning area 4, and second partition 18 separates cleaning area 4 and water Area 2, the upper end detachable connection of first partition 35 have drainage part 6, drain the length of part 6 and the width one of first partition 35 It causes, it is outflow end 31 close to one end of sewage that drainage part 6, which is pressed end 29 close to one end of cleaning area 4, and pressed end 29 is higher than stream Outlet 31, and drainage trough 32 is equipped between pressed end 29 and outflow end 31, drainage trough 32 is uniform along the length direction of drainage part 6 It is arranged multiple；Be equipped with suction pump 7 in water area 2, suction pump 7 is connected with water inlet pipe 9 and outlet pipe 10, outlet pipe 10 with set In 1 upper end of staving drainage with water inlet be connected to, the pump shaft of suction pump 7 is equipped with driving wheel 2 17；It is equipped with and uses in cleaning area 4 In the gear assembly 12 that driving driving wheel 2 17 rotates, gear assembly 12 is symmetrical arranged for two and top positioned at cleaning area 4 Position, gear assembly 12 include outer ring assembl 12.1 and inner ring assembly 12.2, and the outer ring of outer ring assembl 12.1 is equipped with external gear 12.3, inner ring is equipped with limit ratchet 12.4, and external gear 12.3 is engaged with rack gear 11, and inner ring assembly 12.2 is equipped with pawl 12.5, Pawl 12.5 be engaged with limit ratchet 12.4, the back side of mop 5 equipped with the rack gear 11 engaged with external gear 12.3, rack gear 11 along The length direction at 5 back side of mop is arranged, and the width of rack gear 11 does not descend the distance between two gear assemblies 12, cleaning area 4 Interior bucket wall is equipped with support base 13, and the inner ring assembly 12.2 of gear assembly 12 is fixedly connected with shaft 15, shaft 15 and support It is rotatably assorted between seat 13, support base 13, shaft 15, the axis of gear assembly 12 are consistent, the company of being equipped between inner ring assembly 12.2 Spindle 14 is equipped with transmission component between connecting shaft 14 and the pump shaft of suction pump 7, connecting shaft 14 and shaft 15, which use, to be integrally designed, Two inner ring assemblies 12.2 are fixed on the axis of the integrated design, and transmission component includes the driving wheel 1 in connecting shaft 14 With the driving wheel 2 17 being set on 7 pump shaft of suction pump, conveyer belt 19 or transmission are equipped between driving wheel 1 and driving wheel 2 17 Chain realizes the driving to suction pump 7, and driving wheel 1 is rotated with connecting shaft 14, drives driving wheel 2 17 real by conveyer belt 19 Now to the driving of suction pump 7, since second partition 18 is arranged between cleaning area 4 and water area 2, and the setting of driving wheel 1 exists In cleaning area 4, driving wheel 2 17 is arranged in water area 2, in order to not influence the biography installed between driving wheel 1 and transmission two The work of band 19 is sent, therefore is equipped with escape groove 20 close to the part of conveyer belt 19 on second partition 18.

In addition, therefore, second partition 18 includes symmetrical in order to preferably realize the separation between cleaning area 4 and water area 2 What is be arranged is used to accommodate the arc-shaped cavity 21 of gear assembly 12, and the region and escape groove 20 between arc-shaped cavity 21 penetrate through, and facilitates transmission Take turns the connection between the transmission belt on one 16 and driving wheel 2 17.

The upper end of staving 1 is equipped with drainage box 22, and drainage box 22 and the water outlet of suction pump 7 are connected with outlet pipe 10, drain Box 22 is equipped with apopore 23 towards the side of 5 cleaning surface of mop.

Drainage box 22 designed for the water energy of extraction to be enough delivered to the cleaning surface of mop 5, realize to mop 5 Cleaning surface is sprayed water, for the uniformity of water outlet, apopore 23 along 5 width of mop direction it is evenly distributed be provided with it is several It is a.

Specifically, the region communicated with apopore 23 is additionally provided with split channel 24, split channel 24 can be further realized The uniformity of water outlet.

Drainage box 22 includes the water chamber 25 directly connecting with outlet pipe 10 and the water chamber 26 being connected to water chamber 25, is deposited Control valve 27 is equipped between water cavity 25 and water chamber 26.

It during extracting mop 5, also needs to move up and down mop 5, but such move up and down can be continuous Upward water lift, water will continue to flow out from apopore 23, just be not achieved the effect of Squeezing mop 5, and the design structure is in order to realize It cleans mop 5 and 5 function of Squeezing mop to carry out a functional areas, avoids taking out mop 5 back and forth mop 5 is moved into another function Can area trouble, therefore the controllability of outlet effect is realized by the design of control valve 27, when needing to extract to mop 5 When, control valve 27 is closed, the water of extraction is just temporarily stored in drainage box 22, in addition, in order to avoid when not operating mop 5, Water in drainage box 22 flows back from outlet pipe 10, and therefore, outlet pipe 10 is equipped with check valve, guarantees that the water in drainage box 22 will not The case where flowing back.

The top of drainage box 22 is equipped with overflow port 28, overflow port 28 and the perforation of water chamber 25 and the overflow port 28 and water area Overflow ducts 39 are equipped between 2, the water in water chamber 25 realizes the company with water area 2 from overflow port 28 and by overflow ducts 39 It is logical.

In order to avoid pump-out is excessive, therefore it is equipped with overflow port 28 in water area 2, can will be more than by overflow port 28 The water of peak level is discharged, and guarantees that the water level in drainage box 22 is normal.

Drainage box 22, which is equipped with, penetrates through the first entrance 34 that Convenient mop 5 enters in cleaning area 4 with cleaning entrance 33.

Since drainage box 22 has the design of first entrance 34, there are two narrower channel, control valves for drainage and upper tool 27 are positioned close to the narrower channel position of water inlet position, can be realized the timely partition to inflow, far from water inlet position The narrower channel set is equipped with isolation board 41 and has reached water chamber 25 and water chamber by the design of isolation board 41 and control valve 27 Controllability connection between 26.

In above-described embodiment, the top of staving 1 is additionally provided with cover board 37, and cover board 37 and the upper port of staving 1 are slidably matched, draw It flows box 22 and is set to shackle member 38 between the side and cover board 37 in water area 2, drainage box 22 is also set close to the side in water area 2 There is a limited block 42 for avoiding cover board 37 from directly offseting and obstruct overflow ducts 39 with drainage box 22, the designs of overflow ducts 39 can be with It is directly to be penetrated through from the space of overflow port 28 vertically downward with water area 2, can also be overflow using being equipped in the position of overflow port 28 Extra water is delivered to water area 2 by overflow pipe by flow tube.

In order to avoid the abjection of cover board 37, anti-drop block 36 is set between 1 upper port of cover board 37 and staving, in the present solution, adopting Anti-drop block 36, which is equipped with, used in the lower part of cover board 37 achievees the purpose that limit.

In addition, staving 1 is equipped with sewage draining exit 40, sewage draining exit 40 and contraminated zone 3 are penetrated through.

In above-described embodiment, suction pump 7 is using the suction pump for being circumferentially evenly arranged with blade on turbine pump or pump shaft, transmission Structure, which is connect with pump shaft, realizes driving to pump, and achieving the effect that, which only can be realized by moving up and down mop 5, draws water.

The use process of the present apparatus:

By slide cover 37,2 upper port of water area can be opened, can be intake at this time to water area 2, water receiving work is completed After work, push cover board 37 to drainage box 22, because of the design two of 22 upper limit position block 42 of drainage box between cover board 37 and drainage box 22 There are gap between person, in the case where guarantee more than the pump-out, water energy in drainage box 22 is enough to flow out from overflow port 28 immediately, it Cleaning for the first time is carried out to mop 5 afterwards to drench, and mop 5 is entered from first entrance 34 and real by the introducing of gear assembly 12 later Existing mop 5 moves down, and in 5 folding process of mop, external gear 12.3 is rotated counterclockwise, and passes through pawl 12.5 and limit ratchet 12.4 Cooperation, realize that inner ring assembly 12.2 rotates counterclockwise, inner ring assembly 12.2 drives connecting shaft 14 to rotate, driving wheel 1 with Connecting shaft 14 rotate, drive driving wheel 2 17 to realize driving to suction pump 7 by conveyer belt 19, to realize mop 5 Move up and down the extraction that can be achieved to the water in water area 2；During mop 5 moves up, outer ring assembl 12.1 is rotated, inner ring group Part 12.2 rotates, and such design after the cleaning of mop 5, needs to extract mop 5 so that above to mention mop 5 more light, this When operation drainage box 22 on control valve 27, control valve 27 close and then it is secondary mop 5 is moved up and down, drain at this time Apopore 23 on box 22 is not discharged, and is scraped by draining part 6 to 5 cleaning surface of mop, has been achieved the purpose that Squeezing mop 5, Dragging work can be carried out later, needs to clean mop 5 during mopping floor again, opens valve, and it is dynamic to repeat the above-mentioned operation of mop 5 Work, for the process that entirely mops floor without changing water, cleaning 5 effect of mop is good and operates convenient light.

The utility model is not limited to above-mentioned optional embodiment, anyone can obtain under the enlightenment of the utility model Other various forms of products, however, making any variation in its shape or structure, all the utility model rights that falls into are wanted The technical solution in confining spectrum is sought, is all fallen within the protection scope of the utility model.

Claims (11)

1. a kind of mop cleaning device, it is characterised in that: including staving, water area, contraminated zone, cleaning area are equipped in the staving It, to the water delivery mechanism of mop-cleaning in cleaning area, further include energy with the water in water area can be input to realization in the cleaning area Enough drainage parts for being scraped and drain into the sewage on mop contraminated zone to the cleaning surface of mop, the water delivery mechanism include For realizing the suction pump for extracting the water in water area out and the drive mechanism for being used to drive the suction pump.

2. a kind of mop cleaning device according to claim 1, it is characterised in that: the drive mechanism includes along described The length direction of mop be arranged in the mop back side rack gear and be set to the staving on and with the rack gear meshed gears Component.

3. a kind of mop cleaning device according to claim 2, it is characterised in that: the gear assembly includes outer ring assembl And inner ring assembly, the outer ring of the outer ring assembl are equipped with external gear, inner ring is equipped with limit ratchet, the external gear and the rack gear Engagement, the inner ring assembly are equipped with pawl, and the pawl is engaged with the limit ratchet, and the gear assembly is symmetrically arranged with Two, it is equipped with connecting shaft between the inner ring assembly, transmission component is equipped between the connecting shaft and the suction pump.

4. a kind of mop cleaning device according to claim 2, it is characterised in that: the gear assembly includes and the tooth The driving gear of item engagement and the driving gear set engaged with the driving gear.

5. a kind of mop cleaning device according to claim 4, it is characterised in that: it is two that the gear assembly, which is symmetrical arranged, A, the driving gear set includes the tooth rest being fixed on the staving, is arranged on the tooth rest and the driving tooth Wheel meshed gears two and the profile modified gear that is engaged with the gear two, the profile modified gear further include gear wheel and with the tooth The pinion gear of two engagement of wheel, passes through gear axis connection, is equipped in the tooth rest or the staving between gear wheel and pinion gear Slot is conjugated, the gear shaft of the profile modified gear is slidably matched with the displacement slot.

6. a kind of mop cleaning device according to claim 5, it is characterised in that: the driving gear set further includes and institute State gear wheel meshed gears three, with the gear wheel meshed gears four and with four meshed gears five of gear, it is described Driving gear set further includes gear six, and the gear three, the gear five are engaged with the gear six, between the gear six Equipped with connecting shaft, transmission component is equipped between the connecting shaft and the suction pump.

7. a kind of mop cleaning device according to claim 5, it is characterised in that: the driving gear set further includes and institute State gear wheel meshed gears three, be equipped with connecting shaft between the gear three, the pump shaft of the connecting shaft and the suction pump it Between be equipped with transmission component.

8. a kind of mop cleaning device according to claim 4, it is characterised in that: the driving gear set include with it is described The transmission gear of driving gear engagement, connecting shaft is equipped between the transmission gear, between the connecting shaft and the suction pump Equipped with transmission component.

9. a kind of mop cleaning device according to any one of claim 3,6,7,8, it is characterised in that: the transmission group Part includes the driving wheel one in the connecting shaft and the driving wheel two on the suction pump pump shaft, the driving wheel one The driving of conveyer belt or conveyer chain realization to suction pump is equipped between the driving wheel two.

10. a kind of mop cleaning device according to claim 9, it is characterised in that: the water delivery mechanism further includes being set to The water outlet of the drainage box of the staving upper end, the drainage box and the suction pump is connected with outlet pipe, the drainage box court To the side in mop-cleaning face be equipped with apopore, the drainage box include the direct water chamber being connect with the outlet pipe and with institute The water chamber for stating water chamber connection is equipped with control valve between the water chamber and the water chamber.

11. a kind of mop cleaning device according to claim 10, it is characterised in that: the top of the drainage box, which is equipped with, overflows Head piece, the overflow port and the water chamber penetrate through and are equipped with overflow ducts between the overflow port and the water area, described to deposit Water in water cavity flows into the water area from the overflow port and by the overflow ducts.