CN200977140Y

CN200977140Y - Mop cleaner

Info

Publication number: CN200977140Y
Application number: CN 200620154735
Authority: CN
Inventors: 赵宏海
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-12-11
Filing date: 2006-12-11
Publication date: 2007-11-21
Anticipated expiration: 2016-12-11

Abstract

The utility model discloses a swab clearer, comprising a machine casing, a cleaning bucket installed on the machine casing, a driving mechanism driving the cleaning bucket, a water exhaust mechanism and a water squeezing mechanism. The water squeezing mechanism comprises an upper pressing plate, a water leakage disc, a drawing spring, a linkage rod, a water flowing groove and a foot board, the upper pressing plate and the water leakage disc are pivoted mutually, one end of the drawing spring is fixed on the machine casing, the other end is connected with the upper pressing plate, the upper end of the linkage rod is pivoted with the upper pressing plate, the lower end is connected with the foot board, the foot board is pivoted with the bottom of the machine casing, and the water flowing groove is installed beneath the water leakage disc and connected with the water exhaust mechanism. Because the structure of the complete machine is simple and convenient of movement, the complete machine can accomplish the normal cleaning and rinsing functions, and a separate water squeezing mechanism is equipped to remove the water in the large object which water can't be removed by the cleaning bucket, being convenient for on-site operation and being suitable for public use and household use.

Description

Mop cleaner

Technical field

The utility model relates to a kind of cleaning device, relates in particular to a kind of mop cleaner, is suitable for the washing of various mops and fabric such as mophead infantees, rag, socks etc. and dewaters.

Background technology

Traditional mop washing adopts water to wash away the manual type moving with hand-tamped, dewater and adopt hand to twist or the mode of mechanical water squeezing, there is water wasting in this mode, requires great effort, stains the unclean phenomenon of hand and health and mop washing, particularly in the hotel, when public places such as restaurant, unit use mop to carry out cleaning operation, factor because of operator's personal hygiene demand, washing and dewater and do not cause environment to pollute once more only, and shorten mop service life.

So the mop of public place generally cleans with mop cleaner.Existing mop cleaner is mainly based on fully autoamtic single-tub washing machine, generally comprise casing, driving mechanism, controlling organization, washing tube and drainage mechanism, what have also adds a mop supporting mechanism and constitutes, though can solve the inconvenience that tradition is moving with hand-tamped and the water flushing is brought, because this mop cleaner: on the one hand, the complete machine structure complexity, volume is big, and it is big to take up room, and inconvenience is moved; On the other hand, for will wash mop the time, dewatering to rely on driven by power, the drives structure complexity, and the manufacturing cost height is difficult to enter general family and uses; And for above-mentioned reasons, make that this mop cleaner of the prior art can not wash in the working site, rinsing and water squeezing, be unsuitable for on-the-spot mobile operation, even use in hotel, restaurant, unit, also have certain inconvenience.

Therefore, be badly in need of a kind of simple in structure, be suitable for that the working site is washed, mop cleaner that rinsing and water squeezing realize on-the-spot mobile operation, to make things convenient for the public place and to satisfy the use of general family.

The utility model content

The purpose of this utility model provide a kind of simple in structure, be suitable for that the working site is washed, mop cleaner that rinsing and water squeezing realize on-the-spot mobile operation.

For achieving the above object, the technical solution of the utility model is: a kind of mop cleaner is provided, comprise casing, be installed in the washing tube on the casing, drive the driving mechanism of washing tube running, drainage mechanism and water squeezing sector, described water squeezing sector comprises top board, dish leaks, extension spring, link rod, gutter channel and pedal, described top board articulates mutually with the dish that leaks and is connected with casing, described extension spring one end is fixed in casing, the other end is connected in top board, described link rod upper end is articulated with top board, the lower end is connected in pedal, described pedal is articulated in bottom of shell, and described gutter channel is installed in and leaks dish down, and is communicated with drainage mechanism.

The utility model is compared with prior art, move because complete machine structure is simple and convenient, and complete machine is except finishing conventional washing and rinsing function, also adding an independent water squeezing sector comes the big part fabric that washing tube can not dewater is dewatered, make things convenient for field operation, and be suitable for public place and the use of general family.

Description of drawings

Below in conjunction with the drawings and specific embodiments the utility model is described in further detail

Fig. 1 is the utility model mop cleaner structural scheme of mechanism.

Fig. 2 is the connection diagram of the water squeezing sector of the utility model mop cleaner

Fig. 3 is the impeller spin dryer tube structural representation of the utility model mop cleaner.

Fig. 4 is the controlling organization and the driving mechanism connection diagram of the utility model mop cleaner.

Fig. 5 is the structural representation of the drainage mechanism of the utility model mop cleaner.

Fig. 6 is the transmission schematic diagram of the utility model mop cleaner.

The specific embodiment

See also shown in Figure 1ly, the utility model mop cleaner comprises casing 1, driving mechanism 2 (as shown in Figure 4), controlling organization 3, washing tube 6 and drainage mechanism 4 (as shown in Figure 5), also comprises a water squeezing sector 5.

Please cooperate and consult Fig. 2, described water squeezing sector 5 is mainly used in the dehydration to big part fabric such as mop, curtain, clothing etc., and described water squeezing sector 5 comprises top board 51, dish 53, extension spring 50, a pair of link rod 52, gutter channel 43 and pedal 55 leak.Described top board 51 mutually articulates with the dish 53 that leaks and is connected with casing 1, and particularly, top board 51 articulates by a pivot mutually with the dish 53 of leaking, and top board 51 can be pivoted and dish 53 opening and closing of leaking relatively, and described pivot is fixed in casing 1.Described extension spring 50 1 ends are fixed in casing 1, and the other end is connected in top board 51 outer surface approximate center.Described a pair of link rod 52 upper ends are articulated with top board 51 upper end-face edge two-end-points respectively, and the lower end is connected to pedal 55, and described pedal 55 is articulated in casing 1 bottom, can drive link rod 52 so step on pedal 55, and then drive top board 51 rotations.Described gutter channel 54 is installed in the dish 53 times of leaking, and the described dish that leaks is densely covered with through hole or is netted on 53, makes things convenient for top board 51 and coils 53 water of extruding and drain in the gutter channel 54 from these through holes or grid with leaking.During concrete operations, the fabric that rinsing is finished is placed on the dish 53 that leaks, and firmly steps on pedal 55, thereby pedal 55 drives top boards 51 to the dish 53 close fabrics that are placed on the dish 53 that leaks that push that leak, when pin lifted, the restoring force of extension spring 50 pulling top board 51 set back and puts.So through repeatedly extruding the moisture of fabric is squeezed out, the water that squeezes out enters into gutter channel 54 through the dish 53 that leaks.Preferable, described gutter channel 54 lower ends are provided with a drip tray 13, and drip tray 13 is communicated with gutter channel 54, and described drip tray 13 lower ends also are provided with a water receiving case 14, described water receiving case 14 is communicated with the discharge outlet 15 of drainage mechanism 4, and described discharge outlet 15 can derive water after connecting flexible pipe 16.From the above, described water squeezing sector has more effectively been realized the on-the-spot mobile operation that dewaters in the working site.

Please cooperate and consult Fig. 1 and Fig. 3, the washing tube 6 of the utility model mop cleaner is installed on the casing 1, be used for washing to fabric, rinsing and drying, described washing tube 6 comprises spin dryer tube, be the impeller shape at the bottom of the spin dryer tube bucket in the described washing tube, constitute impeller spin dryer tube 60, the peripheral sides of described impeller spin dryer tube 60 is surrounded by the orifice plate 604 with many holes, be provided with at the upper end open place of impeller spin dryer tube 60 and be the block material sheet 600 that converges to the center, the impeller spin dryer tube 60 interior fabrics that prevent to pack into are thrown out of, replace lid with block material sheet 600, saved material, and simplified the structure, positive center, the bottom surface of described impeller spin dryer tube 60 has one square hole 603 is installed, in order to a separation core 61 (detailed aftermentioned) to be installed, symmetry is equipped with blade 602 and the drift 602 that overturns around described installation square hole 603; Like this, the impeller spin dryer tube 60 in the washing tube 6 can stir and overturns fabric when washing, rinsing and dehydration.Because mop cleaner of the present utility model mainly drives by manpower, when dewatering, need consume very big muscle power with 60 pairs of big part fabrics of the impeller spin dryer tube in the above-mentioned washing tube 6, therefore, the impeller spin dryer tube 60 in the washing tube is mainly used in the dehydration to smallclothes fabric such as rag, socks etc.When need dewater to big part fabric, then in aforesaid water squeezing sector 5, carry out.

As Fig. 4 and shown in Figure 6, described driving mechanism 2 comprise handle 20, with above-mentioned shake large conical gear 26 that handle 20 links to each other, with the small conical gear 25 of above-mentioned large conical gear 26 engagements, hold large and small

conical gear

26,27 gearcase 22, through above-mentioned small conical gear 25 and the drive link 27 that cooperates by slide key 24 and small conical gear 25, the driving wheel 28 that links to each other with above-mentioned drive link 27 lower ends, with the branch driving wheel 2 of above-mentioned driving wheel 28 engagements and link to each other with above-mentioned minute driving wheel 29 separate core 61.Shake handle 20, can drive driving mechanism 2, and then driven vane 602 and upset drift 602 rotate, thereby wash, rinsing and dehydration.

As shown in Figure 5, described drainage mechanism 4 comprises the handle 40 that is used for operating, control crank 40 can be handled the plug 45 in the washing tube 6, be provided with control stick 44 between described handle 40 and the plug 45, described handle is with cross recess sleeve pipe 41 40 times, a distance, described cross recess sleeve pipe 41 lower end is provided with catch 43, one compression springs 42 that are fixed in casing and is set between cross recess sleeve pipe 41 and the catch 43.When firmly when pressing down handle 40, compression spring 42 is compressed, and plug 43 moves downward, and stops up discharge outlet 46, send out handle, cross recess sleeve pipe 41 is the handle 40 that upsprings under the elastic force effect of compression spring 42, and handle 40 drives plugs 45 by control stick 44 and moves upward, under the effect of pressure difference, water in the washing tube flows into the space of plug 45 bottoms from discharge outlet 47, and flow out to the discharge outlet 15 of bottom of shell from discharge outlet 46, and discharge through flexible pipe 16 again, reach the purpose of draining with this.

As shown in Figure 6, the preferably, mop cleaner described in the utility model also comprises another washing tube, constitutes the twin-tub mop cleaner.Two washing tubes are identical, and one is that another is the rinsing tub of using as rinsing as the washing tube of washing usefulness, and washing and rinsing are separately carried out like this, make that the fabric of being washed is cleaned completely, and have saved water.

At the twin-tub mop cleaner, described driving mechanism 2 is provided with in addition that a stage clip 23 passes drive link 27 and between gearcase 22 and small conical gear 25.Also be provided with and be used to control above-mentioned driving mechanism 2 and select to drive the wherein controlling organization 3 of a washing tube, controlling organization 3 comprises the inclined-plane positioning sleeve 32 of change-over switch 31, the above-mentioned change-over switch 31 in location, the axle 33 that connects change-over switch 31 and driving mechanism 2 and the end face bearing 21 that links to each other with above-mentioned drive link 27 upper ends.Change-over switch 31 by in the control controlling organization 3 makes that the drive link 27 in the driving mechanism 2 moves up and down, thereby makes driven pulley 28 engagements under one of driving wheel 28 selections and two washing tubes, thereby selects to wash or rinsing.Above-mentioned stage clip 23 and above-mentioned slide key 24 are used, and during the control of driving mechanism 2 controlled mechanisms 3, make when drive link 27 moves up and down, and the small conical gear 25 in the driving mechanism 2 can not move with drive link 27.

Now the operation principle of mop cleaner of the present utility model is done into a detailed explanation in conjunction with Fig. 1 and Fig. 6.Fabric is put into the washing tube 6 of making washing usefulness, extraneous water is introduced water by the water supply connector 12 that is arranged on the casing 1, water is injected in 6 barrels of the washing tubes making washing usefulness by Universal handle-bar stem 11, navigate to the change-over switch 31 of controlling organization 3 on the branch driving wheel 29 that drives the washing tube that fabric is housed by inclined-plane positioning sleeve 32, driving drive link 27 by the handle 20 that shakes driving mechanism rotates, the rotating band of above-mentioned drive link 27 driving wheel 28 thereon that is dynamically connected, described driving wheel 28 drives and divides driving wheel 29, driving wheel 29 drove 60 rotations of impeller spin dryer tube by separating core 61 in described minute, impeller spin dryer tube 60 is under the effect of blade 602 and upset drift 601, fabric is washed, after fabric washing is clean, to discharge as the sewage in the washing tube of washing usefulness by the drainage mechanism 4 that is connected with washing tube 6, the fabric that will wash is put into as rinsing in the washing tube of rinsing tub again, the change-over switch 31 of controlling organization 3 is transformed into carries out rinsing on the rinsing tub, the fabric that rinsing is intact, by drainage mechanism 4 water in the rinsing tub is discharged, if fabric is smallclothes fabric such as rag, socks etc. then can directly carry out spin-dry in rinsing tub; When fabric is big part fabric, after fabric rinsing is intact, fabric need be placed on the water squeezing sector 5 that is arranged on casing 1 one sides and dewater, described water squeezing sector 5 adopts with foot-operated mode and drives top board 51 extruded fabrics, the direction of the application of force makes that towards ground mop cleaner of the present utility model can run-off the straight or mobile.In addition, the water that all need be got rid of all can converge in the water receiving case 14 of bottom of shell, by discharge outlet 15 and the flexible pipe 16 that is connected in discharge outlet 15 water all is discharged to the external world again.

The preferably, as shown in Figure 1, described washing tube bung top is equipped with bucket folder 18, in the time of the washing mop, the barre of mop is sandwiched in the said bucket folder 18, bucket folder 18 is suspended in mop in the washing tube 6 and washs, rinsing, and dehydration, and overall process only with the hand steered mop rod of holding, can not stain hand and health.

The preferably, as shown in Figure 1, casing 1 bottom of the utility model mop cleaner is equipped with universal wheel 17, can very easily mop cleaner be moved at each operation field by universal wheel 17.Better person, casing 1 trailing flank is equipped with handrail 10,, the convenient hand-held mop cleaner that promotes.Universal wheel 17 is provided with brake gear, and brake gear can maintain static universal wheel 17 in operation, has guaranteed the stability of operation.

Mop cleaner of the present utility model is to the dehydration of big part fabric, can adopt and on water squeezing sector 5, carry out earlier the dehydration first time, after for the first time having taken off water, the weight saving of fabric, just can carry out the dehydration second time by impeller spin dryer tube 60, to the fabric dehydration, the time of promptly having saved also makes dehydration more thorough like this.

By as can be known aforementioned, mop cleaner of the present utility model all carries out under user's health nature standing state when operations such as water inlet, draining, cleaning, water squeezing, drying, and is laborsaving, simple to operate.

Above disclosed only is preferred embodiment of the present utility model, can not limit the interest field of the utility model certainly with this, and therefore the equivalent variations of being done according to the utility model claim still belongs to the scope that the utility model is contained.

Claims

1. mop cleaner, comprise casing, be installed in the washing tube on the casing, drive the driving mechanism and the drainage mechanism of washing tube running, it is characterized in that: described mop cleaner also comprises a water squeezing sector, described water squeezing sector comprises top board, dish leaks, extension spring, link rod, gutter channel and pedal, described top board articulates mutually with the dish that leaks and is connected with casing, described extension spring one end is fixed in casing, the other end is connected in top board, described link rod upper end is articulated with top board, the lower end is connected in pedal, described pedal is articulated in bottom of shell, and described gutter channel is installed in and leaks dish down, and is communicated with drainage mechanism.

2. mop cleaner as claimed in claim 1 is characterized in that: described washing tube has two, and described mop cleaner comprises that also the described driving mechanism selection of control drives the wherein controlling organization of a washing tube.

3. mop cleaner as claimed in claim 2, it is characterized in that: described driving mechanism comprises handle, the large conical gear that links to each other with described handle, small conical gear with described large conical gear engagement, hold big, the gearcase of small conical gear, the drive link that runs through described small conical gear and cooperate with small conical gear by slide key, the driving wheel that links to each other with described drive link lower end, with the branch driving wheel of described driving wheel engagement and link to each other with described minute driving wheel separate core, one stage clip passes drive link and between gearcase and small conical gear, described controlling organization comprises change-over switch, locate the inclined-plane positioning sleeve of described change-over switch, connect the axle of change-over switch and driving mechanism and the end face bearing that links to each other with described drive link upper end.

4. mop cleaner as claimed in claim 1 is characterized in that: be provided with the impeller spin dryer tube in the described washing tube.

5. mop cleaner as claimed in claim 4 is characterized in that: the upper end open place of described impeller spin dryer tube is provided with and is the block material sheet that converges to the center, and symmetry is equipped with blade and the drift that overturns in the impeller spin dryer tube.

6. mop cleaner as claimed in claim 1 is characterized in that: described washing tube bung top is equipped with the bucket folder.

7. mop cleaner as claimed in claim 1, it is characterized in that: described drainage mechanism comprises handle, plug, is located at the control stick between handle and the plug, be with the cross recess sleeve pipe under the described handle, a distance, described cross recess sleeve pipe lower end is provided with a catch that is fixed in casing, and a compression spring housing is between cross recess sleeve pipe and catch.

8. mop cleaner as claimed in claim 1 is characterized in that: be densely covered with through hole or be netted on the described dish that leaks.

9. mop cleaner as claimed in claim 1 is characterized in that: described gutter channel lower end is provided with a drip tray that is communicated with gutter channel, and described drip tray lower end also is provided with a water receiving case, and described water receiving case is communicated with drainage mechanism.

10. mop cleaner as claimed in claim 1 is characterized in that: described bottom of shell is equipped with universal wheel, and the casing trailing flank is equipped with handrail, and described universal wheel is provided with brake gear.