CN104605798A - Rotating mop cleaning tool with water filtering function - Google Patents
Rotating mop cleaning tool with water filtering function Download PDFInfo
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- CN104605798A CN104605798A CN201510049385.5A CN201510049385A CN104605798A CN 104605798 A CN104605798 A CN 104605798A CN 201510049385 A CN201510049385 A CN 201510049385A CN 104605798 A CN104605798 A CN 104605798A
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- mop
- cleaning
- rotating cylinder
- dewatering
- water
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Abstract
A rotating mop cleaning tool with the water filtering function comprises a mop, a mop bucket and a filtering device. The mop bucket comprises an outer bucket and a cleaning and dewatering region arranged in the outer bucket, a rotatable drum is arranged in the cleaning and dewatering region, the cleaning and dewatering region is communicated with the outer bucket, a water inlet is formed in the bottom face of the drum, and a valve is arranged at the communication position of the cleaning and dewatering region and the outer bucket and is closed when the mop is dewatered. After the mop is dewatered, the valve is opened, so that water enters the cleaning and dewatering region and the drum again to clean the mop, and at the moment the valve is opened or closed. The filtering device is arranged in the cleaning and dewatering region or arranged on the outer bucket, when the mop is dewatered, water thrown out of the drum is filtered through the filtering device and then flows back into the outer bucket, or the filtering device is arranged on the water inlet. When the mop is dewatered, the water thrown out becomes clean water after being filtered and can be recycled.
Description
Technical field
The present invention relates to a kind of rotary mop burnisher.
Background technology
Its drying mop district of traditional rotary mop burnisher is positioned at the top of cleaning area, not interfering with and drying district, needing the ladle body of mop-pail stands to do taller and bigger, adding the volume of mop-pail stands to make the water of cleaning area.In order to overcome this problem, the patent No. is that the Chinese utility model patent of ZL201420181165.9 provides and a kind of twin-tub rotary mop bucket, to clean and separate with mop dewatering part, dewatering part has interior bucket, and the water that drying mop takes off is got rid of in outer barrel by the rotating centrifugal effect of interior bucket.Its shortcoming also existed is: mop is when rotary dehydration, due to centrifugal rotation effect, some dirt not yet cleaned up when cleaning can be thrown out of, therefore the water thrown away is addle, addle directly enters into outer barrel will pollute clean water in cleaning area, and the addle that therefore dehydration of rotary mop burnisher produces cannot recycle.
Summary of the invention
The deficiency that the water produced to overcome the dehydration of existing rotary mop burnisher cannot recycle, the invention provides a kind of rotary mop burnisher of the water reusable edible produced that dewaters.
The technical scheme that the present invention solves its technical problem is: a kind of rotary mop burnisher with water filtration function, comprises mop and mop-pail stands;
Described mop-pail stands comprises outer barrel and is located at the cleaning and dewatering region in described outer barrel, is provided with rotatable rotating cylinder in described cleaning and dewatering region;
Described mop comprises mop rod, establishes the mop disc of cleaning piece, described mop rod comprises the interior bar of socket mutually and outer bar, be provided with the driving mechanism for outer bar downward motion being converted into interior bar rotary motion between described interior bar and outer bar, described mop disc is connected to the lower end of described interior bar;
Mop disc described in during mop-cleaning is placed in described rotating cylinder, mop disc during mop dewatering described in driving mechanism driving and drum rotation, and the water under centrifugal action in rotating cylinder is upwards thrown away;
Described cleaning and dewatering region and outer barrel UNICOM, the bottom surface of described rotating cylinder offers water inlet, is provided with valve, the valve closing described in during mop dewatering in the connection position of cleaning and dewatering region and outer barrel; Valve open described after mop dewatering completes thus again carry out mop-cleaning in cleaning and dewatering region and rotating cylinder, now valve open or closedown;
Also comprise filter, described filter is located in described cleaning and dewatering region or outer barrel, and the water thrown away in rotating cylinder during mop dewatering after filtration device is back in described outer barrel after filtering; Or described water inlet is located at by described filter.
Further, the upper end in described cleaning and dewatering region is provided with a circle Storage water tank, and described filter is located in described Storage water tank, and this Storage water tank is positioned at the below of described rotating cylinder bung.
Further, described rotating cylinder sidewall by upper under slope inwardly.
Further, described rotating cylinder sidewall by upper under slope inwardly.
Further, described outer barrel upper limb is provided with the water deflector cover covering described Storage water tank.
A kind of valve mechanism can be: described cleaning and dewatering region has the exntension tubs extended laterally, and described cleaning and dewatering region is by these exntension tubs and described outer barrel UNICOM; One valve rod penetrates in described exntension tubs, and described valve rod is provided with the valve plate being positioned at described exntension tubs, and the valve rod described in rotating during mop dewatering, by described valve plate by described exntension tubs shutoff; Valve rod after mop dewatering completes described in rotation, makes the exntension tubs described in valve plate not shutoff.
Further, the bottom surface in described cleaning and dewatering region is provided with a support axle, and insert the central authorities of described rotating cylinder bottom surface in the upper end of described support axle, and the central authorities of described rotating cylinder bottom surface are provided with mop dop; The back side of described mop disc is provided with the draw-in groove with described mop dop adaptation, and the mop dop described in when mop-cleaning and dehydration snaps in described draw-in groove.
Further, the bottom surface of described rotating cylinder is provided with cleaning muscle, and the central authorities of described rotating cylinder bottom surface are provided with recessed cavity, and the central authorities of described cavity are provided with the sleeve of epirelief, in the sleeve described in described support axle inserts;
On described sleeve, cover has stage clip, and described mop dop is placed on outside described stage clip, and the upper end, one end of described stage clip withstands on described mop dop, and the other end of described stage clip withstands on the bottom surface of described cavity;
The upper end of described cavity sets firmly the location-plate positioned mop dop.
Further, be provided with Upper shaft sleeve in described sleeve, the upper end of described support axle is inserted in described Upper shaft sleeve; The below of described cavity is installed with lower location-plate, and described lower location-plate is provided with the Lower shaft sleeve inserted in described sleeve, and described support axle penetrates in described Lower shaft sleeve.
Alternative valve structure can be: the bottom surface in described cleaning and dewatering region offers the mouth of a river, and described cleaning and dewatering region is by this mouth of a river and described outer barrel UNICOM;
The described mouth of a river is provided with sealing-plug, and the sealing-plug described in during mop dewatering clogs the described mouth of a river, extracts described sealing-plug after mop dewatering completes.
Further, the bottom surface in described cleaning and dewatering region is provided with bearing bracket stand, and described bearing bracket stand is positioned at the top at the described mouth of a river, and described bearing bracket stand is provided with plane bearing, and described rotating cylinder is bearing on described plane bearing;
The central authorities of described rotating cylinder bottom surface are provided with mop card cap; The central authorities of described mop disc are equipped with driving head, and the lower surface of described driving head is provided with the caulking groove with described mop card cap adaptation, and the mop card cap described in during mop dewatering snaps in described caulking groove;
Described sealing-plug is located on a stopper rod, and described stopper rod is upward through described mop card cap.
Further, described bearing bracket stand is provided with the beam barrel raised up, and the bottom surface of rotating cylinder has the connecting cylinder be placed on outside described beam barrel, and described mop card cap sleeve is outer and affixed with described connecting cylinder in described beam barrel and connecting cylinder;
Described stopper rod penetrates in described beam barrel, described stopper rod has the upper spring step of evagination, the inwall of described beam barrel is provided with lower spring step, on this stopper rod, also cover has spring, the upper end of described spring withstands on described upper spring step, and the lower end of described spring withstands on described lower spring step.
Further, the bottom surface of described bearing bracket stand is provided with inserting column, and the bottom surface of described interior bucket is provided with insertion tube, in the insertion tube described in described inserting column inserts.
Further, be also provided with a winding cylinder ring in described rotating cylinder, the wall of described winding cylinder ring is provided with the winding seam for being wound around cleaning piece.
Further, described stopper rod is made up of upper stopper rod and lower stopper rod, is threaded between described upper stopper rod and lower stopper rod.
When filter is located in described cleaning and dewatering region or outer barrel, valve closing when dewatering after having cleaned, no longer UNICOM between cleaning and dewatering region and outer barrel, now press mop rod, driving mechanism drives mop disc and drum rotation, water under the influence of centrifugal force in rotating cylinder is upwards thrown away, and mop is also dried simultaneously.Unlike the prior art, the water thrown away in rotating cylinder is back in outer barrel after filtration devices, and water becomes water purification after filtering, and can not pollute the clean water in outer barrel.After dehydration, valve open, cleaning and dewatering region and outer barrel UNICOM, intake in cleaning and dewatering region and rotating cylinder again, and the water level of interior outer barrel and rotating cylinder is identical, is placed in by mop disc in rotating cylinder, cleans normally, now valve open or closedown.
Beneficial effect of the present invention is: become clean water after the water thrown away during mop dewatering is filtered, reusable edible.
Accompanying drawing explanation
Fig. 1 is the explosive view of the rotary mop burnisher of embodiment one.
Fig. 2 is state diagram when mop rod presses down when cleaning of rotary mop burnisher in embodiment one.
Fig. 3 is state diagram when mop rod being carried when cleaning of rotary mop burnisher in embodiment one.
Fig. 4 is the state diagram of rotary mop burnisher when dewatering in embodiment one.
Fig. 5 is the explosive view of the rotary mop burnisher of embodiment two.
Fig. 6 is the state diagram of rotary mop burnisher when cleaning in embodiment two.
Fig. 7 is the state diagram of rotary mop burnisher when dewatering in embodiment two.
Fig. 8 is the state diagram of rotary mop burnisher when shirking in embodiment two.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the present invention is described in further detail.
Embodiment one
With reference to Fig. 1 ~ Fig. 4, a kind of rotary mop burnisher with water filtration function, comprises mop and mop-pail stands.
Described mop comprises mop rod 1, establishes the mop disc 2 of cleaning piece, described mop rod 1 comprises the interior bar of socket mutually and outer bar, be provided with the driving mechanism for outer bar downward motion being converted into interior bar rotary motion between described interior bar and outer bar, described mop disc 2 is connected to the lower end of described interior bar.Driving mechanism between inside and outside bar is the conventional structure of this area, does not repeat them here.
The cleaning and dewatering region that described mop-pail stands comprises outer barrel 3 and is located in described outer barrel 3, the formation in cleaning and dewatering region can adopt the mode arranging interior bucket 4, and the mode of dividing plate also can be adopted to be separated out a cleaning and dewatering region.Rotatable rotating cylinder 5 is provided with in described interior bucket 4.
Mop disc 2 described in during mop-cleaning is placed in described rotating cylinder 5, and the mop disc 2 during mop dewatering described in driving mechanism driving and rotating cylinder 5 rotate, and the water under centrifugal action in rotating cylinder 5 is upwards thrown away.The sidewall of rotating cylinder 5 described in the present embodiment by upper under slope inwardly, enter effect further to water getting rid of have, water more easily thrown away.
Described interior bucket 4 and outer barrel 3 UNICOM, the bottom surface of described rotating cylinder 5 offers water inlet 6, is provided with valve, the valve closing described in during mop dewatering at interior bucket 4 with the connection position of outer barrel 3; Valve open described after mop dewatering completes thus again carry out mop-cleaning in interior bucket 4 and rotating cylinder 5, now valve open or closedown.
The upper end of described interior bucket 4 is provided with a circle Storage water tank 7, is provided with filter 8 in Storage water tank 7, and this Storage water tank 7 is positioned at the below of described rotating cylinder bung.First the water thrown away in rotating cylinder 5 during dehydration be dumped into Storage water tank 7, and device 8 is back in described outer barrel 3 after filtering after filtration.Described outer barrel 3 upper limb is provided with the water deflector cover 9 covering described Storage water tank 7, when mop dewatering, can block by the water upwards thrown away in rotating cylinder, spatter outside anti-sealing by this water deflector cover 9.
Valve closing when dewatering after mop-cleaning is complete, no longer UNICOM between interior bucket 4 and outer barrel 3, now presses mop rod, and driving mechanism drives mop disc 2 and rotating cylinder 5 to rotate, and the water under the influence of centrifugal force in rotating cylinder 5 is upwards thrown away, and mop is also dried simultaneously.The water thrown away in rotating cylinder 5 is back in outer barrel 3 after filter 8 filters, and water becomes water purification after filtering, and can not pollute the clean water in outer barrel 3.After mop dewatering, valve open, interior bucket 4 and outer barrel 3 UNICOM, again intake in interior bucket 4 and rotating cylinder 5, the water level of interior outer barrel and rotating cylinder is identical, is placed in rotating cylinder 5 by mop disc 3, cleans normally, now valve open or closedown, all the time have water in interior bucket 4 and rotating cylinder 5 during valve open, cleaning limit water dumping in limit during valve closing, is in fact also dewatering while carrying out cleaning, water in last rotating cylinder 5 is dried, and mop is also dried.In order to ensure cleaning performance, advise the valve open when cleaning.
During the design of intake on the bottom surface of carrying out rotating cylinder 5, water inlet 6 can be designed to spiral uprising shape, its benefit is: when dewatering, the water inlet 6 of spiral uprising shape can be used as the mouth that bails and scooped out by remaining water in interior bucket 4; When cleaning, the water inlet 6 of spiral uprising shape can be used as again the mouth that bails and is scooped up by the water in interior bucket 4, and cleaning performance is better.
In the present embodiment, the concrete structure of valve is designed to: described interior bucket 4 has the exntension tubs 10 extended laterally, and described interior bucket 4 is by these exntension tubs 10 and described outer barrel 3 UNICOM; One valve rod 11 is successively through water deflector cover 9, Storage water tank 7, and penetrate in described exntension tubs 10 afterwards, the upper end of valve rod 11 arranges a valve knob 12, handled easily.Described valve rod 11 is provided with the valve plate 13 being positioned at described exntension tubs 10, and the valve rod 11 described in rotating during mop dewatering, by described valve plate 13 by described exntension tubs 10 shutoff; Valve rod 11 described in rotating during mop-cleaning, makes the exntension tubs 10 described in valve plate 12 not shutoff, interior outer barrel UNICOM.
In the present embodiment, the concrete set-up mode of rotating cylinder 5 is: the bottom surface of described interior bucket 4 is provided with a support axle 14, and insert the central authorities of described rotating cylinder 5 bottom surface in the upper end of described support axle 14, and the central authorities of described rotating cylinder 5 bottom surface are provided with mop dop 15; The back side of described mop disc 2 is provided with the draw-in groove 16 with described mop dop 15 adaptation, mop dop 15 described in when mop-cleaning and dehydration snaps in described draw-in groove 16, the outer bar of downward pressing, interior bar rotates, thus mop disc 2 rotates, rotating cylinder 5 is driven to rotate by the cooperation of draw-in groove 16 and mop dop 15, in order to reach better transmission effect, mop dop 15 is generally arranged to hexagon or with convex tendon, corresponding, draw-in groove 16 is also arranged to hexagon or with the transmission reinforcement that when coordinate with it offset corresponding to convex tendon.In the present embodiment, the bottom surface of described rotating cylinder 5 is provided with cleaning muscle 17, and the central authorities of described rotating cylinder bottom surface are provided with recessed cavity 18, and the central authorities of described cavity 18 are provided with the sleeve 19 of epirelief, and described support axle 14 inserts in described sleeve 19; On described sleeve 19, cover has stage clip 20, described mop dop 15 is placed on outside described stage clip 20, mop dop 15 is provided with convex shoulder, and the upper end, one end of described stage clip 20 withstands on the convex shoulder of described mop dop, and the other end of described stage clip 20 withstands on the bottom surface of described cavity; The upper end of described cavity 18 sets firmly the location-plate 21 positioned mop dop, the bottom surface of cavity 18 is provided with a fixed leg 22, the bottom surface of mop dop is provided with a locating ring 23, and fixed leg 22 is through locating ring 23, and location-plate 21 is fixed by the hold-down screw penetrating fixed leg 22.Adopt said structure, when cleaning, when pressing down outer bar, under the effect of downforce, mop dop 15 is pressed down, mop disc 2 is also descending together, and the cleaning piece on mop disc 2 rubs with cleaning muscle 17, mop dop 15 resilience under the elastic force effect of stage clip 20 during outer bar pull-up return, mop disc 2 also rises, cleaning piece on mop disc 2 departs from cleaning muscle, and in the process that this is reciprocal, cleaning piece produces and repeatedly rubs, and cleaning performance is better.
Also can establish Upper shaft sleeve 24 in described sleeve 19, the upper end of described support axle 14 is inserted in described Upper shaft sleeve 24; The below of described cavity is provided with lower location-plate 25, and lower location-plate 25 is fixed by the hold-down screw penetrating fixed leg 22, and described lower location-plate 25 is provided with the Lower shaft sleeve 26 inserted in described sleeve, and described support axle 14 penetrates in described Lower shaft sleeve 26.Make rotating cylinder more stable when rotating by establishing Upper shaft sleeve 24 and Lower shaft sleeve 26.
Certainly, filter also can be arranged in outer barrel, the water thrown out in rotating cylinder collected by gathering-device after by Pipeline transport to the filter be arranged in outer barrel, be back in outer barrel after the filtration of filter.Filter can adopt common filter core, sponge etc., as long as can play the filtration to water.
Certainly, filter also can be located at the water inlet on rotating cylinder bottom surface, and the water thrown away during mop dewatering gets rid of in outer barrel, mix with the water in outer barrel, mixing water enters in interior bucket and rotating cylinder after the filtration of filter, becomes clean water, can for mop-cleaning.
Certainly, the mounting means of rotating cylinder also can adopt additive method.As adopted the structure in Chinese invention patent ZL201420181165.9, ZL201420386496.6, ZL201420523532.9, or employing prior art support axle is direct and rotating cylinder is injection molded into the structures such as one.
Embodiment two
With reference to Fig. 5 ~ Fig. 8, a kind of rotary mop burnisher with water filtration function, comprises mop and mop-pail stands.
Described mop comprises mop rod 1, establishes the mop disc 2 of cleaning piece, described mop rod 1 comprises the interior bar of socket mutually and outer bar, be provided with the driving mechanism for outer bar downward motion being converted into interior bar rotary motion between described interior bar and outer bar, described mop disc 2 is connected to the lower end of described interior bar.Driving mechanism between inside and outside bar is the conventional structure of this area, does not repeat them here.
The cleaning and dewatering region that described mop-pail stands comprises outer barrel 3 and is located in described outer barrel 3, the formation in cleaning and dewatering region can adopt the mode arranging interior bucket 4, and the mode of dividing plate also can be adopted to be separated out a cleaning and dewatering region.Rotatable rotating cylinder 5 is provided with in described interior bucket 4.
Mop disc 2 described in during mop-cleaning is placed in described rotating cylinder 5, and the mop disc 2 during mop dewatering described in driving mechanism driving and rotating cylinder 5 rotate, and the water under centrifugal action in rotating cylinder 5 is upwards thrown away.The sidewall of rotating cylinder 5 described in the present embodiment by upper under slope inwardly, enter effect further to water getting rid of have, water more easily thrown away.
Described interior bucket 4 and outer barrel 3 UNICOM, the bottom surface of described rotating cylinder 5 offers water inlet 6, is provided with valve, the valve closing described in during mop dewatering at interior bucket 4 with the connection position of outer barrel 3; Valve open described after mop dewatering completes thus again carry out mop-cleaning in interior bucket 4 and rotating cylinder 5, now valve open or closedown.
The upper end of described interior bucket 4 is provided with a circle Storage water tank 7, is provided with filter 8 in Storage water tank 7, and this Storage water tank 7 is positioned at the below of described rotating cylinder bung.First the water thrown away in rotating cylinder 5 during dehydration be dumped into Storage water tank 7, and device 8 is back in described outer barrel 3 after filtering after filtration.Described outer barrel 3 upper limb is provided with the water deflector cover 9 covering described Storage water tank 7, when mop dewatering, can block by the water upwards thrown away in rotating cylinder, spatter outside anti-sealing by this water deflector cover 9.
Valve closing when dewatering after mop-cleaning is complete, no longer UNICOM between interior bucket 4 and outer barrel 3, now presses mop rod, and driving mechanism drives mop disc 2 and rotating cylinder 5 to rotate, and the water under the influence of centrifugal force in rotating cylinder 5 is upwards thrown away, and mop is also dried simultaneously.The water thrown away in rotating cylinder 5 is back in outer barrel 3 after filter 8 filters, and water becomes water purification after filtering, and can not pollute the clean water in outer barrel 3.After mop dewatering, valve open, interior bucket 4 and outer barrel 3 UNICOM, again intake in interior bucket 4 and rotating cylinder 5, the water level of interior outer barrel and rotating cylinder is identical, is placed in rotating cylinder 5 by mop disc 3, cleans normally, now valve open or closedown, all the time have water in interior bucket 4 and rotating cylinder 5 during valve open, cleaning limit water dumping in limit during valve closing, is in fact also dewatering while carrying out cleaning, water in last rotating cylinder 5 is dried, and mop is also dried.In order to ensure cleaning performance, advise the valve open when cleaning.
During the design of intake on the bottom surface of carrying out rotating cylinder 5, can be designed to skewed by water inlet 6, its benefit is: water inlet 6 skewed when dewatering can be used as the mouth that bails and scooped out by remaining water in interior bucket 4; When cleaning, skewed water inlet 6 can be used as again the mouth that bails and is scooped up by the water in interior bucket 4, and cleaning performance is better.
In the present embodiment, the concrete structure of valve is designed to: the bottom surface of described interior bucket 4 offers the mouth of a river 28, and described interior bucket 4 is by this mouth of a river 28 and described outer barrel 3 UNICOM; The described mouth of a river 28 is provided with sealing-plug 29, and the sealing-plug 29 described in during mop dewatering clogs the described mouth of a river 28, extracts described sealing-plug 29 during mop-cleaning.
In the present embodiment, the concrete set-up mode of rotating cylinder is: the bottom surface of described interior bucket 4 is provided with bearing bracket stand 27, described bearing bracket stand 27 is positioned at the top at the described mouth of a river 28, and described bearing bracket stand 27 is provided with plane bearing 30, and described rotating cylinder 5 is bearing on described plane bearing 30; The central authorities of described rotating cylinder 5 bottom surface are provided with mop card cap 31; The central authorities of described mop disc 2 are equipped with driving head 32, driving head 32 and mop disc 2 can be arranged in split, also can be wholely set (integrator, now driving head and mop disc can integrated injection moldings, or adopt modes such as being threaded), these structures are all the routine techniques in existing mop.The lower surface of described driving head 32 is provided with the caulking groove 33 with described mop card cap 31 adaptation, and the mop card cap 31 described in during mop dewatering snaps in described caulking groove 33; Described sealing-plug 29 is located on a stopper rod 34, and described stopper rod 34 is upward through described mop card cap 32.Sealing-plug 29 blow-by mouth of a river during cleaning, mop disc 2 is placed in rotating cylinder 5 and rocks, cleaning piece on mop disc 2 is cleaned, mop is pressed down when dewatering, mop card cap 31 snaps in described caulking groove 33, and by sealing-plug 29 to pressing down, the mouth of a river 28 seals by sealing-plug 29, the outer bar of downward pressing, interior bar rotates, thus driving head 32 rotates, rotating cylinder 5 is driven to rotate by the cooperation of caulking groove 33 and mop card cap 31, between rotating cylinder 5 and the cleaning piece of mop disc, there is frictional force, the rotation of rotating cylinder 5 drive again the body of mop disc 2 rotate (when driving head and mop disc in aggregates time, pressing down outer bar can directly drive mop disc to rotate), in order to reach better transmission effect, mop card cap 31 is generally arranged to hexagon or with convex tendon, corresponding, caulking groove 33 is also arranged to hexagon or with the transmission reinforcement that when coordinate with it offset corresponding to convex tendon.
In the present embodiment, described bearing bracket stand 27 is provided with the beam barrel 35 raised up, the bottom surface of rotating cylinder 5 has the connecting cylinder 36 be placed on outside described beam barrel 35, and it is outer and be threaded with described connecting cylinder 26 that described mop card cap 31 is placed on described beam barrel 35 and connecting cylinder 36; Described stopper rod 34 penetrates in described beam barrel 35, described stopper rod 34 has the upper spring step of evagination, the inwall of described beam barrel 35 is provided with lower spring step, on this stopper rod 34, also cover has spring 37, the upper end of described spring 37 withstands on described upper spring step, and the lower end of described spring 37 withstands on described lower spring step.For the ease of assembling, described stopper rod 34 is made up of upper stopper rod and lower stopper rod, is threaded between described upper stopper rod and lower stopper rod.The meaning arranging said structure is: carry mop after the dehydration is completed, and under the effect of spring 37, stopper rod 34 upwards gos up, and make sealing-plug 29 deblocking automatically, the mouth of a river 28 is again unimpeded.
In the present embodiment, a winding cylinder ring 38 is also provided with in described rotating cylinder 5, the wall of described winding cylinder ring 38 is provided with the winding seam for being wound around cleaning piece, cleaning piece when dewatering on mop disc 2 is wrapped in and is wound around in seam, the water thrown away appears from winding seam, throw away from rotating cylinder 5 again, better dehydrating effect can be reached.
In the present embodiment, the bottom surface of described bearing bracket stand 27 is provided with inserting column 39, and the bottom surface of described interior bucket 4 is provided with insertion tube 40, and described inserting column 39 inserts in described insertion tube 40.Adopt this structure to be taken out by rotating cylinder 5 easily, facilitate internal outer barrel, rotating cylinder inside cleans.
Certainly, filter also can be arranged in outer barrel, the water thrown out in rotating cylinder collected by gathering-device after by Pipeline transport to the filter be arranged in outer barrel, be back in outer barrel after the filtration of filter.Filter can adopt common filter core, sponge etc., as long as can play the filtration to water.
Certainly, filter also can be located at the water inlet on rotating cylinder bottom surface, and the water thrown away during mop dewatering gets rid of in outer barrel, mix with the water in outer barrel, mixing water enters in interior bucket and rotating cylinder after the filtration of filter, becomes clean water, can for mop-cleaning.
Above-mentioned two embodiments give two kinds of valve mechanisms, certainly also other valve mechanisms can be taked, as long as object of the present invention can be reached, on the bottom surface of interior bucket, such as offer connected entrance as outer barrel UNICOM, UNICOM's mouth is set application number as the valve shown in Figure 12 in the Chinese invention patent of 201410463966.9.
Claims (15)
1. there is a rotary mop burnisher for water filtration function, comprise mop and mop-pail stands;
Described mop-pail stands comprises outer barrel and is located at the cleaning and dewatering region in described outer barrel, is provided with rotatable rotating cylinder in described cleaning and dewatering region;
Described mop comprises mop rod, establishes the mop disc of cleaning piece, described mop rod comprises the interior bar of socket mutually and outer bar, be provided with the driving mechanism for outer bar downward motion being converted into interior bar rotary motion between described interior bar and outer bar, described mop disc is connected to the lower end of described interior bar;
Mop disc described in during mop-cleaning is placed in described rotating cylinder, mop disc during mop dewatering described in driving mechanism driving and drum rotation, and the water under centrifugal action in rotating cylinder is upwards thrown away;
It is characterized in that: described cleaning and dewatering region and outer barrel UNICOM, the bottom surface of described rotating cylinder offers water inlet, be provided with valve in the connection position of cleaning and dewatering region and outer barrel, the valve closing described in during mop dewatering; Valve open described after mop dewatering completes thus again carry out mop-cleaning in cleaning and dewatering region and rotating cylinder, now valve open or closedown;
Also comprise filter, described filter is located in described cleaning and dewatering region or outer barrel, and the water thrown away in rotating cylinder during mop dewatering after filtration device is back in described outer barrel after filtering; Or described water inlet is located at by described filter.
2. there is the rotary mop burnisher of water filtration function as claimed in claim 1, it is characterized in that: the upper end in described cleaning and dewatering region is provided with a circle Storage water tank, described filter is located in described Storage water tank, and this Storage water tank is positioned at the below of described rotating cylinder bung.
3. there is the rotary mop burnisher of water filtration function as claimed in claim 1, it is characterized in that: the sidewall of described rotating cylinder by upper under slope inwardly.
4. there is the rotary mop burnisher of water filtration function as claimed in claim 2, it is characterized in that: the sidewall of described rotating cylinder by upper under slope inwardly.
5. there is the rotary mop burnisher of water filtration function as claimed in claim 2, it is characterized in that: described outer barrel upper limb is provided with the water deflector cover covering described Storage water tank.
6. the rotary mop burnisher with water filtration function as described in one of claim 1 ~ 5, is characterized in that: described cleaning and dewatering region has the exntension tubs extended laterally, and described cleaning and dewatering region is by these exntension tubs and described outer barrel UNICOM;
One valve rod penetrates in described exntension tubs, and described valve rod is provided with the valve plate being positioned at described exntension tubs, and the valve rod described in rotating during mop dewatering, by described valve plate by described exntension tubs shutoff; Valve rod after mop dewatering completes described in rotation, makes the exntension tubs described in valve plate not shutoff.
7. there is the rotary mop burnisher of water filtration function as claimed in claim 6, it is characterized in that: the bottom surface in described cleaning and dewatering region is provided with a support axle, insert the central authorities of described rotating cylinder bottom surface in the upper end of described support axle, and the central authorities of described rotating cylinder bottom surface are provided with mop dop; The back side of described mop disc is provided with the draw-in groove with described mop dop adaptation, and the mop dop described in when mop-cleaning and dehydration snaps in described draw-in groove.
8. there is the rotary mop burnisher of water filtration function as claimed in claim 7, it is characterized in that: the bottom surface of described rotating cylinder is provided with cleaning muscle, the central authorities of described rotating cylinder bottom surface are provided with recessed cavity, and the central authorities of described cavity are provided with the sleeve of epirelief, in the sleeve described in described support axle inserts;
On described sleeve, cover has stage clip, and described mop dop is placed on outside described stage clip, and the upper end, one end of described stage clip withstands on described mop dop, and the other end of described stage clip withstands on the bottom surface of described cavity;
The upper end of described cavity sets firmly the location-plate positioned mop dop.
9. have the rotary mop burnisher of water filtration function as claimed in claim 8, it is characterized in that: be provided with Upper shaft sleeve in described sleeve, the upper end of described support axle is inserted in described Upper shaft sleeve;
The below of described cavity is installed with lower location-plate, and described lower location-plate is provided with the Lower shaft sleeve inserted in described sleeve, and described support axle penetrates in described Lower shaft sleeve.
10. the rotary mop burnisher with water filtration function as described in one of claim 1 ~ 5, is characterized in that: the bottom surface in described cleaning and dewatering region offers the mouth of a river, and described cleaning and dewatering region is by this mouth of a river and described outer barrel UNICOM;
The described mouth of a river is provided with sealing-plug, and the sealing-plug described in during mop dewatering clogs the described mouth of a river, extracts described sealing-plug after mop dewatering completes.
The 11. rotary mop burnishers as claimed in claim 10 with water filtration function, it is characterized in that: the bottom surface in described cleaning and dewatering region is provided with bearing bracket stand, described bearing bracket stand is positioned at the top at the described mouth of a river, described bearing bracket stand is provided with plane bearing, and described rotating cylinder is bearing on described plane bearing;
The central authorities of described rotating cylinder bottom surface are provided with mop card cap; The central authorities of described mop disc are equipped with driving head, and the lower surface of described driving head is provided with the caulking groove with described mop card cap adaptation, and the mop card cap described in during mop dewatering snaps in described caulking groove;
Described sealing-plug is located on a stopper rod, and described stopper rod is upward through described mop card cap.
The 12. rotary mop burnishers as claimed in claim 11 with water filtration function, it is characterized in that: described bearing bracket stand is provided with the beam barrel raised up, the bottom surface of rotating cylinder has the connecting cylinder be placed on outside described beam barrel, and described mop card cap sleeve is outer and affixed with described connecting cylinder in described beam barrel and connecting cylinder;
Described stopper rod penetrates in described beam barrel, described stopper rod has the upper spring step of evagination, the inwall of described beam barrel is provided with lower spring step, on this stopper rod, also cover has spring, the upper end of described spring withstands on described upper spring step, and the lower end of described spring withstands on described lower spring step.
The 13. rotary mop burnishers as claimed in claim 11 with water filtration function, it is characterized in that: the bottom surface of described bearing bracket stand is provided with inserting column, the bottom surface of described interior bucket is provided with insertion tube, in the insertion tube described in described inserting column inserts.
The 14. rotary mop burnishers as claimed in claim 10 with water filtration function, is characterized in that: be also provided with a winding cylinder ring in described rotating cylinder, and the wall of described winding cylinder ring is provided with the winding seam for being wound around cleaning piece.
The 15. rotary mop burnishers as claimed in claim 12 with water filtration function, is characterized in that: described stopper rod is made up of upper stopper rod and lower stopper rod, is threaded between described upper stopper rod and lower stopper rod.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510049385.5A CN104605798B (en) | 2015-01-31 | 2015-01-31 | A kind of rotary mop burnisher with water filtration |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510049385.5A CN104605798B (en) | 2015-01-31 | 2015-01-31 | A kind of rotary mop burnisher with water filtration |
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| CN104605798A true CN104605798A (en) | 2015-05-13 |
| CN104605798B CN104605798B (en) | 2018-05-11 |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107569194A (en) * | 2017-09-14 | 2018-01-12 | 泉州信息工程学院 | A kind of Manual pedal rectangle mop-cleaning dehydration tube |
| CN108185938A (en) * | 2017-06-29 | 2018-06-22 | 永康市宏刚工贸有限公司 | A kind of cleaning device easy to use |
| CN108577725A (en) * | 2018-05-13 | 2018-09-28 | 浙江爱格家居用品有限公司 | Burnisher |
| CN108652540A (en) * | 2018-06-04 | 2018-10-16 | 夏冬全 | A kind of mop dryer |
| CN109770806A (en) * | 2017-11-14 | 2019-05-21 | 慈溪市博生塑料制品有限公司 | A kind of application method of flat mop |
| CN110236459A (en) * | 2019-07-12 | 2019-09-17 | 宁波市海曙良品生活用品有限公司 | A kind of mop and rotating device for exempting from hand washing |
| CN110384444A (en) * | 2019-08-21 | 2019-10-29 | 宁波市海曙良品生活用品有限公司 | A kind of mop-pail stands with interior exterior bowl |
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2015
- 2015-01-31 CN CN201510049385.5A patent/CN104605798B/en active Active
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108185938A (en) * | 2017-06-29 | 2018-06-22 | 永康市宏刚工贸有限公司 | A kind of cleaning device easy to use |
| CN107569194A (en) * | 2017-09-14 | 2018-01-12 | 泉州信息工程学院 | A kind of Manual pedal rectangle mop-cleaning dehydration tube |
| CN109770806A (en) * | 2017-11-14 | 2019-05-21 | 慈溪市博生塑料制品有限公司 | A kind of application method of flat mop |
| CN109770799A (en) * | 2017-11-14 | 2019-05-21 | 慈溪市博生塑料制品有限公司 | A kind of application method of flat mop |
| CN109770806B (en) * | 2017-11-14 | 2022-04-19 | 慈溪市博生塑料制品有限公司 | Using method of flat mop |
| CN108577725A (en) * | 2018-05-13 | 2018-09-28 | 浙江爱格家居用品有限公司 | Burnisher |
| CN108652540A (en) * | 2018-06-04 | 2018-10-16 | 夏冬全 | A kind of mop dryer |
| CN110236459A (en) * | 2019-07-12 | 2019-09-17 | 宁波市海曙良品生活用品有限公司 | A kind of mop and rotating device for exempting from hand washing |
| CN110384444A (en) * | 2019-08-21 | 2019-10-29 | 宁波市海曙良品生活用品有限公司 | A kind of mop-pail stands with interior exterior bowl |
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| CN104605798B (en) | 2018-05-11 |
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