CN106264370A - A kind of drag slab burnisher - Google Patents
A kind of drag slab burnisher Download PDFInfo
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- CN106264370A CN106264370A CN201510322400.9A CN201510322400A CN106264370A CN 106264370 A CN106264370 A CN 106264370A CN 201510322400 A CN201510322400 A CN 201510322400A CN 106264370 A CN106264370 A CN 106264370A
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- mophead
- pump
- dehydration
- mop
- water
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Abstract
A kind of drag slab burnisher, including mop-pail stands, mop rod and mophead, mop-pail stands has mutually isolated cleaning area and drying zone；Set rotatable dehydration framework in drying zone, after folding, mophead is placed under portable plate in dehydration framework during dehydration, mophead rotary dehydration；Drying zone also sets water plug, and during dehydration, water plug is driven by drive mechanism, and the water of drying zone is drained into cleaning area；It is provided with cleaning axle in cleaning area, cleans axle and be provided with cleaning parts, after folding, mophead is placed under portable plate on cleaning axle during cleaning, produces relative rotation between mophead and cleaning parts thus mophead is carried out；When mopping floor, portable plate launches, and when the connection of interior bar and fixed plate makes to mop floor, mophead can universal rotational.The present invention also need not need to arrange a water space in the lower section of dehydration framework as staving of the prior art, therefore can be shortened by the height of staving, and the mophead of drag slab can increase accordingly, be more suitable for drag slab with its with the use of.
Description
Technical field
The present invention relates to a kind of drag slab burnisher.
Background technology
Hand-pressing rotary circle drags the general structure of (i.e. mophead is rounded) to be: include mop-pail stands and mop rod, and the lower end of mop rod is provided with can the mophead of band cleaning piece；Mop rod includes the interior bar that is mutually socketed and outer bar, is provided with the drive mechanism of rotary motion for the stretching motion of mop rod is converted into interior bar between inside and outside bar；Having rotatable dehydration framework in mop-pail stands, the central authorities of dehydration framework are provided with axis, are placed in by mophead in dehydration framework, mophead rotary dehydration during dehydration.
Although hand-pressing rotary circle drag use more convenient, but convenient not as drag slab (i.e. mophead is flat mop) in use, especially when clearing up corner and dragging along wall limit and sweeping, round drag more inconvenient.Prior art also has drag slab product, the drag slab that such as Chinese invention patent ZL201320275150.4 etc. provide.
But drag in the market or based on circle, main reason is that: drag slab, when dehydration, needs to fold, and the flat mophead after folding produces certain height, therefore to drag slab is dried, then need to be made dehydration basket higher to accommodate the flat mophead after folding；Staving is also required to increase height accordingly simultaneously, also needs to reserve certain space in the lower section of dehydration basket for accommodating the water getting rid of while accommodating dehydration basket.Therefore the longest to flat mophead be made, the cost paid is exactly increasing of ladle body height, and mop-pail stands will become the hugest thus, use very inconvenient.Therefore the drag slab on market is in order to reduce ladle body volume, can only sacrifice the length of drag slab.
Summary of the invention
For overcoming the above-mentioned deficiency of existing drag slab burnisher, the present invention provides one can use longer flat mophead, and the drag slab burnisher that ladle body size is the least.
The present invention solves the technical scheme of its technical problem: a kind of drag slab burnisher, including mop-pail stands, mop rod and mophead, described mop-pail stands has mutually isolated cleaning area and drying zone；
Described mop rod includes the interior bar that is mutually socketed and outer bar, and described mophead includes fixed plate and is articulated in the portable plate at described fixed plate two ends respectively, and the lower end of described interior bar is connected with described fixed plate；
The drive mechanism that the stretching motion of mop rod is converted into interior bar rotary motion it is provided with between described interior bar and outer bar；
Being provided with rotatable dehydration framework in described drying zone, the central authorities of described dehydration framework are provided with axis, are placed in by described mophead in dehydration framework, mophead rotary dehydration during dehydration under portable plate after folding；Described drying zone is additionally provided with water plug, and during dehydration, water plug is driven by described drive mechanism, and the water of drying zone is drained into cleaning area；
Cleaning axle it is provided with in described cleaning area, described cleaning axle is provided with cleaning parts, after folding, described mophead is placed under portable plate on cleaning axle during cleaning, produces relative rotation between mophead and cleaning parts, thus by cleaning parts, mophead is carried out；
Portable plate described in when mopping floor launches, and the mophead described in when the connection of interior bar and described fixed plate makes to mop floor can universal rotational.
Further, described water plug is sickle pump or gear pump or displacement pump.
Drive mechanism drives the mode of dehydration device to have multiple, concretely:
1.. the described dehydration frame member described in drive mechanism driving, the bottom surface of described dehydration framework is provided with driving gear；
Described water plug is sickle pump, this sickle pump includes the pump housing being positioned at drying zone, the described pump housing has and the pump chamber of extraneous UNICOM, in described pump chamber, there is impeller, the central authorities of described impeller are provided with pump shaft, the head of described pump shaft stretches out the upper surface of the described pump housing, and the head of this pump shaft is provided with driven gear, and described driven gear engages with described driving gear.
2.. the described central axis described in drive mechanism driving, described axis is provided with geared sleeve, and described geared sleeve is provided with driving gear；
Described water plug is sickle pump, this sickle pump includes the pump housing being positioned at drying zone, the described pump housing has and the pump chamber of extraneous UNICOM, in described pump chamber, there is impeller, the central authorities of described impeller are provided with pump shaft, the head of described pump shaft stretches out the upper surface of the described pump housing, and the head of this pump shaft is provided with driven gear, and described driven gear engages with described driving gear.
3.. the head of described axis is cased with headgear, and the described headgear described in drive mechanism driving rotates, and described headgear is to having geared sleeve, and described geared sleeve is provided with driving gear；
Described water plug is sickle pump, this sickle pump includes the pump housing being positioned at dehydration, the described pump housing has and the pump chamber of extraneous UNICOM, in described pump chamber, there is impeller, the central authorities of described impeller are provided with pump shaft, the head of described pump shaft stretches out the upper surface of the described pump housing, and the head of this pump shaft is provided with driven gear, and described driven gear engages with described driving gear.
4.. the described dehydration frame member described in drive mechanism driving, described water plug includes: the bottom surface of dehydration framework is provided with thread bush, described thread bush is placed on outside described axis, is also cased with the set that draws water outside described thread bush, described in draw water set lower end be connected with described mop-pail stands；
Described draw water to put be provided with the suction eye being positioned at below described dehydration framework.
5.. described drive mechanism drive described in central axis, described water plug includes: axis is provided with thread bush, is also cased with the set that draws water outside described thread bush, described in the lower end overlapped of drawing water be connected with described mop-pail stands；
Described draw water to put be provided with the suction eye being positioned at below described dehydration framework.
6.. the head of described axis is cased with headgear, and the described headgear described in drive mechanism driving rotates；
Water plug includes: described headgear, to having thread bush, is also cased with the set that draws water outside described thread bush, described in draw water set lower end be connected with described mop-pail stands；
Described draw water to put be provided with the suction eye being positioned at below described dehydration framework.
The present invention also has a following additional technical feature:
The described axle that cleans is fixed in described mop-pail stands, and the back side of the fixed plate of described mophead is provided with and cleans the inverted draw cut that axle top is adaptive；Being articulated with free bearing by pivot in described fixed plate, described pivot is arranged along the length direction of described mophead；Being hinged with connection seat on described free bearing, described interior bar connects with described connection seat, and the pivot joint direction of described free bearing is vertical with the described hinged direction being connected seat.
The described axle that cleans is rotatably arranged in described mop-pail stands；The lower end of described interior bar connects driving head, and the back side of described driving head is provided with and cleans the driver slot that axle top is adaptive, and the rotation of described driving head can drive described cleaning axle to rotate.
The beneficial effects of the present invention is: also need not need to arrange a water space in the lower section of dehydration framework as staving of the prior art, therefore can be shortened by the height of staving, the mophead of drag slab can increase accordingly, be more suitable for drag slab with its with the use of.
Accompanying drawing explanation
Fig. 1 is the structural representation of mop.
Fig. 2 is the structural representation of embodiment one.
Fig. 3 is the structural representation cleaning axle.
Fig. 4 is to be dehydrated framework in embodiment one to drive the structural representation of water plug.
Fig. 5 is the cut-away view of water plug in embodiment one.
Fig. 6 is the structural representation of another kind of water-out manners.
Fig. 7 is the structural representation of axis drive water plug in embodiment two.
Fig. 8 is the structural representation that in embodiment three, headgear drives water plug.
Fig. 9 is to be dehydrated framework in embodiment four to drive the structural representation of another water plug.
Figure 10 is the cut-away view of water plug in Fig. 9.
Figure 11 is the structural representation of another water plug of axis drive in embodiment five.
Figure 12 is the structural representation that in embodiment six, headgear drives another water plug.
Detailed description of the invention
With detailed description of the invention, the present invention is described in further detail below in conjunction with the accompanying drawings.
Embodiment one
With reference to Fig. 1 ~ Fig. 6, a kind of drag slab burnisher, including mop-pail stands 1, mop rod 2 and mophead 3, described mop-pail stands has mutually isolated cleaning area 4 and drying zone 5, and in the present embodiment, cleaning area 4 and drying zone 5 are kept apart by dividing plate.
Described mop rod 2 includes interior bar 6 and the outer bar 7 being mutually socketed, and described mophead 3 includes fixed plate 8 and is articulated in the portable plate 9 at described fixed plate 8 two ends respectively, and the lower end of described interior bar 6 is connected with described fixed plate 8.
The drive mechanism 10 that the stretching motion of mop rod is converted into the rotary motion of interior bar 6 it is provided with between described interior bar 6 and outer bar 7.
Being provided with rotatable dehydration framework 11 in described drying zone 5, the central authorities of described dehydration framework 11 are provided with axis 12, are placed in by described mophead in dehydration framework 11, mophead rotary dehydration during dehydration after 9 times foldings of portable plate；Described drying zone is additionally provided with water plug, and during dehydration, water plug is driven by described drive mechanism 10, and the water of drying zone 5 is drained into cleaning area 4.
Cleaning axle 13 it is provided with in described cleaning area 4, described cleaning axle 13 is provided with cleaning parts, described mophead is placed on cleaning axle 13 after 9 times foldings of portable plate during cleaning, produces relative rotation between mophead and cleaning parts, thus by cleaning parts, mophead is carried out.
Portable plate 9 described in when mopping floor launches to pave, and the mophead 3 described in when the connection of interior bar 6 and described fixed plate 8 makes to mop floor can universal rotational.
In the present embodiment, the structure of water plug, drive mechanism drive concrete type of drive and structure be:
The described dehydration framework 11 described in drive mechanism driving rotates, and dehydration framework 11 drives water plug to work again: the bottom surface of described dehydration framework 11 is provided with driving gear 14；Described water plug is sickle pump, this sickle pump includes the pump housing 15, the described pump housing 15 has and the pump chamber of extraneous UNICOM, there is in described pump chamber impeller 16, the central authorities of described impeller 16 are provided with pump shaft, the head of described pump shaft stretches out the upper surface of the described pump housing, and the head of this pump shaft is provided with driven gear 17, and described driven gear 17 engages with described driving gear 14.Dehydration framework 11 rotates, and drives driving gear 14 to rotate, thus drives pump shaft and impeller 16 to rotate by driven gear 17, thus realizes drawing water, and can be discharged by water by drinking-water pipe 18.The rotation of dehydration framework 11 is driven by drive mechanism, and the mode that drive mechanism 10 drives dehydration framework 11 to rotate is existing conventional techniques, and existing drag slab burnisher all can realize this function, does not repeats them here.
In order to enable to be drained by water only, described water plug is positioned at the bottom of described drying zone 5, it may be assumed that the pump housing is positioned at the bottom of mop-pail stands, and the bottom surface of the pump housing can downwardly extend out downward cylinder 19, sets perforate, drawn water by perforate on downward cylinder 19.Draw water after downward cylinder 19 is set more thorough.Drinking-water pipe 18 can stretch out from the upper end of mop-pail stands, it is possible to as shown in Figure 6, directly stretches out bottom drying zone, can be provided with a discharge outlet in the bottom of dividing plate, set stopper 20 in discharge outlet, uses stopper 20 discharge outlet to be clogged when not drawing water.
In the present embodiment, use sickle pump, naturally it is also possible to use the form such as gear pump, displacement pump, when using the form such as gear pump, displacement pump, it is possible to as set forth in the present embodiment, be dehydrated frame member, by drive mechanism by power transmission to pump.The form of drive mechanism can use gear drive as set forth in the present embodiment, it is possible to using other power transmission mechanisms, the design of this drive mechanism is that those skilled in the art easily realize, numerous to list herein.
When dehydration, described mophead is placed in dehydration framework 11 after 9 times foldings of portable plate, identical with prior art, press mop rod, dehydration framework 11 and mophead 3 rotate and are dried by water.Water plug is driven by drive mechanism, is extracted out by the water in drying zone by water plug.So the height of staving can be shortened, it is not necessary to as staving of the prior art, also one water space need to be set in the lower section of dehydration framework；
Being placed in by described mophead on cleaning axle 13 after 9 times foldings of portable plate during cleaning, produce relative rotation between mophead and cleaning parts 21, thus be carried out mophead by cleaning parts, cleaning parts 21 can be bristle etc..Clean axle 13 can be fixed in mop-pail stands, it is also possible to be rotatably arranged in mop-pail stands.
Clean axle 13 when being fixed in described mop-pail stands, the back side of the fixed plate 8 of described mophead is provided with and cleans the inverted draw cut that axle 13 top is adaptive, in cleaning the head insertion inverted draw cut of axle 13 during cleaning, mophead is formed support, under press mop rod, thus interior bar 6 rotates, the rotation of interior bar 6 drives mophead 3 to rotate, so that produce relative rotation between mophead 3 and cleaning parts 21.Under this kind of mode, the concrete connected mode of interior bar 6 and fixed plate 8 is: be articulated with free bearing 22 by pivot in described fixed plate 8, and described pivot is arranged along the length direction of described mophead 3；Being hinged with connection seat 23 on described free bearing 22, described interior bar 6 connects with described connection seat 23, and the pivot joint direction of described free bearing 22 is vertical with the described hinged direction being connected seat 23, i.e. the hinge of free bearing 22 is perpendicular with pivot.Mophead described in when the connected mode of this interior bar and fixed plate can realize mopping floor can universal rotational: the pivot joint of free bearing 22 and connect the hinged of seat 23 and make mophead have two rotation directions, the compound universal rotational that can realize mophead 3 of two rotation directions.
Cleaning axle 13 when being rotatably arranged in described mop-pail stands, the lower end of described interior bar 6 connects driving head, and the back side of described driving head is provided with and cleans the driver slot that axle 13 top is adaptive, and the rotation of described driving head can drive described cleaning axle 13 to rotate.Cleaning during cleaning in the head insertion inverted draw cut of axle 13, press down mop rod, thus interior bar 6 rotates, the rotation drive driving head of interior bar 6 rotates, and driving head rotates and drives cleaning axle 13 to rotate, so that produce relative rotation between mophead 3 and cleaning parts 21.
After the portable plate 9 times folding of mophead, two portable plates 9 can be made the most outward-dipping and non-fully vertical with fixed plate 8, such two portable plates 9 are in splayed, and under only needing when mopping floor, portable plate expansion can be paved by pressure easily, use easier.
Embodiment two
With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 7, in the present embodiment, concrete type of drive and structure that the structure of water plug, drive mechanism drive be:
Described drive mechanism 10 drives described axis 12 to rotate, and axis 12 drives water plug to work again: described axis 12 is provided with geared sleeve 24, and described geared sleeve is provided with driving gear 14；Described water plug is sickle pump, this sickle pump includes the pump housing 15, the described pump housing 15 has and the pump chamber of extraneous UNICOM, there is in described pump chamber impeller 16, the central authorities of described impeller 16 are provided with pump shaft, the head of described pump shaft stretches out the upper surface of the described pump housing, and the head of this pump shaft is provided with driven gear 17, and described driven gear 17 engages with described driving gear 14.Axis 12 rotates, and drives driving gear 14 to rotate, thus drives pump shaft and impeller 16 to rotate by driven gear 17, thus realizes drawing water, and can be discharged by water by drinking-water pipe 18.The rotation of axis 12 is driven by drive mechanism, drive mechanism drives the mode of central axis to be prior art, the such as head at axis sets a headgear, the back side of mophead is provided with draw-in groove, draw-in groove snaps in headgear, and mophead is connected with bar in mop rod, by pressing mop rod, in mop rod, bar drives mophead to rotate, and mophead drives headgear and central axis；Or axis and dehydration framework one, move central axis by the rotational band of dehydration framework.During central axis, the preferably bottom surface at mop-pail stands sets a cover for seat, and axis is inserted in cover for seat, sets a steel ball bottom cover for seat, and axis lower end withstands on steel ball, rotates more smooth and easy, and the most firm during central axis.
Remaining structure is identical with embodiment one with embodiment, does not repeats them here.
Embodiment three
With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 8, in the present embodiment, concrete type of drive and structure that the structure of water plug, drive mechanism drive be:
The head of described axis 12 is cased with headgear 25, and described drive mechanism 10 drives described headgear 25 to rotate, and headgear 25 drives water plug to work again: described headgear 25 is to having geared sleeve 24, and described geared sleeve 24 is provided with driving gear 14；Described water plug is sickle pump, this sickle pump includes the pump housing 15, the described pump housing 15 has and the pump chamber of extraneous UNICOM, there is in described pump chamber impeller 16, the central authorities of described impeller 16 are provided with pump shaft, the head of described pump shaft stretches out the upper surface of the described pump housing, and the head of this pump shaft is provided with driven gear 17, and described driven gear 17 engages with described driving gear 14.Headgear 25 rotates, and drives driving gear 14 to rotate, thus drives pump shaft and impeller 16 to rotate by driven gear 17, thus realizes drawing water, and can be discharged by water by drinking-water pipe 18.The rotation of headgear is driven by drive mechanism, the mode that drive mechanism drives headgear to rotate is prior art, typically all there is headgear on axis of the prior art, the back side of such as mophead is provided with draw-in groove, draw-in groove snaps in headgear, and mophead is connected with bar in mop rod, by pressing mop rod, in mop rod, bar drives mophead to rotate, and mophead drives headgear to rotate.
Remaining structure is identical with embodiment one with embodiment, does not repeats them here.
Embodiment four
With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 9, Figure 10, in the present embodiment, concrete type of drive and structure that the structure of water plug, drive mechanism drive be:
Described drive mechanism 10 drives described dehydration framework 11 to rotate, and dehydration framework 11 drives water plug to work again.Described water plug includes: the bottom surface of dehydration framework 11 is provided with thread bush 26, and described thread bush 11 is placed on outside described axis, and described thread bush 26 is outer is also cased with the set 27 that draws water, described in the draw water lower end of set 27 be connected with described mop-pail stands；The described set 27 that draws water is provided with the suction eye 28 being positioned at below described dehydration framework.In order to enable to be drained by water only, suction eye 28 is opened in the afterbody of the set that draws water.
Dehydration framework 11 rotates, and drives thread bush 26 to rotate, and thread bush 26 rotates, and can be pumped into by water by suction eye 28 and draw water in set 27, thus realizes drawing water, and can be discharged by water by drinking-water pipe 18.The rotation of dehydration framework 11 is driven by drive mechanism, and drive mechanism drives the mode of dehydration frame member to be prior art, and existing burnisher all can realize this function, does not repeats them here.
Remaining structure is identical with embodiment one with embodiment, does not repeats them here.
Embodiment five
With reference to Fig. 1, Fig. 2, Fig. 3, Figure 11, in the present embodiment, concrete type of drive and structure that the structure of water plug, drive mechanism drive be:
The described axis 12 described in drive mechanism driving rotates, and axis 12 drives water plug to work again.Described water plug includes: axis 12 is provided with thread bush, is also cased with the set 27 that draws water outside described thread bush, described in draw water set 27 lower end be connected with described mop-pail stands；The described set 27 that draws water is provided with the suction eye 28 being positioned at below described dehydration framework, and in order to enable to be drained by water only, suction eye 28 is opened in the afterbody of the set that draws water.
Axis 12 rotates, and drives thread bush to rotate, and thread bush is rotated then can be pumped into by water by suction eye 28 and draws water in set 27, thus realizes drawing water, and can be discharged by water by drinking-water pipe 18.The rotation of axis is driven by drive mechanism, drive mechanism drives the mode of central axis to be prior art, the such as head at axis sets a headgear, the back side of mophead is provided with draw-in groove, draw-in groove snaps in headgear, and mophead is connected with bar in mop rod, by pressing mop rod, in mop rod, bar drives mophead to rotate, and mophead drives headgear and central axis；Or axis and dehydration framework one, move central axis by the rotational band of dehydration framework.During central axis, the preferably bottom surface at mop-pail stands sets a cover for seat, and axis is inserted in cover for seat, sets a steel ball bottom cover for seat, and axis lower end withstands on steel ball, rotates more smooth and easy, and the most firm during central axis.
Remaining structure is identical with embodiment one with embodiment, does not repeats them here.
Embodiment six
With reference to Fig. 1, Fig. 2, Fig. 3, Figure 12, in the present embodiment, concrete type of drive and structure that the structure of water plug, drive mechanism drive be:
The head of described axis is cased with headgear 25, and the described headgear 25 described in drive mechanism driving rotates, and headgear 25 drives water plug to work again.Described water plug includes: headgear 25 is provided with thread bush, is also cased with the set 27 that draws water outside described thread bush, described in draw water set 27 lower end be connected with described mop-pail stands；The described set 27 that draws water is provided with the suction eye 28 being positioned at below described dehydration framework, and in order to enable to be drained by water only, suction eye 28 is opened in the afterbody of the set that draws water.
Headgear 25 rotates, and drives thread bush to rotate, and thread bush is rotated then can be pumped into by water by suction eye 28 and draws water in set 27, thus realizes drawing water, and can be discharged by water by drinking-water pipe 18.The rotation of headgear is driven by drive mechanism, the mode that drive mechanism drives headgear to rotate is prior art, typically all there is headgear on axis of the prior art, the back side of such as mophead is provided with draw-in groove, draw-in groove snaps in headgear, and mophead is connected with bar in mop rod, by pressing mop rod, in mop rod, bar drives mophead to rotate, and mophead drives headgear to rotate.
Remaining structure is identical with embodiment one with embodiment, does not repeats them here.
Claims (10)
1. a drag slab burnisher, including mop-pail stands, mop rod and mophead, described mop-pail stands has mutually isolated cleaning area and drying zone；
Described mop rod includes the interior bar that is mutually socketed and outer bar, and described mophead includes fixed plate and is articulated in the portable plate at described fixed plate two ends respectively, and the lower end of described interior bar is connected with described fixed plate；
The drive mechanism that the stretching motion of mop rod is converted into interior bar rotary motion it is provided with between described interior bar and outer bar；
It is characterized in that: be provided with rotatable dehydration framework in described drying zone, the central authorities of described dehydration framework are provided with axis, are placed in by described mophead in dehydration framework, mophead rotary dehydration during dehydration under portable plate after folding；Described drying zone is additionally provided with water plug, and during dehydration, water plug is driven by described drive mechanism, and the water of drying zone is drained into cleaning area；
Cleaning axle it is provided with in described cleaning area, described cleaning axle is provided with cleaning parts, after folding, described mophead is placed under portable plate on cleaning axle during cleaning, produces relative rotation between mophead and cleaning parts, thus by cleaning parts, mophead is carried out；
Portable plate described in when mopping floor launches, and the mophead described in when the connection of interior bar and described fixed plate makes to mop floor can universal rotational.
2. drag slab burnisher as claimed in claim 1, it is characterised in that: described water plug is sickle pump or gear pump or displacement pump.
3. drag slab burnisher as claimed in claim 2, it is characterised in that: the described dehydration frame member described in drive mechanism driving, the bottom surface of described dehydration framework is provided with driving gear；
Described water plug is sickle pump, this sickle pump includes the pump housing being positioned at drying zone, the described pump housing has and the pump chamber of extraneous UNICOM, in described pump chamber, there is impeller, the central authorities of described impeller are provided with pump shaft, the head of described pump shaft stretches out the upper surface of the described pump housing, and the head of this pump shaft is provided with driven gear, and described driven gear engages with described driving gear.
4. drag slab burnisher as claimed in claim 2, it is characterised in that: the described central axis described in drive mechanism driving, described axis is provided with geared sleeve, and described geared sleeve is provided with driving gear；
Described water plug is sickle pump, this sickle pump includes the pump housing being positioned at drying zone, the described pump housing has and the pump chamber of extraneous UNICOM, in described pump chamber, there is impeller, the central authorities of described impeller are provided with pump shaft, the head of described pump shaft stretches out the upper surface of the described pump housing, and the head of this pump shaft is provided with driven gear, and described driven gear engages with described driving gear.
5. drag slab burnisher as claimed in claim 2, it is characterised in that: the head of described axis is cased with headgear, and the described headgear described in drive mechanism driving rotates, and described headgear is to having geared sleeve, and described geared sleeve is provided with driving gear；
Described water plug is sickle pump, this sickle pump includes the pump housing being positioned at dehydration, the described pump housing has and the pump chamber of extraneous UNICOM, in described pump chamber, there is impeller, the central authorities of described impeller are provided with pump shaft, the head of described pump shaft stretches out the upper surface of the described pump housing, and the head of this pump shaft is provided with driven gear, and described driven gear engages with described driving gear.
6. drag slab burnisher as claimed in claim 1, it is characterized in that: the described dehydration frame member described in drive mechanism driving, described water plug includes: the bottom surface of dehydration framework is provided with thread bush, described thread bush is placed on outside described axis, also be cased with the set that draws water outside described thread bush, described in draw water set lower end be connected with described mop-pail stands；
Described draw water to put be provided with the suction eye being positioned at below described dehydration framework.
7. drag slab burnisher as claimed in claim 1, it is characterized in that: the described central axis described in drive mechanism driving, described water plug includes: axis is provided with thread bush, is also cased with the set that draws water outside described thread bush, described in draw water set lower end be connected with described mop-pail stands；
Described draw water to put be provided with the suction eye being positioned at below described dehydration framework.
8. drag slab burnisher as claimed in claim 1, it is characterised in that: the head of described axis is cased with headgear, and the described headgear described in drive mechanism driving rotates；
Water plug includes: described headgear, to having thread bush, is also cased with the set that draws water outside described thread bush, described in draw water set lower end be connected with described mop-pail stands；
Described draw water to put be provided with the suction eye being positioned at below described dehydration framework.
9. the drag slab burnisher as described in one of claim 1 ~ 8, it is characterised in that: the described axle that cleans is fixed in described mop-pail stands, and the back side of the fixed plate of described mophead is provided with and cleans the inverted draw cut that axle top is adaptive；
Being articulated with free bearing by pivot in described fixed plate, described pivot is arranged along the length direction of described mophead；Being hinged with connection seat on described free bearing, described interior bar connects with described connection seat, and the pivot joint direction of described free bearing is vertical with the described hinged direction being connected seat.
10. the drag slab burnisher as described in one of claim 1 ~ 8, it is characterised in that: the described axle that cleans is rotatably arranged in described mop-pail stands；
The lower end of described interior bar connects driving head, and the back side of described driving head is provided with and cleans the driver slot that axle top is adaptive, and the rotation of described driving head can drive described cleaning axle to rotate.
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| CN201510322400.9A CN106264370A (en) | 2015-06-13 | 2015-06-13 | A kind of drag slab burnisher |
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| CN201510322400.9A CN106264370A (en) | 2015-06-13 | 2015-06-13 | A kind of drag slab burnisher |
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| CN106618414A (en) * | 2017-02-19 | 2017-05-10 | 吴玉顺 | Mop dewatering and washing device |
| CN106798537A (en) * | 2017-01-13 | 2017-06-06 | 茶花家居塑料用品（连江）有限公司 | A kind of drag slab washing mechanism |
| CN106859533A (en) * | 2017-02-19 | 2017-06-20 | 吴玉顺 | A kind of drawing rotary dewatering device manually |
| CN106993991A (en) * | 2017-03-30 | 2017-08-01 | 海盐金诚铸件有限公司 | A kind of mop washing barrel |
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