CN107303167A - A kind of cleaning of mop, dewatering - Google Patents
A kind of cleaning of mop, dewatering Download PDFInfo
- Publication number
- CN107303167A CN107303167A CN201610636482.9A CN201610636482A CN107303167A CN 107303167 A CN107303167 A CN 107303167A CN 201610636482 A CN201610636482 A CN 201610636482A CN 107303167 A CN107303167 A CN 107303167A
- Authority
- CN
- China
- Prior art keywords
- cleaning
- mop
- ratchet
- mophead
- elastic
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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- 238000004140 cleaning Methods 0.000 title claims abstract description 142
- 238000001035 drying Methods 0.000 claims abstract description 45
- 230000018044 dehydration Effects 0.000 claims abstract description 37
- 238000006297 dehydration reaction Methods 0.000 claims abstract description 37
- 230000002000 scavenging effect Effects 0.000 claims abstract description 3
- 230000000712 assembly Effects 0.000 claims description 51
- 238000000429 assembly Methods 0.000 claims description 51
- 238000004891 communication Methods 0.000 claims description 27
- 238000006243 chemical reaction Methods 0.000 claims description 24
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 18
- 230000007423 decrease Effects 0.000 claims description 11
- 230000000694 effects Effects 0.000 claims description 10
- 238000003780 insertion Methods 0.000 claims description 7
- 230000037431 insertion Effects 0.000 claims description 7
- 230000003028 elevating effect Effects 0.000 claims description 6
- 230000001360 synchronised effect Effects 0.000 claims description 5
- 238000005406 washing Methods 0.000 claims description 4
- 230000000994 depressogenic effect Effects 0.000 claims description 3
- 230000009466 transformation Effects 0.000 claims 1
- 230000000630 rising effect Effects 0.000 description 9
- 238000010586 diagram Methods 0.000 description 5
- 238000007598 dipping method Methods 0.000 description 2
- 239000002360 explosive Substances 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 230000001174 ascending effect Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000010981 drying operation Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000013213 extrapolation Methods 0.000 description 1
Classifications
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L13/00—Implements for cleaning floors, carpets, furniture, walls, or wall coverings
- A47L13/10—Scrubbing; Scouring; Cleaning; Polishing
- A47L13/20—Mops
- A47L13/24—Frames for mops; Mop heads
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L13/00—Implements for cleaning floors, carpets, furniture, walls, or wall coverings
- A47L13/10—Scrubbing; Scouring; Cleaning; Polishing
- A47L13/50—Auxiliary implements
- A47L13/58—Wringers for scouring pads, mops, or the like, combined with buckets
Abstract
A kind of cleaning of mop, dewatering, the mop includes mop rod and the mophead being connected on the mop rod, and mophead is provided with cleaning piece, and cleaning, the dehydration of cleaning piece are carried out in mop-pail stands, top is installed, the cleaning of mop, dewatering comprise the following steps in described mop-pail stands：Top is located at low level cleaning area during cleaning, and mophead is detachably connected on described top and cleaned；Described top automatically ramps up to high-order drying zone after the scavenging period of setting, and mophead rises to high-order drying zone with top and is dehydrated；Described mophead departs from described top, described top automatic fall-back after the completion of dehydration.The present invention after cleaning is finished mophead can rise automatically, and be not used in cleaning finish after manually by mop be promoted to a high position be dehydrated, cleaning and dehydrating operations of the invention is integrated, operation it is very easy.
Description
Technical field
The present invention relates to a kind of cleaning of mop, dewatering.
Background technology
In the prior art, it is cleaning, such as the drying method, Patent No. for using lift when having a kind of use of mop
201220553430.2、 201420251779.X、201220668933.4、 201320708928.6、201420118962.2
Deng Chinese patent be all burnisher in this way, this burnisher generally comprises mop and mop-pail stands；Mop
The downward motion of upper boom can be converted into the rotation of lower beam by being provided with including the upper boom and lower beam being mutually socketed, between upper boom and lower beam
The drive mechanism of motion, the lower end of the lower beam is provided with rotatable mophead；Elevating mechanism is provided with mop-pail stands, in cleaning
The washing station that mophead is located at low level carries out rotary-cleaning, will be carried during dehydration on mop, drives elevating mechanism to rise and position,
Then rotary dehydration is carried out in dehydration station.
The cleaning of existing this mop and dewatering also have the disadvantage that：Cleaning operation and dehydrating operations are two
Individual separated step, on to mophead cleaning piece cleaning finish after, it is necessary to carry out the behaviour that mop is above carried and positioned
Make step, dehydrating operations are then carried out again, therefore operate on the whole more troublesome.
The content of the invention
In order to overcome the cleaning of existing mop, dewatering above-mentioned deficiency, it is simpler that the present invention provides a kind of operation
The cleaning of mop, dewatering.
The present invention solve its technical problem technical scheme be：A kind of cleaning of mop, dewatering, the mop include dragging
Barre and mophead, mophead are provided with cleaning piece, and cleaning, the dehydration of cleaning piece are carried out in mop-pail stands, described mop-pail stands
In top is installed, the cleaning of mop, dewatering comprise the following steps：Top is located at low level cleaning area, mophead during cleaning
It is detachably connected on described top and is cleaned；Described top automatically ramps up to high-order de- after the scavenging period of setting
Pool, mophead rises to high-order drying zone with top and is dehydrated；Described mophead departs from described top after the completion of dehydration
Head, described top automatic fall-back.
Further, described mophead is rotatably connected on described mop rod, and the mophead described in during cleaning exists
Low level cleaning area withstand on described top with the synchronous rotary-cleaning in top；Mophead described in during dehydration is pushed up in low level cleaning area
With the synchronous rotary dehydration in top on described top.
Further, power-conversion mechanism, described top and described power-conversion mechanism are provided with described mop-pail stands
Connection, the mophead rotated during cleaning drives described top to rotate, and described top acts on described power-conversion mechanism,
So as to which described power-conversion mechanism further rises the described top of driving；Mophead cleaning and dehydration depart from described after finishing
Top, described top and power-conversion mechanism declines return automatically.
Further, described power-conversion mechanism includes：One central shaft, described top is placed on described central shaft,
Cam is also cased with the central shaft, described cam is connected with described top, the wall of the cam is provided with cam path；
A lifting tube is cased with outside described cam, the inwall of the lifting tube is inserted provided with salient point, described guiding salient point is oriented to
In described cam path；
Connected upper lifting assembly is provided with described lifting tube, the lower section of the upper lifting assembly is provided with lower lifting group
Part, described lower lifting assembly is connected by connection component with described cam；
Upper lifting assembly described in during cleaning progressively can unidirectionally rise with described lifting tube, described lower lifting assembly can be with institute
The cam stated progressively unidirectionally rises, and described upper lifting assembly replaces successively with described lower lifting assembly to be risen and described upper
Lifting assembly rises prior to described lower lifting assembly；
Mophead is cleaned and dehydration finish after depart from described top, described top, lifting tube, cam, upper lifting assembly, company
Connected components, lower lifting assembly decline return automatically.
Further, fixed ratchet piece is additionally provided with outside the lifting tube, described ratchet piece is arranged provided with ratchet；
Described upper lifting assembly includes being provided with the upper accommodating device being connected with described lifting tube, described upper accommodating device
Can away from or close to the ratchet piece upper ratchet assemblies, head of ratchet assemblies has upper ratchet, described upper ratchet on this
It can be inserted into described ratchet row, ratchet row only allow described upper ratchet after the described ratchet row of described upper ratchet insertion
Component rises to be declined without the upper ratchet assemblies described in permission；
Described lower lifting assembly includes lower house, the lower accommodating device being connected in the lower house, described lower accommodating dress
In putting provided with can away from or close to the ratchet piece lower ratchet assemblies, the head of the lower ratchet assemblies has lower ratchet, described
Lower ratchet can be inserted into described ratchet row, ratchet row only allow described after the described ratchet row of described lower ratchet insertion
Lower ratchet assemblies rise without described in permission lower ratchet assemblies decline；
Jacking block is additionally provided with described central shaft, there is upper top elastic device on the lower end top of the jacking block, elastic device is pushed up on this
Upper end is withstood on described jacking block, and the lower end that elastic device is pushed up on this is withstood on described lower house；
When described central axis is in free state, the afterbody of the upper ratchet assemblies and the afterbody of lower ratchet assemblies be not by institute
The jacking block stated is withstood；Mophead described in during cleaning pushes described central shaft, and now the jacking block is by described upper spine
Tooth assembly and lower ratchet assemblies are pushed out, so that in described upper ratchet and the described ratchet row of lower ratchet insertion.
Further, described upper ratchet assemblies include being located at the frame that moves up in the upper accommodating device, and described is upper accommodating
Being provided with device is used for the described upper interior top elastic device that frame is inwardly pushed up that moves up；Described moving up is provided with upper ratchet in frame
Block, described upper ratchet is located at the outer end of the upper ratchet block, and described moving up is provided with frame to be used for described upper ratchet block
The upper outer top elastic device outwards pushed up；
Described lower ratchet assemblies include being located in the frame that moves down in the lower accommodating device, described lower accommodating device provided with use
In by the described lower interior top elastic device that frame is inwardly pushed up that moves down；Described moving down is provided with lower ratchet block, described lower spine in frame
Tooth is located at the outer end of the lower ratchet block, and described moves down the lower outer top for being provided with frame and being used for outwards pushing up described lower ratchet block
Elastic device.
Further, described connection component includes：Be placed on the adapter sleeve on the central shaft, described adapter sleeve with it is described
Cam between can relatively rotate, described jacking block is located in described adapter sleeve, and the frame that moves down of the lower ratchet assemblies is stretched into
In described adapter sleeve.
The structure type of another power-conversion mechanism is：Described power-conversion mechanism includes：One central elastic axle, institute
The top stated is placed in described central elastic axle；
Described top is fixedly connected with the spiral shell block that elastic telescopic is provided with arbitrary-movement articulator, described arbitrary-movement articulator, the spiral shell block and set
Have and be cased with Flexible Reset device on screw head, described central elastic axle；
The top and top lower extending part is externally provided with swivel nut, and described swivel nut is provided with internal thread；
Push described mophead, described central elastic axle pushed, by central elastic axle by described spiral shell block ejection from
And the screw head on the spiral shell block and described screw-internal thread fit, the top of rotation drives the spiral shell block rotation in arbitrary-movement articulator and arbitrary-movement articulator
Turn, the spiral shell block of rotation rises under threaded function, so as to drive top and central elastic axle to rise, when mophead is clear positioned at low level
Rotary-cleaning is carried out when washing area, rotary dehydration is carried out when mophead rises to high-order drying zone；
Mophead departs from described top after the completion of dehydration, and described central elastic axle rises under the effect of Flexible Reset device,
Described spiral shell block retraction, so that the screw head on spiral shell block departs from internal thread, described top, central elastic axle and arbitrary-movement articulator are automatic
Fall.
Further, described arbitrary-movement articulator is on elevating mechanism, and described top is located at the upper end of the elevating mechanism.
Further, the afterbody of the spiral shell block is provided with outward-dipping inclined plane, and the lower end of the central shaft is against described
In inclined plane, when central shaft is pushed because the spiral shell block described in the effect of the inclined plane is outwards ejected；
It is additionally provided with described arbitrary-movement articulator and inside contracts elastic device, to inside contract described spiral shell block in the presence of elastic device inside described
In arbitrary-movement articulator described in retraction.
Another mophead low level cleaning area clean, high-order drying zone be dehydrated the structure that implements be：Described
Top is connected with elastic lifting mechanism, and described top is located at elastic lifting mechanism upper end, described top and described elasticity
The guiding mechanism coordinated with described elastic lifting mechanism is provided with elevating mechanism synchronization lifting, described mop-pail stands；
Elastic lifting mechanism described in during cleaning coordinates with described guiding mechanism, and described top and elastic lifting mechanism is limited
Low level is scheduled on, the mophead withstood on top is located at low level cleaning area；
After cleaning is finished, described elastic lifting mechanism rises under the resilient force of its own, and now elastic lifting machine
Structure coordinates with described guiding mechanism, and described top and elastic lifting mechanism is limited at a high position, the mop withstood on top
Head is located at high-order drying zone.
Further, described elastic lifting mechanism includes crane and elastic force apparatus, described top and described lifting
Frame is connected, and described crane applies pressure to described crane, make described lifting provided with salient point, the elastic force apparatus is oriented to
Frame tends to upward activity；
Described guiding mechanism includes the rotary steering cylinder rotatably in the mop-pail stands, the rotary steering cylinder it is interior
Wall is provided with guide groove, and the described salient point that is oriented to is located in described guide groove；Described guide groove includes rinse bath and described
The drying groove of rinse bath UNICOM, described rinse bath is located at low level, and described drying groove is located at a high position；
The upper side of the rinse bath is provided with continuous tooth form provided with locating slot in continuous tooth form, the downside of the rinse bath
There is locating slot locating slot under ramp, described tooth form to have lower inclined plane in lower locating slot, described tooth form, described in during cleaning
The salient point that is oriented to be located in described rinse bath, described mop rod is pushed, described mophead is pushed, so that by described top
Head and crane are pushed, and the guiding salient point on the crane is depressed under described tooth form in locating slot along lower inclined plane；On
Draw described mop rod, described crane and coming directly towards in the presence of the elastic force apparatus is moved, on the crane
Salient point is oriented to move to along on ramp in described tooth form in locating slot, so that described mophead is in low level cleaning area inward turning
Turn cleaning；
Described drying groove includes preceding communication groove, rear communication groove, back and forth getting rid of between the preceding communication groove and rear communication groove
Dry groove, described preceding communication groove and locating slot UNICOM, described rear communication groove and rear under the tooth form of the end of front rinse bath
Locating slot UNICOM under the tooth form of the front end of rinse bath, described reciprocal drying groove is by the top of described preceding communication groove and rear UNICOM
The top UNICOM of groove, and the reciprocal drying groove lower end has the drying strong point；
The continuous mop rod pushed described in pull-up, the end of the rinse bath run in front of drying groove when described guidings salient point
After locating slot is interior under tooth form, described crane is moved up under the elastic acting force of the elastic force apparatus, on the crane
It is oriented on salient point and moves to described preceding communication groove, pushes guiding salient point described after described mop rod and be supported on described drying
On the strong point；The guiding salient point on the mop rod described in pull-up, the crane is continuously pushed again in described reciprocal drying
In groove up and down reciprocatingly, so that described mophead rotary dehydration in high-order drying zone；
Mop is above carried after the completion of dehydration, makes top and crane further up, up to the guiding salient point on crane and back and forth
The upper end for drying groove offsets, then carries mop upwards, mophead is departed from described top, described top and crane are i.e. along institute
Under the tooth form for the front end for dropping down onto rear rinse bath under the rear communication groove stated in locating slot.
Further, described top is rotatable, and described rotary steering cylinder is rotatably located in described mop-pail stands.
Further, the lower end of the top is provided with active clutch tooth, and the rotary steering cylinder is provided with passive clutch tooth, institute
Described in when the top stated is pressed down, described active clutch tooth offsets with described passive clutch tooth, so that the top
Rotate the rotation for driving the rotary steering cylinder.
Further, described rotary steering cylinder is outer is also cased with connected water guide cylinder.
Further, it is provided with blade in described water guide cylinder.
Further, the upper end of the water guide cylinder is provided with can produce the cleaning of friction in cleaning with the cleaning piece on mophead
Disk.
The implementation of another mophead rotation is：Described mop rod is electric mop bar, described electric mop
Electric driving mechanism, the mop rod rotating that described electric driving mechanism driving is connected with mophead are provided with bar.
The beneficial effects of the present invention are：Mophead can rise automatically after cleaning is finished, and be not used in after cleaning finishes
Mop is promoted into a high position manually to be dehydrated, cleaning and dehydrating operations of the invention is integrated, operated very easy.
Brief description of the drawings
Fig. 1 is the structural representation of the mop-pail stands of the present invention.
Fig. 2 is sectional view of the automatic hoisting mechanism of the present invention under reset condition.
Fig. 3 is the partial enlarged drawing of part A in Fig. 2.
Fig. 4 is the sectional view of automatic hoisting mechanism when central shaft is pushed.
Fig. 5 is the partial enlarged drawing of part B in Fig. 4.
Fig. 6 is the sectional view of the automatic hoisting mechanism after upper lifting assembly rises.
Fig. 7 is the partial enlarged drawing of C portion in Fig. 6.
Fig. 8 is the structural representation of automatic hoisting mechanism.
Fig. 9 is the explosive view of automatic hoisting mechanism.
Figure 10 is the cooperation schematic diagram between upper ratchet assemblies, lower ratchet assemblies and jacking block.
Figure 11 is the structural representation of cam.
Figure 12 is the structural representation of lifting tube.
Figure 13 is the structural representation of adapter sleeve.
Figure 14 is the structural representation of jacking block.
Figure 15 is the structural representation of upper containing rack.
Figure 16 is the structural representation for moving up frame.
Figure 17 is the structural representation of upper ratchet block.
Figure 18 is the structural representation of lower house.
Figure 19 is the structural representation of lower containing rack.
Figure 20 is the structural representation of mop.
Figure 21 is the sectional view of the invention using spiral lifting mode.
Figure 22 is the explosive view of embodiment three.
Figure 23 is the cleaning state diagram of embodiment three.
Figure 24 is the cleaning state diagram of embodiment three.
Figure 25 is the cleaning state diagram of embodiment three.
Figure 26 is the dewatering state figure of embodiment three.
Figure 27 is the state diagram of mophead disengaging top in embodiment three.
Figure 28 is the service chart of the guiding salient point on crane in embodiment three.
Embodiment
The present invention is described in further detail with reference to the accompanying drawings and detailed description.
Embodiment one
1 ~ Figure 20 of reference picture, the cleaning of mop, dewatering, mop include mop 1 and mop-pail stands 2, mop include mop rod and
The mophead 5 on the mop rod is connected to, the mophead 5 described in the present embodiment is rotatably connected to described mop rod
On, the rotating manner of mophead 3 can use many implementations of the prior art, and the mop 1 described in the present embodiment includes
The upper boom 3 and lower beam 4 being mutually socketed, the downward motion of upper boom 3 can be converted into down by being provided between described upper boom 3 and lower beam 4
The drive mechanism of the rotary motion of bar 4, the lower end of the lower beam 4, which is connected with mophead 5, mophead 5, sets cleaning piece.Upper boom 3
Drive mechanism between lower beam 4 is the common mechanism of this area, be will not be repeated here.Certainly it can also be realized using other modes
The rotation of mophead, such as direct manual rotation mop rod, or described mop rod are electric mop bar, described electronic to drag
Electric driving mechanism, the mop rod rotating that described electric driving mechanism driving is connected with mophead are provided with barre.
Automatic hoisting mechanism is provided with described mop-pail stands 2, the mophead 5 described in during cleaning is placed in the automatic lifting of low level
In mechanism, described upper boom 3 is pushed, the convert rotational motion of the mophead 5 is the ascending motion of the automatic hoisting mechanism,
So as to which mophead 5 also rises；Mophead 5 is cleaned and is dehydrated finish after depart from described automatic hoisting mechanism, the escalator
Structure declines return automatically.
Present invention automatic hoisting mechanism in cleaning can rise automatically, so that mophead 5 also rises, i.e. the process in cleaning
Middle mophead 5 slowly rises while rotary-cleaning, until rising to more than the water surface, the mophead 5 now rotated is carried out
Spin drying operation, cleaning and dehydrating operations of the invention is integrated, it is not necessary to above carried the operation such as mop, and mop again
Head cleaning and dehydration depart from automatic hoisting mechanism after finishing, and the automatic hoisting mechanism declines return automatically, operate very easy.
Automatic hoisting mechanism described in the present embodiment includes the top 6 for being used to be connected with the mophead, and mophead can
Dismounting is connected on described top and cleaned.Top 6 is provided with interior hook and slot 7, and the back side of mophead 5 is located at slot, slot
In there is the hook of convex, 6 are come directly towards during cleaning and inserts slots, hook, which is hooked in interior hook and slot 7, completes mophead 5 with coming directly towards 6
Connection, can also use other connected modes certainly, as long as mophead 5 can drive top 6 to rotate.Described top 6 also with
Power-conversion mechanism is connected, and described upper boom 3 is pushed during cleaning, the mophead 5 drives described top 6 to rotate, described
Top 6 acts on described power-conversion mechanism, so that on the top 6 of described power-conversion mechanism further described in driving
Rise, top 6 rises the mophead 5 being then connected thereto and also risen；Mophead cleaning and dehydration depart from described top after finishing
6, described top 6 declines return automatically.
In the present embodiment, described power-conversion mechanism includes：One central shaft 8, described top 6 is placed on described center
On axle 8, the upper end of central shaft 8 is exposed, is also cased with being located at the cam 9 of the lower section of top 6, described cam 9 on the central shaft 8
It is connected with described top 6, the top 6 described in the present embodiment is threadedly coupled with described cam 9.The wall of the cam 9
It is provided with cam path 10.
A lifting tube 11 is cased with outside described cam 9, the inwall of the lifting tube 11 is provided with salient point 12 is oriented to, and described leads
Inserted to salient point 12 in described cam path 10.In the present embodiment, for consideration easy to assembly, described lifting tube 11 includes
Cylinder 13, the button block 14 being buckled on the cylinder 13, described is oriented to salient point 12 in described button block 14.
Bottom in the lifting tube 11 is provided with connected upper lifting assembly 15, the lower section of the upper lifting assembly 15
Provided with lower lifting assembly 16, described lower lifting assembly 16 is connected by connection component with described cam 9.
Upper lifting assembly 15 described in during cleaning progressively can unidirectionally rise with described lifting tube 11, described lower lifting group
Part 16 can rise with described cam 9 is progressively unidirectional, and described upper lifting assembly 15 is handed over successively with described lower lifting assembly 16
For rise and described upper lifting assembly 15 rise prior to described lower lifting assembly 16.It implements structure：The liter
Fixed ratchet piece 17 is additionally provided with outside drop cylinder 11, described ratchet piece 17, which is provided with ratchet row 18, the present embodiment, also includes one
Outer barrel 40, described ratchet piece 17 is in described outer barrel 40, and the outer barrel 40 and described mop-pail stands 2 are affixed；
Described upper lifting assembly 15 includes the upper containing rack 19 being connected with described lifting tube 11, upper described in the present embodiment
Containing rack 19 is provided with upper grab 20, and described upper grab 20 is passed through between described upper containing rack 20 and described lifting tube 11
Connection；Being provided with described upper containing rack 20 can remote or close to the ratchet piece upper ratchet assemblies, ratchet assemblies on this
Head has upper ratchet 21, and described upper ratchet 21 can be inserted into described ratchet row 18, and described upper ratchet 21 inserts described
Ratchet row 18 after ratchet row only allow described upper ratchet assemblies to rise without the upper ratchet assemblies described in permission to decline；
Described upper ratchet assemblies include moving up in the upper containing rack 20 and are provided with frame 22, described upper containing rack 20
For moving up the upper interior top spring 23 that frame 22 is inwardly pushed up by described；Described moving up is provided with upper ratchet block 24 in frame 22, described
Upper ratchet 21 be located at the outer end of the upper ratchet block 24, it is described move up to be provided with frame 22 be used for described upper ratchet block 24
The upper outer top spring 25 outwards pushed up；
Described lower lifting assembly 16 includes lower house 26, the lower containing rack 27 being connected in the lower house 26, the present embodiment
Described in lower containing rack 27 be provided with lower grab 28, by described between described lower containing rack 27 and described lower house 26
Lower grab 28 connect；In described lower containing rack 27 provided with can away from or close to the ratchet piece 17 lower ratchet assemblies, should
The head of lower ratchet assemblies has lower ratchet 29, and described lower ratchet 29 can be inserted into described ratchet row 18, described lower spine
Tooth 29, which inserts ratchet row after described ratchet row 18, only allows described lower ratchet assemblies to rise without the lower spine described in permission
Tooth assembly declines；
Described lower ratchet assemblies include moving down in the lower containing rack 27 and are provided with frame 30, described lower containing rack 27
For moving down the lower interior top spring 31 that frame 30 is inwardly pushed up by described；Described moving down is provided with lower ratchet block 32 in frame 30, described
Lower ratchet 29 be located at the outer end of the lower ratchet block 32, it is described move down to be provided with frame 30 be used for described lower ratchet block 32
The lower outer top spring 33 outwards pushed up.
The lower end of described central shaft 8 is additionally provided with jacking block 34, and described jacking block 34 has inner fovea part 35 and male part 36, institute
Stating the lower end top of jacking block 34 has upper top spring 35, and the upper end that spring 35 is pushed up on this is withstood on described jacking block 34, top spring on this
35 lower end is withstood on described lower house 26, so that with the trend that will be pushed up on jacking block 34；
The afterbody of frame 22 is moved up described in when described central shaft 8 is in free state and the afterbody of frame 30 is moved down positioned at described
In inner fovea part 35；Mophead 5 described in during cleaning pushes described central shaft 8, and now the male part 36 of the jacking block will be upper
Move frame 22 and move down frame 30 and push out, so that described upper ratchet 21 and lower ratchet 29 is inserted in described ratchet row 18.
Certainly, the specific constructive form of jacking block 34 is not limited to said structure, as long as when described central shaft 8 is in certainly
By state when the afterbody of the upper ratchet assemblies and the afterbody of lower ratchet assemblies do not withstood by described jacking block so that upper spine
Tooth assembly, lower ratchet assemblies do not stress and reach the state of inside contracting；Central shaft 8 is pushed during cleaning, and now the jacking block will be described upper
Ratchet assemblies and lower ratchet assemblies are pushed out, so that described upper ratchet 21 and lower ratchet 29 is inserted in described ratchet row,
.For example：Jacking block 34 be set to above and below two pieces, the jacking block of top is corresponding with upper ratchet assemblies, the jacking block of lower section and lower ratchet
Component correspondence, sets inclined-plane on upper movable stand, inclined-plane is set on frame is moved down, the jacking block of top, which is pushed, is pressed in the inclined-plane for moving up frame
The jacking block of upper and lower is pushed on the inclined-plane for being pressed in and moving down frame, you can will be moved up frame and is moved down frame and radially outward eject.
Described connection component includes：Be placed on the adapter sleeve 38 on the central shaft 8, described adapter sleeve 38 with it is described
Connect to relatively rotate between the two by bearing 39 between cam 9, described jacking block 34 is located at described adapter sleeve 38
Interior, the frame 30 that moves down of the lower ratchet assemblies is stretched into described adapter sleeve 38.
Mophead 5 is cleaned and is dehydrated finish after depart from described top 6, described top 6, lifting tube 11, cam 9, on
Lifting assembly 15, connection component, lower lifting assembly 16 decline return automatically.
During using said mechanism, cleaning of the invention and the specific operation process of dehydration are：In an initial condition, 6 are come directly towards
Positioned at low level, central shaft 8 is in free state, is not pushed by external force, now in the presence of the upper interior top spring 23 on ratchet group
The afterbody for moving up frame 22 of part is located in the inner fovea part 35 of jacking block, lower ratchet assemblies moves down in the presence of lower interior top spring 31
The afterbody of frame 30 is located in the inner fovea part 35 of jacking block, thus the upper ratchet 21 on upper ratchet block 24 is not inserted into the ratchet of ratchet piece 17
In row 18, the lower ratchet 29 of lower ratchet block 32 is not inserted into the ratchet row 18 of ratchet piece 17.
Mophead 5 is placed on top 6 during cleaning, mophead 5 and top 6 are connected, and mophead 5 pushes central shaft 8, also
Jacking block 34 is pushed, the male part 36 that jacking block 34 pushes rear jacking block pushes out upper ratchet assemblies and lower ratchet assemblies, so that
In the ratchet row 18 for making described upper ratchet 21 and the insertion ratchet of lower ratchet 29 piece 17.Push the upper boom 3 of mop, drive mechanism band
Dynamic to drive lower beam 4 and mophead 5 to rotate, so that mophead 5 drives top 6 to rotate, the rotation of top 6 is rotated with moving cam 9 again,
So as to which the guiding salient point 12 on lifting tube moves along cam path 10 and then lifting tube 11 is increased, the rising of lifting tube 11 and band
Dynamic upper lifting assembly 15（Including upper containing rack 19, move up frame 22, upper ratchet block 24, upper interior top spring 23, upper outer top spring 25）
Rise, because the upper ratchet 21 of upper ratchet block and the ratchet row 18 of ratchet piece are that ratchet coordinates, therefore the upper ratchet of upper ratchet block
21 will not produce obstruction to the rising of upper lifting assembly 15.After cam 8 is turned to a certain degree, lifting tube 11 rises to highest
Point, cam 9, which will be rotated further by rear lifting tube 11, to be declined, and upper lifting assembly 15 will also decline.However, due to the upper ratchet of upper ratchet block
21 be that ratchet coordinates with the ratchet row 18 of ratchet piece, thus upper lifting assembly 15 can not decline, and lifting tube 11 namely can not be declined.
Now cam 9 continues to rotate, then is fulcrum with the guiding salient point 12 of lifting tube, cam 9 also rises while rotation, cam 9
Rising drive top 6 and adapter sleeve 38 to rise, the rising of adapter sleeve 38 drives the frame 30 that moves down that penetrates in it to rise, thus under
Lifting assembly 16（Including lower house 26, lower containing rack 27, move down frame 30, lower ratchet block 32, lower interior top spring 31, lower outer top bullet
Spring 33）Rise, because the lower ratchet 29 of lower ratchet block and the ratchet row 18 of ratchet piece are that ratchet coordinates, therefore under lower ratchet block
Ratchet 29 will not produce obstruction to the rising of lower lifting assembly.Lower lifting assembly 16 is also driven in the synchronization of jacking block 34 while rising
Rise, the male part 36 of jacking block keeps the extrapolation to upper ratchet assemblies and lower ratchet assemblies to act on.So far top 6 rises, therefore drags
Labour contractor 5 also rises.
After cam rises to a certain degree, cam 9 continues to rotate, then descends lifting assembly 16 to rise to peak, cam 9 is again
Lower lifting assembly 16 will decline after rotation.However, because the lower ratchet 29 of lower ratchet block and the ratchet row 18 of ratchet piece are ratchets
Coordinate, thus lower lifting assembly 16 can not decline.Now cam 9 continues to rotate, and the guiding salient point 12 on lifting tube 11 is suitable again
Cam path 10 to move and then make lifting tube 11 increase, the rising of lifting tube 11 drives lifting assembly 15 to rise again.So follow
Gyration is made, then comes directly towards 6 and constantly rise, and mophead 5 also constantly rises, and the rotary-cleaning in water at the beginning of mophead 5 rises to water
It is then after the cleaning piece drying on rotary dehydration, mophead 5, to remove mop, mophead 5 and top 6 depart from, mop after more than face
First 5 no longer push down central shaft 8, then it is upper top spring 37 in the presence of, jacking block 34 and central shaft 8 rise, upper ratchet assemblies it is upper
Afterbody, the afterbody for moving down frame 30 of lower ratchet assemblies for moving frame 22 are turned again in the inner fovea part 35 of jacking block, on upper ratchet block
The lower ratchet 29 of upper ratchet 21 and lower ratchet block departs from the ratchet row 18 of ratchet piece 17, therefore upper lifting assembly 15 and lower lifting group
Part 16 falls automatically, and the whereabouts of upper lifting assembly 15 is driven in the natural whereabouts return of lifting tube 11, lower 16 times backwardnesss of lifting assembly
Heart axle 8 and jacking block 34 lose support also automatic whereabouts return.
Embodiment two
Reference picture 21, a kind of cleaning of mop, dewatering, mop includes mop rod and mophead, and mophead is provided with wiping
Thing is wiped, cleaning, the dehydration of cleaning piece are carried out in mop-pail stands, are provided with top 6 in described mop-pail stands, mophead detachably connects
It is connected on described top and is cleaned.
Mophead described in the present embodiment is rotatably connected on described mop rod, the rotating manner of mophead 3
Many implementations of the prior art can be used, the mop 1 described in the present embodiment includes the upper boom and lower beam being mutually socketed,
Drive mechanism provided with the rotary motion that the downward motion of upper boom can be converted into lower beam between described upper boom and lower beam, it is described
The lower end of lower beam is connected with mophead, mophead and sets cleaning piece.Drive mechanism between upper boom and lower beam is the normal of this area
With mechanism, it will not be repeated here.Certainly the rotation of mophead, such as direct manual rotation mop can be also realized using other modes
Bar, or described mop rod are to be provided with electric driving mechanism in electric mop bar, described electric mop bar, and described is electronic
The mop rod rotating that drive mechanism driving is connected with mophead.
Power-conversion mechanism is provided with described mop-pail stands, described top 6 is connected with described power-conversion mechanism, clearly
The mophead rotated when washing drives described top 6 to rotate, and described top 6 acts on described power-conversion mechanism, so that
Described power-conversion mechanism further rises the described top 6 of driving；Mophead cleaning and dehydration depart from described after finishing
Top, described top and power-conversion mechanism declines return automatically.
In the present embodiment, described power-conversion mechanism includes：One central elastic axle 38, described top 6 is placed on described
Central elastic axle 38 on.
Described top 6 has the top lower extending part extended downwardly, and the lower end of the top lower extending part is fixed with arbitrary-movement articulator
39, the spiral shell block 40 of elastic telescopic is provided with described arbitrary-movement articulator 39, the spiral shell block 40 is provided with screw head 41, described central elastic
Back-moving spring 42 is cased with axle 38.In the present embodiment, the afterbody of the spiral shell block 40 is provided with outward-dipping inclined plane 43, it is described in
The lower end of heart elastic shaft 38 is against in described inclined plane 43, when center elastic shaft 38 is pushed due to the work of the inclined plane 43
Outwards ejected with described spiral shell block 40.
It is additionally provided with described arbitrary-movement articulator 39 and inside contracts spring 44, described spiral shell block 40 in the presence of spring 44 is inside contracted described
In arbitrary-movement articulator 39 described in inside retraction.
The top 6 and top lower extending part is externally provided with swivel nut 45, and described swivel nut 45 is provided with internal thread.
Described mophead is pushed, described central elastic axle 38 is pushed, by central elastic axle 38 by described spiral shell
The ejection of block 40 so as to the screw head 41 on the spiral shell block and described screw-internal thread fit, the top 6 of rotation drive arbitrary-movement articulator 39 and with
Spiral shell block 40 in moving frame 39 rotates, and the spiral shell block 40 of rotation rises under threaded function, so as to drive top 6 and central elastic axle 38
Rise, carry out rotary-cleaning when mophead is located at low level cleaning area, rotated when mophead rises to high-order drying zone
Dehydration；
Mophead departs from described top 6 after the completion of dehydration, and described central elastic axle 38 rises under the effect of back-moving spring 42,
Described spiral shell block 40 bounces back, so that the screw head 41 on spiral shell block 40 and internal thread depart from, described top 6, central elastic axle 38 and
Arbitrary-movement articulator 39 falls automatically.
Embodiment three
22 ~ Figure 28 of reference picture, a kind of cleaning of mop, dewatering, mop is included on mop rod and mophead 5, mophead 5
Provided with cleaning piece, cleaning, the dehydration of cleaning piece are carried out in mop-pail stands 2, and top 6, mophead are provided with described mop-pail stands 5
It is detachably connected on described top and is cleaned and be dehydrated.
Mophead 5 described in the present embodiment is rotatably connected on described mop rod, and the rotating manner of mophead 3 can be adopted
With many implementations of the prior art, the mop 1 described in the present embodiment includes the upper boom 3 and lower beam 4 being mutually socketed, institute
Drive mechanism provided with the rotary motion that the downward motion of upper boom 3 can be converted into lower beam 4 between the upper boom 3 and lower beam 4 stated, institute
The lower end for stating lower beam 4 is connected with mophead 5, mophead 5 and sets cleaning piece.Drive mechanism between upper boom 3 and lower beam 4 is ability
The common mechanism in domain, will not be repeated here.Certainly the rotation of mophead can be also realized using other modes, for example directly rotation manually
Turn mop rod, or described mop rod is that electric driving mechanism is provided with electric mop bar, described electric mop bar, it is described
The mop rod rotating that is connected with mophead of electric driving mechanism driving.
Described top 6 is connected with elastic lifting mechanism, and described top 6 is synchronous with described elastic lifting mechanism to rise
The guiding mechanism coordinated with described elastic lifting mechanism is provided with drop, described mop-pail stands.
Elastic lifting mechanism described in during cleaning coordinates with described guiding mechanism, described top 6 and elastic lifting machine
Structure is limited at low level, and the mophead 5 withstood on top 6 is located at low level cleaning area；
After cleaning is finished, described elastic lifting mechanism rises under the resilient force of its own, and now elastic lifting machine
Structure coordinates with described guiding mechanism, and described top 6 and elastic lifting mechanism is limited at a high position, withstands on dragging on top 6
Labour contractor 5 is located at high-order drying zone.
In the present embodiment, described elastic lifting mechanism includes crane 46 and spring 47, described top 6 with it is described
Crane 46 is connected, and the top 6 described in the present embodiment is rotatable, and described crane 46, which is provided with, is oriented to salient point 48, it is described
Spring 47 applies pressure to described crane 46, described crane 46 is tended to upward activity.
Described guiding mechanism includes the rotary steering cylinder 49 rotatably in the mop-pail stands, the spring 47
Lower end is withstood on described rotary steering cylinder 49, and the inwall of the rotary steering cylinder 19 is provided with guide groove, described guiding salient point
48 are located in described guide groove；Described guide groove includes at least two sections rinse baths 50, by the adjacent UNICOM of rinse bath 50
Groove 51 is dried, so that rinse bath, drying groove surround a circulating path, described rinse bath 50 is located at low level, described drying
Groove 51 is located at a high position.In the present embodiment, rotary steering cylinder 49 includes inner cylinder 52 and outer barrel 53, and inner cylinder 52 and outer barrel 53 are provided with recessed
Groove, the groove and the groove of outer barrel 53 of inner cylinder 52 surround described guide groove.
The upper side of the rinse bath 50 is provided with locating slot 54 in continuous tooth form, and the downside of the rinse bath is provided with company
Locating slot 54 has ramp in locating slot 55 under continuous tooth form, described tooth form, under locating slot 55 has under described tooth form
Inclined-plane, the salient point 48 that is oriented to described in during cleaning is located in described rinse bath, pushes under described upper boom 3, described mophead 5
Pressure, so that described top 6 and crane 46 be pushed, the guiding salient point 48 on the crane is depressed into institute along lower inclined plane
Under the tooth form stated in locating slot 55；The described upper boom of pull-up, described crane 46 and top 6 are in the presence of the spring 47
Guiding salient point 48 on upper movement, the crane is moved to along on ramp in described tooth form in locating slot 54, so that institute
The mophead stated rotary-cleaning in the range of low level cleaning area；
Described drying groove 51 include preceding communication groove 56, rear communication groove 57, positioned at the preceding communication groove 56 and rear communication groove 57 it
Between reciprocal drying groove 58, described preceding communication groove 56 and locating slot UNICOM under the tooth form of the end of front rinse bath are described
Locating slot UNICOM under the tooth form of the front end of communication groove 57 and rear rinse bath afterwards, described reciprocal drying groove 58 will be described preceding
The top of groove 56 and the top UNICOM of rear communication groove 57, and reciprocal drying groove 58 lower end has the drying strong point 59；
The continuous upper boom 6 pushed described in pull-up, when described guiding salient point 48 runs to the tooth form of the end of front rinse bath 50
After in lower locating slot, under the elastic acting force of the spring 47, described crane 46 is moved up, the guiding on the crane
Described preceding communication groove 56 is moved on salient point 48, guiding salient point 48 described after described upper boom is pushed and is supported on described drying
On the strong point 59；The guiding salient point 48 continuously pushed again on the upper boom 3 described in pull-up, the crane is back and forth got rid of in described
In dry groove 58 up and down reciprocatingly, so that described mophead 5 rotary dehydration in high-order drying zone；
Mop is above carried after the completion of dehydration, makes top 6 and crane 46 further up, until crane on guiding salient point 48 with
The reciprocal upper end for drying groove 58 offsets, then carries mop upwards, mophead 5 is departed from described top 6, described top 6 and liter
Under the tooth form for the front end that drop frame 46 drops down onto rear rinse bath along under described rear communication groove 57 in locating slot.
In the present embodiment, plane bearing 60 is provided between described top 6 and described crane 46, can so as to come directly towards 6
Smoothly rotate.Described rotary steering cylinder 49 is rotatably located in described mop-pail stands, and the lower end of the top 6 is provided with master
Dynamic clutch tooth 61, the rotary steering cylinder 49 is provided with passive clutch tooth 62, described described in when described top 6 is pressed down
Active clutch tooth 61 offseted with described passive clutch tooth 62 so that the rotation of the top 6 drives rotary steering cylinder
49 rotation, described rotary steering cylinder 49 is outer to be also cased with being provided with oar in connected water guide cylinder 63, described water guide cylinder 63
Leaf 65, the upper end of the water guide cylinder 63 is provided with can produce the cleaning disk 64 of friction in cleaning with the cleaning piece on mophead.
During cleaning when pushing upper boom, mophead is pushed, and its cleaning piece contacts the water in friction, mop-pail stands with cleaning disk 64
The guide effect of water guide cylinder 63 by rotation rises to be rinsed to the cleaning piece on mophead 5, the blade in water guide cylinder 63
65 contribute to the rising of water.Pull up upper boom 3 and then rise a small distance in top, the cleaning piece of mophead 5 and cleaning disk 64 it
Between there is space, the guide effect of water guide cylinder 63 of the water in mop-pail stands by rotation rises to be carried out to the foul on cleaning disk 64
Rinse.
Claims (18)
1. a kind of cleaning of mop, dewatering, the mop include mop rod and the mophead being connected on the mop rod, drag
Labour contractor is provided with cleaning piece, and cleaning, the dehydration of cleaning piece are carried out in mop-pail stands, it is characterised in that：Pacify in described mop-pail stands
Equipped with top, the cleaning of mop, dewatering comprise the following steps：Top is located at low level cleaning area during cleaning, and mophead is removable
Unload to be connected on described top and cleaned；Described top automatically ramps up to high-order dehydration after the scavenging period of setting
Area, mophead rises to high-order drying zone with top and is dehydrated；Described mophead departs from described top after the completion of dehydration,
Described top automatic fall-back.
2. the cleaning of mop as claimed in claim 1, dewatering, it is characterised in that：Described mophead rotationally connects
It is connected on described mop rod, the mophead described in during cleaning withstands on rotation synchronous with top on described top in low level cleaning area
Turn cleaning；Mophead described in during dehydration withstood in low level cleaning area on described top with the synchronous rotary dehydration in top.
3. the cleaning of mop as claimed in claim 2, dewatering, it is characterised in that：Power is provided with described mop-pail stands
Transformation mechanism, described top is connected with described power-conversion mechanism, and the mophead rotated during cleaning drives described top
Rotate, described top acts on described power-conversion mechanism, so that further driving is described for described power-conversion mechanism
Top rise；Mophead cleaning and dehydration depart from described top after finishing, and described top and power-conversion mechanism is automatic
Decline return.
4. the cleaning of mop as claimed in claim 3, dewatering, it is characterised in that：Described power-conversion mechanism includes：
One central shaft, described top is placed on described central shaft, is also cased with cam on the central shaft, described cam with it is described
Top connection, the wall of the cam is provided with cam path；
A lifting tube is cased with outside described cam, the inwall of the lifting tube is inserted provided with salient point, described guiding salient point is oriented to
In described cam path；
Connected upper lifting assembly is provided with described lifting tube, the lower section of the upper lifting assembly is provided with lower lifting group
Part, described lower lifting assembly is connected by connection component with described cam；
Upper lifting assembly described in during cleaning progressively can unidirectionally rise with described lifting tube, described lower lifting assembly can be with institute
The cam stated progressively unidirectionally rises, and described upper lifting assembly replaces successively with described lower lifting assembly to be risen and described upper
Lifting assembly rises prior to described lower lifting assembly；
Mophead is cleaned and dehydration finish after depart from described top, described top, lifting tube, cam, upper lifting assembly, company
Connected components, lower lifting assembly decline return automatically.
5. the cleaning of mop as claimed in claim 4, dewatering, it is characterised in that：Fixation is additionally provided with outside the lifting tube
Ratchet piece, described ratchet piece arranges provided with ratchet；
Described upper lifting assembly includes being provided with the upper accommodating device being connected with described lifting tube, described upper accommodating device
Can away from or close to the ratchet piece upper ratchet assemblies, head of ratchet assemblies has upper ratchet, described upper ratchet on this
It can be inserted into described ratchet row, ratchet row only allow described upper ratchet after the described ratchet row of described upper ratchet insertion
Component rises to be declined without the upper ratchet assemblies described in permission；
Described lower lifting assembly includes lower house, the lower accommodating device being connected in the lower house, described lower accommodating dress
In putting provided with can away from or close to the ratchet piece lower ratchet assemblies, the head of the lower ratchet assemblies has lower ratchet, described
Lower ratchet can be inserted into described ratchet row, ratchet row only allow described after the described ratchet row of described lower ratchet insertion
Lower ratchet assemblies rise without described in permission lower ratchet assemblies decline；
Jacking block is additionally provided with described central shaft, there is upper top elastic device on the lower end top of the jacking block, elastic device is pushed up on this
Upper end is withstood on described jacking block, and the lower end that elastic device is pushed up on this is withstood on described lower house；
When described central axis is in free state, the afterbody of the upper ratchet assemblies and the afterbody of lower ratchet assemblies be not by institute
The jacking block stated is withstood；Mophead described in during cleaning pushes described central shaft, and now the jacking block is by described upper spine
Tooth assembly and lower ratchet assemblies are pushed out, so that in described upper ratchet and the described ratchet row of lower ratchet insertion.
6. the cleaning of mop as claimed in claim 5, dewatering, it is characterised in that：Described upper ratchet assemblies include position
It is used to described moving up what frame was inwardly pushed up in being provided with the frame that moves up in the upper accommodating device, described upper accommodating device
Interior top elastic device；Described moving up is provided with upper ratchet block in frame, described upper ratchet is located at the outer end of the upper ratchet block, institute
That states moves up the upper outer top elastic device for being provided with frame and being used for outwards pushing up described upper ratchet block；
Described lower ratchet assemblies include being located in the frame that moves down in the lower accommodating device, described lower accommodating device provided with use
In by the described lower interior top elastic device that frame is inwardly pushed up that moves down；Described moving down is provided with lower ratchet block, described lower spine in frame
Tooth is located at the outer end of the lower ratchet block, and described moves down the lower outer top for being provided with frame and being used for outwards pushing up described lower ratchet block
Elastic device.
7. the cleaning of mop as claimed in claim 6, dewatering, it is characterised in that：Described connection component includes：It is placed on
Adapter sleeve on the central shaft, can be relatively rotated between described adapter sleeve and described cam, and described jacking block is located at institute
In the adapter sleeve stated, the frame that moves down of the lower ratchet assemblies is stretched into described adapter sleeve.
8. the cleaning of mop as claimed in claim 3, dewatering, it is characterised in that：Described power-conversion mechanism includes：
One central elastic axle, described top is placed in described central elastic axle；
Described top is fixedly connected with the spiral shell block that elastic telescopic is provided with arbitrary-movement articulator, described arbitrary-movement articulator, the spiral shell block and set
Have and be cased with Flexible Reset device on screw head, described central elastic axle；
The top and top lower extending part is externally provided with swivel nut, and described swivel nut is provided with internal thread；
Push described mophead, described central elastic axle pushed, by central elastic axle by described spiral shell block ejection from
And the screw head on the spiral shell block and described screw-internal thread fit, the top of rotation drives the spiral shell block rotation in arbitrary-movement articulator and arbitrary-movement articulator
Turn, the spiral shell block of rotation rises under threaded function, so as to drive top and central elastic axle to rise, when mophead is clear positioned at low level
Rotary-cleaning is carried out when washing area, rotary dehydration is carried out when mophead rises to high-order drying zone；
Mophead departs from described top after the completion of dehydration, and described central elastic axle rises under the effect of Flexible Reset device,
Described spiral shell block retraction, so that the screw head on spiral shell block departs from internal thread, described top, central elastic axle and arbitrary-movement articulator are automatic
Fall.
9. the cleaning of mop as claimed in claim 8, dewatering, it is characterised in that：Described arbitrary-movement articulator is located at lift
On structure, described top is located at the upper end of the elevating mechanism.
10. the cleaning of mop as claimed in claim 8, dewatering, it is characterised in that：The afterbody of the spiral shell block is provided with outside
Inclined inclined plane, the lower end of the central shaft is against in described inclined plane, when central shaft is pushed due to the inclined plane
Effect described in spiral shell block outwards ejected；
It is additionally provided with described arbitrary-movement articulator and inside contracts elastic device, to inside contract described spiral shell block in the presence of elastic device inside described
In arbitrary-movement articulator described in retraction.
11. the cleaning of mop as claimed in claim 1, dewatering, it is characterised in that：Described top and elastic lifting machine
Structure is connected, and described top is located at elastic lifting mechanism upper end, described top and described elastic lifting mechanism synchronization lifting,
The guiding mechanism coordinated with described elastic lifting mechanism is provided with described mop-pail stands；
Elastic lifting mechanism described in during cleaning coordinates with described guiding mechanism, and described top and elastic lifting mechanism is limited
Low level is scheduled on, the mophead withstood on top is located at low level cleaning area；
After cleaning is finished, described elastic lifting mechanism rises under the resilient force of its own, and now elastic lifting machine
Structure coordinates with described guiding mechanism, and described top and elastic lifting mechanism is limited at a high position, the mop withstood on top
Head is located at high-order drying zone.
12. the cleaning of mop as claimed in claim 11, dewatering, it is characterised in that：Described elastic lifting mechanism bag
Crane and elastic force apparatus are included, described top is connected with described crane, described crane is provided with guiding salient point, institute
State elastic force apparatus and apply pressure to described crane, described crane is tended to upward activity；
Described guiding mechanism includes the rotary steering cylinder rotatably in the mop-pail stands, the rotary steering cylinder it is interior
Wall is provided with guide groove, and the described salient point that is oriented to is located in described guide groove；Described guide groove includes rinse bath and described
The drying groove of rinse bath UNICOM, described rinse bath is located at low level, and described drying groove is located at a high position；
The upper side of the rinse bath is provided with continuous tooth form provided with locating slot in continuous tooth form, the downside of the rinse bath
There is locating slot locating slot under ramp, described tooth form to have lower inclined plane in lower locating slot, described tooth form, described in during cleaning
The salient point that is oriented to be located in described rinse bath, described mop rod is pushed, described mophead is pushed, so that by described top
Head and crane are pushed, and the guiding salient point on the crane is depressed under described tooth form in locating slot along lower inclined plane；On
Draw described mop rod, described crane and coming directly towards in the presence of the elastic force apparatus is moved, on the crane
Salient point is oriented to move to along on ramp in described tooth form in locating slot, so that described mophead is in low level cleaning area inward turning
Turn cleaning；
Described drying groove includes preceding communication groove, rear communication groove, back and forth getting rid of between the preceding communication groove and rear communication groove
Dry groove, described preceding communication groove and locating slot UNICOM, described rear communication groove and rear under the tooth form of the end of front rinse bath
Locating slot UNICOM under the tooth form of the front end of rinse bath, described reciprocal drying groove is by the top of described preceding communication groove and rear UNICOM
The top UNICOM of groove, and the reciprocal drying groove lower end has the drying strong point；
The continuous mop rod pushed described in pull-up, the end of the rinse bath run in front of drying groove when described guidings salient point
After locating slot is interior under tooth form, described crane is moved up under the elastic acting force of the elastic force apparatus, on the crane
It is oriented on salient point and moves to described preceding communication groove, pushes guiding salient point described after described mop rod and be supported on described drying
On the strong point；The guiding salient point on the mop rod described in pull-up, the crane is continuously pushed again in described reciprocal drying
In groove up and down reciprocatingly, so that described mophead rotary dehydration in high-order drying zone；
Mop is above carried after the completion of dehydration, makes top and crane further up, up to the guiding salient point on crane and back and forth
The upper end for drying groove offsets, then carries mop upwards, mophead is departed from described top, described top and crane are i.e. along institute
Under the tooth form for the front end for dropping down onto rear rinse bath under the rear communication groove stated in locating slot.
13. the cleaning of mop as claimed in claim 12, dewatering, it is characterised in that：Described top is rotatable, described
Rotary steering cylinder rotatably be located at described mop-pail stands in.
14. the cleaning of mop as claimed in claim 13, dewatering, it is characterised in that：The lower end of the top is provided with master
Dynamic clutch tooth, the rotary steering cylinder is provided with passive clutch tooth, described in when described top is pressed down, described active from
Close tooth to offset with described passive clutch tooth, so that the rotation of the top drives the rotation of the rotary steering cylinder.
15. the cleaning of mop as claimed in claim 14, dewatering, it is characterised in that：Described rotary steering cylinder is outer also
It is cased with connected water guide cylinder.
16. the cleaning of mop as claimed in claim 15, dewatering, it is characterised in that：Oar is provided with described water guide cylinder
Leaf.
17. the cleaning of mop as claimed in claim 15, dewatering, it is characterised in that：The upper end of the water guide cylinder is provided with
The cleaning disk of friction can be produced with the cleaning piece on mophead in cleaning.
18. the cleaning of mop as claimed in claim 1, dewatering, it is characterised in that：Described mop rod is electric mop
Electric driving mechanism is provided with bar, described electric mop bar, what described electric driving mechanism driving was connected with mophead drags
Barre rotates.
Priority Applications (5)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| DE112017003359.4T DE112017003359T5 (en) | 2016-08-05 | 2017-07-28 | Cleaning and dewatering method for a mop, cleaning tool and lifting and positioning mechanism |
| GB1902749.9A GB2567783B (en) | 2016-08-05 | 2017-07-28 | Mop washing and drying method, cleaning tool and lifting and positioning mechanism |
| JP2019506194A JP6941156B2 (en) | 2016-08-05 | 2017-07-28 | Mop cleaning, dehydration method, cleaning tools and elevating positioning mechanism |
| PCT/CN2017/094873 WO2018024160A1 (en) | 2016-08-05 | 2017-07-28 | Mop washing and drying method, cleaning tool and lifting and positioning mechanism |
| KR1020197004890A KR102350315B1 (en) | 2016-08-05 | 2017-07-28 | Cleaning and dewatering method of mop, cleaning tool and lifting positioning mechanism |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2016102528158 | 2016-04-22 | ||
| CN201610252815.8A CN105796026A (en) | 2016-04-22 | 2016-04-22 | Cleaning tool |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107303167A true CN107303167A (en) | 2017-10-31 |
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ID=56458371
Family Applications (3)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610252815.8A Pending CN105796026A (en) | 2016-04-22 | 2016-04-22 | Cleaning tool |
| CN201610636482.9A Pending CN107303167A (en) | 2016-04-22 | 2016-08-05 | A kind of cleaning of mop, dewatering |
| CN201620843167.9U Active CN206214054U8 (en) | 2016-04-22 | 2016-09-12 | A kind of lift locating device of cleaning, dehydration for washing bucket |
Family Applications Before (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610252815.8A Pending CN105796026A (en) | 2016-04-22 | 2016-04-22 | Cleaning tool |
Family Applications After (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620843167.9U Active CN206214054U8 (en) | 2016-04-22 | 2016-09-12 | A kind of lift locating device of cleaning, dehydration for washing bucket |
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| CN (3) | CN105796026A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| JP2021029840A (en) * | 2019-08-28 | 2021-03-01 | アズマ工業株式会社 | Pail |
| WO2021093521A1 (en) * | 2019-11-15 | 2021-05-20 | 苏州宝时得电动工具有限公司 | Washing method of mopping machine, and mopping assembly |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2567783B (en) * | 2016-08-05 | 2022-03-30 | Zhu Xuelin | Mop washing and drying method, cleaning tool and lifting and positioning mechanism |
| CN107811591A (en) * | 2016-09-12 | 2018-03-20 | 嘉兴捷顺旅游制品有限公司 | A kind of lift locating device of cleaning, dehydration for washing bucket |
| CN106361236B (en) * | 2016-10-21 | 2022-09-23 | 上海德居智能科技有限公司 | Cleaning tool |
| CN108309169B (en) * | 2018-04-04 | 2023-12-01 | 河北洁仕宝日用塑料制品有限公司 | Double-speed mop rod |
| CN109222787A (en) * | 2018-11-16 | 2019-01-18 | 丁国顺 | Cleaning machine |
| CN110292336A (en) * | 2019-07-09 | 2019-10-01 | 童烨 | A kind of mop-pail stands |
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| WO2021093521A1 (en) * | 2019-11-15 | 2021-05-20 | 苏州宝时得电动工具有限公司 | Washing method of mopping machine, and mopping assembly |
Also Published As
| Publication number | Publication date |
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| CN206214054U (en) | 2017-06-06 |
| CN206214054U8 (en) | 2017-10-13 |
| CN105796026A (en) | 2016-07-27 |
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