CN208784627U - Burnisher - Google Patents
Burnisher Download PDFInfo
- Publication number
- CN208784627U CN208784627U CN201820240171.5U CN201820240171U CN208784627U CN 208784627 U CN208784627 U CN 208784627U CN 201820240171 U CN201820240171 U CN 201820240171U CN 208784627 U CN208784627 U CN 208784627U
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- China
- Prior art keywords
- flat mophead
- drying
- mop
- mop rod
- flat
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Abstract
The utility model relates to a kind of burnisher, including mop-pail stands and it is rotatably connected on the flat mophead that hand presses revolving mop rod lower end, flat mophead is equipped with cleaning piece;It is characterized by: having drying area independent of each other and cleaning area in the mop-pail stands, cleaning area in flat mophead to cleaning;The flat mophead rotated when drying identical as the axis direction of mop rod to its length direction, under drying state, the flat mophead is inserted and rotated in drying area and is supported in drying area, drives flat mophead quickly to rotate to dry cleaning piece in drying area by the pushing of mop rod.It is that a kind of drying mode is new reasonable and the convenient burnisher of clean operation, the burnisher are suitble to carry out cleaning to flat mop and take off dry.
Description
Technical field
The utility model relates to a kind of burnisher more particularly to a kind of it is suitble to flat mop is carried out to clean and de- dry
Burnisher.
Background technique
Existing flat mop dehydration there are four types of mode.
Mode 1: foot steps on squash type dehydration, and foot is arranged on mop-pail stands and steps on pressurizing unit, including being arranged in mop-pail stands
Water-squeezing basket is hinged on mop-pail stands top and the pedal opposite with water-squeezing basket, and pedal and water-squeezing basket surround a water squeezing space, de-
It needs that the mop unloading on the mop board of flat mop is got off first when water, mop is placed in water squeezing space, then foot
Pedal makes water squeezing space contraction achieve the purpose that extract in the water on mop.The dewatering type of this form needs to design knot
The foot of structure complexity steps on pressurizing unit, higher cost;It is needed under mop unloading in water squeezing first, and foot-up is needed to be stepped on
Operation is stepped on, is operated more troublesome.
Mode 2: centrifugal rotary dehydration uses hand to press revolving mop rod, needs in dehydration by flat mop
The bending of mop board ends after be placed on the watering areas of mop-pail stands, mop rod is pushed, so that the mop board of flat mop is centrifuged
Rotary dehydration.Position reduces the area of mop-pail stands, and the dewatering type of this form needs for the mop board of flat mop to be designed to can
The structure of bending, therefore the structure of component mophead is more complicated, and the drying structure in mop-pail stands is also very complicated, higher cost.
Mode 3: formula dehydration is smoothed out with the fingers certainly comprising mop rod, the flat mop plate being movably connected on mop rod, in mop rod
It is equipped with water squeezing sector, is realized by the opposing compression movement between water squeezing sector and plate mop board on flat mop plate
Cleaning piece water squeezing and cleaning.Its there is also the shortcomings that be: carrying out flushing operation, it is fixed to need to hold mop rod on the other hand
Water squeezing sector is held in position on the other hand, and it is opposite between water squeezing sector and plate mop board to realize to push and pull water squeezing sector by one hand
Moving movement is squeezed, operation is very laborious, and operability is not strong.
Mode 4: pulling squeezing type water squeezing, and removable lining installation extracts principle and side with wiping arrangement on mop-pail stands
Formula 3 is similar, will only extract structure and move on on mop-pail stands, and (notification number is a such as Patent No. CN201620853180.2
CN206080445U Chinese utility model patent " a kind of mop-pail stands for flat mop water squeezing and cleaning "), this mop
It is independent two components that bucket, which extracts structure and mop-pail stands, this just needs different molds to manufacture, but also will extract structure group
It is attached on mop-pail stands, and then leads to higher cost, in addition existing this mop-pail stands, there is also the excessive defect of mop bucket volume,
Volume excessive also result in is wasted water when cleaning mop than more serious.
In conclusion it is existing flat mop is carried out cleaning and take off dry burnisher to see also be further improved.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of drying mode for above-mentioned state of the art
The convenient burnisher of new reasonable and clean operation, the burnisher are suitble to carry out cleaning to flat mop and take off dry.
Technical solution adopted by the utility model to solve the above technical problems is as follows: a kind of burnisher, including mop-pail stands
With the flat mophead for being rotatably connected on hand and pressing revolving mop rod lower end, flat mophead is equipped with cleaning piece;Its feature
It is: there is drying area independent of each other and cleaning area, cleaning area is to clear to carrying out in flat mophead in the mop-pail stands
It washes;The flat mophead rotated when drying it is identical as the axis direction of mop rod to its length direction, under drying state, institute
It states flat mophead and is inserted and rotated in drying area and is supported in drying area, drive flat mophead to exist by the pushing of mop rod
It quickly rotates to dry cleaning piece in drying area.
It is further improved, the open slot being in U-shape is provided in above-mentioned flat mophead, open slot is upper through flat mophead
Side, the bottom of open slot are hinged with connector, and the lower end of the mop rod is connected on the connector.Flat mop header structure tool
It has the advantage that, overturns first in flat mophead to cleaning or drying state, can guarantee the central axes of flat mophead and drag
The axis of barre is overlapped, and drying in this way is kept with one heart, and drying effect is good;Moreover this flat mophead can opposite mop rod bidirectional rotary
Turn, it is meant that can reduce cleaning piece wash number in the two-sided installation cleaning piece in the front and back sides of flat mophead, save the time, mention
High working efficiency.
Preferably, being equipped with the locking structure cooperated with mop rod in above-mentioned flat mophead, it is inserted into flat mophead
And rotating support, in the state of drying in area, flat mophead is locked in its length direction and mop rod by the locking structure
The identical location status of axis direction.The locking structure ensures that flat mophead remains at vertical shape during drying
State, it is ensured that entire drying can be normally carried out, can be with if protecting flat mophead during drying and deflecting with respect to mop rod
Mop-pail stands are hit, and allow drying in disordered state, influence to dry effect, serious also to damage mop.
Preferably, above-mentioned locking structure includes being set to dry the bolt in area and the lockhole in connector, it is described flat
The channel through the downside of flat mophead is provided on plate mophead, the flat mophead rotate to its length direction with
The axis direction of mop rod is identical and in the state of being inserted into drying area, and the bolt is directly or indirectly inserted into institute behind the channel
State lockhole.This locking structure only goes to vertical state in flat mophead while being inserted into drying area, just realizes to flat panel mop
The locking of head, when locking, it is directly or indirectly inserted into lockhole after passing through channel by bolt, to realize that flat mophead is opposite
The locking of mop rod, makes flat mophead be maintained at vertical state.
It being further improved, constraining in above-mentioned channel to have can slide along its length to the lock pillar with lockhole inserting,
Flat mophead rotate to its length direction it is identical as the axis direction of mop rod and be inserted into drying area in the state of, it is described insert
Pin pushes lock pillar to move up and be inserted into the lockhole behind channel.This structure pushes lock pillar to realize the lock with lockhole by bolt
Match, the length of bolt can be shortened in this way, in addition because lock pillar has been constrained in channel, can assemble lock pillar in advance in place,
The assembly precision of bolt can be reduced in this way, be conducive to assembly.
It further improves, above-mentioned lock pillar is held by the first spring top to be kept towards the movement of the downside direction of flat mophead
Trend.Bolt is detached from the ejection to lock pillar, and lock pillar can move down automatically reset under the effect of the first spring to be detached from lockhole, complete flat
The unlock of plate mophead.Such as without spring, lock pillar, which is also seen under Gravitative Loads, to be resetted, and easily occurs catching phenomenon certainly.
As another structure type, above-mentioned locking structure includes the bolt in drying area and is set to flat mophead
Lock frame that is interior and can sliding along its length, the downside of the flat mophead are equipped with the channel being inserted into for bolt, lock frame
Position limiting structure is equipped between mop rod or connector, the lock frame holds holding towards the downside of flat mophead by second spring top
The mobile trend in direction, lock frame move up, and the position limiting structure will lock frame and mop rod or connector limit together, and lock frame moves down,
The position limiting structure releases the limit between lock frame and mop rod or connector, rotates in the flat mophead to its length direction
It is identical as the axis direction of mop rod and in the state of being inserted into drying area, it bolt insertion channel and then triggers on lock frame
It moves.
Alternatively, above-mentioned position limiting structure is the muscle slot inserting structure between mop rod and lock frame, and lock frame moves up, institute
It states the mutual inserting of muscle slot inserting structure and forms limit, lock frame moves down the muscle slot inserting structure and mutually disengages releasing limit.The limit
Bit architecture is simple, is conducive to processing.
Specifically, in limiting slot or joint bar the two in above-mentioned muscle slot inserting structure one of be set to the two sides of mop rod,
Limiting slot in the muscle slot inserting structure or another setting in joint bar the two are on lock frame.It certainly can also be oppositely arranged.
It further improves, interior be equipped with is led to what the flat mophead in insertion drying area was oriented on above-mentioned mop-pail stands
To structure, which ensures to be inserted into bolt described in the channel alignment in the flat mophead in drying area.Guide frame pair
Flat mophead inserted with guiding role, and ensure be inserted into flat mophead on channel alignment bolt, more convenient operation,
No longer need to artificial alignment function.
Being set in above-mentioned drying area can be located in drying basket around the drying basket that own axes rotate, the bolt, described to lead
To structure setting in drying basket, under drying state, the flat mophead, which is inserted into and passes through guide frame, constrains in drying
In basket, the quick rotational energy of flat mophead drives drying basket quickly to rotate together.The setting for drying basket plays flat mophead
To supporting role, it is conducive to flat mophead and rotates.
Preferably, the internal perisporium of above-mentioned drying basket is equipped with a plurality of limit rib axially arranged, each limit rib is circumferentially
Interval setting, and the slot being inserted into for flat mophead is constituted between adjacent two limit rib, which constitutes the guide frame.
Because slot has multipair, flat mophead is facilitated to can enter slot from each position insertion, slot is conducive to that flat mophead is allowed to get rid of
Vertical position is maintained at during dry.
Alternatively, above-mentioned guide frame is the pilot hole passed through set on drying area's opening for flat mophead.This is led
Have the advantages that structure is simple to structure.
It advanced optimizes, cleaning device is equipped in above-mentioned cleaning area, under cleaning state, the flat mophead is in cleaning area
Insertion cleaning device simultaneously moves up and down to clean cleaning device to cleaning piece.The setting of cleaning device can be to cleaning piece
Carry out wiper, cleaning wipe better effect.Cleaning device can be to be arranged in second to wear bristle in mouth, in flat mophead
During sliding wears mouth by second up and down, the bristle carries out wiper to cleaning piece surface.Using bristle easily by cleaning piece
On foul cleaned, especially to hair cleaning be particularly effective.To carry out comprehensive cleaning to cleaning piece, above-mentioned second wears mouth
Four inner wall positions be equipped with the bristle.
It is further improved, above-mentioned mop-pail stands are further fixed on the lid for covering the opening of mop-pail stands, are provided on the lid
Mouth and second is worn for flat mophead passes through first and wears mouth, and first wears that mouth is corresponding with drying area, and second wears mouth and cleaning area pair
It answers, the cleaning device is set to second and wears in mouth.The setting of lid provides reasonable installation site to cleaning device, and is drying
Suitable support level is improved to flat mop at zone position, in addition lid also functions to the effect of water blocking.
Above-mentioned first wears mouth as T shape mouth, and the first wide opening portion for wearing mouth is passed through for flat mophead, and first wears the slot portion of mouth
It is passed through for mop rod, bearing, top of the outer ring of the bearing to be shelved on lid is fixed with outside the lower beam of the mop rod
Face.The lower beam of support by lid to bearing outer ring, bearing inner race and mop rod is fixed, and keeps mop rod rotating smooth.
It is further improved, the restraining structure constrained the flat mophead of insertion is equipped in above-mentioned drying area, flat
Plate mophead be inserted and rotated be supported on drying area in the state of, flat mophead is constrained in its length by the restraining structure
Direction location status identical with the axis direction of mop rod.The restraining structure ensures flat mophead during drying always
It is maintained at vertical state, it is ensured that entire drying can be normally carried out, and be sent out if protecting flat mophead during drying with respect to mop rod
Raw deflection can then be hit with mop-pail stands, allow drying in disordered state, influence to dry effect, serious can also damage is dragged
?.
Preferably, above-mentioned restraining structure includes being set to dry basket inner wall around the drying basket that own axes rotate and be equipped with
The convex block that flat mophead and mop rod are constrained.By before and after drying basket and the convex block and flat mop of left and right inner wall
The contact of head and mop rod, constrains in its length direction position shape identical with the axis direction of mop rod for flat mophead
State.
Further to constrain flat mophead and mop rod, the downside of above-mentioned flat mophead is equipped with channel,
The bottom surface of the drying basket is equipped with the inserting column to raise upward to be inserted into channel.
Compared with the prior art, the advantages of the utility model are: mop-pail stands are to the flat mop for being inserted vertically into drying area
Capitiform makes at support, drying, moves up and down the upper boom of mop rod, makes flat mophead fast in the case where hand presses revolving structure function
Speed is rotated, to cleaning piece be dried, because of the length direction of drying process flat mophead and the axis direction of mop rod
Identical (roughly vertical state), so that the space occupied very little when flat mophead rotates, and it is not necessary that flat mophead to be arranged
At foldable mode, also can guarantee the sizes of mop-pail stands, that it goes without doing is big, simplifies the structure of flat mophead, in addition without in mop
Squeezer is additionally set on bar, and Mop structure is more aobvious succinct;Mop-pail stands are additionally provided with cleaning area, and flat mophead is seen in cleaning area
It is inside cleaned, cleans and dry clever structure and be incorporated on mop-pail stands, it is very easy to use.
Detailed description of the invention
Fig. 1 is the schematic perspective view of the utility model one embodiment;
Fig. 2 is the cross-sectional view of the utility model one embodiment;
Fig. 3 is the sectional view along A-A of Fig. 2;
Fig. 4 is the stereogram exploded view of the utility model one embodiment;
Fig. 5 is the schematic perspective view of flat mophead part in the utility model one embodiment;
Fig. 6 is the schematic perspective view of the drying basket of another structure type in the utility model one embodiment;
Fig. 7 is the sectional perspective structural schematic diagram of second embodiment of the utility model;
Fig. 8 is the schematic perspective view of flat mophead part in the utility model third embodiment;
Fig. 9 is that the inside schematic perspective view of flat mophead part in the utility model third embodiment is (unlocked
Determine state);
Figure 10 is the inside schematic perspective view (locking of flat mophead part in the utility model third embodiment
State);
Figure 11 is that the 4th embodiment of the utility model removes the schematic perspective view after mop-pail stands;
Figure 12 is that the 4th embodiment of the utility model removes the cross-sectional view after mop-pail stands;
Figure 13 is the schematic perspective view of flat mophead part in the 4th embodiment of the utility model;
Figure 14 is the schematic perspective view that basket part is dried in the 4th embodiment of the utility model.
Specific embodiment
The utility model is described in further detail below in conjunction with figure embodiment.
It as shown in figs. 1 to 6, is one embodiment of the utility model.
A kind of burnisher including mop-pail stands 1 and is rotatably connected on the flat mop that hand presses revolving 2 lower end of mop rod
First 3, flat mophead 3 is equipped with cleaning piece 13, and cleaning piece 13 is generally mop, does not show in drawing in the present embodiment
Show, hand presses revolving mop rod 2 to can refer to the prior art, the upper boom and lower beam being mutually socketed is generally comprised, between upper and lower bar
Driving structure equipped with the rotary motion that can convert the stretching motion of upper boom to lower beam, mop rod 2 only show lower bar part.
There is drying area Q1 and cleaning area Q2 independent of each other in mop-pail stands 1, be equipped with cleaning device 4 in the Q2 of cleaning area;Clearly
Cleaning device 4 is to be arranged in second to wear bristle in mouth 92, in the process that the sliding of about 3 flat mophead wears mouth 92 by second
In, bristle carries out wiper to 13 surface of cleaning piece.Second four inner wall positions for wearing mouth 92 are equipped with bristle.Mop-pail stands 1 are gone back
It is fixed with the lid 9 for covering the opening of mop-pail stands 1, first passed through for flat mophead 3 is provided on the lid 9 and wears mouth 91
Mouth 92 is worn with second, and first to wear mouth 91 corresponding with drying area Q1, and second wears that mouth 92 is corresponding with cleaning area Q2, and the cleaning device is set
It is worn in mouth 92 in second.
Cleaning and drying when by flat mophead 3 rotation to its length direction L it is identical as the axis direction of mop rod 2 (
Flat mophead 3 keeps vertical state substantially, essentially identical in the position for smoothing out with the fingers dry state with existing flat mop);Cleaning state
Under, flat mophead 3 is inserted into cleaning device 4 in cleaning area and moves up and down to make the brush unit on cleaning device 4 to wiping
It wipes object 13 and carries out wiper;Under drying state, flat mophead 3 is inserted and rotated in drying area and is supported in drying area, by dragging
The pushing of barre 2 drives flat mophead 3 quickly to rotate to dry cleaning piece 13 in drying area.
The guide frame being oriented to the flat mophead 3 in insertion drying area Q1, the guiding are equipped on mop-pail stands 1
Structure ensures to be inserted into 32 alignment pins 6 of channel in the flat mophead 3 in drying area Q1.Drying interior be set to of area Q1 can be around itself
The drying basket 8 of axis rotation, guide frame setting is in drying basket 8, and under drying state, flat mophead 3 is inserted into and is passed through
Guide frame constrains in drying basket 8, and the quick rotational energy of flat mophead 3 drives the quickly rotation together of drying basket 8.Dry basket
8 internal perisporium is equipped with a plurality of limit rib 81 axially arranged, each limit rib 81 is circumferentially spaced setting, and adjacent two limit rib
The slot 82 being inserted into for flat mophead 3 is constituted between 81, slot 83 constitutes guide frame.
As shown in fig. 6, certainly drying basket inner cavity can also be designed to it is flat.
It is equipped with the locking structure cooperated with mop rod 2 in flat mophead 3, is inserted and rotated bearing in flat mophead 3
In the state of drying in area Q1, flat mophead 3 is locked in the axis side of its length direction L Yu mop rod 2 by locking structure
To identical location status.
Flat mophead 3 in the present embodiment is connect in the following ways with mop rod 2, is provided in flat mophead 3 and is in
The open slot 31 of U-shaped, open slot 31 run through the upper side of flat mophead 3, and the bottom of open slot 31 is hinged with connector 5, mop
The lower end of bar 2 is connected on the connector 5, is rotated in flat mophead 3 identical as the axis direction of mop rod 2 to its length direction
In the state of, connector 5 and mop rod 2 are placed in open slot 31.
Locking structure includes the bolt 6 in drying area and the lockhole 51 in connector 5, and bolt 6 is located at drying basket
8 center is provided in flat mophead 3 through the channel 32 of the downside of flat mophead 3, revolves in flat mophead 3
It is identical as the axis direction of mop rod 2 and in the state of being inserted into drying area to go to its length direction, bolt 6 is behind the channel 32
It is directly or indirectly inserted into the lockhole 51, bolt 6 is located in drying basket 8.
Constraint has the lock pillar 7 that can be slid along its length to 51 inserting of lockhole in channel 32, in flat panel mop
It is first 3 rotation it is identical with the axis direction of mop rod 2 to its length direction and be inserted into dry area Q1 in the state of, bolt 6 is worn
Lock pillar 7 is pushed to move up to be inserted into lockhole 51 after crossing channel 32.Lock pillar 7 holds holding towards flat mophead 3 by the first spring 71 top
Downside direction is mobile.
The cleaning of the present embodiment and drying process are as follows:
Cleaning process: flat mophead 3 being rotated identical as the axis direction of mop rod 2 to its length direction L, allows plate
During mophead 3 wears mouth 92 up and down through second, bristle carries out wiper to 13 surface of cleaning piece.
Drying process: flat mophead 3 being rotated identical as the axis direction of mop rod 2 to its length direction L, allows plate
What mophead 3 passed through first wears mouth 91 and enters in drying basket 8, on the two sides of flat mophead 3 insertion drying 8 internal perisporium of basket
Slot 82, meanwhile, bolt 6 pushes lock pillar 7 to move up after passing through channel 32 to be inserted into lockhole 51, completes flat mophead 3 and drags relatively
The locking of barre 2.The upper boom of mop rod 2 is pushed, the lower beam and flat mophead 3 and drying basket 8 of drive mop rod 2 are quick together
Rotation, so that cleaning piece 13 be dried.
After drying, by flat mophead 3 move upward out first wear mouth 91 after, bolt 6 is detached from ejection to lock pillar 7,
Lock pillar 7 can move down automatically reset under the effect of the first spring 71, to be detached from lockhole 51, complete the unlock of flat mophead 3, in this way
Flat mophead 3 can freely be overturn with respect to mop rod 2 to the state of mopping floor.
As shown in fig. 7, being second embodiment of the utility model.
The present embodiment and one embodiment the difference lies in that being not provided with drying basket 8 in drying area Q1, first wears mouth
91 be T shape mouth, and the first wide opening portion 911 for wearing mouth 91 is passed through for flat mophead 3, and first wears the slot portion 912 of mouth 91 for mop
Bar 2 passes through, and bearing 10, top surface of the outer ring of bearing 10 to be shelved on lid 9, bearing are fixed with outside the lower beam of mop rod 2
10 inner ring is fixed on outside the lower beam of mop rod 2.
It as shown in figs. 8-10, is the third embodiment of the utility model.
The difference of the present embodiment and one embodiment is locking structure difference, the locking structure packet in the present embodiment
Include the bolt 6 being set in drying area and in flat mophead 3 and the lock frame 11 that can slide along its length, flat mop
First 3 downside is equipped with the channel 32 being inserted into for bolt, locks and is equipped with position limiting structure between frame 11 and mop rod 2 or connector 5, locks frame
11 are pushed up the trend held and keep mobile towards the downside direction of flat mophead 3 by second spring 12, and lock frame 11 moves up, limit knot
Structure will lock frame 11 and mop rod 2 or the limit of connector 5 together, and lock frame 11 moves down, position limiting structure release lock frame 11 and mop rod 2 or
Limit between connector 5 rotates identical as the axis direction of mop rod 2 to 3 length direction of flat mophead in flat mophead 3
And in the state of being inserted into drying area Q1, bolt 6 is inserted into channel 32 and then triggers lock frame 11 and moves up.
Position limiting structure is the muscle slot inserting structure between mop rod 2 and lock frame 11, and lock frame 11 moves up, and the muscle slot is inserted
The mutual inserting of distribution structure forms limit, and lock frame 11 moves down muscle slot inserting structure and mutually disengages releasing limit.In muscle slot inserting structure
Limiting slot 21 be set to the two sides of mop rod 2, lock frame 11 is substantially u-shaped, and the setting of joint bar 111 in muscle slot inserting structure is being locked
In two vertical arm of frame 11.The middle part for locking the horizontal arm of frame 11 is equipped with the connecting column 112 extended downwardly, and connecting column 112 is inserted always
Enter in channel 32, pushes connecting column 112 after bolt 6 is inserted into channel 32, and then push lock frame 11 mobile.Lock frame 11 moves up, and inserts
Muscle 111 is inserted into limiting slot 21, and lock frame 11 moves down joint bar 111 and is detached from limiting slot 21.
Drying process: as described in Figure 10, by the axis direction of the rotation of flat mophead 3 to its length direction L and mop rod 2
It is identical, allow flat mophead 3 passes through first to wear mouth 91 and enter in drying basket 8, the two sides insertion drying basket of flat mophead 3
Slot 82 on 8 internal perisporiums, meanwhile, bolt 6 pushes lock frame 11 to move up after passing through channel 32, and the joint bar 111 locked on frame 11 is inserted into
Limiting slot 21 on mop rod 2 completes locking of the flat mophead 3 with respect to mop rod 2.The upper boom of mop rod 2 is pushed, drive is dragged
Lower beam and flat mophead 3 and drying the basket 8 quickly rotation together of barre 2, so that cleaning piece be dried.
After drying, as described in Figure 9, by flat mophead 3 move upward out first wear mouth 91 after, bolt 6 be detached to lock
The ejection of frame 11, lock frame 11 can move down automatically reset under the effect of second spring 12, and the joint bar 111 locked on frame 11 is detached from mop
Limiting slot 21 on bar 2, completes the unlock of flat mophead 3, and such flat mophead 3 can freely be overturn with respect to mop rod 2
To the state of mopping floor.
It is the 4th embodiment of the utility model as shown in Figure 11~14.
The present embodiment and one embodiment the difference lies in that it is not necessary that locking knot is additionally arranged in flat mophead
Structure.
It is only equipped with the restraining structure constrained the flat mophead 3 of insertion in drying area Q1, in flat mop
First 3 be inserted and rotated be supported on drying area Q1 in the state of, flat mophead 3 is constrained in its length by the restraining structure
Direction L location status identical with the axis direction of mop rod 2.
Specific restraining structure includes being set to dry 8 inner wall of basket around the drying basket 8 that own axes rotate and be equipped with to plate
The convex block 83 that mophead 3 and mop rod 2 are constrained, convex block 83 are the bar-like member along drying 8 inner wall length direction of basket setting.
The downside of flat mophead 3 is equipped with channel 32, and the bottom surface of drying basket 8, which is equipped with, to raise upward to be inserted into inserting in channel 32
Column 84.Drying 8 inner cavity of basket can also be designed to flat.
Certainly the drying basket structure in one embodiment can also be used.
The present embodiment and one embodiment are compared, and locking structure is removed, and structure is simpler.
Although the preferred embodiments of the utility model have been described above in detail, it is to be clearly understood that for this
For the technical staff in field, various modifications and changes may be made to the present invention.It is all in the spirit and principles of the utility model
Within any modification, equivalent replacement, improvement and so on, should be included within the scope of protection of this utility model.
Claims (20)
1. a kind of burnisher, including mop-pail stands (1) and it is rotatably connected on the flat panel mop that hand presses revolving mop rod (2) lower end
Head (3), flat mophead (3) is equipped with cleaning piece (13);It is characterized by: having in the mop-pail stands (1) independent of one another
Drying area (Q1) and cleaning area (Q2), cleaning area (Q2) on flat mophead (3) to cleaning;It will be described when drying
Flat mophead (3) rotation is identical as the axis direction of mop rod (2) to its length direction (L), under drying state, the plate
Mophead (3) is inserted and rotated in drying area and is supported in drying area, drives flat mophead by the pushing of mop rod (2)
(3) it quickly rotates to dry cleaning piece (13) in drying area.
2. burnisher according to claim 1, it is characterised in that: be provided with opening of being in U-shape on the flat mophead (3)
Mouth slot (31), open slot (31) run through the upper side of flat mophead (3), and the bottom of open slot (31) is hinged with connector (5), institute
The lower end for stating mop rod (2) is connected on the connector (5).
3. burnisher according to claim 2, it is characterised in that: be equipped in the flat mophead (3) and mop rod
(2) cooperate locking structure, flat mophead (3) be inserted and rotated be supported on drying area (Q1) it is interior in the state of, the lock
Determine structure and flat mophead (3) is locked in its length direction (L) location status identical with the axis direction of mop rod (2).
4. burnisher according to claim 3, it is characterised in that: the locking structure includes inserting in drying area
The downside of the lockhole (51) selling (6) and being set in connector (5), the flat mophead (3) is equipped with channel (32), described flat
Plate mophead (3) rotation it is identical with the axis direction of mop rod (2) to its length direction and be inserted into dry area in the state of, institute
It states bolt (6) and is directly or indirectly inserted into the lockhole (51) afterwards across channel (32).
5. burnisher according to claim 4, it is characterised in that: the interior constraint of the channel (32) has can be square along its length
To sliding to the lock pillar (7) with the lockhole (51) inserting, the flat mophead (3) rotation to its length direction with drag
The axis direction of barre (2) it is identical and be inserted into drying area (Q1) in the state of, the bolt (6) pass through channel (32) push afterwards
Lock pillar (7) moves up and is inserted into the lockhole (51).
6. burnisher according to claim 5, it is characterised in that: the lock pillar (7) holds guarantor by the first spring (71) top
Hold the trend mobile towards the downside direction of flat mophead (3).
7. burnisher according to claim 3, it is characterised in that: the locking structure includes inserting in drying area
Pin (6) and lock frame (11) that is interior set on flat mophead (3) and can sliding along its length, by being moved down on lock frame (11)
Dynamic realize locks or unlocks with mop rod (2) or connector (5).
8. burnisher according to claim 7, it is characterised in that: the downside of the flat mophead (3), which is equipped with, to be supplied
The channel (32) of bolt insertion, locks and is equipped with position limiting structure, the lock frame (11) between frame (11) and mop rod (2) or connector (5)
The trend for keeping mobile towards the downside direction of flat mophead (3) is held by second spring (12) top, lock frame (11) moves up, described
Position limiting structure will lock frame (11) and mop rod (2) or connector (5) limit together, and lock frame (11) moves down, the position limiting structure solution
Except the limit between lock frame (11) and mop rod (2) or connector (5), in the flat mophead (3) rotation to its length direction
It is identical as the axis direction of mop rod (2) and in the state of being inserted into drying area (Q1), the bolt (6) insertion channel (32) into
And it triggers lock frame (11) and moves up.
9. burnisher according to claim 8, it is characterised in that: the position limiting structure is set on mop rod (2) and lock
Muscle slot inserting structure between frame (11), lock frame (11) move up, and the mutual inserting of muscle slot inserting structure forms limit, lock frame
(11) it moves down the muscle slot inserting structure and mutually disengages releasing limit.
10. burnisher according to claim 9, it is characterised in that: the limiting slot (21) in the muscle slot inserting structure
Or in joint bar (111) the two one of be set to the two sides of mop rod (2), limiting slot (21) in the muscle slot inserting structure or insert
Another setting in muscle (111) the two is on lock frame (11).
11. burnisher according to claim 4, it is characterised in that: be equipped on the mop-pail stands (1) and dried to insertion
The guide frame that flat mophead (3) in area (Q1) is oriented to, the guide frame ensure to be inserted into flat in drying area (Q1)
Channel (32) on plate mophead (3) is directed at the bolt (6).
12. burnisher according to claim 11, it is characterised in that: being set in the drying area (Q1) can be around itself axis
The drying basket (8) of line rotation, the bolt (6) are located in drying basket (8), and the guide frame is arranged in drying basket (8),
Under drying state, flat mophead (3) insertion is simultaneously constrained in drying basket (8), flat mophead (3) by guide frame
Quick rotational energy drive drying basket (8) together quickly rotation.
13. burnisher according to claim 12, it is characterised in that: the internal perisporium of drying basket (8) is equipped with more
The limit rib (81) that item is axially arranged, each limit rib (81) is circumferentially spaced setting, and constitutes between adjacent two limit rib (81)
For the slot (82) of flat mophead (3) insertion, which constitutes the guide frame.
14. burnisher according to claim 12, it is characterised in that: the guide frame is to open set on drying area (Q1)
The pilot hole passed through at mouthful for flat mophead (3).
15. burnisher according to claim 1, it is characterised in that: be equipped with cleaning device in the cleaning area (Q2)
(4), under cleaning state, the flat mophead (3) is in cleaning area insertion cleaning device (4) and moves up and down to fill cleaning
(4) are set to clean cleaning piece (13).
16. burnisher according to claim 15, it is characterised in that: the mop-pail stands (1) are further fixed on mop
The lid (9) that the opening of bucket (1) covers is provided with first passed through for flat mophead (3) on the lid (9) and wears mouth (91) and the
Two wear mouth (92), and first to wear mouth (91) corresponding with drying area (Q1), the second, cleaning corresponding with cleaning area (Q2) of wearing mouth (92)
Device is set to second and wears in mouth (92).
17. burnisher according to claim 16, it is characterised in that: described first wears mouth (91) as T shape mouth, and first wears
The wide opening portion (911) of mouth (91) is passed through for flat mophead (3), and the first slot portion (912) for wearing mouth (91) is worn for mop rod (2)
It crosses, is fixed with bearing (10) outside the lower beam of the mop rod (2), the outer ring of the bearing (10) is to be shelved on lid (9)
Top surface.
18. burnisher according to claim 2, it is characterised in that: be equipped in the drying area (Q1) and put down to insertion
The restraining structure that plate mophead (3) is constrained is inserted and rotated the shape being supported in drying area (Q1) in flat mophead (3)
Under state, it is identical as the axis direction of mop rod (2) that flat mophead (3) is constrained in its length direction (L) by the restraining structure
Location status.
19. burnisher according to claim 18, it is characterised in that: the restraining structure can be around itself axis including being set to
The drying basket (8) of line rotation, drying basket (8) inner wall are equipped with the convex block constrained flat mophead (3) and mop rod (2)
(83)。
20. burnisher according to claim 19, it is characterised in that: the downside of the flat mophead (3) is equipped with
The bottom surface in channel (32), drying basket (8) is equipped with the inserting column (84) to raise upward to be inserted into channel (32).
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201820240171.5U CN208784627U (en) | 2018-02-09 | 2018-02-09 | Burnisher |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201820240171.5U CN208784627U (en) | 2018-02-09 | 2018-02-09 | Burnisher |
Publications (1)
Publication Number | Publication Date |
---|---|
CN208784627U true CN208784627U (en) | 2019-04-26 |
Family
ID=66198677
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CN201820240171.5U Withdrawn - After Issue CN208784627U (en) | 2018-02-09 | 2018-02-09 | Burnisher |
Country Status (1)
Country | Link |
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CN (1) | CN208784627U (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN108158523A (en) * | 2018-02-09 | 2018-06-15 | 宁波德润堂智能科技有限公司 | Burnisher |
-
2018
- 2018-02-09 CN CN201820240171.5U patent/CN208784627U/en not_active Withdrawn - After Issue
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN108158523A (en) * | 2018-02-09 | 2018-06-15 | 宁波德润堂智能科技有限公司 | Burnisher |
CN108158523B (en) * | 2018-02-09 | 2023-07-25 | 宁波德润堂智能科技有限公司 | Cleaning tool |
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