CN205697595U - A kind of burnisher - Google Patents
A kind of burnisher Download PDFInfo
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- CN205697595U CN205697595U CN201620342296.XU CN201620342296U CN205697595U CN 205697595 U CN205697595 U CN 205697595U CN 201620342296 U CN201620342296 U CN 201620342296U CN 205697595 U CN205697595 U CN 205697595U
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- ratchet
- mophead
- union joint
- assemblies
- cam
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Abstract
A kind of burnisher, including mop and mop-pail stands；Mop includes upper boom and the lower beam being mutually socketed, and is provided with drive mechanism between upper boom and lower beam, and the lower end of lower beam connects mophead；Being provided with automatic hoisting mechanism in mop-pail stands, during cleaning, mophead is placed on the automatic hoisting mechanism of low level, under press bar, the convert rotational motion of mophead is the ascending motion of automatic hoisting mechanism, thus mophead also rises；Mophead cleans and departs from automatic hoisting mechanism after dehydration, and this automatic hoisting mechanism declines return automatically.This utility model automatic hoisting mechanism when cleaning can rise automatically, during cleaning, mophead slowly rises while rotary-cleaning, until rising to more than the water surface, the mophead now rotated i.e. carries out spin drying operation, cleaning and dehydrating operations be integrated, and mophead cleans and departs from automatic hoisting mechanism after dehydration, this automatic hoisting mechanism declines return automatically, operates the easiest.
Description
Technical field
This utility model relates to a kind of burnisher.
Background technology
In the prior art, it is to use the cleaning of lift, drying method, such as patent when having the use of a kind of burnisher
Number be 201220553430.2,201420251779.X, 201220668933.4,201320708928.6,
The Chinese patent of 201420118962.2 grades is all to adopt burnisher in this way, and this burnisher generally comprises mop
And mop-pail stands；Mop includes upper boom and the lower beam being mutually socketed, and is provided with and can the downward motion of upper boom be turned between upper boom and lower beam
Turning to the drive mechanism of the rotary motion of lower beam, the lower end of described lower beam is provided with rotating mophead；Liter it is provided with in mop-pail stands
Descending mechanism, when cleaning, mophead is positioned at the washing station of low level and carries out rotary-cleaning, will carry, drive lifting during dehydration on mop
Mechanism rises and positions, and then carries out rotary dehydration at dehydration station.
The shortcoming that existing this burnisher there is also is: cleaning operation and dehydrating operations are two separate steps
Suddenly, after the cleaning piece on mophead is cleaned, need to carry out an operating procedure that will put forward on mop and position, then
Carry out dehydrating operations again, operate the most on the whole and more bother.
Summary of the invention
In order to overcome the above-mentioned deficiency of existing burnisher, this utility model provides one to operate simpler cleaner
Tool.
The technical scheme in the invention for solving the technical problem is: a kind of burnisher, including mop and mop-pail stands；Institute
The mop stated includes upper boom and the lower beam being mutually socketed, and is provided with and can the downward motion of upper boom be turned between described upper boom and lower beam
Turning to the drive mechanism of the rotary motion of lower beam, the lower end of described lower beam connects mophead；
Being provided with automatic hoisting mechanism in described mop-pail stands, the mophead described in during cleaning is placed in the escalator of low level
On structure, pressing down described upper boom, the convert rotational motion of described mophead is the ascending motion of described automatic hoisting mechanism, thus
Mophead also rises；Mophead cleans and departs from described automatic hoisting mechanism after dehydration, and this automatic hoisting mechanism is automatic
Decline return.
Further, described automatic hoisting mechanism includes the union joint for being connected, described connection with described mophead
Head is also connected with power-conversion mechanism, cleans and presses described upper boom at present, and the union joint described in the drive of described mophead rotates, institute
The union joint stated acts on described power-conversion mechanism, thus described power-conversion mechanism drives described connection further
Head rises；Mophead cleans and departs from described union joint after dehydration, and described union joint declines return automatically.
Further, described power-conversion mechanism includes: a central shaft, and described union joint is placed on described central shaft
On, this central shaft is also cased with cam, described cam is connected with described union joint, and the wall of this cam is provided with cam
Groove；
Being cased with a lifting tube outside described cam, the inwall of described lifting tube is provided with salient point, and described salient point inserts described
Cam path in；
Being provided with connected upper lifting assembly in described lifting tube, the lower section of described upper lifting assembly is provided with lower lifting
Assembly, described lower lifting assembly is connected with described cam by connecting assembly；
Upper lifting assembly described in during cleaning can with the described the most unidirectional rising of lifting tube, described lower lifting assembly can
With the described the most unidirectional rising of cam, described upper lifting assembly and described lower lifting assembly alternately rise and described successively
Upper lifting assembly rise prior to described lower lifting assembly；
Mophead cleans and departs from described union joint after dehydration, described union joint, lifting tube, cam, rising
Come down to a lower group part, connect assembly, lower lifting assembly and automatically decline return.
Further, being additionally provided with fixing ratchet sheet outside described lifting tube, described ratchet sheet is provided with ratchet row；
Described upper lifting assembly includes the upper containing rack being connected with described lifting tube, is provided with in described upper containing rack
Can away from or near the upper ratchet assemblies of described ratchet sheet, on this, the head of ratchet assemblies has upper ratchet, described upper ratchet
Can be inserted in described ratchet row, after the described ratchet row described in the insertion of upper ratchet, this ratchet arranges the upper ratchet described in only allowing
Assembly rises and does not allow described upper ratchet assemblies to decline；
Described lower lifting assembly includes lower house, the lower containing rack being connected in described lower house, and described is lower accommodating
Be provided with in frame can away from or near the lower ratchet assemblies of described ratchet sheet, the head of this lower ratchet assemblies has lower ratchet, described
Lower ratchet can be inserted in described ratchet row, described lower ratchet insert described in ratchet row after this ratchet row only allow described
Lower ratchet assemblies rise and do not allow described lower ratchet assemblies to decline；
Being additionally provided with jacking block on described central shaft, described jacking block has inner fovea part and male part, the lower end of described jacking block
There is upper top spring on top, and on this, the upper end of top spring withstands on described jacking block, and on this, the lower end of top spring withstands on described lower casing
On body；
The afterbody of described upper ratchet assemblies and the afterbody position of lower ratchet assemblies when described central axis is in free state
In described inner fovea part；Mophead described in during cleaning will be pressed under described central shaft, and the male part of the most described jacking block will
Described upper ratchet assemblies and lower ratchet assemblies push out so that described upper ratchet and lower ratchet insert described in ratchet row
In.
Further, described upper ratchet assemblies includes the upper shifting frame being positioned at described upper containing rack, described upper containing rack
Inside it is provided with the upper interior top spring for inwardly being pushed up by described upper shifting frame；It is provided with ratchet block in described upper shifting frame, described
Upper ratchet is located at the outer end of described upper ratchet block, is provided with for outwards being pushed up by described upper ratchet block in described upper shifting frame
Outer top spring；
Described lower ratchet assemblies includes the frame that moves down being positioned at described lower containing rack, is provided with use in described lower containing rack
In described is moved down the lower interior top spring that frame inwardly pushes up；Described move down frame in be provided with lower ratchet block, described lower ratchet sets
In the outer end of described lower ratchet block, described move down frame in be provided with the lower outer top bullet for outwards being pushed up by described lower ratchet block
Spring.
Further, described upper containing rack is provided with grab, logical between described upper containing rack and described lifting tube
Cross described upper grab to connect；
Described lower containing rack is provided with lower grab, by described between described lower containing rack and described lower house
Lower grab connects.
Further, described connection assembly includes: being placed on the adapter sleeve on described central shaft, described adapter sleeve is with described
Cam between connected by bearing, described jacking block is positioned at described adapter sleeve, and the frame that moves down of described lower ratchet assemblies is stretched
Enter in described adapter sleeve.
Further, also include that a urceolus, described ratchet sheet are located in described urceolus, described urceolus and described mop
Bucket is affixed.
Further, the button block that described lifting tube includes cylinder, is buckled on described cylinder, described salient point is located at described
On button block.
Further, described union joint is threadeded with described cam.
The beneficial effects of the utility model are: when cleaning, automatic hoisting mechanism can rise automatically, thus mophead is also
Rising, i.e. during cleaning, mophead slowly rises while rotary-cleaning, until rising to more than the water surface, now revolves
The mophead turned i.e. carries out spin drying operation, and cleaning of the present utility model and dehydrating operations are integrated, it is not necessary to carry out again
On propose the operation such as mop, and mophead cleans and departs from automatic hoisting mechanism after dehydration, this automatic hoisting mechanism automatically under
Drop back to position, operate the easiest.
Accompanying drawing explanation
Fig. 1 is the structural representation of mop-pail stands of the present utility model.
Fig. 2 is the automatic hoisting mechanism of the present utility model sectional view under initial condition.
Fig. 3 is the partial enlarged drawing of part A in Fig. 2.
Fig. 4 is central shaft sectional view of automatic hoisting mechanism when pressing down.
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 to coordinate 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 of upper shifting 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.
Detailed description of the invention
With detailed description of the invention, this utility model is described in further detail below in conjunction with the accompanying drawings.
With reference to Fig. 1 ~ Figure 20, a kind of burnisher, including mop 1 and mop-pail stands 2；Described mop 1 includes mutually being socketed
Upper boom 3 and lower beam 4, be provided with the rotation that the downward motion of upper boom 3 can be converted into lower beam 4 between described upper boom 3 and lower beam 4
The drive mechanism of motion, the lower end of described lower beam 4 connects mophead 5.Drive mechanism between upper boom 3 and lower beam 4 is ability
The common mechanism in territory, does not repeats them here.
Being provided with automatic hoisting mechanism in described mop-pail stands 2, the mophead 5 described in during cleaning is placed in the automatic lifting of low level
In mechanism, press down described upper boom 3, the ascending motion that convert rotational motion is described automatic hoisting mechanism of described mophead 5,
Thus mophead 5 also rises；Mophead 5 departs from described automatic hoisting mechanism, this escalator after cleaning and being dehydrated
Structure declines return automatically.
This utility model automatic hoisting mechanism when cleaning can rise automatically, thus mophead 5 also rises, i.e. in cleaning
During mophead 5 slowly rise while rotary-cleaning, until rising to more than the water surface, the mophead that now rotates 5 is i.e.
Carrying out spin drying operation, cleaning of the present utility model and dehydrating operations are integrated, it is not necessary to carry the behaviour such as mop on carrying out again
Making, and mophead cleans and departs from automatic hoisting mechanism after dehydration, this automatic hoisting mechanism declines return automatically, operates non-
The easiest.
Automatic hoisting mechanism described in the present embodiment includes the union joint 6 for being connected with described mophead.Union joint 6
Being provided with interior hook and slot 7, slot is located at the back side of mophead 5, has the hook of convex in slot, and during cleaning, union joint 6 inserts and inserts
Groove, hook hooks the connection i.e. completing mophead 5 in interior hook and slot 7 with union joint 6, certainly may be used without other connected modes, only
Want mophead 5 that union joint 6 can be driven to rotate.Described union joint 6 is also connected with power-conversion mechanism, cleans and presses institute at present
The upper boom 3 stated, described mophead 5 drives described union joint 6 to rotate, and described union joint 6 acts on described power-conversion
Mechanism, thus described power-conversion mechanism drives described union joint 6 to rise further, union joint 6 rises, and is connected to it
On mophead 5 also rise；Mophead cleans and departs from after dehydration described union joint 6, under described union joint 6 is automatic
Drop back to position.
In the present embodiment, described power-conversion mechanism includes: a central shaft 8, described union joint 6 be placed on described in
In mandrel 8, the upper end of central shaft 8 is exposed, and this central shaft 8 is also cased be positioned at the cam 9 below described union joint 6, described
Cam 9 is connected with described union joint 6, and the union joint 6 described in the present embodiment is threadeded with described cam 9.Described convex
The wall of wheel 9 is provided with cam path 10.
Being cased with a lifting tube 11 outside described cam 9, the inwall of described lifting tube 11 is provided with salient point 12, described salient point 12
In cam path 10 described in insertion.In the present embodiment, for consideration easy to assembly, described lifting tube 11 include cylinder 13,
Being buckled in the button block 14 on described cylinder 13, described salient point 12 is located on described button block 14.
Bottom in described lifting tube 11 is provided with connected upper lifting assembly 15, the lower section of described upper lifting assembly 15
Being provided with lower lifting assembly 16, described lower lifting assembly 16 is connected with described cam 9 by connecting assembly.
Upper lifting assembly 15 described in during cleaning can be come down to a lower group with the described the most unidirectional rising of lifting tube 11, described lower liter
Part 16 can be handed over described lower lifting assembly 16 successively with the described the most unidirectional rising of cam 9, described upper lifting assembly 15
Rise prior to described lower lifting assembly 16 for rising and described upper lifting assembly 15.It implements structure: described liter
Being additionally provided with fixing ratchet sheet 17 outside fall cylinder 11, described ratchet sheet 17 is provided with ratchet row 18, also includes one in the present embodiment
Urceolus 40, described ratchet sheet 17 is located in described urceolus 40, and described urceolus 40 is affixed with described mop-pail stands 2；
Described upper lifting assembly 15 includes the upper containing rack 19 being connected with described lifting tube 11, described in the present embodiment
Upper containing rack 19 be provided with grab 20, by described upper card between described upper containing rack 20 and described lifting tube 11
Hook 20 connects；Be provided with in described upper containing rack 20 can away from or near the upper ratchet assemblies of described ratchet sheet, ratchet group on this
The head of part has upper ratchet 21, and described upper ratchet 21 can be inserted in described ratchet row 18, and described upper ratchet 21 inserts
After described ratchet row 18, the upper ratchet assemblies described in the permission of this ratchet row rises and does not allow under described upper ratchet assemblies
Fall；
Described upper ratchet assemblies includes the upper shifting frame 22 being positioned at described upper containing rack 20, in described upper containing rack 20
It is provided with the upper interior top spring 23 for inwardly being pushed up by described upper shifting frame 22；It is provided with ratchet block 24 in described upper shifting frame 22,
Described upper ratchet 21 is located at the outer end of described upper ratchet block 24, is provided with for by described upper ratchet in described upper shifting frame 22
The upper outer top spring 25 that block 24 outwards pushes up；
Described lower lifting assembly 16 includes lower house 26, the lower containing rack 27 being connected in described lower house 26, this reality
Execute the lower containing rack 27 described in example and be provided with lower grab 28, pass through between described lower containing rack 27 and described lower house 26
Described lower grab 28 connects；Be provided with in described lower containing rack 27 can away from or near the lower ratchet group of described ratchet sheet 17
Part, the head of this lower ratchet assemblies has lower ratchet 29, and described lower ratchet 29 can be inserted in described ratchet row 18, described
After lower ratchet 29 inserts described ratchet row 18, this ratchet arranges the lower ratchet assemblies rising described in only allowing and does not allow described
Lower ratchet assemblies declines；
What described lower ratchet assemblies included being positioned at described lower containing rack 27 moves down frame 30, in described lower containing rack 27
It is provided with for described is moved down the lower interior top spring 31 that frame 30 inwardly pushes up；Described move down frame 30 in be provided with lower ratchet block 32,
Described lower ratchet 29 is located at the outer end of described lower ratchet block 32, described move down frame 30 in be provided with for by described lower ratchet
The lower outer top spring 33 that block 32 outwards pushes 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
There is upper top spring 35 on the top, lower end stating jacking block 34, and on this, the upper end of top spring 35 withstands on described jacking block 34, top spring on this
The lower end of 35 withstands on described lower house 26, thus has the trend on top on jacking block 34；
When described central shaft 8 is in free state, the afterbody of described upper shifting frame 22 and the afterbody moving down frame 30 are positioned at institute
In the inner fovea part 35 stated；Described central shaft is pressed for 8 times by the mophead 5 described in during cleaning, the male part 36 of the most described jacking block
By upper shifting frame 22 with move down frame 30 and push out, so that described upper ratchet 21 and lower ratchet 29 insert described ratchet row 18
In.
Described connection assembly includes: being placed on the adapter sleeve 38 on described central shaft 8, described adapter sleeve 38 is with described
Being connected by bearing 39 between cam 9, described jacking block 34 is positioned at described adapter sleeve 38, moving down of described lower ratchet assemblies
Frame 30 stretches in described adapter sleeve 38.
Mophead 5 departs from described union joint 6 after cleaning and being dehydrated, described union joint 6, lifting tube 11, cam
9, upper lifting assembly 15, connection assembly, lower lifting assembly 16 decline return automatically.
When using said mechanism, the specific operation process of cleaning of the present utility model and dehydration is: in an initial condition, even
Joint 6 is positioned at low level, and central shaft 8 is in free state, is not pressed by under external force, now under the effect of upper interior top spring 23 on spine
The afterbody of the upper shifting frame 22 of tooth assembly is positioned in the inner fovea part 35 of jacking block, lower ratchet assemblies under the effect of lower top spring 31
The afterbody moving down frame 30 is positioned in the inner fovea part 35 of jacking block, thus the upper ratchet 21 on upper ratchet block 24 is not inserted into ratchet sheet 17
In ratchet row 18, the lower ratchet 29 of lower ratchet block 32 is not inserted in the ratchet row 18 of ratchet sheet 17.
Being placed on union joint 6 by mophead 5 during cleaning, mophead 5 and union joint 6 connect, 5 central shafts of mophead 8 times
Pressure, that is jacking block is pressed for 34 times, after 34 times pressures of jacking block, upper ratchet assemblies and lower ratchet assemblies are pushed out by the male part 36 of jacking block,
So that described upper ratchet 21 and lower ratchet 29 insert in the ratchet row 18 of ratchet sheet 17.Press down the upper boom 3 of mop, drive machine
Structure drives lower beam 4 and mophead 5 to rotate, thus mophead 5 drives union joint 6 to rotate, and the rotation of union joint 6 drives again convex
Wheel 9 rotation, thus the salient point 12 on lifting tube moves along cam path 10 and then makes lifting tube 11 increase, the rising of lifting tube 11
Upper lifting assembly 15(is driven again to include containing rack 19, upper shifting frame 22, upper ratchet block 24, upper interior top spring 23, upper outer top spring
25) rise, owing to the upper ratchet 21 of upper ratchet block is that ratchet coordinates with the ratchet row 18 of ratchet sheet, therefore go up the upper spine of ratchet block
The rising of upper lifting assembly 15 will not be produced and hinder by tooth 21.After cam 8 turns to a certain degree, lifting tube 11 rises to
High point, cam 9 is rotated further by rear lifting tube 11 and will decline, and upper lifting assembly 15 also will decline.But, due to the upper spine of upper ratchet block
Tooth 21 is that ratchet coordinates with the ratchet row 18 of ratchet sheet, thus upper lifting assembly 15 can not decline, lifting tube 11 namely can not under
Fall.Now cam 9 continues to rotate, then with the salient point 12 of lifting tube as fulcrum, cam 9 also rises while rotating, cam 9
Rising and drive union joint 6 and adapter sleeve 38 to rise, the rising drive of adapter sleeve 38 penetrates its interior frame 30 that moves down and rises, thus under
Lifting assembly 16(includes lower house 26, lower containing rack 27, moves down frame 30, lower ratchet block 32, lower interior top spring 31, lower outer top bullet
Spring 33) rise, owing to the lower ratchet 29 of lower ratchet block is that ratchet coordinates with the ratchet row 18 of ratchet sheet, therefore descend under ratchet block
The rising of lower lifting assembly will not be produced and hinder by ratchet 29.Lower lifting assembly 16 also drives jacking block 34 to synchronize while rising
Rising, the male part 36 of jacking block keeps upper ratchet assemblies and the extrapolation effect of lower ratchet assemblies.So far union joint 6 rises, therefore
Mophead 5 also rises.
After cam rises to a certain degree, cam 9 continues to rotate, then descend lifting assembly 16 to rise to peak, and cam 9 is again
After rotation, lower lifting assembly 16 will decline.But, owing to the lower ratchet 29 of lower ratchet block and the ratchet row 18 of ratchet sheet are ratchets
Coordinate, thus lower lifting assembly 16 can not decline.Now cam 9 continues to rotate, and the salient point 12 on lifting tube 11 is again along convex
Race 10 moves and then makes lifting tube 11 increase, and the rising of lifting tube 11 drives again lifting assembly 15 to rise.So circulation is dynamic
Make, then union joint 6 constantly rises, and mophead 5 the most constantly rises, mophead 5 rotary-cleaning in water at the beginning, rises to the water surface
It is then rotary dehydration after above, after the cleaning piece on mophead 5 dries, removes mop, mophead 5 and union joint 6 and depart from, mop
5 no longer push down central shaft 8, then, under the effect of upper top spring 37, jacking block 34 and central shaft 8 rise, upper ratchet assemblies upper
The shifting afterbody of frame 22, the afterbody moving down frame 30 of lower ratchet assemblies turn 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 sheet 17, therefore goes up lifting assembly 15 and lower liter is come down to a lower group
Part 16 falls automatically, and the whereabouts of upper lifting assembly 15 drives lifting tube 11 natural whereabouts return, in 16 times backwardnesss of lower lifting assembly
Mandrel 8 and jacking block 34 lose and support the return that the most automatically falls.
Claims (10)
1. a burnisher, including mop and mop-pail stands；Described mop includes upper boom and the lower beam being mutually socketed, described
The drive mechanism of the rotary motion that the downward motion of upper boom can be converted into lower beam it is provided with between upper boom and lower beam, described lower beam
Lower end connects mophead；
It is characterized in that: be provided with automatic hoisting mechanism in described mop-pail stands, the mophead described in during cleaning is placed in oneself of low level
On dynamic elevating mechanism, pressing down described upper boom, the convert rotational motion of described mophead is the rising of described automatic hoisting mechanism
Motion, thus mophead also rises；Mophead cleans and departs from described automatic hoisting mechanism after dehydration, this automatic lifting
Mechanism declines return automatically.
2. burnisher as claimed in claim 1, it is characterised in that: described automatic hoisting mechanism includes for dragging with described
Labour contractor connect union joint, described union joint is also connected with power-conversion mechanism, cleaning press described upper boom at present, described in drag
Labour contractor drives described union joint to rotate, and described union joint acts on described power-conversion mechanism, thus described power
Transformation mechanism drives described union joint to rise further；Mophead cleans and departs from described union joint, institute after dehydration
The union joint stated declines return automatically.
3. burnisher as claimed in claim 2, it is characterised in that: described power-conversion mechanism includes: a central shaft, institute
The union joint stated is placed on described central shaft, and this central shaft is also cased with cam, and described cam is with described union joint even
Connecing, the wall of this cam is provided with cam path；
Being cased with a lifting tube outside described cam, the inwall of described lifting tube is provided with salient point, described salient point insert described in convex
In race；
Being provided with connected upper lifting assembly in described lifting tube, the lower section of described upper lifting assembly is provided with lower liter and comes down to a lower group
Part, described lower lifting assembly is connected with described cam by connecting assembly；
Upper lifting assembly described in during cleaning can with the described the most unidirectional rising of lifting tube, described lower lifting assembly can be with institute
The most unidirectional rising of cam stated, described upper lifting assembly and described lower lifting assembly alternately rise and described upper successively
Lifting assembly rises prior to described lower lifting assembly；
Mophead cleans and departs from described union joint after dehydration, and described union joint, lifting tube, cam, rising are come down to a lower group
Part, connection assembly, lower lifting assembly decline return automatically.
4. burnisher as claimed in claim 3, it is characterised in that: it is additionally provided with fixing ratchet sheet, institute outside described lifting tube
The ratchet sheet stated is provided with ratchet row；
Described upper lifting assembly includes the upper containing rack being connected with described lifting tube, and being provided with in described upper containing rack can be remote
From or near the upper ratchet assemblies of described ratchet sheet, on this, the head of ratchet assemblies has upper ratchet, and described upper ratchet can be inserted
Entering in described ratchet row, after the described ratchet row described in the insertion of upper ratchet, this ratchet arranges the upper ratchet assemblies described in only allowing
Rise and do not allow described upper ratchet assemblies to decline；
Described lower lifting assembly includes lower house, the lower containing rack being connected in described lower house, in described lower containing rack
Be provided with can away from or near the lower ratchet assemblies of described ratchet sheet, the head of this lower ratchet assemblies has a lower ratchet, described under
Ratchet can be inserted in described ratchet row, described lower ratchet insert described in ratchet row after this ratchet row only allow described under
Ratchet assemblies rises and does not allow described lower ratchet assemblies to decline；
Being additionally provided with jacking block on described central shaft, described jacking block has inner fovea part and male part, and the top, lower end of described jacking block has
Upper top spring, on this, the upper end of top spring withstands on described jacking block, and on this, the lower end of top spring withstands on described lower house；
When described central axis is in free state, the afterbody of described upper ratchet assemblies and the afterbody of lower ratchet assemblies are positioned at institute
In the inner fovea part stated；Mophead described in during cleaning will be pressed under described central shaft, and the male part of the most described jacking block is by described
Upper ratchet assemblies and lower ratchet assemblies push out so that described upper ratchet and lower ratchet insert described in ratchet row in.
5. burnisher as claimed in claim 4, it is characterised in that: described upper ratchet assemblies includes being positioned at described accommodating
Upper shifting frame in frame, is provided with the upper interior top spring for inwardly being pushed up by described upper shifting frame in described upper containing rack；Described
Being provided with ratchet block in upper shifting frame, described upper ratchet is located at the outer end of described upper ratchet block, is provided with use in described upper shifting frame
In the upper outer top spring that described upper ratchet block is outwards pushed up；
Described lower ratchet assemblies includes the frame that moves down being positioned at described lower containing rack, is provided with for inciting somebody to action in described lower containing rack
Described moves down the lower interior top spring that frame inwardly pushes up；Described move down frame in be provided with lower ratchet block, described lower ratchet is located at institute
State the outer end of lower ratchet block, described move down frame in be provided with the lower outer top spring for outwards being pushed up by described lower ratchet block.
6. burnisher as claimed in claim 5, it is characterised in that: described upper containing rack is provided with grab, described
It is connected by described upper grab between upper containing rack and described lifting tube；
Described lower containing rack is provided with lower grab, by described lower card between described lower containing rack and described lower house
Hook connects.
7. burnisher as claimed in claim 5, it is characterised in that: described connection assembly includes: be placed on described central shaft
On adapter sleeve, be connected by bearing between described adapter sleeve and described cam, described jacking block is positioned at described connection
In set, the frame that moves down of described lower ratchet assemblies stretches in described adapter sleeve.
8. burnisher as claimed in claim 4, it is characterised in that: also include that a urceolus, described ratchet sheet are located at described
Urceolus in, described urceolus is affixed with described mop-pail stands.
9. to remove the burnisher as described in one of 3 ~ 8 such as right, it is characterised in that: described lifting tube includes cylinder, is buckled in institute
Stating the button block on cylinder, described salient point is located on described button block.
10. the burnisher as described in one of claim 3 ~ 8, it is characterised in that: described union joint and described cam spiral shell
Stricture of vagina connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620342296.XU CN205697595U (en) | 2016-04-22 | 2016-04-22 | A kind of burnisher |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620342296.XU CN205697595U (en) | 2016-04-22 | 2016-04-22 | A kind of burnisher |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205697595U true CN205697595U (en) | 2016-11-23 |
Family
ID=57296681
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620342296.XU Active CN205697595U (en) | 2016-04-22 | 2016-04-22 | A kind of burnisher |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205697595U (en) |
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2016
- 2016-04-22 CN CN201620342296.XU patent/CN205697595U/en active Active
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