CN208017451U - A kind of single barrel of lift burnisher - Google Patents
A kind of single barrel of lift burnisher Download PDFInfo
- Publication number
- CN208017451U CN208017451U CN201720572497.3U CN201720572497U CN208017451U CN 208017451 U CN208017451 U CN 208017451U CN 201720572497 U CN201720572497 U CN 201720572497U CN 208017451 U CN208017451 U CN 208017451U
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- pivoted frame
- single barrel
- mop
- burnisher
- lift
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Abstract
A kind of single barrel of lift burnisher, including mop-pail stands and mop, mop include mop rod, are connected to the mophead of mop rod lower end；Mop-pail stands include single barrel of staving, lifting assembly is equipped in single barrel of staving, lifting assembly is equipped with the pivoted frame for housing mop disc, pivoted frame is spindle rotationally arranged on lifting assembly and axially position, the center suspension of pivoted frame is on lifting assembly, it is in contact with top surface by vertex at suspension, pivoted frame is rotated at the mutually top of top surface as fulcrum when rotating using vertex.It is rotated as fulcrum at the mutually top of top surface using vertex when the pivoted frame rotation of the utility model, there was only a point contact between pivoted frame and lifting assembly, therefore it not will produce linear velocity in rotation and concentricity be always consistent, pivoted frame is very smooth in rotation, will not generate shaking.There was only a point contact at vertex and the mutually top of top surface simultaneously, frictional force very little between the two.
Description
Technical field
The utility model is related to a kind of single barrel of lift burnishers.
Background technology
The general structure of single barrel of lift burnisher is：Including one single barrel of staving 1 ', it is equipped with and rises in single barrel of staving 1 '
Hanger 3 ' is dropped, rotatable drying basket 2 ' is equipped on lifting hanger 3 '.It in the prior art, can in order to reach lifting hanger 3 '
The purpose of rotation is commonly designed such structure：Newel is set on lifting hanger 3 ', and drying basket is threaded through the newel
On, plane bearing 4 ' is set between drying basket 2 ' and lifting hanger 3 ', and plane bearing 4 ' is mounted on lifting hanger 3 ', drying
Basket 2 ' is supported on the plane bearing 4 ', to reach the drying rotatable purpose of basket 2 '.
Its there is also the shortcomings that be：It is contacted by face between drying basket and plane bearing and achievees the purpose that smooth contact,
Contact in mechanical structure between the two be positioned as the point where multiple balls of plane bearing and the face where drying basket it
Between contact can be flat in rotation due to having distance between the roller of plane bearing and the central point of plane bearing
Linear velocity is generated at the ball of spherical bearing, there are unstability since the presence of linear velocity makes the rotation of drying basket；Simultaneously as
Multiple balls of plane bearing are contacted with drying basket, and existing friction point is more, and frictional force between the two is larger；While in order to
Cost-effective, the ball on plane bearing is all made of Plastic ball, and long-time post use plastic ball is easy to wear；Again, plane
Bearing is mounted on lifting hanger, is also easy to produce shaking to influence concentricity, the rotation to drying basket generates harmful effect；Separately
Outside, it if plane bearing is damaged, replaces very troublesome.
Invention content
In order to overcome the above-mentioned deficiency of existing single barrel of lift burnisher, it is more smooth that the utility model provides a kind of rotation
Single barrel of lift burnisher.
The technical scheme in the invention for solving the technical problem is：A kind of single barrel of lift burnisher, including mop
Bucket and mop, the mop include mop rod, are connected to the mophead of the mop rod lower end, and the mop rod includes phase
The interior bar and outer bar being mutually socketed, are equipped with driving mechanism between the interior bar and outer bar, the driving mechanism drags described
The stretching motion of barre is converted into the rotary motion of mophead；
The mop-pail stands include single barrel of staving, and lifting assembly, the lifting assembly are equipped in the single barrel of staving
It is equipped with the pivoted frame for housing mop disc, the pivoted frame is spindle rotationally arranged on the lifting assembly and axially determines
Position, the lifting assembly can be positioned at high-order or low level, to the pivoted frame can be located at eminence drying mop station or
Positioned at the mop-cleaning station of lower；
The center suspension of the pivoted frame is in contact by vertex with top surface on the lifting assembly at suspension, described
Pivoted frame rotation when rotated as fulcrum at the mutually top of top surface using vertex.
Further, the lifting assembly has fore-set；The pivoted frame includes turning basket and hanging sleeve, and the basket that turns is set to
After on the fore-set, being arranged on the fore-set prevents the axial positioning mechanism that said spin basket is upwardly separated from, then by institute
The hanging sleeve stated is sleeved on the fore-set and is connect with the basket that turns, and the pivoted frame is suspended on described by the hanging sleeve
Fore-set on.
Further, the axial positioning mechanism is the clamp spring on the fore-set.
Alternatively, the lifting assembly has fore-set；The pivoted frame is integral, is set on the pivoted frame on the fore-set
It is suspended on afterwards on the fore-set, axially position slot is offered on the pivoted frame, is cased at the locating slot flexibly positioned
Circle, the flexibly positioned circle are sprung into the axially position slot.
Alternatively, the lifting assembly has fore-set；The pivoted frame is integral, is set on the pivoted frame on the fore-set
It is suspended on afterwards on the fore-set, there is mutually matched jog between the pivoted frame and the fore-set, described turns
Frame carries out axially position by mutually matched jog.
Further, the vertex is located on the pivoted frame, and the top surface is located on the lifting assembly；Or
The vertex is located on the lifting assembly, and the top surface is located on the pivoted frame.Or：The vertex is position
The decorative pearl on top of an official cap between the pivoted frame and lifting assembly.
Further, the lifting assembly is supporting rack, and the madial wall of single barrel of staving is equipped with the high-low-position that Open Side Down
Slot is converted, the high-low-position, which is converted, is equipped with positioning supporting point in slot；
The side of support frame as described above is equipped with supporting-point, and the supporting-point can enter in the high-low-position conversion slot and prop up
It holds on the positioning supporting point, the pivoted frame is located at high-order drying zone at this time；The supporting-point can be detached from downwards described
High-low-position convert slot, the pivoted frame described at this time falls to the single barrel of staving bottom, is located at low level cleaning area.
Further, the madial wall of the single barrel of staving is additionally provided with vertical muscle of leading, and described leads muscle and the high-low-position
Conversion slot is staggered, and the side of support frame as described above is additionally provided with is located at described lead with the drawing strickle guide led muscle and be adapted to, the muscle of leading
In frame, drawing strickle guide can be rotated in described lead in the range of muscle limits.
Further, the lower-left end of the positioning supporting point has towards the inclined left guide surface obliquely downward in upper left side, and the left side is tiltedly
Lower guide surface is downwardly open opposite with the high-low-position conversion slot；
Rising passway, the rising are formed between the left side of the positioning supporting point and the left side of high-low-position conversion slot
The top in channel is tilted towards upper right side；The upper end of the positioning supporting point is recessed with downwards positioning groove, the positioning groove left side
Positioning supporting point upper surface be towards the inclined left tiltedly upper guide surface in upper left side, the left side tiltedly upper guide surface with it is described rise it is logical
The upper end end in road corresponds to；
The top surface of high-low-position conversion slot have the right side of inclined upward to the right corresponding with the positioning groove tiltedly on
Guide surface；Decline passway, the decline are formed between the right side of the positioning supporting point and the right edge of high-low-position conversion slot
The top in channel is tilted towards upper left side to which tiltedly above the end of guide surface is connected with the right side；
The lower part of the decline passway is to skid off channel, the end for skidding off channel and the height towards lower-left is inclined
The downwardly open unicom of position conversion slot.
The beneficial effects of the utility model are：Pivoted frame is turned at the mutually top of top surface as fulcrum when rotating using vertex
It is dynamic, there was only a point contact between pivoted frame and lifting assembly, therefore not will produce linear velocity in rotation and concentricity remains
Unanimously, pivoted frame is very smooth in rotation, will not generate shaking.There was only a point contact at vertex and the mutually top of top surface simultaneously,
Frictional force very little between the two.
Description of the drawings
Fig. 1 is the structural schematic diagram of existing single barrel of lift burnisher.
Fig. 2 is the sectional view of the utility model.
Fig. 3 is the structural schematic diagram of hanging sleeve.
Fig. 4 is the structural schematic diagram for turning basket.
Fig. 5 is the explosive view of the utility model.
Fig. 6 is the supporting rack of the utility model and the installation diagram of staving.
Fig. 7 is the structural schematic diagram of conversion block.
Fig. 8 is the structural schematic diagram of the utility model of another structure type.
Fig. 9 is the structural schematic diagram after lifting assembly rising in Fig. 8.
Figure 10 is that hanging sleeve and quick-fried shine turned between basket are schemed.
Specific implementation mode
The utility model is described in further detail with reference to the accompanying drawings and detailed description.
Referring to Fig.1 ~ Figure 10, a kind of single barrel of lift burnisher, including mop-pail stands and mop, the mop include dragging
Barre, the mophead for being connected to the mop rod lower end, the mop rod includes the interior bar and outer bar being mutually socketed, described
Driving mechanism is equipped between interior bar and outer bar, the driving mechanism converts the stretching motion of the mop rod to mophead
Rotary motion.
The mop-pail stands include single barrel of staving 1, and lifting assembly, the lifting group are equipped in the single barrel of staving 1
Part is equipped with the pivoted frame 2 for housing mop disc, and the pivoted frame 2 is spindle rotationally arranged on the lifting assembly and axial
Positioning, the lifting assembly can be positioned at high-order or low level, to which the pivoted frame 2 can be located at the drying mop station of eminence
Or the mop-cleaning station positioned at lower.
The center suspension of the pivoted frame 2 is in contact by vertex with top surface on the lifting assembly at suspension, described
Pivoted frame 2 rotate when rotated as fulcrum at the mutually top of top surface using vertex.It is only a little connect between pivoted frame 2 and lifting assembly
It touches, therefore linear velocity is not will produce and concentricity is always consistent in rotation, pivoted frame is very smooth in rotation, also not
It will produce shaking.
In the present embodiment, the lifting assembly is supporting rack 3, and the upper end of the madial wall of the single barrel of staving 1, which is equipped with, opens
The downward high-low-position of mouth converts slot 4, and the high-low-position, which is converted, is equipped with positioning supporting point 5 in slot 4.
The side of support frame as described above 3 is equipped with supporting-point 6, and the supporting-point 6 can enter in the high-low-position conversion slot 4
And be supported on the positioning supporting point 5, the pivoted frame 2 is located at high-order drying zone at this time；The supporting-point 6 can take off downwards
Slot 4 is converted from the high-low-position, the pivoted frame 2 falls to the single barrel of staving bottom, is located at low level cleaning area at this time.
In the present embodiment, the high-low-position is converted slot 4 and is set on a conversion block 7, and the conversion block 7 is detachably connected
On the madial wall of the single barrel of staving 1, convenient for the molding and installation of high-low-position conversion slot 4, certain high-low-position converts slot 4
The inner wall of single barrel of staving can be set up directly on.The specific detachable mounting means of conversion block 7 is in the present embodiment：The single barrel of bucket
The upper end of the madial wall of body 1 has an insert port, the conversion block 7 be inserted into it is described insert into the mouth, the single barrel of staving 1 it is upper
End is also removably connected with pressure ring 8, and the pressure ring 8 pushes down the conversion block 7, described to prevent conversion block 7 to be detached from
Insert port.The detachable connection of pressure ring is：Snap finger is articulated on pressure ring 8, single barrel of staving 1 is equipped with retaining ring, snap finger fastening
On retaining ring.The side wall of single barrel of staving 1 described in the present embodiment has the inner fovea part 9 that concaves, the depth of the inner fovea part 9 by
It is upper to be gradually reduced under, to form one on from the lower inclined-plane being gradually inclined outwardly in the madial wall of the single barrel of staving 1,
The insert port is set to the upper end of the inner fovea part 9.So molding insert port is relatively simple, while in single barrel of staving madial wall
The inclined-plane of upper formation also has certain guiding role to the up and down motion of supporting-point.
In the present embodiment, the madial wall of the single barrel of staving 1 be additionally provided with it is vertical lead muscle 10, it is described lead muscle 10 with it is described
High-low-position conversion slot 4 be staggered, that is, lead muscle 10 and be staggered with conversion block 7, the two is not arranged on the same straight line.Support frame as described above 3
Side, which is additionally provided with, to be located at the drawing strickle guide 11 led muscle 10 and be adapted to, the muscle 10 of leading in the drawing strickle guide 11, and drawing strickle guide 11 can be
Described lead in the range of muscle 10 limits rotates.Drawing strickle guide 11 and the cooperation for leading muscle 10 can play guiding to the up and down motion of supporting rack 3
Movement ensures supporting rack 3 straight up and down.
In the present embodiment, the specific constructive form of positioning supporting point 5 and high-low-position conversion slot 4 is：A left side for the positioning supporting point 5
Lower end has towards inclined left guide surface 12 obliquely downward in upper left side, and the left guide surface 12 obliquely downward converts slot with the high-low-position
It is downwardly open 13 opposite；
Rising passway 14 is formed between the left side of the positioning supporting point 5 and the left side of high-low-position conversion slot, it is described
The top of rising passway 14 is tilted towards upper right side；The upper end of the positioning supporting point is recessed with downwards positioning groove 15, the positioning
The upper surface of positioning supporting point on the left of groove is towards the inclined left tiltedly upper guide surface 16 in upper left side, the left tiltedly upper guide surface 16
It is corresponding with the upper end end of the rising passway 14；
The top surface of the high-low-position conversion slot has the right side of inclined upward to the right corresponding with the positioning groove 15 tiltedly
Upper guide surface 17；Decline passway 18, institute are formed between the right side of the positioning supporting point and the right edge of high-low-position conversion slot
The top for stating decline passway 18 is tilted towards upper left side to which tiltedly above the end of guide surface 17 is connected with the right side；
The lower part of the decline passway 18 is to skid off channel 19, the end for skidding off channel 19 and institute towards lower-left is inclined
State downwardly open 13 unicom of high-low-position conversion slot.
When supporting rack 3 above carries, supporting-point 6 enters high-low-position conversion slot from high-low-position conversion slot under bayonet 13, directly
Encounter left guide surface 12 obliquely downward to supporting-point 6, the guiding lower support point of left guide surface 12 obliquely downward move to upper left side until into
Enter rising passway 14；Top rear support frame to the top of supporting-point 6 to rising passway 14 falls, until supporting-point 6 encounter it is left tiltedly on
Guide surface 16 is snapped down in positioning groove 15 in the guiding lower support point 6 of left tiltedly upper guide surface 16 and is supported on positioning groove 15
Interior, pivoted frame 2 is located at high-order drying zone at this time；After mop dewatering, carry supporting rack 3 upwards, until supporting-point 6 encounter it is right tiltedly on
Guide surface 17 slides the top up to reaching decline passway 18 in the guiding rear support point of right tiltedly upper guide surface 17 to upper right side,
Then supporting rack 3 fall, supporting-point 6 along decline passway 18, skid off channel 19 slide to high-low-position convert slot it is downwardly open
Place simultaneously downwardly open 13 is skidded off from this, and supporting rack 3 is down to the bottom of single barrel of staving, and pivoted frame is located at low level cleaning area at this time.This reality
It applies in example, the bottom righthand side of the positioning supporting point has towards inclined right guide surface 20 obliquely downward in upper right side, and the right side is oriented to obliquely downward
Channel is corresponding with described skidding off in face 20, and more conducively supporting-point 6 skids off.
In the present embodiment, the supporting rack 3 has fore-set；The pivoted frame 2 includes turning basket 21 and hanging sleeve 22, described
Turn after basket 22 is set on the fore-set, on the fore-set setting prevent the axially position machine that said spin basket is upwardly separated from
Then the hanging sleeve 22 is sleeved on the fore-set and is connect with the basket 21 that turns by structure, the pivoted frame 2 passes through described
Hanging sleeve 22 be suspended on the fore-set.The axial positioning mechanism is the clamp spring on the fore-set.It needs to dismantle
When only need first to remove hanging sleeve 22, then clamp spring is removed, will finally turn basket 21 and remove.
11. a variety of connection types can be used with the connection for turning basket 21 in hanging sleeve 22, such as in the present embodiment, the hanging sleeve 22
It is equipped with buckle, turns basket 21 and is equipped with bayonet, it is described to be caught in the bayonet to by the hanging sleeve and described
Turn basket connection.The above-mentioned specific constructive form snapped connection can be：The bayonet includes bulb 23 and narrow part 24；Institute
The buckle stated includes the lower extending part 29 extended downwardly, the button block 30 on lower extending part, which wears from the bulb 23
An angle is rotated after in entrance, is limited below narrow part 24 to make lower extending part enter 24, button block 30 in narrow part into 29.When
Right hanging sleeve 22 and the connection turned between basket 21 can also use other modes, such as threaded connection, screw connection etc..
Certainly the pivoted frame also can be integral, and the fore-set is suspended on after being set on the pivoted frame on the fore-set
On, axially position slot is offered on the pivoted frame, and flexibly positioned circle, the flexibly positioned circle are cased at the locating slot
It springs into the axially position slot, to position pivoted frame.Or：The pivoted frame is integral, is set on the pivoted frame described
Fore-set on after be suspended on the fore-set, there is mutually matched jog between the pivoted frame and the fore-set,
The pivoted frame carries out axially position by mutually matched jog.
In the present embodiment, the vertex is the decorative pearl on top of an official cap 25 between the pivoted frame 2 and supporting rack 3.The vertex
It can be located on the pivoted frame 2, vertex can be that one on pivoted frame 2 is top or heading that be integral with, described at this time
Top surface be located on the supporting rack 3；The vertex may be alternatively located on the supporting rack 3, and vertex can be supporting rack 3
On one it is top or with integral heading, the top surface described at this time is located on the pivoted frame 2.In the present embodiment, the decorative pearl on top of an official cap
25 be set to the hanging sleeve 22 in, top surface is located on supporting rack 3, i.e., top surface be supporting rack 3 fore-set upper surface, the decorative pearl on top of an official cap 25 and
The upper surface Xiang Ding of fore-set.
With reference to Fig. 8, Fig. 9, the upper end of mop-pail stands is equipped with retaining ring 26, and the lifting assembly is in uphill process, pivoted frame 2
The inner edge of the retaining ring 26 can be surmounted, such as supporting point 6 is ramped up to the upper end of rising passway 14 and right tiltedly upper guide surface 17
Upper end when, turn the inner edge that basket 21 surmounts retaining ring 26.The meaning of this kind of structure is：Lifting assembly can in uphill process
Surmount the inner edge of the retaining ring 26, it is meant that the height of mop-pail stands is relatively low, therefore the small volume of mop-pail stands, convenient for packaging and
Transport.
In the present embodiment, the retaining ring 26 is equipped with pouring mouth, and several inclined lead is equipped in the pouring mouth
Air blade 27, in rotary-cleaning and rotation drying, outer gas stream can be directed downwardly into mop by the wind blade 27
In the mop-pail stands, to prevent water from splashing out.Mop is rotated in cleaning and drying, therefore can be formed in mop-pail stands
Local depression area, extraneous air are directed downwardly by the guiding role of the wind blade 27 in pouring mouth in mop-pail stands, to
Under air-flow can push down spray, to effectively prevent spray to splash out.In addition, pouring mouth is arranged on retaining ring 26, also facilitates and
Water.
In the present embodiment, the inner wall of the mop-pail stands catch that generated spray pushes when being equipped with for by mop-cleaning
28, to prevent spray from splashing out outside mop-pail stands.
Claims (17)
1. a kind of single barrel of lift burnisher, including mop-pail stands and mop, the mop includes mop rod, it is described to be connected to
The mophead of mop rod lower end, the mop rod includes the interior bar and outer bar being mutually socketed, between the interior bar and outer bar
Equipped with driving mechanism, the driving mechanism converts the stretching motion of the mop rod to the rotary motion of mophead；
The mop-pail stands include single barrel of staving, and lifting assembly is equipped in the single barrel of staving, is set on the lifting assembly
It is useful for the pivoted frame of accommodating mop disc, the pivoted frame is spindle rotationally arranged on the lifting assembly and axially position, institute
The lifting assembly stated can be positioned at high-order or low level, to which the pivoted frame can be located at the drying mop station of eminence or positioned at low
The mop-cleaning station at place, it is characterised in that：
The center suspension of the pivoted frame is in contact by vertex with top surface on the lifting assembly at suspension, and described turns
Frame is rotated at the mutually top of top surface as fulcrum when rotating using vertex.
2. single barrel of lift burnisher as described in claim 1, it is characterised in that：The lifting assembly has fore-set；
The pivoted frame includes turning basket and hanging sleeve, described to turn after basket is set on the fore-set, on the fore-set to be arranged
Prevent the axial positioning mechanism that said spin basket is upwardly separated from, then the hanging sleeve is sleeved on the fore-set and with it is described
Turn basket connection, the pivoted frame is suspended on by the hanging sleeve on the fore-set.
3. single barrel of lift burnisher as claimed in claim 2, it is characterised in that：The axial positioning mechanism be set on
Clamp spring on the fore-set.
4. single barrel of lift burnisher as described in claim 1, it is characterised in that：The lifting assembly has fore-set；
The pivoted frame is integral, is suspended on after being set on the pivoted frame on the fore-set on the fore-set, the pivoted frame
On offer axially position slot, be cased with flexibly positioned circle at the locating slot, the flexibly positioned circle springs into the axis
Into locating slot.
5. single barrel of lift burnisher as described in claim 1, it is characterised in that：The lifting assembly has fore-set；
The pivoted frame is integral, is suspended on after being set on the pivoted frame on the fore-set on the fore-set, the pivoted frame
There is mutually matched jog between the fore-set, it is axial fixed that the pivoted frame is carried out by mutually matched jog
Position.
6. the single barrel of lift burnisher as described in one of claim 1 ~ 5, it is characterised in that：The vertex is located at described
Pivoted frame on, the top surface is located on the lifting assembly；Or the vertex is located on the lifting assembly, institute
The top surface stated is located on the pivoted frame.
7. the single barrel of lift burnisher as described in one of claim 1 ~ 5, it is characterised in that：The vertex is positioned at institute
State the decorative pearl on top of an official cap between pivoted frame and lifting assembly.
8. the single barrel of lift burnisher as described in one of claim 1 ~ 5, it is characterised in that：The lifting assembly is branch
Support, the madial wall of single barrel of staving are equipped with the high-low-position that Open Side Down and convert slot, and the high-low-position is converted in slot equipped with fixed
Position fulcrum；
The side of support frame as described above is equipped with supporting-point, and the supporting-point can enter in the high-low-position conversion slot and be supported on
On the positioning supporting point, the pivoted frame is located at high-order drying zone at this time；The supporting-point can be detached from downwards the height
Low level converts slot, and the pivoted frame falls to the single barrel of staving bottom, is located at low level cleaning area at this time.
9. single barrel of lift burnisher as claimed in claim 8, it is characterised in that：The madial wall of the single barrel of staving is also set
Have a vertical muscle of leading, the muscle of leading is staggered with the high-low-position conversion slot, the side of support frame as described above be additionally provided with it is described
The drawing strickle guide of muscle adaptation is led, the muscle of leading is located in the drawing strickle guide, and drawing strickle guide can be rotated in described lead in the range of muscle limits.
10. single barrel of lift burnisher as claimed in claim 9, it is characterised in that：The lower-left end of the positioning supporting point has
Have towards the inclined left guide surface obliquely downward in upper left side, the left guide surface obliquely downward converts the downwardly open of slot with the high-low-position
Relatively；
Rising passway, the rising passway are formed between the left side of the positioning supporting point and the left side of high-low-position conversion slot
Top towards upper right side tilt；The upper end of the positioning supporting point is recessed with downwards positioning groove, determines on the left of the positioning groove
The upper surface of position fulcrum is the left side tiltedly upper guide surface and the rising passway towards the inclined left tiltedly upper guide surface in upper left side
The upper end end corresponds to；
The top surface of the high-low-position conversion slot has the right side of inclined upward to the right corresponding with the positioning groove is tiltedly upper to be oriented to
Face；Decline passway, the decline passway are formed between the right side of the positioning supporting point and the right edge of high-low-position conversion slot
Top tilt to be connected with the end of the oblique upper guide surface in the described right side towards upper left side；
The lower part of the decline passway is to skid off channel towards lower-left is inclined, and the end for skidding off channel turns with the high-low-position
Change the downwardly open unicom of slot.
11. the single barrel of lift burnisher as described in one of claim 1-5, it is characterised in that：The upper end of mop-pail stands is equipped with
Retaining ring.
12. single barrel of lift burnisher as claimed in claim 11, it is characterised in that：The lifting assembly was rising
Cheng Zhong, the pivoted frame can surmount the inner edge of the retaining ring.
13. single barrel of lift burnisher as claimed in claim 11, it is characterised in that：The retaining ring, which is equipped with, to pour
Mouthful, several inclined wind blades are equipped in the pouring mouth, for mop in rotary-cleaning and rotation drying, outer gas stream can
It is directed downwardly by the wind blade in the mop-pail stands, to prevent water from splashing out.
14. the single barrel of lift burnisher as described in one of claim 1-5, it is characterised in that：The inner wall of the mop-pail stands
The catch that generated spray pushes when equipped with for by mop-cleaning.
15. single barrel of lift burnisher as claimed in claim 2, it is characterised in that：The vertex is the decorative pearl on top of an official cap, described
The decorative pearl on top of an official cap is set in the hanging sleeve.
16. the single barrel of lift burnisher as described in claim 2 or 15, it is characterised in that：The hanging sleeve is equipped with card
Button turns basket and is equipped with bayonet, and described is caught in the bayonet to which the hanging sleeve to be connect with the basket that turns.
17. single barrel of lift burnisher as claimed in claim 16, it is characterised in that：The bayonet include bulb and
Narrow part；The described buckle includes the lower extending part extended downwardly, the button block on lower extending part, and the buckle is from the bulb
An angle is rotated after penetrating in mouth, to make lower extending part enter in narrow part, button block limit is below narrow part.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2016211495445 | 2016-10-24 | ||
| CN201621149544 | 2016-10-24 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208017451U true CN208017451U (en) | 2018-10-30 |
Family
ID=63896710
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720572497.3U Active CN208017451U (en) | 2016-10-24 | 2017-05-22 | A kind of single barrel of lift burnisher |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208017451U (en) |
-
2017
- 2017-05-22 CN CN201720572497.3U patent/CN208017451U/en active Active
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