CN206102589U - Wrong water mechanism of flat mop - Google Patents
Wrong water mechanism of flat mop Download PDFInfo
- Publication number
- CN206102589U CN206102589U CN201620916913.2U CN201620916913U CN206102589U CN 206102589 U CN206102589 U CN 206102589U CN 201620916913 U CN201620916913 U CN 201620916913U CN 206102589 U CN206102589 U CN 206102589U
- Authority
- CN
- China
- Prior art keywords
- mop
- board
- cotton piece
- piece buff
- cleaning member
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Abstract
The utility model belongs to the technical field of articles for daily use, especially, relate to a wrong water mechanism of flat mop. It has solved the unreasonable scheduling problem of prior art design. This wrong water mechanism of flat mop includes that both ends can turn over board -like clean part and the mop of rolling over, and the mop both ends are connected at the both ends of board -like clean part one by one, has wrong sailor's handle in that the middle part of board -like clean part is articulated, is equipped with can to make axial displacement's carriage release lever, carriage release lever front end pass board -like clean part just under the prorsad exogenic action of axial along wrong sailor in wrong sailor handle the carriage release lever front end is connected through universal mechanism and mop middle part, thereby the carriage release lever can spur under the prorsad exogenic action of axial the mop make way force board -like clean parts both ends to the enstrophe roll over just when the mop receive that circumference turns round that tight squeezing action is done all can and when producing distortion this mop twine at the carriage release lever front end. The utility model has the advantages of: it is more reasonable to design, and wringing out efficiency, higher and to wring out the effect better.
Description
Technical field
This utility model belongs to technical field of living goods, more particularly to a kind of water wring mechanism of flat mop.
Background technology
Flat mop is a kind of common ground cleaning tool.Mop its in order to improve the wholesomeness for using, it is existing
Part mop on all there is the function of automatic water wring.For example, Chinese patent literature discloses a kind of [application of water wring flat mop
Number：CN201510789557.2]：Including mobile bar, water wring installation assembly, panel assembly and mop, water wring installation assembly includes
Switch, lengthening handle, outdoor handle, interior movable sleeve, movable teeth set, fixing tooth set, rotary connecting joint, stay and unidirectional tooth are buckled；
Panel assembly includes centre panel, back-moving spring and drop front；Drop front is rotated by back-moving spring and is arranged at median surface
The end of plate, centre panel are provided with rotation and hook, and rotation links the lower end for being connected to rotary connecting joint, and drop front is provided with extension
Hook；It is provided with the middle part of mop and rotates the middle hanging ring that hooking connects, the end of mop is provided with the end hanging ring with hook mounting.Should
Scheme is controlled to water wring installation by switch, need not wring out mop, mop by mop is disassembled from mophead
Easy cleaning, dehydration are convenient, and cleaning efficiency is high, strong detergency.
Although above-mentioned scheme has many advantages, such as the above, also at least there is following technical problem in the program：Drag
When by water wring, mop is twisted into solid helicoidal structure to cloth, and which is wrung out effect on driving birds is not good and wrung out less efficient.
Utility model content
The purpose of this utility model is for the problems referred to above, there is provided a kind of design is more reasonable, it is possible to increase wring out efficiency and
The water wring mechanism of the flat mop of effect is wrung out in raising.
To reach above-mentioned purpose, this utility model employs following technical proposal：The water wring mechanism of this flat mop includes
The foldable board-like cleaning member in two ends and mop, mop two ends are connected to the two ends of board-like cleaning member one by one, board-like clear
Water wring is hinged with the middle part of clean part to handle, the mobile bar that axial movement can be handled along water wring is provided with water wring is handled,
Mobile bar can make mobile bar front end under external force effect axially forward through before board-like cleaning member and described mobile bar
End is connected with the middle part of mop by omnidirectional mechanism, and mobile bar can pull mop to move forward under external force effect axially forward
Tightened squeezing action power and produce torsional deformation by circumferential so as to forcing board-like cleaning member inward at both ends turnover and working as mop
When the mop be wrapped in mobile bar front end.Mobile rod rear end is connected with pipe, and mobile bar and upper pipe combine to form mop rod.
Due to being provided with the structure that the mobile bar that can be moved axially is handled with reference to water wring, when mobile bar is axially forward
Can pass through from board-like cleaning member under external force effect and pull mop to move forward so as to force board-like cleaning member two ends
Fold inward and when mop by it is circumferential tighten squeezing action power and produce torsional deformation when the mop be wrapped in mobile bar front end,
That is, do relative motion with mobile bar while rotating water wring and handling, drive in the middle part of mop two and mop then and rotate against fortune
It is dynamic, that is, water wring is completed, is not only increased and is wrung out efficiency, and also improved and wring out effect, it is more reasonable to design.
In the water wring mechanism of above-mentioned flat mop, it is provided with through board-like cleaning section in the middle part of described board-like cleaning member
The first through hole of part thickness, described water wring are handled and are connected with board-like cleaning member by universal joint, and is provided with universal joint
Two through holes, described mobile bar front end can be stretched in the second through hole and first through hole successively.
In the water wring mechanism of above-mentioned flat mop, described omnidirectional mechanism includes being connected to and stirs cotton piece buff in the middle part of mop
With one end with stir that cotton piece buff is hinged stir cotton piece buff joint, be connected with pipe joint in the front end of mobile bar, stir the other end of cotton piece buff joint
It is hinged with pipe joint.
In the water wring mechanism of above-mentioned flat mop, described cotton piece buff front end of stirring has some pins being connected with mop
Son, when mobile bar drives the first through hole described in stirring when cotton piece buff is located in first through hole under external force effect axially backward and stirs
It is provided between cotton piece buff for preventing from described stirring the position limiting structure that cotton piece buff departs to aperture after first through hole.
It is in the water wring mechanism of above-mentioned flat mop, described to stir cotton piece buff joint and be provided with the one end stirred cotton piece buff and be hinged
One cell body, described cotton piece buff rear end of stirring are inserted in the first described cell body, stir cotton piece buff rear end be equipped with the first connection bearing pin and
The two ends of the first connection bearing pin are located on the first cell body cell wall, are turned round in first return that is respectively arranged at two ends with of the first connection bearing pin
Spring, one end of the first return torsion spring are acted on the first connection bearing pin, and the other end is acted on the first cell body cell wall.
In the water wring mechanism of above-mentioned flat mop, described pipe joint has the with one end that cotton piece buff joint is hinged is stirred
Two cell bodies, are hinged convex portion in second cell body stirring one end that cotton piece buff joint and pipe joint be hinged and having to insert in, are being hinged
The two ends that the second connection bearing pin and the second connection bearing pin are equipped with convex portion are located on the second cell body cell wall, in the second connecting pin
Axle is respectively arranged at two ends with the second return torsion spring, and one end of the second return torsion spring acted on the second connection bearing pin, and the other end is made
On the second cell body cell wall.
In the water wring mechanism of above-mentioned flat mop, described pipe joint has away from one end of the second cell body and inserts in shifting
The Plug Division of lever front end, described Plug Division external diameter are less than the external diameter of pipe joint and are formed between Plug Division and pipe joint and moved
The locating surface that lever front end surface is coincide.
In the water wring mechanism of above-mentioned flat mop, described position limiting structure includes the annular being arranged in first through hole
Stop part, outwards extends with two pieces of difference and symmetrically arranged limited block cotton piece buff front end sidepiece is stirred, when limited block and annular
When stop part is contacted, this stirs cotton piece buff and stops being moved rearwards by.
In the water wring mechanism of above-mentioned flat mop, in the middle part of described board-like cleaning member, connector is provided with, it is described
On connector, described first through hole is arranged on connector universal joint articulated, described mop and board-like cleaning member it
Between be provided with when mop lose it is circumferential tighten squeezing action power when launch can mop elastic reset structure.
In the water wring mechanism of above-mentioned flat mop, described elastic reset structure includes being arranged on board-like cleaning member
At least one of two ends has open positioning chamber, is respectively equipped with mop hook, described mop in each positioning within the chamber
Hook torsion spring is provided between hook and positioning chamber, the mop button being nested on mop hook one by one is provided with mop two ends；
Board-like cleaning member is respectively arranged at two ends with can stretch entry/exit with mop by the mop clip of open closing and on described mop clip
Breach.
Compared with prior art, the advantage of the water wring mechanism of this flat mop is：1st, as be provided with can be axial
The structure that mobile mobile bar is handled with reference to water wring, when mobile bar can be from board-like cleaning section under external force effect axially forward
Pass through and pull mop to move forward in part so as to force board-like cleaning member inward at both ends to turn down and when mop is circumferentially turned round
The tight squeezing action power mop is wrapped in mobile bar front end when producing torsional deformation, not only increases and wrings out efficiency, but also
Improve and wring out effect, it is more reasonable to design.2nd, simple structure and easily fabricated.3rd, multi-functional and design more hommization.4、
Reduce manufacturing cost.
Description of the drawings
Fig. 1 is the structural representation that this utility model is provided.
Fig. 2 is the cross section structure diagram that this utility model is provided.
Fig. 3 is the configuration schematic diagram that this utility model is provided.
Fig. 4 is mplifying structure schematic diagram at A in Fig. 2.
Fig. 5 is the board-like cleaning member configuration schematic diagram that this utility model is provided.
Fig. 6 is view before the water wring that this utility model is provided.
View when Fig. 7 is the water wring of this utility model offer.
Fig. 8 is the water spray view that this utility model is provided.
In figure, board-like cleaning member 1, first through hole 1a, annular stop part 1b, connector 11, mop hook 12, hook are turned round
Spring 13, mop clip 14, mop 2, mop button 21, water wring handle 3, universal joint 31, the second through hole 32, mobile bar 4, omnidirectional mechanism 5,
Stir cotton piece buff 51, pin 51a, the first connection bearing pin 51b, the first return torsion spring 51c, stir cotton piece buff joint 52, be hinged convex portion 52a, the
Two connection bearing pin 52b, the second return torsion spring 52c, limited block 51d, pipe joint 53, Plug Division 53a, locating surface 53b.
Specific embodiment
The following is the specific embodiment of utility model and combine accompanying drawing, further is made to the technical solution of the utility model
Description, but this utility model is not limited to these embodiments.
As shown in Figure 1-2, the water wring mechanism of this flat mop includes the foldable board-like cleaning member 1 in two ends and mop 2,
Board-like cleaning member 1 includes centre panel, is hinged with subpanel at the two ends of centre panel, is provided with face in the lower surface of subpanel
Plate bottom, subpanel under external force being capable of fold inwards.
2 two ends of mop are connected to the two ends of board-like cleaning member 1 one by one, are hinged with the middle part of board-like cleaning member 1 stubborn
Sailor is handled in water wring and the mobile bar 4 that 3 axial movements can be handled along water wring is provided with 33, and mobile bar 4 is hollow pipe,
As shown in figure 8, the middle part of mobile bar 4 be provided with can by mobile bar 4 inside the water injection system closed, inject into mobile bar 4
Water is simultaneously discharged from water injection system, virtually reduces the overall volume of mop.Water injection system includes the nozzle being obliquely installed, in spray
Mouth rear end is connected with control water pump, is provided with and can trigger the control water pump unlatching so that in mobile bar 4 in mobile bar 4
The cross drive link that water is sprayed from nozzle, the cross transmission rod rear end are connected with trigger.
As shown in Figure 3-4, mobile bar 4 can make 4 front end of mobile bar under external force effect axially forward through board-like clear
Clean part 1 and 4 front end of mobile bar is connected with the middle part of mop 2 by omnidirectional mechanism 5, mobile bar 4 are acted in external force axially forward
Under mop 2 can be pulled to move forward so as to force 1 inward at both ends of board-like cleaning member turnover and when mop 2 is circumferentially tightened
The squeezing action power mop 2 is wrapped in 4 front end of mobile bar when producing torsional deformation.In the present embodiment, by make mop 2 to
After front movement and mop 2 is forced to be wrapped in 4 front end of mobile bar, the constantly winding tight in 4 front end of mobile bar, i.e. mobile bar 4 of mop 2
There is provided winding to support, the water wring mode its can not only improve water wring effect, and also improve water wring effect.
Further, first through hole 1a through 1 thickness of board-like cleaning member, institute are provided with the middle part of board-like cleaning member 1
The water wring stated is handled 3 and is connected with board-like cleaning member 1 by universal joint 31, and the second through hole 32 is provided with universal joint 31, described
4 front end of mobile bar can stretch to successively in the second through hole 32 and first through hole 1a.It is provided with first through hole 1a and second to lead to
The structure in hole 32, can further reduce the overall volume of mop, and structure is compacter.
Secondly, connector 11 is provided with the middle part of board-like cleaning member 1, described universal joint 31 is hinged on connector 11,
Described first through hole 1a is arranged on connector 11, as shown in Figure 3 and Figure 5, described mop 2 and board-like cleaning member 1 it
Between be provided with when mop 2 lose it is circumferential tighten squeezing action power when launch can mop 2 elastic reset structure.The elastic reset
Structure includes that be arranged on 1 two ends of board-like cleaning member at least one has open positioning chamber, in each positioning within the chamber
Mop hook 12 is respectively equipped with, and hook torsion spring 13 is provided between described mop hook 12 and positioning chamber, is set at 2 two ends of mop
There is the mop button 21 being nested on mop hook 12 one by one；Being respectively arranged at two ends with board-like cleaning member 1 can be by open closing
Mop clip 14 and described mop clip 14 on stretch into mop/go out breach.Prioritization scheme, the mop hook 12 of the present embodiment
Two mop hooks 12 are respectively equipped with four and at the often end of board-like cleaning member 1, mop button 21 there are four.During installation,
Mop clip is opened upwards, is entered four mop retaining rings on mop on four mop hooks of relative position respectively, then mop clip
Close downwards, mop clamping terminates.
Specifically, as shown in Figure 3-4, the omnidirectional mechanism 5 of the present embodiment includes being connected to and stirs 51 He of cotton piece buff in the middle part of mop 2
One end with stir that cotton piece buff 51 is hinged stir cotton piece buff joint 52, be connected with pipe joint 53 in the front end of mobile bar 4, stir cotton piece buff joint 52
The other end is hinged with pipe joint 53.Omnidirectional mechanism 5 and the setting of universal joint 31, can carry out the regulation of multi-angle, further carry
The high suitability of mop.
Further, there are some pin 51a being connected with mop 2 stirring 51 front end of cotton piece buff, when mobile bar 4 axial direction to
The lower drive of external force effect afterwards is stirred first through hole 1a described in when cotton piece buff 51 is located in first through hole 1a and is stirred and sets between cotton piece buff 51
Have for preventing from described stirring the position limiting structure that cotton piece buff 51 departs to aperture after first through hole 1a.The position limiting structure includes being arranged on
Annular stop part 1b in first through hole 1a, outwards extends with two pieces of difference and symmetrically arranged 51 front end sidepiece of cotton piece buff is stirred
Limited block 51d, when limited block 51d is contacted with annular stop part 1b, this stirs cotton piece buff 51 and stops being moved rearwards by.
Secondly, cotton piece buff joint 52 is stirred, 51 one end being hinged are provided with the first cell body with cotton piece buff is stirred, and stirring cotton piece buff joint 52 includes
Two for mutually fastening stir cloth hub cap, and two are stirred the first cell body described in being formed after cloth hub cap is fastened, and described stirs cotton piece buff
51 rear ends are inserted in the first described cell body, are equipped with the first connection bearing pin 51b and the first connection bearing pin 51 rear end of cotton piece buff is stirred
The two ends of 51b are located on the first cell body cell wall, are respectively arranged at two ends with the first return torsion spring 51c in the first connection bearing pin 51b,
One end of first return torsion spring 51c is acted on the first connection bearing pin 51b, and the other end is acted on the first cell body cell wall.
Furthermore, pipe joint 53 has the second cell body with one end that cotton piece buff joint 52 is hinged is stirred, and is stirring cotton piece buff joint 52 with pipe
One end that joint 53 is hinged has to insert in and is hinged convex portion 52a in second cell body, and pipe joint 53 includes the two of mutual fastening
Individual pipe joint shell, two pipe joint shells form the second described cell body and are hinged convex portion 52a after fastening, be hinged convex portion
The two ends that the second connection bearing pin 52b and the second connection bearing pin 52b are equipped with 52a are located on the second cell body cell wall, second
Connection bearing pin 52b's is respectively arranged at two ends with the second return torsion spring 52c, and one end of the second return torsion spring 52c acts on the second connection
On bearing pin 52b, the other end is acted on the second cell body cell wall.
In addition, there is away from one end of the second cell body the Plug Division 53a for inserting in 4 front end of mobile bar in pipe joint 53, it is described
Plug Division 53a external diameter less than pipe joint 53 external diameter and formed and 4 front end end of mobile bar between Plug Division 53a and pipe joint 53
The locating surface 53b that face coincide.
As shown in figs. 1-7, the operation principle of the present embodiment is as follows：
Water wring is caught to handle 3 on the other hand, another handss catch mobile bar 4, then make mobile bar 4 moved axially forward, mobile bar 4
Under external force effect axially forward mop 2 can be pulled to move forward so as to force 1 inward at both ends of board-like cleaning member to turn down
And the mop 2 is wrapped in 4 front end of mobile bar when mop 2 is by circumferentially tightening squeezing action power and producing torsional deformation, i.e., in fact
Existing water wring operation.
Mop 2 is tightened squeezing action power and is handled 3 and the acting on of producing when rotating against of mobile bar 4 for water wring by circumferential
Power.
Specific embodiment described herein is only explanation for example to this utility model spirit.This utility model institute
Category those skilled in the art can make various modifications or supplement or using similar to described specific embodiment
Mode substitute, but without departing from it is of the present utility model spirit or surmount scope defined in appended claims.
Although more having used board-like cleaning member 1, first through hole 1a, annular stop part 1b herein, connector 11, having dragged
Cloth hook 12, hook torsion spring 13, mop clip 14, mop 2, mop are buckled 21, water wring and handle 3, universal joint 31, the second through hole 32, move
Lever 4, omnidirectional mechanism 5, stir cotton piece buff 51, pin 51a, first connection bearing pin 51b, the first return torsion spring 51c, stir cotton piece buff joint
52nd, be hinged convex portion 52a, second connection bearing pin 52b, the second return torsion spring 52c, limited block 51d, pipe joint 53, Plug Division 53a,
The terms such as locating surface 53b, but it is not precluded from the probability using other terms.Using these terms just for the sake of more easily
Describe and explain essence of the present utility model；Being construed as any additional restriction is all and this utility model spirit
It is contrary.
Claims (10)
1. a kind of water wring mechanism of flat mop, including the foldable board-like cleaning member (1) in two ends and mop (2), mop (2)
Two ends are connected to the two ends of board-like cleaning member (1) one by one, be hinged with water wring and handle (3) in the middle part of board-like cleaning member (1),
Characterized in that, described water wring is handled in (3) is provided with the mobile bar (4) that can handle along water wring that (3) move axially, it is mobile
Bar (4) can make mobile bar (4) front end through board-like cleaning member (1) and described movement under external force effect axially forward
Bar (4) front end is connected with the middle part of mop (2) by omnidirectional mechanism (5), and mobile bar (4) can under external force effect axially forward
Mop (2) is pulled to move forward so as to force board-like cleaning member (1) inward at both ends to turn down and when mop (2) is circumferentially tightened
The squeezing action power mop (2) is wrapped in mobile bar (4) front end when producing torsional deformation.
2. the water wring mechanism of flat mop according to claim 1, it is characterised in that described board-like cleaning member (1)
Middle part is provided with the first through hole (1a) through board-like cleaning member (1) thickness, and described water wring handles (3) by universal joint (31)
It is connected with board-like cleaning member (1), the second through hole (32) is provided with universal joint (31), described mobile bar (4) front end can
Stretched in the second through hole (32) and first through hole (1a) successively.
3. the water wring mechanism of flat mop according to claim 2, it is characterised in that described omnidirectional mechanism (5) includes
Be connected in the middle part of mop (2) stir cotton piece buff (51) and one end with stir cotton piece buff (51) and be hinged stir cotton piece buff joint (52), in mobile bar
(4) front end is connected with pipe joint (53), and the other end and pipe joint (53) for stirring cotton piece buff joint (52) is hinged.
4. the water wring mechanism of flat mop according to claim 3, it is characterised in that described stirs cotton piece buff (51) front end tool
There are some pins (51a) being connected with mop (2), cotton piece buff is stirred when mobile bar (4) is driven under external force effect axially backward
(51) positioned at first through hole (1a) when interior described in first through hole (1a) and stirring be provided with described for preventing between cotton piece buff (51)
Cotton piece buff (51) is stirred to first through hole (1a) position limiting structure that aperture departs from afterwards.
5. the water wring mechanism of flat mop according to claim 3, it is characterised in that it is described stir cotton piece buff joint (52) with
Stir one end that cotton piece buff (51) is hinged and be provided with the first cell body, described cotton piece buff (51) rear end of stirring is inserted in the first described cell body,
Stir cotton piece buff (51) rear end be equipped with the first connection bearing pin (51b) and first connection bearing pin (51b) two ends be located in the first cell body
On cell wall, the first return torsion spring (51c) is respectively arranged at two ends with the first connection bearing pin (51b), the first return torsion spring (51c)
One end is acted on the first connection bearing pin (51b), and the other end is acted on the first cell body cell wall.
6. the water wring mechanism of flat mop according to claim 3, it is characterised in that described pipe joint (53) with stir cloth
Wheel joint (52) one end for being hinged has the second cell body, inserts stirring cotton piece buff joint (52) and having with one end that pipe joint (53) is hinged
Convex portion (52a) is hinged in second cell body, the second connection bearing pin (52b) and are equipped with being hinged on convex portion (52a)
The two ends of two connections bearing pin (52b) are located on the second cell body cell wall, are respectively arranged at two ends with the in the second connection bearing pin (52b)
Two return torsion springs (52c), one end of the second return torsion spring (52c) are acted on the second connection bearing pin (52b), and the other end is acted on
On second cell body cell wall.
7. the water wring mechanism of flat mop according to claim 6, it is characterised in that described pipe joint (53) is away from the
One end of two cell bodies has the Plug Division (53a) for inserting in mobile bar (4) front end, and described Plug Division (53a) external diameter is connect less than pipe
The external diameter of head (53) and the locating surface that formation is coincide with mobile bar (4) front end surface between Plug Division (53a) and pipe joint (53)
(53b)。
8. the water wring mechanism of flat mop according to claim 4, it is characterised in that described position limiting structure includes arranging
Annular stop part (1b) in first through hole (1a), outwards extends with two pieces of difference and right cotton piece buff (51) front end sidepiece is stirred
Claim the limited block (51d) for arranging, this stirs cotton piece buff (51) and stops being moved back by when limited block (51d) is contacted with annular stop part (1b)
It is dynamic.
9. the water wring mechanism of flat mop according to claim 2, it is characterised in that described board-like cleaning member (1)
Middle part is provided with connector (11), and described universal joint (31) is hinged on connector (11), and described first through hole (1a) is arranged
On connector (11), it is provided between described mop (2) and board-like cleaning member (1) and circumferentially tighten crowded when mop (2) loses
The elastic reset structure that when pressure active force mop (2) can launch.
10. the water wring mechanism of flat mop according to claim 9, it is characterised in that described elastic reset structure bag
Be arranged on board-like cleaning member (1) two ends at least one is included with open positioning chamber, in each positioning within the chamber difference
Mop hook (12) is provided with, and hook torsion spring (13) is provided between described mop hook (12) and positioning chamber, in mop (2) two
End is provided with the mop button (21) being nested on mop hook (12) one by one；Being respectively arranged at two ends with board-like cleaning member (1) can
Stretch into mop by the mop clip (14) of open closing and on described mop clip (14)/go out breach.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620916913.2U CN206102589U (en) | 2016-08-22 | 2016-08-22 | Wrong water mechanism of flat mop |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620916913.2U CN206102589U (en) | 2016-08-22 | 2016-08-22 | Wrong water mechanism of flat mop |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206102589U true CN206102589U (en) | 2017-04-19 |
Family
ID=58512740
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620916913.2U Withdrawn - After Issue CN206102589U (en) | 2016-08-22 | 2016-08-22 | Wrong water mechanism of flat mop |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206102589U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106108805A (en) * | 2016-08-22 | 2016-11-16 | 嘉兴市捷豪清洁用品有限公司 | The water wring mechanism of flat mop |
-
2016
- 2016-08-22 CN CN201620916913.2U patent/CN206102589U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106108805A (en) * | 2016-08-22 | 2016-11-16 | 嘉兴市捷豪清洁用品有限公司 | The water wring mechanism of flat mop |
| CN106108805B (en) * | 2016-08-22 | 2018-08-07 | 嘉兴市捷豪清洁用品有限公司 | The water wring mechanism of flat mop |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170419 Effective date of abandoning: 20180807 |