CN207412126U - Mop rotation locking mechanism - Google Patents
Mop rotation locking mechanism Download PDFInfo
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- CN207412126U CN207412126U CN201720523586.9U CN201720523586U CN207412126U CN 207412126 U CN207412126 U CN 207412126U CN 201720523586 U CN201720523586 U CN 201720523586U CN 207412126 U CN207412126 U CN 207412126U
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- axis
- mop
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- hole
- bar
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Abstract
The utility model discloses a kind of mop rotation locking mechanisms, it swinging available for locking or unlocking mop rod with respect to mop board, its structure further includes for the transverse axis of swing and the longitudinal axis for swinging, and the longitudinal axis is set to flat axis, the locking bar of axial reciprocating movement is equipped in transverse axis again, and locking bar is equipped with for the longitudinal axis, longitudinally perforative axis hole, the axis hole are made of the flat hole interconnected and circular hole；Therefore, when locking bar makees axial reciprocating movement, it just can drive that flat hole is equipped with flat axis or circular hole is equipped with flat axis, and then the locking longitudinal axis swinging with respect to transverse axis, i.e. mop rod can only make swing with respect to mop board, facilitate the cleaning on large area level land；Or the release longitudinal axis swinging with respect to transverse axis, the flexible combination that i.e. mop rod makees swing with respect to mop board and swings uses, this rotary locking mechanism belongs to side button formula operation structure, locking or unlock are realized by the axial displacement of locking bar, humanization designing, using flexible, easily, conveniently.
Description
Technical field
The utility model is related to the rotary locking mechanism in a kind of mechanical structure, in particular to mop rotation locking mechanisms.
Background technology
At present, the small flat Mop structure for dragging class is mainly made of mop board and mop rod etc., in mop board and mop rod
Between be additionally provided with rotating mechanism, be specifically：Mop board is equipped with the transverse axis of swing, vertical equipped with what is swung on transverse axis
Axis, mop rod then connect on longitudinal axis；Therefore, by this rotating mechanism, consumer can be made when using the mop, by preceding
The mode for swinging or swinging afterwards flexibly keeps flat mop rod with respect to mop board, and then effectively cleans the sofa bottom of narrow space
Under, the floor cleaning under tea table or under seat bottom.However, it is had been found that in actual use, when cleaning large area level land, dragging
Barre but and is not required this excessively flexible rotation mode, cleaning of the rotation particularly to swing for large area level land
Any help is not brought, causes use upper inconvenience instead.In view of above-mentioned using defect, if can provide one kind can before
The flexible combination for swinging and swinging afterwards uses, and can limit the mop to swing in some cases, undoubtedly very
It is necessary to.
The content of the invention
The defects of the technical problem to be solved by the utility model is to overcome the prior art and one kind is provided can be front and rear
The flexible combination for swinging and swinging uses, and can limit the mop rotation locking mechanism to swing in some cases,
This rotary locking mechanism also has many advantages, such as using flexible, light, convenient.
The technical issues of the utility model, is achieved through the following technical solutions：
A kind of mop rotation locking mechanism, the transverse axis being mounted on including mop board, swing on mop board swing
The mop rod of the longitudinal axis and connection on longitudinal axis of installation on transverse axis, the longitudinal axis are flat axis, and axis is equipped in the transverse axis
To the locking bar of reciprocating movement, which, which is equipped with, supplies the longitudinal axis longitudinally perforative axis hole, and axis hole is flat by what is interconnected
Hole and circular hole are formed；The locking bar makees axial reciprocating movement, and drives that flat hole is equipped with flat axis or circular hole is equipped with flat axis, Jin Ersuo
Determine the longitudinal axis swinging or discharging the longitudinal axis and swinging with respect to transverse axis with respect to transverse axis.
The locking bar is made of the upper half bar and lower half bar of upper and lower fastening into cylindrical bar, and the axis hole is along axis
Axial subdivision into two, and is separately positioned on the opposite face of upper and lower half bar.
The locating piece and locating slot of positioning fastening are respectively equipped on the upper half bar and lower half bar.
Slide axially equipped sliding slot and feather key, the cunning are respectively equipped between the locking bar outer surface and transverse axis inner surface
Spacing block is equipped in the middle part of slot, which crosses spacing block and distinguish positioning assembling in the sliding slot of spacing block both sides.
Positioning assembling of the feather key in two side chute of spacing block, corresponds to that flat hole is equipped with flat axis or circular hole is equipped with respectively
Flat axis.
The transverse axis both ends are rotatably installed in respectively in the middle part of mop board on default two rotation seats, two rotation seats
On be respectively equipped with locking mark and unlock mark.
Transverse axis and the rotation seat with locking mark are stretched out in the locking bar axial movement, which is equipped with flat axis；Or lock
Transverse axis and the rotation seat with mark of unlocking are stretched out in bar axial movement, which is equipped with flat axis.
The locking bar both ends are respectively equipped with the arrow slot that instruction direction is oppositely arranged.
The transverse axis is by being mutually interlocked integral upper semiaxis and lower semiaxis is formed, distinguishing at the middle part of upper and lower semiaxis
Equipped with half hole slot；Half hole slot that the flat axis is rotatably installed in upper and lower semiaxis is fastened mutually in the circular stomidium formed.
The mop rod lower end is equipped with " n " type connecting fork, and the longitudinal axis both ends are respectively fixedly connected in connecting fork
" n " type both ends.
Compared with prior art, the utility model mainly will be set to flat axis for the longitudinal axis to swing, then for
Locking bar equipped with axial reciprocating movement in the transverse axis of swing, and locking bar is equipped with and supplies the longitudinal axis longitudinally perforative axis hole, the axis
Hole is made of the flat hole interconnected and circular hole；Therefore, when locking bar makees axial reciprocating movement, just flat hole can be driven to be equipped with flat
Axis or circular hole are equipped with flat axis, and then lock the longitudinal axis swinging with respect to transverse axis, i.e., before and after mop rod can only be made with respect to mop board
It swings, facilitates the cleaning on large area level land；Or the release longitudinal axis swinging with respect to transverse axis, i.e., before mop rod is made with respect to mop board
The flexible combination for swinging and swinging afterwards uses, and this improved rotary locking mechanism belongs to the operation knot of side button formula
Structure, realizes the function of locking or unlock by the axial displacement of locking bar, humanization designing, using flexible, easily, conveniently.
Description of the drawings
Fig. 1 is the outline structural diagram of the utility model.
Fig. 2 is the schematic cross-sectional view of the utility model.
Fig. 3 is the stereogram of Fig. 1.
Fig. 4 is the three-dimensional exploded view of Fig. 3.
Fig. 5 is lock-out state sectional view.
Fig. 6 is the stereogram of Fig. 5.
Fig. 7 is released state sectional view.
Fig. 8 is the stereogram of Fig. 7.
Fig. 9 is the structure diagram of drawbar.
Specific embodiment
It will again elaborate to the utility model embodiment by above-mentioned attached drawing below.
As shown in Fig. 1 ~ Fig. 9,1. mop boards, 2. mop rods, 21. connecting forks, 3. rotation seats, 31. locking marks, 32. are opened
Lock mark, 4. transverse axis, on 41. under semiaxis, 42. times semiaxis, 43. circle stomidiums, 5. locking bars, 51. upper half bars, 511. feather keys, 52.
Half bar, 53. axis holes, 531. flat holes, 532. circular holes, 54. arrow slots, 55. locating pieces, 56. locating slots, 57. sliding slots, 58. separate
Block.
Mop rotation locking mechanism, as shown in Fig. 1 ~ Fig. 4, before being related to a kind of opposite work of mop board 1 for Convenient mop bar 2
The flexible combination for swinging and swinging afterwards uses, and can also limit mop rod 2 in some cases and make left and right pendulum with respect to mop board 1
Dynamic operating mechanism, Fig. 1 are that mop is in the placement state of inverted " t " type, and horizontal direction shown in the present embodiment using Fig. 1 is as axis
To front and rear be used as perpendicular to horizontal direction is longitudinally described in detail.
1 middle part of mop board is equipped with transverse axis 4, and it is default which is rotatably installed in 1 middle part of mop board respectively
On two rotation seats 3, which fastens mop board 1 with screw, pacifies so as to form swing of the transverse axis 4 with respect to mop board 1
Dress, and locking mark 31 is further respectively had two 3 upper surfaces of rotation seat and is unlocked and is turned shown in 32, Fig. 1 of mark on the left of view
Dynamic 3 upper surface of seat is to be latched mark 31, and 3 upper surface of rotation seat on the right side of view identifies 32 to unlock.
The transverse axis 4 is hollow shaft, and interior to be equipped with perforation vertically, the i.e. through hole of lateral direction penetrating, transverse axis 4 is by mutually interlocking
The upper semiaxis 41 and lower semiaxis 42 for unifying body are formed, and half hole slot is respectively equipped in the middle part of upper and lower semiaxis, then upper and lower after fastening
Half hole slot of semiaxis just forms radially perforation, i.e. longitudinally through circular stomidium 43.
Locking bar 5 equipped with axial reciprocating movement in the through hole of the transverse axis 4, locking bar middle part, which is equipped with, to be extended radially through, is i.e. vertical
To perforative axis hole 53, and axis hole is formed by interconnecting and being located at the flat hole 531 in left side and the circular hole 532 positioned at right side,
I.e. flat hole 531 is close to 31 one sides of locking mark, and for circular hole 532 close to 32 one sides of mark of unlocking, the maximum outside diameter in flat hole 531 need to be with circle
The diameter in hole 532 is identical；The locking bar 5 is as shown in figure 9, be into the upper half bar 51 of cylindrical bar and lower half bar by upper and lower fastening
52 are formed, and are respectively equipped with locating piece 55 and locating slot 56 on upper half bar 51 and lower half bar 52, the purpose is to provide upper and lower half bar
Positioning fastening, and axis hole 53 is then axially split into two halves along axis, and is separately positioned on the opposite face of upper and lower half bar.
5 both ends of locking bar are respectively equipped with the arrow slot 54 that instruction direction is oppositely arranged, and direction is pressed to provide locking bar 5
Instruction.
The transverse axis 4 is equipped with the longitudinal axis 6 for the installation that swings, which is set to flat axis, such as double flat axis or single flat axis,
Rectangular shaft or special polygon axis can be also set in some cases, and the longitudinal axis 6 is along longitudinal direction outside the axis hole 53 of locking bar 5, maximum
Footpath need to be less than or equal to axis hole 53 532 diameter of circular hole, and both ends be also rotatably installed in respectively upper and lower semiaxis half hole slot it is mutual
It fastens in the circular stomidium 43 formed；And 2 lower end of mop rod is equipped with " n " type connecting fork 21,6 both ends of the longitudinal axis are respectively fixedly connected with
At " n " the type both ends of connecting fork 21, therefore mop rod 2 drives the longitudinal axis 6 to make synchronous hunting.
The locking bar 5 makees axial reciprocating movement, and drives that flat hole 531 is equipped with flat axis or circular hole 532 is equipped with flat axis, and then
The locking longitudinal axis 6 swinging with respect to swinging or discharge the transverse axis 4 relatively of the longitudinal axis 6 for transverse axis 4.
In addition, in order to ensure that the movement of the axial reciprocating of locking bar 5 does not generate radial rotating but, in 5 outer surface of locking bar and transverse axis 4
The sliding slot 57 for sliding axially equipped and feather key 511 are respectively equipped between inner surface, is that feather key 511 is arranged on horizontal stroke as shown in Figure 5
On 41 inner surface of upper semiaxis of axis 4, and sliding slot 57 is arranged on 51 outer surface of upper half bar of locking bar 5, is equipped at 57 middle part of sliding slot
Spacing block 58, when locking bar 5 drives sliding slot 57 to make axial reciprocating movement, feather key 511 remains stationary as, then feather key 511 just can be more undue
Spacer block 58 distinguishes positioning assembling in the sliding slot 57 of spacing block both sides, that is, located unlocking and unlock both and use shape
State, specially：As shown in Figure 5, Figure 6, locking bar 5 axially to the right and makes right end stretch out transverse axis 4 and with mark 32 of unlocking
Rotation seat 3, then for 511 positioning assembling of feather key in the left side sliding slot 57 of spacing block 58, corresponding flat hole 531 is equipped with flat axis, Jin Ersuo
Determine the swinging with respect to transverse axis 4 of the longitudinal axis 6；As shown in Figure 7, Figure 8, pressing 5 right end of locking bar is moved to the left its axial direction to the left, and
Left end is made to stretch out transverse axis 4 and the rotation seat 3 with locking mark 31, then 511 positioning assembling of feather key is slided on the right side of spacing block 58
In slot 57, corresponding circular hole 532 is equipped with flat axis, and then discharges the longitudinal axis swinging with respect to transverse axis 4.
The above is only specific embodiment of the utility model, it should be appreciated by those skilled in the art that any and reality
The equivalent structure design of example is applied, should be included within the scope of protection of this utility model.
Claims (10)
1. a kind of mop rotation locking mechanism, including mop board（1）, swing be mounted on mop board on transverse axis（4）, or so
Swing the longitudinal axis of installation on transverse axis（6）With the mop rod of connection on longitudinal axis（2）, it is characterised in that the longitudinal axis（6）For
Flat axis, the transverse axis（4）The interior locking bar equipped with axial reciprocating movement（5）, which, which is equipped with, supplies the longitudinal axis（6）Longitudinal direction is passed through
The axis hole worn（53）, and axis hole is the flat hole by interconnecting（531）And circular hole（532）It forms；The locking bar（5）Make axial
It moves back and forth, and drives flat hole（531）It is equipped with flat axis or circular hole（532）Flat axis is equipped with, and then locks the longitudinal axis（6）With respect to transverse axis
（4）Swing or discharge the longitudinal axis（6）With respect to transverse axis（4）Swing.
2. mop rotation locking mechanism according to claim 1, it is characterised in that the locking bar（5）It is by detaining above and below
Synthesize the upper half bar of cylindrical bar（51）With lower half bar（52）It forms, the axis hole（53）Two halves are axially split into along axis, and
It is separately positioned on the opposite face of upper and lower half bar.
3. mop rotation locking mechanism according to claim 2, it is characterised in that the upper half bar（51）With lower half bar
（52）On be respectively equipped with the locating piece of positioning fastening（55）And locating slot（56）.
4. mop rotation locking mechanism according to claim 1, it is characterised in that the locking bar（5）Outer surface and transverse axis
（4）The equipped sliding slot that slides axially is respectively equipped between inner surface（57）And feather key（511）, sliding slot middle part is equipped with spacing block
（58）, the feather key（511）Cross spacing block（58）Positioning assembling is in the sliding slot of spacing block both sides respectively（57）It is interior.
5. mop rotation locking mechanism according to claim 4, it is characterised in that the feather key（511）In spacing block
（58）Two side chutes（57）Interior positioning assembling corresponds to flat hole respectively（531）It is equipped with flat axis or circular hole（532）It is equipped with flat axis.
6. mop rotation locking mechanism according to claim 1, it is characterised in that the transverse axis（4）Both ends rotate respectively
Mounted on mop board（1）Default two rotation seats in middle part（3）On, locking mark is respectively equipped on two rotation seats（31）With
It unlocks and identifies（32）.
7. mop rotation locking mechanism according to claim 6, it is characterised in that the locking bar（5）Axial movement is stretched out
Transverse axis（4）It is identified with locking（31）Rotation seat（3）, the circular hole（532）It is equipped with flat axis；Or locking bar（5）Axial movement is stretched
Go out transverse axis（4）It is identified with unlocking（32）Rotation seat（3）, the flat hole（531）It is equipped with flat axis.
8. mop rotation locking mechanism according to claim 1, it is characterised in that the locking bar（5）Both ends are respectively equipped with
Indicate the arrow slot that direction is oppositely arranged（54）.
9. mop rotation locking mechanism according to claim 1, it is characterised in that the transverse axis（4）It is by being mutually interlocked
The upper semiaxis of one（41）With lower semiaxis（42）It forms, half hole slot is respectively equipped in the middle part of upper and lower semiaxis；The flat axis turns
Dynamic half hole slot mounted on upper and lower semiaxis fastens mutually the circular stomidium formed（43）It is interior.
10. mop rotation locking mechanism according to claim 1, it is characterised in that the mop rod（2）Lower end is equipped with
" n " type connecting fork（21）, the longitudinal axis（6）Both ends are respectively fixedly connected in connecting fork（21）" n " type both ends.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720523586.9U CN207412126U (en) | 2017-05-12 | 2017-05-12 | Mop rotation locking mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720523586.9U CN207412126U (en) | 2017-05-12 | 2017-05-12 | Mop rotation locking mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207412126U true CN207412126U (en) | 2018-05-29 |
Family
ID=62397932
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720523586.9U Active CN207412126U (en) | 2017-05-12 | 2017-05-12 | Mop rotation locking mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207412126U (en) |
-
2017
- 2017-05-12 CN CN201720523586.9U patent/CN207412126U/en active Active
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|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |