CN106419776A - Clutch type one-way self-tightening mop - Google Patents
Clutch type one-way self-tightening mop Download PDFInfo
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- CN106419776A CN106419776A CN201610796531.5A CN201610796531A CN106419776A CN 106419776 A CN106419776 A CN 106419776A CN 201610796531 A CN201610796531 A CN 201610796531A CN 106419776 A CN106419776 A CN 106419776A
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- mop
- sleeve
- jog
- upper boom
- lower beam
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- 230000007246 mechanism Effects 0.000 claims abstract description 37
- 230000000149 penetrating effect Effects 0.000 claims abstract 3
- 230000000694 effects Effects 0.000 claims description 27
- 230000009471 action Effects 0.000 claims description 11
- 238000003825 pressing Methods 0.000 claims description 9
- 230000008520 organization Effects 0.000 claims description 6
- 230000001360 synchronised effect Effects 0.000 claims description 3
- 238000003032 molecular docking Methods 0.000 claims description 2
- 238000000034 method Methods 0.000 abstract description 7
- 230000008569 process Effects 0.000 abstract description 5
- 238000005299 abrasion Methods 0.000 abstract description 3
- 238000004140 cleaning Methods 0.000 description 18
- 239000004744 fabric Substances 0.000 description 14
- 230000001737 promoting effect Effects 0.000 description 5
- 238000000926 separation method Methods 0.000 description 4
- 238000010586 diagram Methods 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 238000005406 washing Methods 0.000 description 2
- TVEXGJYMHHTVKP-UHFFFAOYSA-N 6-oxabicyclo[3.2.1]oct-3-en-7-one Chemical compound C1C2C(=O)OC1C=CC2 TVEXGJYMHHTVKP-UHFFFAOYSA-N 0.000 description 1
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Classifications
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L13/00—Implements for cleaning floors, carpets, furniture, walls, or wall coverings
- A47L13/10—Scrubbing; Scouring; Cleaning; Polishing
- A47L13/20—Mops
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L13/00—Implements for cleaning floors, carpets, furniture, walls, or wall coverings
- A47L13/10—Scrubbing; Scouring; Cleaning; Polishing
- A47L13/20—Mops
- A47L13/24—Frames for mops; Mop heads
- A47L13/254—Plate frames
- A47L13/256—Plate frames for mops made of cloth
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L13/00—Implements for cleaning floors, carpets, furniture, walls, or wall coverings
- A47L13/10—Scrubbing; Scouring; Cleaning; Polishing
- A47L13/42—Details
Landscapes
- Cleaning Implements For Floors, Carpets, Furniture, Walls, And The Like (AREA)
Abstract
The invention relates to a clutch type one-way self-tightening mop solving the problem that mop rods of present self-tightening mops rotate when being unlocked. The clutch type one-way self-tightening mop comprises a sleeve and a mop lower rod which is sleeved by the sleeve; a lower end of the mop lower rod is connected with a twisting swivel head through a first swing connecting structure; the lower end of the sleeve is connected with a mop main board through a second swing connecting structure; the twisting swivel head is installed in the mop main board in a penetrating mode; at least one mop auxiliary board is hinged to the side part of the mop main board; the sleeve is also provided with a mop upper rod in a penetrating mode; a circumferential one-way rotation mechanism is installed between the sleeve and the mop upper rod or the mop lower rod; a clutch mechanism is installed between the mop lower rod and the mop upper rod. The clutch type one-way self-tightening mop is advantageous in that the mop rod revolution in twisting and unlocking the mop is overcome through various modes of clutch mechanisms and the mop rod is kept fixed in circumferential direction during unlocking, and the abrasion of one-way locking structural parts of the mop due to quick revolution of the mop rod in the mop side board reset process is not liable to occur.
Description
Technical field
The invention belongs to cleaning supplies articles for use technical field, relate to mop, especially relate to a kind of disengaging type unidirectional certainly stubborn
Mop.
Background technology
Flat mop is a kind of common ground cleaning tool, i.e. mainly includes plate body, has mop at plate body upper articulation
Bar, bottom is coated with cleaning cloth.Existing flat mop needs manually to take off cleaning cloth after a procedure, manually carries out clear afterwards
Washing, wringing out and then re-starting installation, the use so not only making existing flat mop is convenient not, and carries out clear
Washing and needing manual operation when wringing out, labour intensity is big, inadequate health, the so undoubtedly use to existing flat mop
Cause restriction greatly.
In order to solve the problem that prior art exists, people have carried out long-term exploration, it is proposed that solution miscellaneous
Scheme.For example, Chinese patent literature discloses a kind of easily manipulation Self-wringing mop [application number：201520554512.2], this is easily grasped
Control Self-wringing mop, including mop mainboard and at least two are movably arranged on the mop side plate on mop mainboard, described mop master
It is connected with sleeve on plate, in described sleeve, is equipped with mop rod, and described mop rod is arranged on mop master with rotation
Rotating seat on plate is connected, it is characterised in that be connected with cleaning by easy mounting structure on described rotating seat and mop side plate
Part, described sleeve axially positions with mop rod and circumferentially rotates and is connected, and described sleeve is provided with can be put relative to sleeve
Dynamic control piece, be provided with between described control piece side and mop rod for limit mop rod unidirectional circumferentially rotate direction and/
Or the unidirectional locking structure of circumference locking mop rod.
Such scheme to some extent solves the awkward problem of existing flat mop so that it is do not taking off cleaning
Also can complete the cleaning of cleaning cloth on the premise of cloth and wring out, even and if during wringing out hand depart from mop rod, mop rod
Also will not reset under the effect of reset force, say, that mop rod can carry out multiple rotary, but due to mop in the program
Bar is connected with rotating seat direct-drive, and when wringing out, rotary mop rod is rotated seat rotation, passes through control when completing to wring out operation
Part releases unidirectional locking structure, and under reset force effect, swivel head drives mop rod to circumferentially rotate, and it is multiple that this allows for mop side plate
Mop rod fast rotation during Wei, long-time operation easily causes the abrasion of mop unidirectional locking structure member, unidirectional locking structure
Or mop rod cannot normal reset, thus make mop normally to work.
Content of the invention
It is an object of the invention to for the problems referred to above, a kind of simple in construction is provided, easy to operate, can realize from drying of mop
Unidirectional only lock and unlock and release process mop rod will not the unidirectional Self-wringing mop of disengaging type of circumference revolution.
For reaching above-mentioned purpose, present invention employs following technical proposal：The unidirectional Self-wringing mop of this disengaging type, including sleeve
Two-way with mop lower beam circumference with the mop lower beam being arranged in sleeve and sleeve rotatably being connected, the lower end of mop lower beam is passed through to have
The the first swing attachment structure having at least one swaying direction is connected with wringing out swivel head, and the lower end of sleeve is by having at least one
Second swing attachment structure of individual swaying direction is connected with mop mainboard, and the first swing attachment structure and second swings and connects knot
The swaying direction of structure is identical, wrings out swivel head and is arranged in mop mainboard, is hinged with at least one piece of mop at mop mother board side
Subplate, it is characterised in that be also equipped with mop upper boom in described sleeve, described sleeve and mop upper boom or mop lower beam it
Between be provided with the circumferential one-way turning mechanism that sleeve and mop upper boom or mop lower beam circumference one-directional rotation can be made to be connected, described drags
Both can be made to be connected or separate thus realize mop lower beam and mop upper boom synchronous axial system being provided with between lower beam with mop upper boom
Or the clutch of independently action.
During use, be connected with in the middle part of cleaning cloth by swivel head will be wrung out, cleaning cloth circumference is connected with mop subplate, from
Close the lower mop lower beam of mechanism's effect to be connected with mop upper boom, circumferentially rotate mop upper boom when wringing out and realize mop upper boom and drag
Spin head is wrung out in lower beam synchronization drive realize wringing out cleaning cloth, by mop upper boom under circumference one-way turning mechanism effect
Unidirectional locking forces mop upper boom circumference one-directional rotation, even if hand departs from mop upper boom and also do not haves the reset of mop upper boom now
As thus achieving mop upper boom energy multipurpose rotary when wringing out, wringing out effect more preferable, after wringing out, made by clutch
Mop lower beam separates with mop upper boom thus realizes mop lower beam and the independently action of mop upper boom, at cleaning cloth and dragging
Mop lower beam circumference under subplate reset force effect is resetted, and mop upper boom circumference remains stationary as, i.e. this mop wring releases process
Mop rod will not circumference turn round.
In the above-mentioned unidirectional Self-wringing mop of disengaging type, described circumferential one-way turning mechanism is arranged on sleeve and mop
Between bar, the circumferential one-way turning mechanism described in when clutch makes mop lower beam be connected with mop upper boom or separate makes sleeve
Remain that circumference one-directional rotation is connected with mop upper boom；
Or, described circumferential one-way turning mechanism is arranged between sleeve and mop lower beam and at circumference one-directional rotation machine
Structure is provided with can be made sleeve be connected with mop lower beam circumference one-directional rotation or release sleeve and mop lower beam circumference one-directional rotation phase
Controlling organization even, and the circumferential one-way turning mechanism described in when clutch makes mop lower beam be connected with mop upper boom makes set
Cylinder is connected with mop upper boom circumference one-directional rotation, and the circumference described in when clutch makes mop lower beam separate with mop upper boom is single
Sleeve is made to be connected with mop upper boom circumference one-directional rotation to rotating mechanism.
In the above-mentioned unidirectional Self-wringing mop of disengaging type, described clutch includes the first jog, the second jog
And control structure, the first described jog is circumferentially positioned with mop upper boom and slides axially and is connected and/or described second recessed
Protuberance is circumferentially positioned with mop lower beam and slides axially and is connected, the first described jog and the second jog is opposite and can phase
Docking mutually, described control structure is arranged on sleeve and can drive the first jog and/or the second jog relative to second
Jog and/or the first jog move axially so that the first jog and the second jog are separated from each other or are mutually butted.
I.e. by control structure realize the first jog and the second jog from or be mutually butted.
In the above-mentioned unidirectional Self-wringing mop of disengaging type, described circumferential one-way turning mechanism includes being fixed in sleeve
Handle ratchet wheel set and piecemeal activity are plugged on the inner position ratchet on mop upper boom or mop lower beam, described inner position ratchet with drag
Be provided with between upper boom or mop lower beam can make inner position ratchet be stuck in handle ratchet wheel set ratchet between top pressure spring；
Or, described circumferential one-way turning mechanism include the outer ratchet wheel body that is fixed on mop upper boom or mop lower beam and
The outside fix ratchet that piecemeal activity is plugged on sleeve, being provided with between described outside fix ratchet and sleeve to make outside fix ratchet
It is stuck in the top pressure spring between the ratchet of outer ratchet wheel body.
In the above-mentioned unidirectional Self-wringing mop of disengaging type, described controlling organization includes being connected with outside fix ratchet and can carry
Dynamic outside fix ratchet departs from the control piece of the ratchet of outer ratchet wheel body.I.e. when circumferential one-way turning mechanism here is arranged under mop
When between bar and sleeve, in order to realize that mop wring resets, need control piece by the circumferentially positioned releasing of mop lower beam and sleeve.
In the above-mentioned unidirectional Self-wringing mop of disengaging type, the first described jog be arranged on movable head and movable head with
Mop upper boom is circumferentially positioned and slides axially, and the second described jog is arranged on mop lower beam, and described control structure is arranged
Between movable head and sleeve.
In the above-mentioned unidirectional Self-wringing mop of disengaging type, being additionally provided with between described movable head and mop upper boom to make activity
Head retains towards mop lower beam movement tendency so that the elastic top laminated structure that docks of the first jog and the second jog.This
Sample ensure that and mop lower beam can be driven to circumferentially rotate when circumferentially rotating mop upper boom, it is ensured that wring out being normally carried out of operation.
In the above-mentioned unidirectional Self-wringing mop of disengaging type, the first described jog and the second jog are end face ratchet
And two end face ratchets can be mutually butted identical.Obviously, the first jog and the second jog use end face ratchet-like, so
It is easy to control structure the first jog and the second jog are separated.
In the above-mentioned unidirectional Self-wringing mop of disengaging type, described control structure includes the manipulation being arranged on movable head periphery
Body, described manipulation body at least partly exposes sleeve, is provided with when manipulation body is relative to work between described movable head and manipulation body
Movable head can be driven during the action radially downward of dynamic head to be axially distant from the linkage structure that the second jog direction is moved.
In the above-mentioned unidirectional Self-wringing mop of disengaging type, described linkage structure includes that be located at movable head side first is oblique
Face and the second inclined-plane being located at manipulation body bottom, the second inclined-plane described in when manipulating body relative to movable head action radially downward
With the first contact of incline plane thus promote movable head to be axially distant from the second jog direction and move, described manipulation body and body it
Between be provided with the first back-moving spring that manipulation body can be made to reset.I.e. here manipulation body swings and is arranged on sleeve, when overcoming first
When back-moving spring elastic force pressing manipulation body swings, it is concavo-convex that the second slope driving movable head of manipulation body bottom is axially distant from second
Portion moves in direction, thus realizes the first jog and the separation of the second jog, and in order to realize that movable head is made at mop upper boom
Using lower rotation, movable head one end can being arranged to bullet, the first inclined-plane is formed at bullet outer circumferential.
In the above-mentioned unidirectional Self-wringing mop of disengaging type, described manipulation body swings with sleeve and is connected, and described first is multiple
One end of position spring acts on sleeve, and the other end acts on manipulation body, and can drive be positioned at behaviour when pressing manipulation body
Second inclined-plane of control body bottom moves radially downward.
In the above-mentioned unidirectional Self-wringing mop of disengaging type, described manipulation body is arranged in sleeve and manipulation body can be in sleeve
Moving radially relative to movable head, one end of the first described back-moving spring acts on sleeve, and the other end acts on manipulation body
On, and the second inclined-plane being positioned at manipulation body bottom can be driven to move radially downward when pressing manipulation body.
As another kind of preferred version, in the above-mentioned unidirectional Self-wringing mop of disengaging type, described control structure includes setting
Put the positioning body in movable head periphery, between described movable head and positioning body, be provided with the positioning knot that both can be made axially to position
Structure, described positioning body is connected to the driving structure moving away from the second jog direction with driving positioning body.Preferably,
Here positioning body can be configured with the Spring Clip of opening for the ease of assembling, and movable head here also can be adopted
By the structure of the tapered body in one end, the first inclined-plane is formed at bullet outer circumferential, so can realize two kinds of different manipulation knots
Structure parts general, has saved die sinking cost.
In the above-mentioned unidirectional Self-wringing mop of disengaging type, described location structure includes that be located at movable head side first is oblique
Face and the 3rd inclined-plane being located at positioning body bottom, the first described inclined-plane and the 3rd inclined-plane are bonded to each other.In order to realize movable head
Normally circumferentially rotating under mop upper boom effect, movable head here axially positions with positioning body and circumferentially rotates and is connected.
In the above-mentioned unidirectional Self-wringing mop of disengaging type, described driving structure includes the quill being connected with positioning body
Section and part that this quill section is described sleeve, described quill section be connected to the second swing attachment structure
On fixing sleeve sections lean, described quill section is axially flexibly connected with mop upper boom and quill section can drive
Positioning body moves to away from the second jog direction.I.e. here inside positioning body outer circumferential is circumferential with quill end mutually
Against, positioning body can be driven to move when axially driving quill end moves, and owing to positioning body axially positions with movable head
Thus the separation of the first jog and the second jog when realizing that quill section moves.
In the above-mentioned unidirectional Self-wringing mop of disengaging type, described driving structure includes that be axially movably connected with sleeve pushes away
Dynamic button, described promotion button is connected with positioning body and promotes button to be arranged in sleeve, being provided with between described promotion button and sleeve
Can make the second back-moving spring that promotion button resets, one end of the second described back-moving spring acts on sleeve, other end effect
Promoting on button.Be also on sleeve, be provided with axially extended bar-shaped trough, in promoting button to be slidably arranged in bar-shaped trough and due to
Promote button to be connected with positioning body, so slide axially and positioning body can be driven to move axially thus realize that first is concavo-convex when promoting button
Portion separates with the second jog.
It in the above-mentioned unidirectional Self-wringing mop of disengaging type, is provided with between described mop upper boom and mop lower beam and axially penetrates through
Connecting rod in movable head, described connecting rod one end is arranged in the second jog center and is connected with mop lower beam, and the other end prolongs
Extend mop upper boom one end and be connected with mop upper boom, on mop boom end be provided with for connecting rod pass through and circumference there is some leading
To the lead of raised line, and each guiding raised line is all along the axially extending setting of lead, is provided with some in described movable head
With guide raised line gathering sill one to one, and described guiding raised line and gathering sill slide and are connected.This structure maintains mop
Upper boom and mop lower beam remain connected to state, it is ensured that the stroke that movable head moves within the specific limits, and uses guiding raised line
Structure this with gathering sill can guarantee that sliding axially between mop upper boom and movable head is connected and circumferentially positioned.
In the above-mentioned unidirectional Self-wringing mop of disengaging type, described elastic top laminated structure includes being arranged on lead and activity
Between Tou and the support spring that is set on connecting rod, and described support spring one end acts on lead one end, and the other end is made
For in movable head.I.e. support force under spring effect movable head towards mop lower beam one end motion make the first jog with
Second jog can mutually fasten.
Compared with prior art, the advantage of the unidirectional Self-wringing mop of this disengaging type is：Can easily realize certainly wringing out dragging
Unidirectional only lock and unlock, and mop rod in mop wring releasing process can be overcome to return by the clutch of various ways
Turn phenomenon, it is ensured that during unblock, mop rod keeps circumferential motionless state, be difficult to appearance due to mop rod in mop side plate reseting procedure
The mop unidirectional locking structure member abrasion that fast rotation causes, mop is long for service life.
Brief description
Fig. 1 is the structural representation of the embodiment of the present invention one；
Fig. 2 is the structure sectional view of the embodiment of the present invention one；
Fig. 3 is the partial structurtes schematic diagram of the embodiment of the present invention one；
Fig. 4 is the partial structurtes sectional view of the embodiment of the present invention one；
Structural representation when Fig. 5 is to omit sleeve in Fig. 3；
Fig. 6 is structural representation during clipped sleeve in Fig. 3；
Structural representation when Fig. 7 is to omit mop lower beam in Fig. 6；
Structural representation when Fig. 8 is to omit movable head in Fig. 6；
Fig. 9 is the structural representation of the embodiment of the present invention one another kind of circumference one-way turning mechanism；
Figure 10 is the structural representation of the embodiment of the present invention two；
Figure 11 is the partial structurtes schematic diagram of the embodiment of the present invention two；
Figure 12 is structural representation during clipped sleeve in Figure 11.
In figure, the 31st, sleeve the 1st, mop lower beam the 2nd, the first swing attachment structure the 3rd, active joint is wrung out swivel head and the 4th, second is put
The 72nd, the structure that is dynamically connected the 5th, adapter the 51st, mop mainboard the 6th, mop subplate the 61st, mop upper boom the 7th, connecting rod the 71st, lead guides raised line
721st, spring the 73rd, circumference one-way turning mechanism the 8th, handle ratchet wheel set the 81st, inner position ratchet the 82nd, top pressure spring the 83rd, outer ratchet wheel body is supported
84th, outside fix ratchet the 85th, control piece the 86th, clutch the 9th, the first jog the 91st, the second jog the 92nd, control structure the 93rd, activity
The 94th, the 941st, the first inclined-plane manipulates the 951st, the first back-moving spring the 96th, positioning body the 97th, the 3rd inclined-plane, body the 95th, the second inclined-plane and the 971st, lives
Moving sleeve section the 98th, fixing sleeve 99.
Detailed description of the invention
Embodiment one
As Figure 1-3, the unidirectional Self-wringing mop of this disengaging type, including sleeve 1 and be arranged in sleeve 1 mop lower beam 2 and
Sleeve 1 is two-way with mop lower beam 2 circumference to be rotatably connected, and the lower end of mop lower beam 2 is by having at least one swaying direction
First swing attachment structure 3 is connected with wringing out swivel head 4, and the lower end of sleeve 1 is by having the second of at least one swaying direction
Swing attachment structure 5 to be connected with mop mainboard 6, and the swaying direction of the first swing attachment structure 3 and the second swing attachment structure 5
Identical, during in order to realize using, universal swing between mop lower beam 2 and mop mainboard 6, improves simple operation, first here
Swing the active joint 31 that attachment structure 3 can include being arranged on mop lower beam 2 end and being arranged in sleeve 1, active joint
One end of 31 is movably connected with mop lower beam 2, and the other end of active joint 31 is movably connected with wringing out swivel head 4, and under mop
The rotation direction that bar 2 is connected with active joint 31 rotation rotates, with active joint 31, the rotation direction being connected with wringing out swivel head 4
Different；Second swing attachment structure 5 includes the adapter 51 that is arranged between mop mainboard 6 and sleeve 1, sleeve 1 with turn
One end of joint 51 is movably connected, and the other end of adapter 51 is movably connected with mop mainboard 6, and mop lower beam 2 connects with activity
31 rotate the rotation direction connecting and sleeves 1 and adapter 51, and to rotate the rotation direction connecting identical, active joint 31 with stubborn
It is identical with the rotation direction that mop mainboard 6 and adapter 51 rotate connection that dry swivel head 4 rotates the rotation direction connecting, here
Wring out swivel head 4 be arranged in mop mainboard 6 and be positioned at bottom mop mainboard 6 and be fixed in the middle part of cleaning cloth, at mop mainboard 6
Sidepiece is hinged with at least one piece of mop subplate 61, wherein, is provided with reduction torsion spring structure between mop mainboard 6 and mop subplate 61,
Also being equipped with mop upper boom 7 in sleeve 1, for the ease of transporting and depositing, mop upper boom 7 uses segmented, on sleeve 1 and mop
It is provided with the circumference that sleeve 1 can be made to be connected with mop upper boom 7 or mop lower beam 2 circumference one-directional rotation single between bar 7 or mop lower beam 2
To be provided with between rotating mechanism 8, mop lower beam 2 with mop upper boom 7 can make both be connected or separate thus realize mop lower beam 2 and
The clutch 9 of mop upper boom 7 synchronous axial system or independently action.
Specifically, as shown in Figure 1-2, circumferential one-way turning mechanism 8 here is arranged between sleeve 1 and mop upper boom 7,
When clutch 9 makes mop lower beam 2 be connected with mop upper boom 7 or separate, circumference one-way turning mechanism 8 makes on sleeve 1 and mop
Bar 7 remains that circumference one-directional rotation is connected；Or, circumference one-way turning mechanism 8 is arranged between sleeve 1 and mop lower beam 2
And be provided with on circumference one-way turning mechanism 8 sleeve 1 and mop lower beam 2 circumference one-directional rotation can be made to be connected or release sleeve 1 and
The controlling organization that mop lower beam 2 circumference one-directional rotation is connected, and when clutch 9 makes mop lower beam 2 be connected with mop upper boom 7
Circumference one-way turning mechanism 8 makes sleeve 1 and mop upper boom 7 circumference one-directional rotation be connected, when clutch 9 make mop lower beam 2 and
When mop upper boom 7 separates, circumference one-way turning mechanism 8 makes sleeve 1 be connected with mop upper boom 7 circumference one-directional rotation.
Wherein, as shown in Fig. 1 and Fig. 3-8, clutch 9 here includes the first jog the 91st, the second jog 92
With control structure 93, the first jog 91 circumferentially positioned with mop upper boom 7 and slide axially be connected and/or the second jog 92 with
Mop lower beam 2 is circumferentially positioned and slides axially connected, and the first jog 91 is opposite with the second jog 92 and can be mutually butted,
Control structure 93 is arranged on sleeve 1 and can drive the first jog 91 and/or the second jog 92 relative to the second jog
92 and/or first jog 91 move axially so that the first jog 91 and the second jog 92 are separated from each other or mutually right
Connect, i.e. realize that the first jog 91 and the second jog 92 separate or be mutually butted by control structure 93, say, that first
Jog 91 is arranged on movable head 94 and movable head 94 is circumferentially positioned with mop upper boom 7 and slides axially, the second jog 92
Being arranged on mop lower beam 2, control structure 93 is arranged between movable head 94 and sleeve 1.Recessed by first for the ease of control structure
Protuberance 91 is separated with the second jog 92, and the first jog 91 and the second jog 92 are end face ratchet and two end faces
Ratchet can be mutually butted identical.
Further, control structure 93 here includes the manipulation body 95 being arranged on movable head 94 periphery, manipulation body 95 to
Small part exposes sleeve 1, is provided with when manipulation body 95 moves radially downward relative to movable head 94 between movable head 94 and manipulation body 95
Movable head 94 can be driven when making to be axially distant from the linkage structure that the second jog 92 direction is moved, it is preferable that linkage here
Structure includes the first inclined-plane 941 being located at movable head 94 side and is located at the second inclined-plane 951 manipulating body 95 bottom, when manipulation body
95 contact with the first inclined-plane 941 relative to the second inclined-plane 951 during movable head 94 action radially downward thus promote movable head 94 edge
Move axially away from the second jog 92 direction, between manipulation body 95 and body, be provided with the first reset that manipulation body 95 can be made to reset
Spring 96, manipulation body 95 swings with sleeve 1 and is connected, and one end of the first back-moving spring 96 acts on sleeve 1, and the other end acts on
On manipulation body 95, and the second inclined-plane 951 being positioned at manipulation body 95 bottom can be driven to move radially downward when pressing manipulation body 95
Dynamic；Here manipulation body 95 is arranged in sleeve 1 and manipulation body 95 can move radially relative to movable head 94 in sleeve 1, and first
One end of back-moving spring 96 acts on sleeve 1, and the other end acts on manipulation body 95, and can carry when pressing manipulation body 95
Dynamic the second inclined-plane 951 being positioned at manipulation body 95 bottom moves radially downward.It is to say, manipulation body 95 here swings and is arranged on
On sleeve 1, when overcoming the first back-moving spring 96 elastic force pressing manipulation body 95 to swing, the second inclined-plane 951 of manipulation body 95 bottom
Promote movable head 94 to be axially distant from the second jog 92 direction to move, thus realize the first jog 91 and the second jog 92
Separation, and in order to realize movable head 94 mop upper boom 7 effect under rotate, movable head 94 one end can be arranged to taper
Body, the first inclined-plane 941 is formed at bullet outer circumferential.
Mop lower beam 2 can be driven to circumferentially rotate when circumferentially rotating mop upper boom 7 to ensure that, it is ensured that just wringing out operation
Often carry out, be additionally provided with between movable head 94 and mop upper boom 7 movable head 94 can be made to retain towards mop lower beam 2 movement tendency thus
The elastic top laminated structure that first jog 91 is docked with the second jog 92, is provided with between mop upper boom 7 and mop lower beam 2
Axially penetrate through the connecting rod 71 in movable head 94, connecting rod 71 one end be arranged in the second jog 92 center and with mop lower beam 2 phase
Even, the other end extends to mop upper boom 7 one end and is connected with mop upper boom 7, is provided with in mop upper boom 7 end and passes through for connecting rod 71
And circumference has the lead 72 of some guiding raised lines 721, and each guides raised line 721 and all sets along lead 72 is axially extending
Put, be provided with some in movable head 94 and guide raised line 721 gathering sill one to one, and guiding raised line 721 and gathering sill slip
Being connected, this structure maintains mop upper boom 7 and remains connected to state with mop lower beam 2, it is ensured that the stroke that movable head 94 moves exists
In certain limit, and guiding raised line 721 and this structure of gathering sill is used to can guarantee that the axle between mop upper boom 7 and movable head 94
It is connected and circumferentially positioned to sliding, and elastic top laminated structure here includes being arranged between lead 72 and movable head 94 and set
The support spring 73 being located on connecting rod 71, and support spring 73 one end act on lead 72 one end, the other end acts on activity
In 94, i.e. movable head 94 is forced to make the first jog 91 towards mop lower beam 2 one end motion under supporting spring 73 effect
Can mutually fasten with the second jog 92.
Here circumferential one-way turning mechanism 8 includes that the handle ratchet wheel being fixed in sleeve 1 set 81 and piecemeal activity are plugged on
Set between inner position ratchet 82 on mop upper boom 7 or mop lower beam 2, inner position ratchet 82 and mop upper boom 7 or mop lower beam 2
There is the top pressure spring 83 that inner position ratchet 82 can be made to be stuck between the ratchet of handle ratchet wheel set 81；Or, as it is shown in figure 9, here
Circumference one-way turning mechanism 8 includes that the outer ratchet wheel body 84 being fixed on mop upper boom 7 or mop lower beam 2 and piecemeal activity are plugged on
Outside fix ratchet 85 on sleeve 1, is provided with between outside fix ratchet 85 and sleeve 1 and outside fix ratchet 85 can be made to be stuck in outer ratchet wheel body
Top pressure spring 83 between the ratchet of 84.Wherein, outside controlling organization here includes being connected with outside fix ratchet 85 and driving
Detent 85 departs from the control piece 86 of the ratchet of outer ratchet wheel body 84, i.e. drags when circumferential one-way turning mechanism 8 here is arranged on
When between lower beam 2 and sleeve 1, in order to realize that mop wring resets, need control piece 86 by the week of mop lower beam 2 and sleeve 1
To positioning lift.
The principle of the present embodiment is：I.e. be connected with in the middle part of cleaning cloth by swivel head 4 will be wrung out, cleaning cloth circumference with drag
Subplate 61 is connected, forces movable head 94 to make towards mop lower beam 2 one end motion under supporting spring 73 effect first concavo-convex
Portion 91 can mutually fasten with the second jog 92, and mop lower beam 2 is connected with both mop upper booms 7, circumferentially rotates mop when wringing out
Upper boom 7 realizes that mop upper boom 7 and mop lower beam 2 synchronize drive and wring out swivel head 4 and rotate realization and wring out cleaning cloth, handle ratchet wheel set 81
Force mop upper boom 7 circumferential mop upper boom 7 unidirectional locking with the inner position ratchet 82 that piecemeal activity is plugged on mop upper boom 7
One-directional rotation, even if hand departs from mop upper boom 7 and also do not haves mop upper boom 7 and reset phenomenon, thus achieves and drags when wringing out
Upper boom 7 energy multipurpose rotary, wringing out effect more preferable, after wringing out, pressing manipulation body 95 overcomes the first back-moving spring 96 elastic force to make it
Swinging, the second inclined-plane 951 of manipulation body 95 bottom promotes movable head 94 to be axially distant from the second jog 92 direction and moves, thus
Realize that the first jog 91 separates with the second jog 92, it is achieved mop lower beam 2 and mop upper boom 7 independently action,
Under cleaning cloth and mop subplate 61 reset force effect, mop lower beam 2 circumference resets, and mop upper boom 7 circumference remains stationary as, and i.e. originally drags
Will not circumference turn round wringing out releasing process mop rod.
Embodiment two
As shown in figs. 10-12, the structure of the present embodiment, principle and implement similar with embodiment one, the different ground of step
Side is, the control structure 93 in the present embodiment includes the positioning body 97 being arranged on movable head 94 periphery, described movable head 94
And be provided with the location structure that can make both axial positioning between positioning body 97, described positioning body 97 with can drive positioning body 97
It is connected to the driving structure moving away from the second jog 92 direction, it is preferable that can be by positioning here for the ease of assembling
Body 97 is configured with the Spring Clip of opening, and movable head 94 here also can use the structure of the tapered body in one end, the
One inclined-plane 941 is formed at bullet outer circumferential, so can realize the general of two kinds of different control structure parts, save
Die sinking cost, wherein, location structure here includes the first inclined-plane 941 being located at movable head 94 side and is located under positioning body 97
3rd inclined-plane 971 in portion, the first described inclined-plane 941 and the 3rd inclined-plane 971 are bonded to each other, i.e. in order to realize that movable head 94 is dragging
Upper boom 7 being acted on down and normally circumferentially rotating, movable head 94 here axially positions with positioning body 97 and circumferentially rotates and is connected.
Here driving structure includes that the quill section 98 being connected with positioning body 97 and this quill section 98 are described
The part of sleeve 1,99 sections of phases of described quill section 98 and the fixing sleeve being connected in the second swing attachment structure 5
Against, described quill section 98 is axially flexibly connected with mop upper boom 7 and quill section 98 can drive positioning body 97 to
Moving away from the second jog 92 direction, positioning body 97 outer circumferential i.e. here is mutually supported inside quill end 98 circumference
Lean on, positioning body 97 can be driven to move when axially driving quill end 98 moves, and due to positioning body 97 and movable head 94 axle
First jog 91 separates with the second jog 92 to positioning thus when realizing that quill section 98 moves.
Certainly, driving structure here also can use another form, i.e. drives structure to include axially living with sleeve 1
The dynamic promotion button being connected, described promotion button is connected with positioning body 97 and promotes button to be arranged in sleeve 1, described promotion button and
Being provided with the second back-moving spring that promotion button can be made to reset between sleeve 1, one end of the second described back-moving spring acts on sleeve 1
On, the other end acts on promotion button, is also, and is provided with axially extended bar-shaped trough on sleeve 1, promotes button to be slidably arranged in
In bar-shaped trough and owing to promoting button to be connected with positioning body 97, so slide axially and positioning body 97 can be driven axially to move when promoting button
Move thus realize that the first jog 91 separates with the second jog 92.
The principle of the present embodiment is：The enforcement step different from embodiment one is, when the reset, axially driving
Positioning body 97 can be driven when quill end 98 moves to move, thus when realizing that quill section 98 moves the first jog 91 with
The separation of the second jog 92；Or, slide axially promotion button when positioning body 97 can be driven to move axially thus realize that first is recessed
Protuberance 91 separates with the second jog 92, it is achieved mop lower beam 2 and mop upper boom 7 independently action, at cleaning cloth and dragging
Mop lower beam 2 circumference under subplate 61 reset force effect is resetted, and mop upper boom 7 circumference remains stationary as.
Specific embodiment described herein is only explanation for example to present invention spirit.Technology neck belonging to the present invention
Described specific embodiment can be made various modification or supplements or use similar mode to replace by the technical staff in territory
Generation, but without departing from the spirit of the present invention or surmount scope defined in appended claims.
Although more employing sleeve the 1st, mop lower beam the 2nd, the first swing attachment structure the 3rd, active joint herein the 31st, to wring out
The 71st, swivel head the 4th, the second swing attachment structure the 5th, adapter the 51st, mop mainboard the 6th, mop subplate the 61st, mop upper boom the 7th, connecting rod guides
Post the 72nd, guide raised line the 721st, support spring the 73rd, circumference one-way turning mechanism the 8th, handle ratchet wheel set the 81st, inner position ratchet the 82nd, push up press bullet
The 92nd, spring the 83rd, outer ratchet wheel body the 84th, outside fix ratchet the 85th, control piece the 86th, clutch the 9th, the first jog the 91st, the second jog is grasped
The 941st, control structure the 93rd, movable head the 94th, the first inclined-plane manipulates body the 95th, the second inclined-plane the 951st, the first back-moving spring the 96th, positioning body the 97th, the
Three inclined-planes the 971st, quill section the 98th, the terms such as fixing sleeve 99, but it is not precluded from using the possibility of other terms.Use this
A little terms are only used to describe and explain more easily the essence of the present invention, are construed as any additional restriction
It is all contrary with spirit of the present invention.
Claims (18)
1. the unidirectional Self-wringing mop of disengaging type, including sleeve (1) and the mop lower beam (2) and the sleeve (1) that are arranged in sleeve (1)
Two-way being rotatably connected with mop lower beam (2) circumference, the lower end of mop lower beam (2) is by having the of at least one swaying direction
One swing attachment structure (3) is connected with wringing out swivel head (4), and the lower end of sleeve (1) is by having at least one swaying direction
Second swing attachment structure (5) is connected with mop mainboard (6), and the first swing attachment structure (3) and the second swing attachment structure
(5) swaying direction is identical, wrings out swivel head (4) and is arranged in mop mainboard (6), mop mainboard (6) sidepiece be hinged with to
Few one piece of mop subplate (61), it is characterised in that be also equipped with mop upper boom (7), described sleeve in described sleeve (1)
(1) it and is provided with between mop upper boom (7) or mop lower beam (2) and sleeve (1) and mop upper boom (7) or mop lower beam (2) week can be made
The circumferential one-way turning mechanism (8) being connected to one-directional rotation, is provided with energy between described mop lower beam (2) and mop upper boom (7)
Make both be connected or separate thus realize mop lower beam (2) and the clutch of mop upper boom (7) synchronous axial system or independently action
Mechanism (9).
2. the unidirectional Self-wringing mop of disengaging type according to claim 1, it is characterised in that described circumferential one-way turning mechanism
(8) it is arranged between sleeve (1) and mop upper boom (7), when clutch (9) makes mop lower beam (2) be connected with mop upper boom (7)
Or the circumferential one-way turning mechanism (8) described in when separating makes sleeve (1) and mop upper boom (7) remain circumference one-directional rotation phase
Even；
Or, described circumferential one-way turning mechanism (8) is arranged between sleeve (1) and mop lower beam (2) and unidirectional in circumference
Rotating mechanism (8) is provided with can make sleeve (1) be connected with mop lower beam (2) circumference one-directional rotation or release sleeve (1) and mop
The controlling organization that lower beam (2) circumference one-directional rotation is connected, and when clutch (9) makes mop lower beam (2) and mop upper boom (7) phase
Circumferential one-way turning mechanism (8) described in when even makes sleeve (1) be connected with mop upper boom (7) circumference one-directional rotation, works as clutch
Circumferential one-way turning mechanism (8) described in when structure (9) makes mop lower beam (2) separate with mop upper boom (7) makes sleeve (1) and mop
Upper boom (7) circumference one-directional rotation is connected.
3. the unidirectional Self-wringing mop of disengaging type according to claim 2, it is characterised in that described clutch (9) includes
First jog (91), the second jog (92) and control structure (93), described the first jog (91) and mop upper boom (7)
Circumferentially positioned and slide axially and be connected and/or described the second jog (92) is circumferentially positioned with mop lower beam (2) and axially slide
Dynamic connected, described the first jog (91) is opposite with the second jog (92) and can be mutually butted, described control structure
(93) being arranged on sleeve (1) above and can drive the first jog (91) and/or the second jog (92) relative to the second jog
(92) and/or the first jog (91) move axially so that the first jog (91) and the second jog (92) are separated from each other or
It is mutually butted.
4. the unidirectional Self-wringing mop of disengaging type according to claim 3, it is characterised in that described circumferential one-way turning mechanism
(8) include that the handle ratchet wheel set (81) being fixed in sleeve (1) and piecemeal activity are plugged on mop upper boom (7) or mop lower beam (2)
On inner position ratchet (82), be provided with and can make between described inner position ratchet (82) and mop upper boom (7) or mop lower beam (2)
The top pressure spring (83) that inner position ratchet (82) is stuck between the ratchet of handle ratchet wheel set (81)；
Or, described circumferential one-way turning mechanism (8) includes the outer spine being fixed on mop upper boom (7) or mop lower beam (2)
Wheel body (84) and piecemeal activity are plugged on the outside fix ratchet (85) on sleeve (1), described outside fix ratchet (85) and sleeve
(1) it is provided with the top pressure spring (83) that outside fix ratchet (85) can be made to be stuck between the ratchet of outer ratchet wheel body (84) between.
5. the unidirectional Self-wringing mop of disengaging type according to claim 4, it is characterised in that described controlling organization includes with outward
Detent (85) is connected and outside fix ratchet (85) can be driven to depart from the control piece (86) of ratchet of outer ratchet wheel body (84).
6. the unidirectional Self-wringing mop of disengaging type according to claim 3, it is characterised in that described the first jog (91) sets
Put on movable head (94) and movable head (94) is circumferentially positioned with mop upper boom (7) and slides axially, the second described jog
(92) being arranged on mop lower beam (2), described control structure (93) is arranged between movable head (94) and sleeve (1).
7. the unidirectional Self-wringing mop of disengaging type according to claim 6, it is characterised in that described movable head (94) and mop
It is additionally provided with between upper boom (7) and movable head (94) can be made to retain towards mop lower beam (2) movement tendency so that the first jog
(91) the elastic top laminated structure docking with the second jog (92).
8. the unidirectional Self-wringing mop of disengaging type according to claim 3, it is characterised in that described the first jog (91) and
Second jog (92) is end face ratchet and two end face ratchets can be mutually butted identical.
9. the unidirectional Self-wringing mop of disengaging type according to claim 6 or 7 or 8, it is characterised in that described control structure
(93) including the manipulation body (95) being arranged on movable head (94) periphery, described manipulation body (95) at least partly exposes sleeve (1),
It is provided with between described movable head (94) and manipulation body (95) when manipulation body (95) is relative to movable head (94) action radially downward
When movable head (94) can be driven to be axially distant from the linkage structure that the second jog (92) direction is moved.
10. the unidirectional Self-wringing mop of disengaging type according to claim 9, it is characterised in that described linkage structure includes setting
In the first inclined-plane (941) and second inclined-plane (951) being located at manipulation body (95) bottom of movable head (94) side, when manipulation body
(95) contact with the first inclined-plane (941) relative to the second inclined-plane (951) described in during movable head (94) action radially downward thus
Promote movable head (94) to be axially distant from the second jog (92) direction to move, be provided with between described manipulation body (95) and body
The first back-moving spring (96) that manipulation body (95) resets can be made.
The 11. unidirectional Self-wringing mops of disengaging type according to claim 10, it is characterised in that described manipulation body (95) and set
Cylinder (1) swings and connects, and one end of described the first back-moving spring (96) acts on sleeve (1), and the other end acts on manipulation body
(95) on, and when pressing manipulation body (95) when can drive be positioned at manipulation body (95) bottom the second inclined-plane (951) radially downward
Mobile.
The 12. unidirectional Self-wringing mops of disengaging type according to claim 10, it is characterised in that described manipulation body (95) wears
Can move radially relative to movable head (94) in sleeve (1) in sleeve (1) and manipulation body (95), the first described back-moving spring
(96) one end acts on sleeve (1), and the other end acts in manipulation body (95), and can carry when pressing manipulation body (95)
Dynamic the second inclined-plane (951) being positioned at manipulation body (95) bottom moves radially downward.
The 13. unidirectional Self-wringing mops of disengaging type according to claim 6 or 7 or 8, it is characterised in that described control structure
(93) include the positioning body (97) being arranged on movable head (94) periphery, be provided with between described movable head (94) and positioning body (97)
Can make the location structure of both axial positioning, described positioning body (97) with positioning body (97) can be driven to concavo-convex away from second
The driving structure that portion (92) direction is moved is connected.
The 14. unidirectional Self-wringing mops of disengaging type according to claim 13, it is characterised in that described location structure includes setting
The first inclined-plane (941) and the 3rd inclined-plane (971) being located at positioning body (97) bottom, described first in movable head (94) side
Inclined-plane (941) and the 3rd inclined-plane (971) are bonded to each other.
The 15. unidirectional Self-wringing mops of disengaging type according to claim 13, it is characterised in that described driving structure include with
The connected quill section (98) of positioning body (97) and the part that this quill section (98) is described sleeve (1), described
Quill section (98) lean with fixing sleeve (99) section being connected in the second swing attachment structure (5), described work
Moving sleeve section (98) is axially flexibly connected with mop upper boom (7) and quill section (98) can drive positioning body (97) to away from
Two jogs (92) direction is moved.
The 16. unidirectional Self-wringing mops of disengaging type according to claim 13, it is characterised in that described driving structure include with
The promotion button that sleeve (1) is axially movably connected, described promotion button is connected with positioning body (97) and promotes button to be arranged in sleeve (1)
In, it is provided with the second back-moving spring that promotion button can be made to reset, the second described reset bullet between described promotion button and sleeve (1)
One end of spring acts on sleeve (1), and the other end acts on promotion button.
The 17. unidirectional Self-wringing mops of disengaging type according to claim 7, it is characterised in that described mop upper boom (7) with drag
Being provided with the connecting rod (71) axially penetrating through in movable head (94) between lower beam (2), described connecting rod (71) one end is arranged in
Two jogs (92) center and being connected with mop lower beam (2), the other end extend to mop upper boom (7) one end and with mop upper boom
(7) be connected, be provided with in mop upper boom (7) end for connecting rod (71) pass through and circumference have some guiding raised line (721) guiding
Post (72), and each guiding raised line (721) is all along the axially extending setting of lead (72), is provided with in described movable head (94)
Some with guide raised line (721) gathering sill one to one, and described guiding raised line (721) and gathering sill slip be connected.
The 18. unidirectional Self-wringing mops of disengaging type according to claim 17, it is characterised in that described elastic top laminated structure bag
Include the support spring (73) being arranged between lead (72) and movable head (94) and be set on connecting rod (71), and described propping up
Support spring (73) one end acts on lead (72) one end, and the other end acts in movable head (94).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610796531.5A CN106419776A (en) | 2016-08-31 | 2016-08-31 | Clutch type one-way self-tightening mop |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610796531.5A CN106419776A (en) | 2016-08-31 | 2016-08-31 | Clutch type one-way self-tightening mop |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106419776A true CN106419776A (en) | 2017-02-22 |
Family
ID=58163657
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610796531.5A Pending CN106419776A (en) | 2016-08-31 | 2016-08-31 | Clutch type one-way self-tightening mop |
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| Country | Link |
|---|---|
| CN (1) | CN106419776A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109222787A (en) * | 2018-11-16 | 2019-01-18 | 丁国顺 | Cleaning machine |
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| AU2016100488A4 (en) * | 2015-04-30 | 2016-05-26 | Jiaxing Jackson Travel Products Co., Ltd. | Self-wringing flat mop |
| CN206414233U (en) * | 2016-08-31 | 2017-08-18 | 嘉兴捷顺旅游制品有限公司 | The unidirectional Self-wringing mop of disengaging type |
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|---|---|---|---|---|
| US20150113750A1 (en) * | 2013-07-09 | 2015-04-30 | Jiaxing Jackson Travel Products Co., Ltd. | Self-wrung flat mop |
| AU2016100488A4 (en) * | 2015-04-30 | 2016-05-26 | Jiaxing Jackson Travel Products Co., Ltd. | Self-wringing flat mop |
| CN204734450U (en) * | 2015-06-07 | 2015-11-04 | 嘉兴捷顺旅游制品有限公司 | Wring out power clutching mechanism from what wring out mop |
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