CN206910302U - From crowded mop - Google Patents
From crowded mop Download PDFInfo
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- CN206910302U CN206910302U CN201621182356.2U CN201621182356U CN206910302U CN 206910302 U CN206910302 U CN 206910302U CN 201621182356 U CN201621182356 U CN 201621182356U CN 206910302 U CN206910302 U CN 206910302U
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- China
- Prior art keywords
- mop
- mop rod
- planker
- squeezing
- guide
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- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 69
- 230000007246 mechanism Effects 0.000 claims abstract description 23
- 230000000694 effects Effects 0.000 claims abstract description 20
- 230000003068 static effect Effects 0.000 claims abstract description 7
- 239000012459 cleaning agent Substances 0.000 claims description 22
- 239000007788 liquid Substances 0.000 claims description 14
- 238000006073 displacement reaction Methods 0.000 claims description 9
- 230000004888 barrier function Effects 0.000 claims description 7
- 238000004140 cleaning Methods 0.000 abstract description 14
- 230000018044 dehydration Effects 0.000 description 6
- 238000006297 dehydration reaction Methods 0.000 description 6
- 238000000926 separation method Methods 0.000 description 5
- 239000007921 spray Substances 0.000 description 4
- 239000004744 fabric Substances 0.000 description 3
- 238000010276 construction Methods 0.000 description 2
- 238000005202 decontamination Methods 0.000 description 2
- 230000003588 decontaminative effect Effects 0.000 description 2
- 230000007774 longterm Effects 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 238000005507 spraying Methods 0.000 description 2
- 230000009471 action Effects 0.000 description 1
- 239000003795 chemical substances by application Substances 0.000 description 1
- 238000007599 discharging Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000002708 enhancing effect Effects 0.000 description 1
- 238000011010 flushing procedure Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 239000013589 supplement Substances 0.000 description 1
- 238000010408 sweeping Methods 0.000 description 1
Abstract
The utility model provides a kind of certainly crowded mop, belongs to cleaning supplies technical field.It solves the technical problem of prior art.This squeezes mop certainly, planker including mop rod and settable mop, described mop rod lower end is movably connected with planker, the squeezing cover that can be moved axially relative to mop rod is provided with mop rod, it is provided between described mop rod and planker in squeezing cover to that can keep planker all the time relative to the static disengaging type maintaining body of mop rod during squeezing mop on planker, squeezing cover can be made relative to mop rod axial movement so that disengaging type maintaining body is in planker and keeps relative to mop rod inactive state or release operating-controlling mechanism of the planker relative to mop bar state by being provided between described squeezing cover and mop rod.The utility model water squeezing is smooth, and squeezing cover can circumferentially rotate, and cleaning effect is good.
Description
Technical field
Cleaning supplies technical field is the utility model is related to, more particularly, to a kind of from crowded mop.
Background technology
For convenience of the cleaning of mop cloth, currently there are it is a kind of from Wringing mop, during cleaning without by mop cloth from
Remove, but mop cloth is cleaned with a kind of water squeezing sector and water squeezing on the mophead of mop, receive the welcome of user.
But with from Wringing mop apply it is continuous extensively, user in use, it was also found that due to planker and water squeezing sector it
Between easily swung due to space be present, therefore in water squeezing process middle carriage so as to tilt so that water squeezing process is difficult to smooth progress,
Water squeezing efficiency is low, and water squeezing contact surface is unstable to cause water squeezing effect poor, and mop becomes easily infected by spot after long-term use, cleans shadow
The cleaning capacity of mop is rung, user need to pull down mop and be rinsed or be strengthened in the measure such as ground spray water or cleaning agent
Cleaning effect, and water squeezing sector drag sweep during easily encounter furniture bottom, be inconvenient.
In order to solve the problems, such as that prior art is present, people have carried out long-term exploration, it is proposed that miscellaneous solution
Scheme.For example, Chinese patent literature discloses a kind of mop [application number having from water squeezing feature and spraying function：
201520766529.4], including mop rod, the mop disc that is flexibly connected with described mop rod, in addition to it is located at the mop
On water tank, the water pump that can be connected with described water tank on the mop rod, described water pump be also connected with one be used for
The nozzle of outer water spray, described water pump operate the operation machine that it absorbs water from water tank and most water sprays from nozzle at last with being used for
Structure connects；The water squeezing hand handle that can slide up and down is additionally provided with mop rod, the lower end of the water squeezing hand handle is provided with a water squeezing head, described
Mop disc can stretch into described water squeezing head flushing operation is carried out to mop disc by described water squeezing head.
Such scheme set on mop rod nozzle solve to a certain extent prior art drag sweep during clean
The problem of ability, but the program still without solve existing Wringing mop during water squeezing because planker and squeezing cover it
Between connect the unstable slip caused in planker in squeezing cover and have some setbacks and occur that water squeezing effect is poor, water squeezing efficiency is low to ask
Topic.
The content of the invention
The purpose of this utility model be in view of the above-mentioned problems, provide it is a kind of simple in construction, can in water squeezing by planker and
Squeezing cover, which carries out positioning, prevents planker from being tilted during water squeezing, and water squeezing is smooth, water squeezing efficiency high, effect are good, and can be in water squeezing
After the completion of can Rapid reversal planker and squeezing cover positioning from squeeze mop.
To reach above-mentioned purpose, the utility model employs following technical proposal：Including mop rod and settable mop
Planker, described mop rod lower end are movably connected with planker, and being provided with mop rod can squeezing relative to mop rod axial movement
Water jacket, it is provided between described mop rod and planker in squeezing cover to that during squeezing mop on planker planker can be kept relative all the time
Squeezing cover can be made relative to mop by being provided between the disengaging type maintaining body that mop rod is static, described squeezing cover and mop rod
Bar moves axially so that disengaging type maintaining body is in planker and keeps relative relative to mop rod inactive state or releasing planker
In the operating-controlling mechanism of mop bar state.In use, planker to be turned to the position parallel with mop rod, then protected by disengaging type
Hold mechanism by the position of planker and squeezing cover lock, now move axially one of mop rod or squeezing cover make planker relative to
So as to realize dehydration, disengaging type maintaining body can allow planker and squeezing cover to keep relatively quiet in dehydration for squeezing cover axial movement
Only, so as to allow position of the planker during water squeezing to keep stable, do not tilt, so as to realize water squeezing smoothly purpose, water squeezing effect
Rate is high, planker with squeezing cover is parallel all the time can also allow water squeezing contact surface more stable so as to improve water squeezing effect, it is and complete in water squeezing
Into the rear separation that planker and squeezing cover can be completed by operating-controlling mechanism, depart from and be more convenient, improve operating efficiency.
Above-mentioned from squeezing in mop, described disengaging type maintaining body include the first attachment structure on planker and
The second attachment structure on mop rod, the axial direction in the presence of operating-controlling mechanism when the first attachment structure and the second attachment structure
It is relative to be connected with each other both when drawing close so that planker is static relative to mop rod, and when the first attachment structure and second connect
Binding structure in the presence of operating-controlling mechanism it is axially opposing away from when both can be separated from each other so that planker can be relative to dragging
Barre activity.Operating-controlling mechanism relative to mop rod axial movement come realize the separation of the first attachment structure and the second attachment structure and
Draw close when easily facilitating water squeezing and operated when departing from.
Above-mentioned from crowded mop, the first described attachment structure includes being located at the jack and/or latch of planker sidepiece,
The second described attachment structure includes the latch and/or jack on the outside of mop rod, and described latch can be inserted in jack,
The second described attachment structure is connected with operating-controlling mechanism.
Above-mentioned from squeezing in mop, described operating-controlling mechanism includes axially being movably connected with mop rod and squeezing cover respectively
Adapter sleeve, the second described attachment structure is arranged on adapter sleeve, and described adapter sleeve is connected with spring and spring makes to be connected
Set has relative to mop rod axial downward movement trend, is provided between described adapter sleeve and squeezing cover and is used to prevent adapter sleeve
The barrier structure of set is axially downwardly disconnected, adapter sleeve can be axially positioned on by being provided between described adapter sleeve and mop rod
On mop rod or axial positioning structure of the adapter sleeve relative to the activity of mop rod axial direction can be made, when axial positioning structure makes adapter sleeve
Can relative to mop rod it is axially movable when, adapter sleeve moves axially downwards so as to realize the first attachment structure under the action of the spring
It is connected with each other with the second attachment structure, and when adapter sleeve is axially positioned on mop rod by axial positioning structure, described first
Attachment structure and the second attachment structure are separated from each other.The elastic force that spring provides improves the mop rod backhaul during water squeezing is reciprocal
Efficiency, and then also improve water squeezing efficiency, during water squeezing, barrier structure can allow the first attachment structure and the second attachment structure to keep
Geo-stationary, it is axially fixed so as to realize the dehydration of planker when moving axially upwards mop rod or moving axially downwards squeezing cover
The squeezing cover that bit architecture enables water squeezing complete is maintained at certain position on mop rod, and connects more stable.
Above-mentioned from squeezing in mop, described axial positioning structure includes the guide pin bushing on squeezing cover and is fixed on to drag
Guide on barre, described guide pin bushing can move axially and circumferentially rotate relative to mop rod, and described guide pin bushing and guide are mutual
Socket and it is provided between guide pin bushing and guide and can circumferentially rotates both and can make guide pin bushing and guide axial direction phase after circumferentially rotating
To displacement and circumferentially positioned adjustment structure.Adjustment structure can realize the activity of squeezing cover circumferential and axial on mop rod.
Above-mentioned from squeezing in mop, described adjustment structure includes spiral section guide groove/guide pillar on guide and set
In the guide pillar on guide pin bushing/spiral section guide groove, described guide pillar is located in spiral section guide groove and can slided along spiral section guide groove；Or
Adjustment structure described in person is included located at the screw connection structure between guide and guide pin bushing.This structure enables guide pillar by spiral
Slide to realize the circumferential movement of squeezing cover and axial rotation in the path of section guide groove.
Above-mentioned from squeezing in mop, described planker is in elongated, and described squeezing cover is arranged on mop with extending laterally
On bar, described guide pin bushing is located in relative lead with guide pin bushing displacement axially opposing with guide and guide pin bushing after the circumferentially opposed rotation of guide
Cylinder circumferentially rotates the position after set angle, and the major axis of the planker described in when adapter sleeve is axially positioned on mop rod can turn
Move to the major axis with squeezing cover and be parallel to each other.
Above-mentioned from squeezing in mop, it is in T fonts that described guide pin bushing is connected with squeezing cover, and described guide pin bushing is circumferential with guide
Guide pin bushing is located in relative guide and circumferentially rotates the position after 90 degree with the axially opposing displacement of guide and guide pin bushing after relative rotation.Turn
After dynamic, the major axis of squeezing cover is parallel with the major axis of planker and realizes the positioning of squeezing cover, and now squeezing cover is face-down relative to ground,
Squeezing cover is touched with furniture bottom when being swept so as to avoid dragging.
Above-mentioned from squeezing in mop, described squeezing cover is provided with the one side release cleaning that mop can be set to planker
The cleaning agent release structure of agent.Structure is discharged discharging cleaning agent on mop by cleaning agent to be sprayed while satisfaction in water squeezing
Cleaning agent strengthens the clean dirt ability of mop, and mop cleaning is convenient and decontamination of being more convenient for；, can be again after the completion of water squeezing
The mop for mop spray cleaning agent and then progress ground by cleaning agent release structure drags the cleaning effect swept to strengthen.
Above-mentioned from squeezing in mop, described cleaning agent release structure include being arranged on squeezing cover it is at least one go out
Liquid mouth, described liquid outlet, which is arranged on the built-in storage container for being installed on squeezing cover and/or is arranged on, is connected to squeezing cover
On external storage container, it is provided with liquid outlet and is used to control the control assembly that liquid outlet is turned on and off.
Compared with prior art, this is from the advantages of crowded mop：1. it is simple in construction, planker can be prevented in water squeezing
Tilted in journey, water squeezing is smooth, efficiency high and water squeezing contact surface are stable, and water squeezing effect is good；2. squeezing cover can circumferentially rotate and phase
It is face-down for ground, the bottom for furniture of being more convenient for cleaning；3. can on mop discharge cleaning agent in water squeezing while can be right
Mop is cleaned, moreover it is possible to which cleaning effect when sweeping is dragged in enhancing；4. the separation and connection between planker and squeezing cover are easy to operate.
Brief description of the drawings
Fig. 1 is structural representation provided by the utility model.
Fig. 2 is structure sectional view provided by the utility model.
Fig. 3 is the enlarged drawing at B provided by the utility model.
Fig. 4 is the enlarged drawing at C provided by the utility model.
Fig. 5 is the enlarged drawing at A provided by the utility model.
Fig. 6 is the structural representation of squeezing cover provided by the utility model.
Fig. 7 is the enlarged drawing at D provided by the utility model.
In figure, mop rod 1, planker 2, squeezing cover 3, disengaging type maintaining body 4, operating-controlling mechanism 5, the first attachment structure 6,
Two attachment structures 7, jack 8, latch 9, adapter sleeve 10, spring 11, barrier structure 12, axial positioning structure 13, guide pin bushing 14, guide
15th, structure 16, spiral section guide groove 17, guide pillar 18, cleaning agent release structure 19, liquid outlet 20, built-in storage container 21, control are adjusted
Component 22 processed.
Embodiment
The utility model is described in more detail with reference to the accompanying drawings and detailed description.
As shown in figs. 1-7, this is from mop, including the planker 2 of mop rod 1 and settable mop is squeezed, and the lower end of mop rod 1 is with dragging
Plate 2 is movably connected, and is provided with the squeezing cover 3 that can be moved axially relative to mop rod 1 on mop rod 1, mop rod 1 and planker 2 it
Between be provided with squeezing cover 3 to that can keep planker 2 all the time relative to the static disengaging type of mop rod 1 during squeezing mop on planker 2
Maintaining body 4, being provided between squeezing cover 3 and mop rod 1 can be such that squeezing cover 3 is moved axially relative to mop rod 1 so that clutch
Formula maintaining body 4 is in planker 2 and keeps relative to the inactive state of mop rod 1 or release behaviour of the planker 2 relative to the state of mop rod 1
Control mechanism 5.In use, planker 2 to be turned to the position parallel with mop rod 1, then by disengaging type maintaining body 4 by planker
2 and squeezing cover 3 position locking, now move axially one of mop rod 1 or squeezing cover 3 make planker 2 relative to squeezing cover 3
So as to realize dehydration, disengaging type maintaining body 4 can allow planker 2 to keep geo-stationary in dehydration with squeezing cover 3 for axial movement,
So as to allow position of the planker 2 during water squeezing to keep stable, do not tilt, so as to realize water squeezing smoothly purpose, water squeezing efficiency
Height, planker 2 with squeezing cover 3 is parallel all the time can also allow water squeezing contact surface more stable so as to improve water squeezing effect, it is and complete in water squeezing
Into the rear separation that planker 2 and squeezing cover 3 can be completed by operating-controlling mechanism 5, depart from and be more convenient, improve operating efficiency.
Specifically, the first attachment structure 6 on planker 2 should be included from the disengaging type maintaining body 4 for squeezing mop and was set
In the second attachment structure 7 on mop rod 1, when the first attachment structure 6 and the second attachment structure 7 are in the presence of operating-controlling mechanism 5
It is axially opposing to be connected with each other both when drawing close so that planker 2 is static relative to mop rod 1, and when the first attachment structure 6
With the second attachment structure 7 in the presence of operating-controlling mechanism 5 it is axially opposing away from when both can be separated from each other so that the energy of planker 2
It is enough to realize that the first attachment structure 6 and second connects relative to the axial movement of mop rod 1 relative to the activity of mop rod 1, operating-controlling mechanism 5
The separation of binding structure 7 and draw close when easily facilitating water squeezing and operated when departing from.Wherein, the first described attachment structure 6 includes setting
In the jack 8 and/or latch 9 of the sidepiece of planker 2, the second described attachment structure 7 include located at the outside of mop rod 1 latch 9 and/
Or jack 8, described latch 9 can be inserted in jack 8, the second described attachment structure 7 is connected with operating-controlling mechanism 5.
Further, described operating-controlling mechanism 5 includes the connection being axially movably connected with mop rod 1 and squeezing cover 3 respectively
Set 10, the second described attachment structure 7 is arranged on adapter sleeve 10, and described adapter sleeve 10 is connected with spring 11 and spring 11 makes
Adapter sleeve 10 has relative to the axial downward movement trend of mop rod 1, and the elastic force that spring 11 provides is improved in the reciprocal mistake of water squeezing
The efficiency of the backhaul of mop rod 1 in journey, and then water squeezing efficiency is also improved, it is provided with and is used between described adapter sleeve 10 and squeezing cover 3
Adapter sleeve 10 is prevented axially downwardly to be disconnected the barrier structure 12 of set 10, during water squeezing, barrier structure 12 can allow the first connection
The attachment structure 7 of structure 6 and second keeps geo-stationary, so as to move axially upwards mop rod 1 or move axially downwards water squeezing
The dehydration of planker is realized when covering 3, being provided between described adapter sleeve 10 and mop rod 1 can make adapter sleeve 10 be axially positioned on mop
On bar 1 or axial positioning structure 13 of the adapter sleeve 10 relative to the activity of the axial direction of mop rod 1 can be made, when axial positioning structure 13 makes company
Female connector 10 can relative to mop rod 1 it is axially movable when, adapter sleeve 10 is moved axially downwards in the presence of spring 11 so as to realize
First attachment structure 6 and the second attachment structure 7 are connected with each other, and are dragged when adapter sleeve 10 is axially positioned on by axial positioning structure 13
During barre 1, the first described attachment structure 6 and the second attachment structure 7 are separated from each other, and axial positioning structure 13 make it that water squeezing is complete
Squeezing cover 3 can be maintained at certain position on mop rod 1, and connect more stable.
Further, axial positioning structure 13 includes the guide pin bushing 14 on squeezing cover 3 and is fixed on mop rod 1
Guide 15, described guide pin bushing 14 can move axially and circumferentially rotate relative to mop rod 1, and described guide pin bushing 14 and guide 15 are mutual
Socket and it is provided between guide pin bushing 14 and guide 15 and can circumferentially rotates both and can make guide pin bushing 14 and guide after circumferentially rotating
15 axially opposing displacements and circumferentially positioned adjustment structure 16, adjustment structure 16 can realize that squeezing cover 3 is circumferential on mop rod 1
With the activity of axial direction.The described adjustment structure 16 includes the guide pillar 18 of spiral section guide groove 17/ on the guide 15 and located at leading
The spiral section guide groove 17 of guide pillar 18/ on set 14, described guide pillar 18 are located in spiral section guide groove 17 and can be along spiral section guide grooves
17 slide；Or described adjustment structure 16 includes making located at the screw connection structure between guide 15 and guide pin bushing 14, this structure
Obtaining guide pillar 18 can be slided to realize the circumferential movement of squeezing cover 3 and axial rotation by the path of spiral section guide groove 17；And drag
Plate 2 is in elongated, and described squeezing cover 3 is arranged on mop rod 1 with extending laterally, and described guide pin bushing 14 and guide 15 are circumferentially opposed
Guide pin bushing 14 is located in after circumferentially rotating set angle with respect to guide 15 with 15 axially opposing displacement of guide and guide pin bushing 14 after rotation
Position, and the major axis of the planker 2 described in when adapter sleeve 10 is axially positioned on mop rod 1 can turn to and squeezing cover 3
Major axis is parallel to each other.
In addition, it is in T fonts that guide pin bushing 14 is connected with squeezing cover 3, described guide pin bushing 14 after 15 circumferentially opposed rotation of guide with leading
Set 14 is located in relative guide 15 and circumferentially rotates the position after 90 degree with 15 axially opposing displacement of guide and guide pin bushing 14.Rotate
Afterwards, the major axis of squeezing cover 3 is parallel with the major axis of planker 2 and positioning that realize squeezing cover 3, and now squeezing cover 3 faces relative to ground
Under, squeezing cover 3 is touched with furniture bottom when being swept so as to avoid dragging；Described squeezing cover 3, which is provided with, mop can be set to planker 2
One side release cleaning agent cleaning agent release structure 19, by cleaning agent discharge structure 19 cleaning agent is discharged on mop to expire
Cleaning agent is sprayed while water squeezing enough to strengthen the clean dirt ability of mop, mop cleaning convenience and decontamination of being more convenient for；
After the completion of water squeezing, structure 19 can be discharged again by cleaning agent mop is carried out spraying cleaning agent and then carries out the mop on ground
The cleaning effect swept is dragged to strengthen.Further, cleaning agent release structure 19 include be arranged on squeezing cover 3 it is at least one go out
Liquid mouth 20, described liquid outlet 20 be arranged on the built-in storage container 21 for being installed on squeezing cover 3 and/or be arranged on be connected to it is crowded
On the external storage container of water jacket 3, it is provided with liquid outlet 20 and is used to control the control assembly 22 that liquid outlet 20 is turned on and off.
Specific embodiment described herein is only to the utility model spirit explanation for example.The utility model institute
Category those skilled in the art can make various modifications or supplement to described specific embodiment or using similar
Mode substitute, but without departing from spirit of the present utility model or surmount scope defined in appended claims.
Although more used herein mop rod 1, planker 2, squeezing cover 3, disengaging type maintaining body 4, operating-controlling mechanism 5,
First attachment structure 6, the second attachment structure 7, jack 8, latch 9, adapter sleeve 10, spring 11, barrier structure 12, axially position knot
Structure 13, guide pin bushing 14, guide 15, adjustment structure 16, spiral section guide groove 17, guide pillar 18, cleaning agent release structure 19, liquid outlet 20,
The terms such as built-in storage container 21, control assembly 22, but it is not precluded from the possibility using other terms.Using these terms only
Merely to more easily describe and explain essence of the present utility model；Being construed as any additional limitation is all
Disagreed with the utility model spirit.
Claims (10)
1. a kind of from mop, including the planker (2) of mop rod (1) and settable mop is squeezed, described mop rod (1) lower end is with dragging
Plate (2) is movably connected, and the squeezing cover (3) that can be moved axially relative to mop rod (1) is provided with mop rod (1), and its feature exists
In being provided between described mop rod (1) and planker (2) in squeezing cover (3) to that can keep dragging during squeezing mop on planker (2)
Plate (2) all the time relative to the static disengaging type maintaining body (4) of mop rod (1), described squeezing cover (3) and mop rod (1) it
Between be provided with can make squeezing cover (3) relative to mop rod (1) move axially so that disengaging type maintaining body (4) is in planker (2)
Keep relative to mop rod (1) inactive state or release operating-controlling mechanism (5) of the planker (2) relative to mop rod (1) state.
It is 2. according to claim 1 from crowded mop, it is characterised in that described disengaging type maintaining body (4) includes being located at
The first attachment structure (6) on planker (2) and the second attachment structure (7) on mop rod (1), when the first attachment structure
(6) and the second attachment structure (7) in the presence of operating-controlling mechanism (5) it is axially opposing draw close when both can be connected with each other so that
Planker (2) is static relative to mop rod (1), and when the first attachment structure (6) and the second attachment structure (7) are in operating-controlling mechanism (5)
In the presence of it is axially opposing away from when both can be separated from each other so that planker (2) can relative to mop rod (1) activity.
It is 3. according to claim 2 from crowded mop, it is characterised in that described the first attachment structure (6), which includes being located at, drags
The jack (8) and/or latch (9) of plate (2) sidepiece, described the second attachment structure (7) include inserting on the outside of mop rod (1)
(9) and/or jack (8) are sold, described latch (9) can be inserted in jack (8), described the second attachment structure (7) and manipulation
Mechanism (5) is connected.
4. mop is squeezed certainly according to Claims 2 or 3, it is characterised in that described operating-controlling mechanism (5) is included respectively with dragging
The adapter sleeve (10) that barre (1) and squeezing cover (3) are axially movably connected, described the second attachment structure (7) are arranged on adapter sleeve
(10) on, described adapter sleeve (10) is connected with spring (11) and spring (11) makes adapter sleeve (10) have relative to mop rod
(1) axial downward movement trend, it is provided between described adapter sleeve (10) and squeezing cover (3) and is used to prevent adapter sleeve (10) axially
The barrier structure (12) of set (10) is disconnected downwards, and being provided between described adapter sleeve (10) and mop rod (1) can make to be connected
Set (10) is axially positioned on mop rod (1) or can make axially position of the adapter sleeve (10) relative to the activity of mop rod (1) axial direction
Structure (13), when axial positioning structure (13) makes adapter sleeve (10) axially movable relative to mop rod (1), adapter sleeve (10)
Moved axially downwards in the presence of spring (11) so as to realize that the first attachment structure (6) mutually interconnects with the second attachment structure (7)
Connect, and when adapter sleeve (10) is axially positioned on mop rod (1) by axial positioning structure (13), the first described attachment structure
(6) it is separated from each other with the second attachment structure (7).
It is 5. according to claim 4 from crowded mop, it is characterised in that described axial positioning structure (13) is included located at crowded
Guide pin bushing (14) on water jacket (3) and the guide (15) being fixed on mop rod (1), described guide pin bushing (14) can be relative to mop rod
(1) move axially and circumferentially rotate, described guide pin bushing (14) is with guide (15) mutually socket and in guide pin bushing (14) and guide (15)
Between be provided with and can circumferentially rotate both and can make guide pin bushing (14) and the axially opposing displacement of guide (15) and week after circumferentially rotating
To the adjustment structure (16) of positioning.
It is 6. according to claim 5 from crowded mop, it is characterised in that described adjustment structure (16) includes being located at guide
(15) spiral section guide groove (17)/guide pillar (18) on and the guide pillar (18) on guide pin bushing (14)/spiral section guide groove (17), it is described
Guide pillar (18) be located in spiral section guide groove (17) and can be slided along spiral section guide groove (17)；Or described adjustment structure
(16) include located at the screw connection structure between guide (15) and guide pin bushing (14).
It is 7. according to claim 5 from squeezing mop, it is characterised in that described planker (2) is in elongated, described squeezing cover
(3) it is arranged on extending laterally on mop rod (1), described guide pin bushing (14) and guide pin bushing (14) after guide (15) circumferentially opposed rotation
Displacement axially opposing with guide (15) and guide pin bushing (14) are located in relative guide (15) and circumferentially rotate the position after set angle,
And the major axis of the planker (2) described in when adapter sleeve (10) is axially positioned on mop rod (1) can turn to and squeezing cover (3)
Major axis is parallel to each other.
It is 8. according to claim 7 from crowded mop, it is characterised in that it is in T that described guide pin bushing (14) is connected with squeezing cover (3)
Font, described guide pin bushing (14) and guide pin bushing (14) displacement axially opposing with guide (15) after guide (15) circumferentially opposed rotation and leads
Set (14) is located in relative guide (15) and circumferentially rotates the position after 90 degree.
9. according to claim 1 or 2 or 3 from squeezing mop, it is characterised in that described squeezing cover (3) is provided with can be to
The cleaning agent release structure (19) of the one side release cleaning agent of mop can be set in planker (2).
It is 10. according to claim 9 from crowded mop, it is characterised in that described cleaning agent release structure (19) includes setting
At least one liquid outlet (20) on squeezing cover (3) is put, described liquid outlet (20), which is arranged on, is installed on the interior of squeezing cover (3)
Put on storage container (21) and/or be arranged on and be connected on the external storage container of squeezing cover (3), be provided with liquid outlet (20)
For the control assembly (22) for controlling liquid outlet (20) to be turned on and off.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2016211515434 | 2016-10-23 | ||
| CN201621151543 | 2016-10-23 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206910302U true CN206910302U (en) | 2018-01-23 |
Family
ID=61309862
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621182356.2U Active CN206910302U (en) | 2016-10-23 | 2016-11-03 | From crowded mop |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206910302U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106974600A (en) * | 2016-11-03 | 2017-07-25 | 嘉兴杰创智能电器有限公司 | From crowded mop |
-
2016
- 2016-11-03 CN CN201621182356.2U patent/CN206910302U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106974600A (en) * | 2016-11-03 | 2017-07-25 | 嘉兴杰创智能电器有限公司 | From crowded mop |
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