CN107411660A - From the panel resetting structure of drying of mop - Google Patents
From the panel resetting structure of drying of mop Download PDFInfo
- Publication number
- CN107411660A CN107411660A CN201710596090.9A CN201710596090A CN107411660A CN 107411660 A CN107411660 A CN 107411660A CN 201710596090 A CN201710596090 A CN 201710596090A CN 107411660 A CN107411660 A CN 107411660A
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- Prior art keywords
- panel
- mop
- drying
- seat
- top pressure
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- Granted
Links
- 238000001035 drying Methods 0.000 title claims abstract description 44
- 238000013016 damping Methods 0.000 claims abstract description 46
- 230000007246 mechanism Effects 0.000 claims abstract description 10
- 230000000903 blocking effect Effects 0.000 claims description 16
- 238000004140 cleaning Methods 0.000 abstract description 14
- 230000000694 effects Effects 0.000 description 14
- 230000007306 turnover Effects 0.000 description 9
- 239000004744 fabric Substances 0.000 description 7
- 230000003139 buffering effect Effects 0.000 description 6
- 238000010586 diagram Methods 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 2
- 230000009471 action Effects 0.000 description 1
- 238000005266 casting Methods 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 239000000428 dust Substances 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 230000007774 longterm Effects 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000009467 reduction Effects 0.000 description 1
- 239000013589 supplement Substances 0.000 description 1
Classifications
-
- 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
- A47L13/14—Scrubbing; Scouring; Cleaning; Polishing combined with squeezing or wringing devices
- A47L13/142—Scrubbing; Scouring; Cleaning; Polishing combined with squeezing or wringing devices having torsional squeezing or wringing action
-
- 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
- A47L13/258—Plate frames of adjustable or foldable type
Abstract
The invention belongs to cleaning supplies technical field, it is related to mop, more particularly, to a kind of panel resetting structure from drying of mop.It solve it is existing from drying of mop reset it is too fast the problems such as.Panel rotation exhibition elastic mechanism is provided with including mop seat and the panel for being rotationally connected with mop seat, between described mop seat and panel, it is characterised in that panel rotation exhibition gear is additionally provided between described mop seat and panel.Advantage is：By being provided with elastic damping between panel and mop seat, it can so be buffered with providing one during opposite sheet reset early stage, to slow down the speed of panel reset early stage, make it will not Rapid reset, the stability used and service life of mop are improved, and sheet reset later stage top pressure offer power-assisted makes it quickly be resetted face to face.
Description
Technical field
The invention belongs to cleaning supplies technical field, it is related to mop, is answered more particularly, to a kind of from the panel of drying of mop
Bit architecture.
Background technology
Mop is a kind of common ground cleaning tool, i.e., mainly includes plate body, have mop rod in plate body upper articulation, under
Portion is cleaned, wrung out to solve the problems, such as to need manually to remove cleaning cloth, existing mop is gradually drilled covered with cleaning cloth
Become from drying of mop, from the main turnover panel for including mop seat, being articulated in fixed mop seat two of drying of mop, turnover
Torsion spring is provided between panel and mop seat, swivel head is equipped with mop seat, there is cleaning piece at mop seat and the back side for turning down panel,
It is hooked in the middle part of cleaning piece on swivel head, the both ends of cleaning piece are hooked on turnover panel respectively, with the knot of cleaning piece, turnover
Mutually overturn between panel and mop seat.In order to realize the reset of turnover panel, it is provided with and turns round between turnover panel and mop seat
Spring, when mop cloth is in knot state, turnover panel turnover, and now the elastic force of torsion spring is maximum, and suddenly after release, aqueous meeting
Splashed because mop board launches suddenly, meanwhile, panel reset speed is very fast, lacks buffering, reduces, length poor using manipulation sense
Time, which is easily caused after between turnover panel and mop seat, to be loosened, and can cause to turn down panel and mop seat phase if serious
Mutual break-off.
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 one kind wrings out flat mop [application number certainly：201610473810.8], including it is flat
Plate mophead, the swivel head being located in flat mophead, the cleaning piece positioned at the flat mophead back side；Swivel head has hook
Portion, hook portion are located at the lower section of flat mophead, and cleaning piece is hooked in the hook portion；At the back side of flat mophead, provided with positioned at
The slide rail of hook portion both sides, slide rail extend from the end of flat mophead to hook portion direction, and slide rail is provided with and can slid along
Cloth pawl, cleaning piece is hooked on cloth pawl；The resetting-mechanism for resetting cloth pawl is additionally provided between cloth pawl and flat mophead.
Such scheme solve to a certain extent it is existing from drying of mop cleaning piece reset when panel easily go out with mop seat
The problem of now loosening, solve its reset issues by the way that panel and mop seat are wholely set, and by slide rail, but due to this
The motion of hook portion is easily caused when slide rail has foreign matter in scheme to have some setbacks, in addition, the program still there is：Cleaning piece is answered early stage
Bit rate is very fast, the problems such as lacking buffering.
The content of the invention
Regarding the issue above, the present invention provides a kind of simple in construction, twisting certainly with buffering when panel resets
The panel resetting structure of dust mop.
To reach above-mentioned purpose, present invention employs following technical proposal：This is wrapped from the panel resetting structure of drying of mop
Include mop seat and be rotationally connected with the panel of mop seat, panel rotation exhibition elastic mechanism is provided between described mop seat and panel,
Characterized in that, panel rotation exhibition gear is additionally provided between described mop seat and panel.Preferably, panel rotation exhibition here
Elastic mechanism is the torsion spring member being arranged between mop seat and panel, can reset panel in the presence of torsion spring member, this
In the main function of panel rotation exhibition gear be by providing damping to the reset force of torsion spring member, so slowing down panel and answer
The speed of position.
In the above-mentioned panel resetting structure from drying of mop, described panel rotation exhibition gear includes being located at mop
Damping structure between seat and panel.
In the above-mentioned panel resetting structure from drying of mop, described damping structure is elastic damping structure.
As one of which preferred scheme, in the above-mentioned panel resetting structure from drying of mop, described damping knot
Structure includes the elastic top-pressure part on mop seat, and described elastic top-pressure part is in contact with panel rear.
In the above-mentioned panel resetting structure from drying of mop, described elastic top-pressure part includes top pressure body, described
The front end of top pressure body is in contact with panel rear, and elastic component, described elastic component one end are provided between top pressure body and mop seat
Mop seat is acted on, the other end acts on top pressure body.That is top pressure body counter plate rear end is promoted to carry out by elastic component
Top pressure, it is achieved in that the damping action during sheet reset of opposite.
In the above-mentioned panel resetting structure from drying of mop, described panel is provided with mounting hole, described elasticity
Part is located in mounting hole, and the rear end of described top pressure body is located in mounting hole, and anticreep group is provided between top pressure body and mounting hole
Part.
In the above-mentioned panel resetting structure from drying of mop, described anti-drop assembly is included located at the aperture of mounting hole
The limited step of inner side, the rear end outside of described top pressure body are provided with stopper protrusion, described limited step and stopper protrusion phase
Mutually against setting.
In the above-mentioned panel resetting structure from drying of mop, described mounting hole is in the mounting seat and mounting hole
Rear end opening, described mounting seat are arranged in mop seat and fixed by fastener；Described top pressure body rear end has positioning hole,
Described elastic component front end is inserted in positioning hole.
In the above-mentioned panel resetting structure from drying of mop, described elastic top-pressure part front end has the first top pressure
Face, described panel rear end have the second top pressure face, and the contact site of the first described top pressure face and the second top pressure face is top pressure
Region.With the swing of panel, the position in top pressure region also changes therewith.
In the above-mentioned panel resetting structure from drying of mop, in described the first top pressure face and the second top pressure face at least
It is on-plane surface to have one.
In the above-mentioned panel resetting structure from drying of mop, the first described top pressure face is plane, described second
The curved face of top pressure face or inclined-plane, described inclined-plane are down-set from panel top towards panel inclined bottom surface.
In the above-mentioned panel resetting structure from drying of mop, the pin joint of described panel and mop seat is positioned at elasticity
On the outside of top-pressure part center line, and described top pressure region during panel expansion is from the outside of panel and the pin joint of mop seat
Move inward.
Obviously, when the second top pressure face here is arcwall face, as the swing of panel from inside to outside resets, top pressure region
Understand the inner side by gradually becoming the pin joint positioned at panel and mop seat on the outside of the pin joint of panel and mop seat, work as top
When intermediate pressure section is located at the outside of the pin joint of panel and mop seat, the swing of elastic top-pressure part counter plate resets the work for playing damping
With, the effect for reducing panel swing speed is realized, is resetted as panel continues to swing, when crossing critical point, i.e. top pressure region
Positioned at the inner side of panel and the pin joint of mop seat, the swing of elastic top-pressure part counter plate, which resets, plays a part of power-assisted, realizes
Accelerate the effect of panel swing speed.Obviously, so can be right by providing a reverse damping force during opposite sheet reset early stage
One buffering is provided when panel resets, make its will not Rapid reset so that be less prone to loosening between panel and mop seat,
Manipulation sense is improved, after panel is rocked to critical point and in the later stage is resetted, the reset of elastic top-pressure mechanism counter plate provides
Power-assisted, it can be made quickly to be resetted.
When the second top pressure face here is inclined-plane, as panel swing from inside to outside resets, top pressure region also can be by
The inner side of the pin joint positioned at panel and mop seat, different ground are gradually become on the outside of the pin joint of panel and mop seat
Side is, when top pressure region is located at the outside of the pin joint of panel and mop seat, the swing of elastic top-pressure part counter plate resets
Play a part of damping, realize the effect for reducing panel swing speed, when the second top pressure face is close in the first top pressure face, tool
There is brake, can so make it that panel stops swinging reset, when panel continues to swing out reset under external force
When, the still swing of counter plate of elastic top-pressure part, which resets, plays a part of damping, resets as panel continues to swing, faces when crossing
During boundary's point, i.e., top pressure region is located at the inner side of the pin joint of panel and mop seat, and the swing of elastic top-pressure part counter plate resets
To the effect of power-assisted, the effect for accelerating panel swing speed is realized.
As another preferred scheme, in the above-mentioned panel resetting structure from drying of mop, described damping structure
Including the elastic top-pressure part located at panel rear, described elastic top-pressure part is in contact with mop seat.That is, bullet here
Property top-pressure part be arranged on panel, by elastic top-pressure part and mop seat contact so as to reduce panel swing reset speed.
As another preferred scheme, in the above-mentioned panel resetting structure from drying of mop, described damping structure
Including the flexure strip on mop seat and the blocking surface on panel, the outer end of described flexure strip is set diagonally downward,
And the outer end of the flexure strip described in during panel deploys can be resisted against blocking surface.Swing and resetted from inside to outside in panel
Cheng Zhong, contacted with each other by the flexure strip for being arranged on mop seat side with the blocking surface being arranged on panel to reduce answering for panel
Bit rate.
As another preferred scheme, in the above-mentioned panel resetting structure from drying of mop, described damping structure
Including the flexure strip on panel and the blocking surface on mop seat, the upper end of described flexure strip tilts upward setting,
And the outer end of the flexure strip described in during panel deploys can be resisted against blocking surface.Swing and resetted from inside to outside in panel
Cheng Zhong, contacted with each other by the flexure strip being arranged on panel with being arranged on the blocking surface that mop is done to reduce the reset of panel
Speed.
In the above-mentioned panel resetting structure from drying of mop, described blocking surface is to be arranged on panel or mop seat
Neck inwall.That is, face to face sheet reset to certain angle when, the end of flexure strip inserts in neck and end and card
The inwall of groove is in contact, and the reset speed for declining bottom surface plate is acted in the elastic force of frictional force and flexure strip.
As another preferred scheme, in the above-mentioned panel resetting structure from drying of mop, described damping structure
For frictional force damping structure.Here frictional force damping structure can using at mop seat and panel pin joint set damping come
Realizing reduces the effect of panel reset speed, for example, can increase the modes such as the frictional force between mop seat and panel pin joint
To realize.
Compared with prior art, this is from the advantages of panel resetting structure of drying of mop：By panel and dragging
Damping is provided between seat, a buffering can be so provided with opposite sheet reset, to slow down the speed of panel reset early stage, makes it
Will not Rapid reset so that be less prone to loosening between panel and mop seat, improve manipulation sense, improve making for mop
Stability and service life, meanwhile, it is quickly resetted in panel reset later stage offer power-assisted when that can also realize.
Brief description of the drawings
Fig. 1 is the structural representation that panel is in deployed condition in embodiment one provided by the invention；
Fig. 2 is enlarged drawing at A in Fig. 1；
Fig. 3 is the partial structural diagram that panel is in deployed condition in embodiment one provided by the invention；
When Fig. 4 is the outside for the pin joint that top pressure region is located at panel and mop seat in embodiment one provided by the invention
Structural representation；
When Fig. 5 is the outside for the pin joint that top pressure region is located at panel and mop seat in embodiment one provided by the invention
Partial structural diagram；
When Fig. 6 is the inner side for the pin joint that top pressure region is located at panel and mop seat in embodiment one provided by the invention
Structural representation；
When Fig. 7 is the inner side for the pin joint that top pressure region is located at panel and mop seat in embodiment one provided by the invention
Partial structural diagram；
When Fig. 8 is the outside for the pin joint that top pressure region is located at panel and mop seat in embodiment two provided by the invention
Structural representation；
Fig. 9 is enlarged drawing at B in Fig. 8；
When Figure 10 is the inner side for the pin joint that top pressure region is located at panel and mop seat in embodiment two provided by the invention
Structural representation；
Figure 11 is that panel is in structural representation when collapsing in embodiment three provided by the invention；
Figure 12 is that panel is in the structural representation swung when resetting in embodiment three provided by the invention；
Figure 13 is that panel is in structural representation when deploying in embodiment three provided by the invention；
In figure, mop seat 1, panel 2, panel rotation exhibition elastic mechanism 3, torsion spring member 31, damping structure 4, elastic top-pressure part
41st, top pressure body 411, elastic component 412, mounting hole 413, limited step 414, stopper protrusion 415, mounting seat 416, fastener 417,
Positioning hole 418, the first top pressure face 42, the second top pressure face 43, top pressure region 44, pin joint 45, flexure strip 46, blocking surface 47, card
Groove 48.
Embodiment
Embodiment one
As Figure 1-3, this is from the panel resetting structure of drying of mop, including mop seat 1 and is rotationally connected with mop seat 1
Panel 2, between mop seat 1 and panel 2 be provided with panel rotation exhibition elastic mechanism 3, be additionally provided with panel between mop seat 1 and panel 2
Rotation exhibition gear, it is preferable that panel rotation exhibition elastic mechanism 3 here is the torsion spring group being arranged between mop seat 1 and panel 2
It part 31, can reset panel 2 in the presence of torsion spring member 31, the main function of panel rotation exhibition gear here is to pass through
Damping is provided to the reset force of torsion spring member 31, so slows down the speed of panel reset.
Specifically, panel rotation exhibition gear here is included located at the damping structure 4 between mop seat 1 and panel 2, example
Such as, damping structure 4 here is elastic damping structure.Wherein, damping structure 4 can include the elastic top on mop seat 1
Casting die 41, elastic top-pressure part 41 are in contact with the rear portion of panel 2.
Further, elastic top-pressure part 41 here includes top pressure body 411, front end and the rear portion phase of panel 2 of top pressure body 411
Contact, is provided with elastic component 412, the one end of elastic component 412 acts on mop seat 1, the other end between top pressure body 411 and mop seat 1
Act on top pressure body 411.
In order to prevent top pressure body 411 from departing from mop seat under the effect of elastic component 412, following structure can be used, for example, can
To set mounting hole 413 on panel 2, elastic component 412 is located in mounting hole 413, and the rear end of top pressure body 411 is located at mounting hole
In 413, anti-drop assembly is provided between top pressure body 411 and mounting hole 413.Wherein, anti-drop assembly here is included located at installation
Limited step 414 on the inside of the aperture in hole 413, is provided with stopper protrusion 415 on the outside of the rear end of top pressure body 411, limited step 414 and
Stopper protrusion 415 abuts setting.
Here mounting hole 413 in the mounting seat 416 and mounting hole 413 rear end opening, mounting seat 416, which is arranged in, drags
Fixed seat 1 and by fastener 417；The rear end of top pressure body 411 has positioning hole 418, and the front end of elastic component 412 inserts in positioning hole
In 418.
Here the front end of elastic top-pressure part 41 has the first top pressure face 42, and the rear end of panel 2 has the second top pressure face 43, and first
The contact site of the top pressure face 43 of top pressure face 42 and second is top pressure region 44.Preferably, the first top pressure face 42 and second here
At least one in top pressure face 43 is on-plane surface.For example, the first top pressure face 42 is plane, 43 curved face of the second top pressure face, tiltedly
Face is down-set from the top surface of panel 2 to the inclined bottom surface of panel 2.That is, the pin joint 45 of panel 2 and mop seat 1 is located at bullet
Property top-pressure part 41 center line on the outside of, and during the expansion of panel 2 top pressure region 44 from panel 2 and the pin joint 45 of mop seat 1
Outside move inward.
Obviously, when the second top pressure face 43 here is arcwall face, as the swing of panel 2 from inside to outside resets, top pressure
Region 44 can be by gradually becoming positioned at the be hinged of panel 2 and mop seat 1 positioned at the outside of panel 2 and the pin joint 45 of mop seat 1
The inner side of point 45, as illustrated in figures 4-5, when top pressure region 44 is located at the outside of panel 2 and the pin joint 45 of mop seat 1, elasticity
The swing of the counter plate 2 of top-pressure part 41, which resets, plays a part of damping, the effect for reducing the swing speed of panel 2 is realized, with panel 2
Continue to swing and reset, as shown in fig. 6-7, when crossing critical point, i.e., top pressure region is located at the pin joint of panel 2 and mop seat 1
45 inner side, the swing of the elastic counter plate 2 of top-pressure part 41, which resets, plays a part of power-assisted, realizes and accelerates the swing speed of panel 2
Effect.Obviously, a reverse damping force is provided when resetting early stage by counter plate 2, one is provided when can so be resetted with counter plate 2
Individual buffering, make its will not Rapid reset so that be less prone to loosening between panel 2 and mop seat 1, improve manipulation sense,
After panel 2 is rocked to critical point and in the later stage is resetted, the reset of the elastic counter plate 2 of top-pressure part 41 provides power-assisted, can make it
Quickly resetted.
Embodiment two
As seen in figs. 8-10, the structure of the present embodiment, principle and implementation steps are similar with embodiment one, different places
It is, the second top pressure face 43 here is in inclined-plane, when the second top pressure face 43 here is inclined-plane, with panel 2 from inside to outside
Swing reset, top pressure region 44 can be also gradually become positioned at panel by the outside positioned at panel 2 and the pin joint 45 of mop seat 1
2 with the inner side of the pin joint 45 of mop seat 1, different places is, when top pressure region 44 is located at the hinge of panel 2 and mop seat 1
During the outside of contact 45, the swing of the elastic counter plate 2 of top-pressure part 41, which resets, plays a part of damping, and realizing, which reduces panel 2, swings
The effect of speed, when the second top pressure face 43 is close in the first top pressure face 42, there is brake, can so cause face
Plate 2 stops swinging reset, when panel 2 continues to swing out reset under external force, elastic top-pressure part 41 still counter plate 2
Swing reset and play a part of damping, resetted as panel 2 continues to swing, when crossing critical point, i.e. 44, top pressure region
In the inner side of panel 2 and the pin joint 45 of mop seat 1, the swing of the elastic counter plate 2 of top-pressure part 41, which resets, plays a part of power-assisted,
Realize the effect for accelerating the swing speed of panel 2.
Embodiment three
As figs 11-13, the structure of the present embodiment, principle and implementation steps are similar with embodiment one, different ground
Side is that damping structure 4 here is also equally elastic damping structure, but, damping knot here different from embodiment one, two
Structure 4 includes the flexure strip 46 being located on mop seat 1 and the blocking surface 47 on panel 2, the outer end of described flexure strip 46 are inclined
Set obliquely, and the outer end of described flexure strip 46 during the expansion of panel 2 can be resisted against blocking surface 47, it is preferable that this
In blocking surface 47 be the inwall for being arranged on neck 48 on panel 2.That is, when panel 2 is in the effect of torsion spring member 31
During lower reset, when panel 2 is reset to certain angle, the end of flexure strip 46 inserts in the interior of in neck 48 and end and neck 48
Wall is in contact, and the reset speed for declining bottom surface plate 2 is acted in the elastic force of frictional force and flexure strip.
Example IV
The structure, principle and implementation steps of the present embodiment are similar with embodiment three, and different places are, resistance here
Buddhist nun's structure includes the flexure strip being located on panel and the blocking surface on mop seat, the upper end of flexure strip tilt upward setting,
And the outer end of the flexure strip described in during panel deploys can be resisted against blocking surface, that is to say, that flexure strip here is to set
Put on panel, also inserted in by the end of flexure strip in neck 48 and end is in contact with the inwall of neck,
The effect of the elastic force of frictional force and flexure strip declines the reset speed of bottom surface plate.
Embodiment five
The structure of the present embodiment, principle and implementation steps are similar with embodiment one or two, and different places are, here
Damping structure include elastic top-pressure part located at panel rear, described elastic top-pressure part is in contact with mop seat, that is,
Say elastic top-pressure part set location with embodiment one or two on the contrary, principle reference implementation example one or two, is not just repeated one by one here.
Embodiment six
The structure, principle and implementation steps of the present embodiment are similar with embodiment one, and different places are, resistance here
Buddhist nun's structure is frictional force damping structure, that is to say, that frictional force damping structure can be used and set at mop seat and panel pin joint
Damping is put to realize the effect of reduction panel reset speed, for example, the friction between mop seat and panel pin joint can be increased
The modes such as power are realized.
Specific embodiment described herein is only to spirit explanation for example of the invention.Technology belonging to the present invention is led
The technical staff in domain can be made various modifications or supplement to described specific embodiment or be replaced using similar mode
Generation, but without departing from the spiritual of the present invention or surmount scope defined in appended claims.
Although mop seat 1, panel 2, panel rotation exhibition elastic mechanism 3, torsion spring member 31, damping knot have more been used herein
Structure 4, elastic top-pressure part 41, top pressure body 411, elastic component 412, mounting hole 413, limited step 414, stopper protrusion 415, mounting seat
416th, fastener 417, positioning hole 418, the first top pressure face 42, the second top pressure face 43, top pressure region 44, pin joint 45, flexure strip
46th, the term such as blocking surface 47, neck 48, but it is not precluded from the possibility using other terms.The use of these terms is only to be
The essence of the present invention is more easily described and explained, being construed as any additional limitation is all and present invention essence
What god disagreed.
Claims (17)
1. a kind of panel resetting structure from drying of mop, including mop seat (1) and the panel for being rotationally connected with mop seat (1)
(2) panel rotation exhibition elastic mechanism (3), is provided between described mop seat (1) and panel (2), it is characterised in that described mop
Panel rotation exhibition gear is additionally provided between seat (1) and panel (2).
2. the panel resetting structure according to claim 1 from drying of mop, it is characterised in that described panel rotation exhibition becomes
Fast mechanism is included located at the damping structure (4) between mop seat (1) and panel (2).
3. the panel resetting structure according to claim 2 from drying of mop, it is characterised in that described damping structure
(4) it is elastic damping structure.
4. the panel resetting structure according to claim 3 from drying of mop, it is characterised in that described damping structure
(4) the elastic top-pressure part (41) on mop seat (1) is included, described elastic top-pressure part (41) connects with panel (2) rear portion
Touch.
5. the panel resetting structure according to claim 4 from drying of mop, it is characterised in that described elastic top-pressure part
(41) top pressure body (411) is included, the front end of described top pressure body (411) is in contact with panel (2) rear portion, in top pressure body (411)
Elastic component (412) is provided between mop seat (1), described elastic component (412) one end acts on mop seat (1), and the other end is made
For top pressure body (411).
6. the panel resetting structure according to claim 5 from drying of mop, it is characterised in that on described panel (2)
Provided with mounting hole (413), described elastic component (412) is located in mounting hole (413), the rear end position of described top pressure body (411)
In mounting hole (413), anti-drop assembly is provided between top pressure body (411) and mounting hole (413).
7. the panel resetting structure according to claim 6 from drying of mop, it is characterised in that described anti-drop assembly bag
The limited step (414) on the inside of the aperture of mounting hole (413) is included, limit is provided with the outside of the rear end of described top pressure body (411)
Position convex portion (415), described limited step (414) abut setting with stopper protrusion (415).
8. the panel resetting structure according to claim 7 from drying of mop, it is characterised in that described mounting hole
(413) in the mounting seat (416) and mounting hole (413) rear end opening, described mounting seat (416) is arranged in mop seat
(1) it is and fixed by fastener (417)；Described top pressure body (411) rear end has positioning hole (418), described elastic component
(412) front end is inserted in positioning hole (418).
9. the panel resetting structure from drying of mop according to any one in claim 4-8, it is characterised in that described
Elastic top-pressure part (41) front end there is the first top pressure face (42), described panel (2) rear end has the second top pressure face (43), institute
The first top pressure face (42) and the contact site of the second top pressure face (43) stated are top pressure region (44).
10. the panel resetting structure according to claim 9 from drying of mop, it is characterised in that the first described top pressure
At least one in face (42) and the second top pressure face (43) is on-plane surface.
11. the panel resetting structure according to claim 10 from drying of mop, it is characterised in that the first described top pressure
Face (42) is plane, and the described curved face of the second top pressure face (43) or inclined-plane, described inclined-plane is from panel (2) top surface to panel
(2) inclined bottom surface is down-set.
12. the panel resetting structure according to claim 9 from drying of mop, it is characterised in that described panel (2) with
The pin joint (45) of mop seat (1) is located on the outside of elastic top-pressure part (41) center line, and described in during panel (2) deploys
Top pressure region (44) moves inward on the outside of the pin joint (45) from panel (2) with mop seat (1).
13. the panel resetting structure according to claim 3 from drying of mop, it is characterised in that described damping structure
(4) the elastic top-pressure part (41) located at panel (2) rear portion is included, described elastic top-pressure part (41) is in contact with mop seat (1).
14. the panel resetting structure according to claim 3 from drying of mop, it is characterised in that described damping structure
(4) flexure strip (46) on mop seat (1) and the blocking surface (47) on panel (2), described flexure strip are included
(46) outer end is set diagonally downward, and the outer end of described flexure strip (46) during panel (2) expansion can be resisted against resistance
Block face (47).
15. the panel resetting structure according to claim 3 from drying of mop, it is characterised in that described damping structure
(4) flexure strip (46) on panel (2) and the blocking surface (47) on mop seat (1), described flexure strip are included
(46) upper end tilts upward setting, and the outer end of described flexure strip (46) during panel (2) expansion can be resisted against resistance
Block face (47).
16. the panel resetting structure from drying of mop according to claims 14 or 15, it is characterised in that described stop
Face (47) is the inwall for the neck (48) being arranged on panel (2) or mop seat (1).
17. the panel resetting structure according to claim 2 from drying of mop, it is characterised in that described damping structure
(4) it is frictional force damping structure.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710596090.9A CN107411660B (en) | 2017-07-20 | 2017-07-20 | Panel reset structure of self-wringing mop |
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| CN201710596090.9A CN107411660B (en) | 2017-07-20 | 2017-07-20 | Panel reset structure of self-wringing mop |
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| CN107411660A true CN107411660A (en) | 2017-12-01 |
| CN107411660B CN107411660B (en) | 2023-04-28 |
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| CN107411660B (en) | 2023-04-28 |
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