CN206414245U - The cleaning appliance that mop-pail stands and mop are used cooperatively - Google Patents
The cleaning appliance that mop-pail stands and mop are used cooperatively Download PDFInfo
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- CN206414245U CN206414245U CN201621031567.6U CN201621031567U CN206414245U CN 206414245 U CN206414245 U CN 206414245U CN 201621031567 U CN201621031567 U CN 201621031567U CN 206414245 U CN206414245 U CN 206414245U
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Abstract
The utility model belongs to cleaning appliance technical field, the cleaning appliance used cooperatively more particularly, to a kind of mop-pail stands and mop.Including mop-pail stands and mop, mop-pail stands is the open staving in lower end closed upper end, axis is provided with staving, the axis include mutually socket and can axially opposing movement fixing axle and lifting shaft, mop includes mop rod and mophead, it is characterized in that, fixing axle is connected with staving by demountable structure and realizes that the axis is separated with staving after fixing axle is separated with staving, axis provided with least one laterally set cleaning brush, mophead includes disk body, on disk body provided with can be with the circumferentially positioned connection of rotary shaft of staving groove, disk body includes that the master body of mop rod can be connected and is connected at least one bracket panel body in master side portion, the card of master body and bracket panel body is in the same plane.Advantage is：Disk body is locally bent, and axis is detachable and cleaning performance is good.
Description
Technical field
The utility model belongs to cleaning appliance technical field, more particularly, to a kind of mop-pail stands and mop use cooperatively it is clear
Clean apparatus.
Background technology
Mop refers to the long handle burnisher for cleaning ground, also refers to long handle burnisher.Mop of the prior art is by dragging
Barre and mophead composition.Mop-pail stands is the product conveniently mopped floor just occurred in recent years, is used cooperatively with mop, can be automatic
The water on mop is dried, scrubs also very convenient when mopping floor.But mop of the prior art is simply logical in cleaning process
The effect of current is crossed, sometimes cleans not enough thoroughly, mophead can be carried out again simultaneously in cleaning process without one kind
The brushing device of scrub., can not during cleaning because general mophead is circular when cleaning skirting and corner
Contact, i.e., thoroughly skirting vertical plane and corner can not be cleaned, although mophead with skirting and corner completely
Set rectangularity to be beneficial to the cleaning of corner and skirting, but be not suitable for using cooperatively with mop washing barrel.In addition, axis and
Mop-pail stands is usually what is be fixedly connected, and many spots are often accumulated in the gap of axis and mop-pail stands, it is not easy to be cleaned out
Come, in addition, axis can not be changed after damage, the service life of mop-pail stands is shorter.
In order to be improved to prior art, people have carried out long-term exploration, it is proposed that various solutions.
For example, Chinese patent literature discloses a kind of mop-pail stands [application number：CN201420738657.3], by staving, rotating disk and lifting
Cylinder is constituted, and above-mentioned lift cylinders are fixed on staving inner bottom surface, and rotating disk is flexibly connected with lift cylinders, and cleaning and drying all pass through lifting
Cylinder drives rotating disk to complete, and is rotary-cleaning state when lift cylinders drop to rotating disk in rinse water, when lift cylinders drive rotating disk
It is drying state during away from the water surface.
Although such scheme solves the deficiencies in the prior art to a certain extent, mop is in cleaning process
By the effect of current, sometimes clean not enough thoroughly, mophead can be entered again simultaneously in cleaning process without one kind
The brushing device that row is scrubbed.
Utility model content
The purpose of this utility model is simple in construction, the disk body part bendable in view of the above-mentioned problems, provide a kind of reasonable in design
Folding, the cleaning appliance that the mop-pail stands and mop that axis is detachable and cleaning performance is good are used cooperatively.
To reach above-mentioned purpose, the utility model employs following technical proposal：
The cleaning appliance that this mop-pail stands and mop are used cooperatively includes mop-pail stands and mop, and described mop-pail stands is lower end seal
Close the open staving in end, be provided with axis in staving, the axis include mutually socket and can axially opposing movement fixing axle
And lifting shaft, described mop includes mop rod and mophead, it is characterised in that described fixing axle by demountable structure with
Staving is connected and realizes that the axis is separated with staving after fixing axle is separated with staving, and described axis is provided with least one
The individual cleaning brush laterally set, described mophead includes disk body, provided with can be circumferentially positioned with the rotary shaft of staving on disk body
The groove of connection, described disk body includes that the master body of mop rod can be connected and is connected at least one bracket panel in master side portion
Body, described master body and the card of bracket panel body are in the same plane, are provided between described master body and bracket panel body when pair
Disk body is by the bent attachment structure that bracket panel body can be made to be in Different Plane with master body during the external force for deviating from its card；Institute
The position limiting structure that bracket panel body turns down angle can be limited by being provided between the master body and bracket panel body stated.Axis is detachable with staving, when
When axis is damaged, axis can be changed, the spot accumulated in needing to gap between axis and staving is cleared up
When, axis can also be pulled down, thoroughly be cleared up beneficial to spot.Mop constantly rotates in cleaning process, cleaning brush
It is arranged on axis, the lower surface of mophead is scrubbed, improve cleaning performance, thoroughly cleaning is carried out beneficial to mophead.
Bent attachment structure causes bracket panel body upwards to be dug relative to master body, when needing the cleaning to corner and skirting,
Bracket panel body is dug, and master body fits with ground, and bracket panel body fits with skirting metope, the joint of bracket panel body and master body
Corner can be cleaned, position limiting structure to bracket panel body turnover angle there is restriction effect, it is to avoid bracket panel body upset excessively with
Cause in can not be fitted with skirting metope.
In the cleaning appliance that above-mentioned mop-pail stands and mop are used cooperatively, described cleaning brush includes brush holder, described
Brush holder is provided with brush body, and described brush holder is set directly at axis sidepiece；Or described brush holder is arranged on by mounting structure
Axis sidepiece.The installation and removal of brush convenient for cleaning.
In the cleaning appliance that above-mentioned mop-pail stands and mop are used cooperatively, described bent attachment structure connects for elasticity
Binding structure and when bracket panel body is not less than the bullet of bent attachment structure by external force or the suffered external force for deviating from bracket panel body disc face
The card of master body and bracket panel body described in during power is in the same plane.The disk body that master body and bracket panel body are constituted is in general feelings
Level is under condition, and when needing to clean skirting metope, bracket panel body is dug using external force makes it be affixed on skirting
Metope, elastic connection structure is beneficial to the reset of disk body subsequently, is also brought into close contact skirting metope beneficial to bracket panel body.
In the cleaning appliance that above-mentioned mop-pail stands and mop are used cooperatively, described fixing axle lower end is provided with the first spiral shell
Line, described staving bottom is provided with the second screw thread, and the first described screw thread is connected with the second screw thread, the first described screw thread
Fixing axle lower end outer wall is arranged on, described staving bottom is provided with connecting hole, and the second described screw thread is arranged on connecting hole inwall,
The first described screw thread is connected with the second screw thread, and described connecting hole is arranged on the connecting seat of bottom lock, described
Connecting seat is fixed in the counterbore of staving bottom.Axis is arranged on staving by connecting seat, facilitates the installation and removal of axis,
Also it is beneficial to stabilized structure.
In the cleaning appliance that above-mentioned mop-pail stands and mop are used cooperatively, described staving bottom center region, which has, is in
What arc arched upward arch upward boss, described arching upward forms annular groove between boss and staving madial wall, described axis is by can
Detaching structure is connected to boss center of arching upward, and is provided between described fixing axle and lifting shaft when lifting shaft is relative to fixing axle axle
Lifting shaft can be prevented to decline when ramping up setting height and after lifting shaft continues and risen lifting shaft can be made to decline the clutch resetted
Formula location structure.Arch upward boss by middle shaft collar around, and by demountable structure connection be connected with axis, the contact area of the two
Greatly, beneficial to the firm connection of the two.Mophead is realized cleaning and dried in staving, when mophead is in low level, in staving
Water cover mophead, the cleaning to mophead is realized in rotary course, when mophead is in it is high-order when, the water in staving is low
In mophead, the drying to mophead is realized in rotary course, disengaging type location structure allows lifting shaft to be relatively fixed
Axle is lifted, and lifting shaft can realize positioning when rising to certain height, so as to realize that mophead is carried out in a staving
Two functions of cleaning and drying.
In the cleaning appliance that above-mentioned mop-pail stands and mop are used cooperatively, described lifting shaft upper end is rotatably connected to top
Lid, described top cover is provided with the projection that can be connected with mop, and described fixing axle lower side is provided with some first through hole, institute
The lifting shaft upper end stated is provided with annular end face, and described annular end face is provided with some second through holes.Projection on top cover is beneficial to
Lifting shaft is connected with mophead.
In the cleaning appliance that above-mentioned mop-pail stands and mop are used cooperatively, described mounting structure includes being socketed in
Adapter sleeve on axis, is provided with axial positioning structure and circumferential positioning structure, described axle between described adapter sleeve and axis
The annular retaining ring for including being arranged on connection set upper side and extending radially inwardly to location structure, during described annular retaining ring is pressed on
Axle upper end outer rim；Described circumferential positioning structure includes the male-female engagement knot being arranged between axis outer wall and adapter sleeve inwall
Structure.It is connected between adapter sleeve and axis by circumferential positioning structure, adapter sleeve can be relative to axis longitudinal sliding motion, but can not
Circumferentially rotate, when adapter sleeve is all nested on axis, axis is resisted against on axial positioning structure so that the position of adapter sleeve
It is fixed.
In the cleaning appliance that above-mentioned mop-pail stands and mop are used cooperatively, described bent attachment structure includes difference
With the connecting portion of master body and bracket panel body phase even, the thickness of described connecting portion is respectively smaller than master body and bracket panel body, described
Connecting portion is made up of elastomeric material.
In the cleaning appliance that above-mentioned mop-pail stands and mop are used cooperatively, described bent attachment structure includes setting
Articulated structure between master body and bracket panel body, provided with back-moving spring and when bracket panel body between described master body and bracket panel body
Master body and pair described in when not being less than the restoring force of back-moving spring by external force or the suffered external force for deviating from bracket panel body disc face
The card of disk body is in the same plane.
In the cleaning appliance that above-mentioned mop-pail stands and mop are used cooperatively, described position limiting structure includes being located at master body
The back side and the first inclined-plane with the adjacent side of bracket panel body phase and located at the bracket panel body back side and with the second inclined-plane of the adjacent side of master body phase,
Form groove between the first described inclined-plane and the second inclined-plane, described bracket panel body phase for master body described first after turning down
Inclined-plane and the second inclined-plane can be abutted.By the first inclined-plane and the second inclined-plane abut realize master body and bracket panel body it
Between it is spacing.
Compared with prior art, the advantage of this mop-pail stands with cleaning brush is：Axis is detachable with staving, central
When axle is damaged, axis can be changed, when the spot accumulated in needing to gap between axis and staving is cleared up,
Axis can also be pulled down, thoroughly be cleared up beneficial to spot；Mop is constantly rotated in cleaning process, and cleaning brush is set
On axis, the lower surface of mophead is scrubbed, cleaning performance is improved, thoroughly cleaning is carried out beneficial to mophead；Bendable
Folding attachment structure causes bracket panel body upwards to be dug relative to master body, when needing the cleaning to corner and skirting, bracket panel
Body is dug, and master body fits with ground, and bracket panel body fits with skirting metope, and the joint of bracket panel body and master body can be with
Corner is cleaned, position limiting structure to bracket panel body turnover angle there is restriction effect, it is to avoid bracket panel body upset excessively so that
It can not be fitted with skirting metope.
Brief description of the drawings
Fig. 1 is the structural representation for the mop that the utility model is provided.
Fig. 2 is the structural representation for the mop-pail stands that the utility model is provided.
Fig. 3 is the enlarged drawing for the axis that the utility model is provided.
Fig. 4 is the top view for the axis that the utility model is provided.
Fig. 5 is the sectional view for the axis that the utility model is provided.
Fig. 6 is the sectional view for the staving that the utility model is provided.
Fig. 7 is a kind of expanded view for disengaging type location structure that the utility model is provided.
Fig. 8 is the expanded view for another disengaging type location structure that the utility model is provided.
Fig. 9 is structural representation of the cleaning brush set of the utility model offer when on axis.
Figure 10 is the structural representation for the adapter sleeve that the utility model is provided.
Figure 11 is the side view for the cleaning brush that the utility model is provided.
Figure 12 is the stereogram for the mophead that the utility model is provided.
Figure 13 is the top view for the mophead that the utility model is provided.
Figure 14 is the sectional view for the mophead that the utility model is provided.
Figure 15 is the structural representation for the bent attachment structure that the utility model is provided.
Figure 16 is the sectional view for the bent attachment structure that the utility model is provided.
In figure, mop-pail stands 1, mop 2, staving 3, axis 4, fixing axle 5, lifting shaft 6, mop rod 7, mophead 8, cleaning brush
9th, disk body 10, master body 11, bracket panel body 13, brush holder 14, brush body 15, the first screw thread 16, the second screw thread 17, the boss 18 that arches upward, cunning
Groove 19, sliding block 20, bottom chute section 21, oblique top chute section 22, positioning runner section 23, locating slot 24, lower guide surface 25, upper guide surface
26th, rise chute section 27, decline chute section 28, first turn to chute section 29, second turn to chute section 30, top cover 31, projection 32,
First through hole 33, annular end face 34, the second through hole 35, adapter sleeve 36, annular retaining ring 37, slot 38, plug 39, slot board 40, T
Type groove 41, outer pin 42, interior pin 43, neck 44, card column 45, connecting portion 46, the first inclined-plane 47, the second inclined-plane 48, groove 49.
Embodiment
Specific embodiment the following is utility model and with reference to accompanying drawing, makees further to the technical solution of the utility model
Description, but the utility model is not limited to these embodiments.
As illustrated in figs. 1-16, the cleaning appliance that this mop-pail stands and mop are used cooperatively includes mop-pail stands 1 and mop 2, mop
Bucket 1 is the open staving 3 in lower end closed upper end, and axis 4 is provided with staving 3, and the axis 4 includes mutually socket and can axial phase
To mobile fixing axle 5 and lifting shaft 6, mop 2 includes mop rod 7 and mophead 8, it is characterised in that fixing axle 5 is by removable
Structure and staving 3 is unloaded to be connected and realize that the axis 4 is separated with staving 3 after fixing axle 5 is separated with staving 3, axis 4 on set
Have at least one laterally set cleaning brush 9, mophead 8 include disk body 10, on disk body 10 provided with can be with staving 3 rotary shaft
The groove of circumferentially positioned connection, disk body 10 includes that the master body 11 of mop rod 7 can be connected and is connected to the sidepiece of master body 11 extremely
The card of a few bracket panel body 13, master body 11 and bracket panel body 13 is in the same plane, between master body 11 and bracket panel body 13
Can provided with can make that bracket panel body 13 and master body 11 be in Different Plane when bracket panel body 13 is by the external force for deviating from its card
Bend attachment structure；The position limiting structure that bracket panel body 13 turns down angle can be limited by being provided between master body 11 and bracket panel body 13.
Axis 4 and staving 3 are detachable, when axis 4 is damaged, can be changed axis 4, when needing to axis 4 and
When the spot accumulated between staving 3 in gap is cleared up, axis 4 can also be pulled down, it is thoroughly clear beneficial to being carried out to spot
Reason.Mop 2 is constantly rotated in cleaning process, and cleaning brush 9 is arranged on axis 4, and the lower surface of mophead 8 is scrubbed,
Cleaning performance is improved, thoroughly cleaning is carried out beneficial to mophead 8.Bent attachment structure causes bracket panel body 13 can be relative to master
Body 11 is dug upwards, and when needing the cleaning to corner and skirting, bracket panel body 13 is dug, and master body 11 fits with ground,
Bracket panel body 13 is fitted with skirting metope, and the joint of bracket panel body 13 and master body 11 can be cleaned to corner, spacing
Structure has restriction effect to the turnover of bracket panel body 13 angle, it is to avoid bracket panel body 13 is overturn excessively so that can not be with skirting metope
Fit.
Wherein, demountable structure is included located at the screw connection structure between fixing axle 5 and staving 3, interface arrangment, socket
Any one in structure, connected structure, pin joint structure, key attachment structure, fastening structure.It is fixed as a kind of preferred scheme
The lower end of axle 5 is provided with the first screw thread 16, and the bottom of staving 3 is provided with the second screw thread 17, and the first screw thread 16 is threadedly coupled with the second screw thread 17,
First screw thread 16 is arranged on the lower end outer wall of fixing axle 5, and the bottom of staving 3 is provided with connecting hole, and the second screw thread 17 is arranged in connecting hole
Wall, the first screw thread 16 is threadedly coupled with the second screw thread 17, and connecting hole is arranged on the connecting seat of bottom lock, and connecting seat is fixed on
In the counterbore of the bottom of staving 3.Axis 4 is arranged on staving 3 by connecting seat, facilitates the installation and removal of axis 4, also beneficial to knot
Structure is consolidated.The bottom center region of staving 3 has the curved boss 18 that arches upward arched upward, arch upward boss 18 and the madial wall of staving 3 it
Between form annular groove, axis 4 is connected to the center of boss 18 of arching upward by demountable structure, is provided between fixing axle 5 and lifting shaft 6
Lifting shaft 6 can be prevented to decline and when lifting shaft 6 continues to rise when lifting shaft 6 axially rises setting height relative to fixing axle 5
Lifting shaft 6 can be made to decline the disengaging type location structure resetted afterwards.Axis 4 is surround by the boss 18 that arches upward, and passes through demountable structure
Connection is connected with axis 4, and the contact area of the two is big, beneficial to the firm connection of the two.Mophead 8 is realized clear in staving 3
Wash and dry, when mophead 8 is in low level, the water in staving 3 covers mophead, is realized in rotary course to mophead 8
Cleaning, when mophead 8 is in it is high-order when, the water in staving 3 is less than mophead 8, is realized in rotary course to mophead 8
Dry, disengaging type location structure lifting shaft 6 to be relatively fixed axle 5 to lift, and lifting shaft 6 is when rising to certain height
Positioning can be realized, so as to realize that mophead 8 is cleaned and dried two functions in a staving 3.
More specifically, disengaging type location structure has two schemes.The first scheme：Disengaging type location structure includes some
In the equally distributed chute 19 of circumferencial direction and sliding block 20, chute 19 is corresponded with sliding block 20 to be set and sliding block 20 and chute 19
It is slidably connected, bottom chute section 21 that chute 19 includes being vertically arranged, tilts upward the oblique top chute section 22 of setting and laterally set
Positioning runner section 23, bottom chute section 21, oblique top chute section 22 and positioning runner section 23 are sequentially connected and positioning runner section 23
The other end is connected with bottom 21 upper ends of chute section of adjacent chute 19, and the middle part of positioning runner section 23 is provided with locating slot 24, positioning runner
Section 23 has with one end that oblique top chute section 22 is connected guides sliding block 20 to the lower guide surface 25 of locating slot 24 diagonally downward, fixed
Position chute section 23 has with one end that bottom 21 upper ends of chute section of adjacent chute 19 are connected tilts upward guiding to phase by sliding block 20
The upper guide surface 26 of bottom 21 upper ends of chute section of adjacent chute 19, chute 19 is arranged in fixing axle 5 or on lifting shaft 6, sliding block 20
It is arranged on lifting shaft 6 or in fixing axle 5.The scope of activities of the motion mode of lifting shaft 6 is restricted by above-mentioned chute 19.Lifting shaft
6 are provided with sliding block 20, when being lifted up lifting shaft 6, and sliding block 20 is vertically moved along bottom chute section 21, is slided then along oblique top
Groove section 22 is oblique to be slided into positioning runner section 23, locating slot 24 is provided with positioning runner section 23, beneficial to determining lifting shaft 6
Position, lower guide surface 25 guides sliding block 20 to locating slot 24 diagonally downward, with guide effect, and upper guide surface 26 inclines sliding block 20
Guide obliquely to bottom 21 upper ends of chute section of adjacent chute 19, have to be oriented to movement of the sliding block between adjacent chute 19 and make
With.Second scheme：Disengaging type location structure includes some in the equally distributed chute 19 of circumferencial direction and sliding block 20, chute 19
Setting is corresponded with sliding block 20 and sliding block 20 is slidably connected with chute 19, and chute 19 includes bottom chute 21 Hes of section being vertically arranged
Locating slot 24, bottom chute section 21 and locating slot 24 turn to 29 and of chute section by rising chute section 27, declining chute section 28, first
Second, which turns to chute section 30, is connected, and the lower end for rising chute section 27 is connected with 21 upper ends of bottom chute section, declines under chute section 28
End is connected with bottom chute 21 upper end sidepieces of section, and first steering chute 29 one end of section are connected with rising the upper end of chute section 27, another
End is connected with the upper end sidepiece of locating slot 24, and second steering chute 30 one end of section are connected with declining the upper end of chute section 28, the other end
It is connected with the upper end the other side of locating slot 24, chute 19 is arranged in fixing axle 5 or on lifting shaft 6, and sliding block 20 is arranged on lifting
On axle 6 or in fixing axle 5.The scope of activities of the motion mode of lifting shaft 6 is restricted by above-mentioned chute 19.Lifting shaft 6 is provided with cunning
Block 20, when being lifted up lifting shaft 6, sliding block 20 is vertically moved along bottom chute section 21, by rising chute section 27 to positioning
The direction of groove 24 is ramped up, then entered through the first steering chute section 29 realized in locating slot 24 fixing axle 5 and lifting shaft 6 it
Between it is circumferentially positioned, now lifting shaft 6 is in a high position, and sliding block departs from locating slot 24 and 30 moved along the second steering chute section, so
After enter drop chute section 28, slid into obliquely in adjacent bottom chute section 21 along drop chute section 28, along bottom chute section
21 glide, and now lifting shaft 6 is in low level, so as to realize the change of the height of the present position of lifting shaft 6.
The upper end of lifting shaft 6 is rotatably connected to top cover 31, and top cover 31 is provided with the projection 32 that can be connected with mop, fixing axle 5
Lower side is provided with some first through hole 33, and the upper end of lifting shaft 6 is provided with annular end face 34, and annular end face 34 is provided with some second
Through hole 35.Projection 32 on top cover 31 is connected beneficial to lifting shaft 6 with mophead 8.Cleaning brush 9 is included on brush holder 14, brush holder 14
Provided with brush body 15, brush holder 14 is set directly at the sidepiece of axis 4；Or brush holder 14 is arranged on the sidepiece of axis 4 by mounting structure.Side
Just the installation and removal of cleaning brush 9.More specifically, mounting structure includes that the adapter sleeve 36 on axis 4 can be socketed in, and connects
Axial positioning structure and circumferential positioning structure are provided between set 36 and axis 4, axial positioning structure includes being arranged on adapter sleeve 36
Upper end and the annular retaining ring 37 extended radially inwardly, annular retaining ring 37 are pressed on the upper end outer rim of axis 4；Circumferential positioning structure includes
It is arranged on the concave-convex fit structure between the outer wall of axis 4 and the inwall of adapter sleeve 36.By circumferential fixed between adapter sleeve 36 and axis 4
Bit architecture is connected, and adapter sleeve 36 can be relative to the longitudinal sliding motion of axis 4, but can not circumferentially rotate, when adapter sleeve 36 all covers
Axis 4 is resisted against on axial positioning structure when entering onto axis 4 so that the position of adapter sleeve 36 is fixed.
Wherein, brush holder 14 is set directly at the sidepiece of axis 4 by demountable structure；Or brush holder 14 passes through demountable structure
Set on mounting structure so that brush holder 14 is arranged on the sidepiece of axis 4, demountable structure includes being arranged on the sidepiece of axis 4 or peace
The first attachment structure on assembling structure, and it is arranged on second attachment structure of the one end of brush holder 14, the first attachment structure and second
Attachment structure is detachably connected, and the first attachment structure includes the plug 39 of slot 38/, and the second attachment structure is inserted including plug 39/
Groove 38, plug 39 is mutually inserted with slot 38.It is connected by way of grafting, beneficial to tearing open between cleaning brush 9 and axis 4
Unload, and dismounting mode is simple, convenient operation, when second attachment structure of the one end of brush holder 14 is damaged, can change brush brush holder
Second attachment structure of 14 other ends is continuing with, and improves the service life of cleaning brush 9.More specifically, slot 38 includes structure
Building the slot board 40 and the slot board 40 of slot 38 has T-slot 41, and plug 39 includes outer pin 42 and interior pin 43 and extrapolation
Formed between pin 42 and interior pin 43 in the middle of neck 44, neck 44 provided with the card column being connected with outer pin 42 and interior pin 43 simultaneously
45, card column 45 is located in T-slot 41 and in the neck 44 of the both sides of card column 45 inserted with slotting when plug 39 is plugged with slot 38
Frid 40.After the insertion slot 38 of plug 39, in the outer pin 42 insertion slot 38 and side of outer pin 42 is resisted against slot board 40
On, the side of interior pin 43 is resisted against on the another side of slot board 40, and card column 45 is inserted into the T-slot of slot board 40, structure
Consolidate very much, it is to avoid cleaning brush 9 is swung in the cleaning process of mop 2.
Wherein, bent attachment structure is elastic connection structure and when bracket panel body 13 not by external force or suffered deviates from pair
The card of master body 11 and bracket panel body 13 is located at same flat when the external force of the card of disk body 13 is less than the elastic force of bent attachment structure
On face.The disk body 10 that master body 11 and bracket panel body 13 are constituted is in level in general, when needing that skirting metope is entered
During row cleaning, being dug bracket panel body 13 using external force makes it be affixed on skirting metope, and it is follow-up that elastic connection structure is beneficial to disk body 10
Reset, be also brought into close contact skirting metope beneficial to bracket panel body 13.Bent attachment structure has two schemes, the first side
Case：Bent attachment structure includes the connecting portion 46 being connected respectively with master body 11 and bracket panel body 13, the thickness point of connecting portion 46
Not little Yu master body 11 and bracket panel body 13, connecting portion 46 is made up of elastomeric material.Second scheme：Bent attachment structure includes
The articulated structure between master body 11 and bracket panel body 13 is arranged on, back-moving spring is provided between master body 11 and bracket panel body 13 and is worked as
Master body when bracket panel body 13 is not less than the restoring force of back-moving spring by external force or the suffered external force for deviating from the card of bracket panel body 13
11 and bracket panel body 13 card it is in the same plane.
Wherein, position limiting structure has two schemes.The first scheme：Position limiting structure include located at the back side of master body 11 and with pair
First inclined-plane 47 of the adjacent side of disk body 13 and located at the back side of bracket panel body 13 and with the second inclined-plane 48 of the adjacent side of master body 11,
Groove 49, the He of the first inclined-plane 47 after bracket panel body 13 is turned down relative to master body 11 are formed between first inclined-plane 47 and the second inclined-plane 48
Second inclined-plane 48 can be abutted.Master body 11 and bracket panel body are realized by the first inclined-plane 47 and abutting for the second inclined-plane 48
It is spacing between 13.The angle of inclination sum on the first inclined-plane 47 and the second inclined-plane 48 is 90 degree.First inclined-plane 47 and the second inclined-plane
48 angle of inclination is 45 degree.Angle between ground and skirting metope is generally 90 degree, it is adaptable to most of skirting
The cleaning of metope.Second scheme：Position limiting structure includes being located at the block/gear edge at the back side of master body 11 and carried on the back located at bracket panel body 13
Gear edge/the block in face, bracket panel body 13 can be abutted relative to the turnover backstop of master body 11 and gear edge.When block and gear are along phase
Mutually against when bracket panel body 13 be mutually perpendicular to master body 11.The He of master body 11 is realized by keeping off abutting between edge and block
It is spacing between bracket panel body 13.
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 or using similar to described specific embodiment
Mode substitute, but without departing from spirit of the present utility model or surmount scope defined in appended claims.
Although more having used mop-pail stands 1, mop 2, staving 3, axis 4, fixing axle 5, lifting shaft 6, mop rod herein
7th, mophead 8, cleaning brush 9, disk body 10, master body 11, bracket panel body 13, brush holder 14, brush body 15, the first screw thread 16, the second screw thread
17th, arch upward boss 18, chute 19, sliding block 20, bottom chute section 21, oblique top chute section 22, positioning runner section 23, locating slot 24, under
Guide surface 25, upper guide surface 26, rising chute section 27, the chute section 28, first that declines turn to chute section 29, second and turn to chute section
30th, top cover 31, projection 32, first through hole 33, annular end face 34, the second through hole 35, adapter sleeve 36, annular retaining ring 37, slot 38,
Plug 39, slot board 40, T-slot 41, outer pin 42, interior pin 43, neck 44, card column 45, connecting portion 46, the first inclined-plane 47,
The terms such as the second inclined-plane 48, groove 49, but it is not precluded from the possibility using other terms.It is used for the purpose of using these terms
More easily describe and explain essence of the present utility model；Being construed as any additional limitation is all and this practicality
What new spirit was disagreed.
Claims (10)
1. the cleaning appliance that a kind of mop-pail stands and mop are used cooperatively, including mop-pail stands (1) and mop (2), described mop-pail stands
(1) be the open staving (3) in lower end closed upper end, be provided with axis (4) in staving (3), the axis (4) include mutually socket and
Can axially opposing movement fixing axle (5) and lifting shaft (6), described mop (2) includes mop rod (7) and mophead (8), its
It is characterised by, described fixing axle (5) is connected by demountable structure with staving (3) and when fixing axle (5) is separated with staving (3)
After realize that the axis (4) is separated with staving (3), cleaning brush that described axis (4) is laterally set provided with least one
(9), described mophead (8) include disk body (10), on disk body (10) provided with can be with staving (3) the circumferentially positioned company of rotary shaft
The groove connect, described disk body (10) includes that the master body (11) of mop rod (7) can be connected and is connected to master body (11) sidepiece
At least one bracket panel body (13), described master body (11) and the card of bracket panel body (13) be in the same plane, described
Bracket panel body can be made when bracket panel body (13) is by the external force for deviating from its card by being provided between master body (11) and bracket panel body (13)
(13) the bent attachment structure of Different Plane is in master body (11)；Between described master body (11) and bracket panel body (13)
Provided with can limit bracket panel body (13) turn down angle position limiting structure.
2. the cleaning appliance that mop-pail stands according to claim 1 and mop are used cooperatively, it is characterised in that described cleaning
Brushing (9) includes brush holder (14), and described brush holder (14) is provided with brush body (15), and described brush holder (14) is set directly at axis
(4) sidepiece；Or described brush holder (14) is arranged on axis (4) sidepiece by mounting structure.
3. the cleaning appliance that mop-pail stands according to claim 2 and mop are used cooperatively, it is characterised in that described bendable
Folding attachment structure is elastic connection structure and when bracket panel body (13) not by external force or suffered deviates from bracket panel body (13) card
The card of master body (11) and bracket panel body (13) described in when external force is less than the elastic force of bent attachment structure is generally aligned in the same plane
On.
4. the cleaning appliance that mop-pail stands according to claim 3 and mop are used cooperatively, it is characterised in that described fixation
Axle (5) lower end is provided with the first screw thread (16), and described staving (3) bottom is provided with the second screw thread (17), the first described screw thread
(16) it is threadedly coupled with the second screw thread (17), described the first screw thread (16) is arranged on fixing axle (5) lower end outer wall, described
Staving (3) bottom is provided with connecting hole, and described the second screw thread (17) is arranged on connecting hole inwall, described the first screw thread (16) with
Second screw thread (17) is threadedly coupled, and described connecting hole is arranged on the connecting seat of bottom lock, and described connecting seat is fixed on
In the counterbore of staving (3) bottom.
5. the cleaning appliance that mop-pail stands according to claim 4 and mop are used cooperatively, it is characterised in that described staving
(3) bottom center region has the curved boss that arches upward (18) arched upward, the described boss that arches upward (18) and staving (3) madial wall
Between form annular groove, described axis (4) is connected to the boss that arches upward (18) center, described fixing axle by demountable structure
(5) lifting can be prevented when lifting shaft (6) axially rises setting height relative to fixing axle (5) by being provided between lifting shaft (6)
Axle (6) declines and after lifting shaft (6) continues and risen lifting shaft (6) can be made to decline the disengaging type location structure resetted.
6. the cleaning appliance that the mop-pail stands and mop according to claim 1 or 2 or 3 or 4 or 5 are used cooperatively, its feature exists
In described lifting shaft (6) upper end is rotatably connected to top cover (31), and described top cover (31) is convex provided with what can be connected with mop
Rise (32), described fixing axle (5) lower side is provided with some first through hole (33), described lifting shaft (6) upper end is provided with ring
Shape end face (34), described annular end face (34) is provided with some second through holes (35).
7. the cleaning appliance that the mop-pail stands and mop according to Claims 2 or 3 or 4 or 5 are used cooperatively, it is characterised in that
Described mounting structure includes to be socketed in the adapter sleeve (36) on axis (4), described adapter sleeve (36) and axis (4) it
Between be provided with axial positioning structure and circumferential positioning structure, described axial positioning structure include being arranged on adapter sleeve (36) upper end and
The annular retaining ring (37) extended radially inwardly, described annular retaining ring (37) is pressed on axis (4) upper end outer rim；Described circumference
Location structure includes the concave-convex fit structure being arranged between axis (4) outer wall and adapter sleeve (36) inwall.
8. the cleaning appliance that the mop-pail stands and mop according to claim 1 or 2 or 3 or 4 or 5 are used cooperatively, its feature exists
In described bent attachment structure includes the connecting portion (46) being connected respectively with master body (11) and bracket panel body (13), described
The thickness of connecting portion (46) be respectively smaller than master body (11) and bracket panel body (13), described connecting portion (46) is by elastomeric material system
Into.
9. the cleaning appliance that the mop-pail stands and mop according to claim 1 or 2 or 3 or 4 or 5 are used cooperatively, its feature exists
In described bent attachment structure includes the articulated structure being arranged between master body (11) and bracket panel body (13), described
Provided with back-moving spring and when bracket panel body (13) by external force or suffered does not deviate from pair between master body (11) and bracket panel body (13)
The card of master body (11) and bracket panel body (13) described in when the external force of disk body (13) card is less than the restoring force of back-moving spring
In on same plane.
10. the cleaning appliance that mop-pail stands according to claim 8 and mop are used cooperatively, it is characterised in that described limit
Bit architecture includes located at master body (11) back side and the first inclined-plane (47) of adjacent side and located at bracket panel body with bracket panel body (13)
(13) back side and with master body (11) adjacent side the second inclined-plane (48), described the first inclined-plane (47) and the second inclined-plane (48)
Between form groove (49), described bracket panel body (13) the first inclined-plane (47) described after being turned down relative to master body (11) and the
Two inclined-planes (48) can be abutted.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621031567.6U CN206414245U (en) | 2016-08-31 | 2016-08-31 | The cleaning appliance that mop-pail stands and mop are used cooperatively |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621031567.6U CN206414245U (en) | 2016-08-31 | 2016-08-31 | The cleaning appliance that mop-pail stands and mop are used cooperatively |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206414245U true CN206414245U (en) | 2017-08-18 |
Family
ID=59577464
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621031567.6U Active CN206414245U (en) | 2016-08-31 | 2016-08-31 | The cleaning appliance that mop-pail stands and mop are used cooperatively |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206414245U (en) |
-
2016
- 2016-08-31 CN CN201621031567.6U patent/CN206414245U/en active Active
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