CN202376037U - Mop capable of being dehydrated automatically - Google Patents

Mop capable of being dehydrated automatically Download PDF

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Publication number
CN202376037U
CN202376037U CN201120421958XU CN201120421958U CN202376037U CN 202376037 U CN202376037 U CN 202376037U CN 201120421958X U CN201120421958X U CN 201120421958XU CN 201120421958 U CN201120421958 U CN 201120421958U CN 202376037 U CN202376037 U CN 202376037U
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CN
China
Prior art keywords
rod
collar
disk body
disk
locating
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201120421958XU
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Chinese (zh)
Inventor
朱佩君
Original Assignee
朱振纲
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Priority to CN201120421958XU priority Critical patent/CN202376037U/en
Application granted granted Critical
Publication of CN202376037U publication Critical patent/CN202376037U/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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Abstract

A mop capable of being dehydrated automatically comprises an outer rod body, an inner rod body, a disk body, a limiting part, a guiding part, a spiral rail bar and a locking structure, wherein the inner rod body and the outer rod body can relatively slip; a plurality of cotton strips are arranged at the bottom of the disk body; the central part at the top of the disk body is pivoted to the bottom end of the inner rod body; when the inner rod body is erected, the disk body and the inner rod body can be positioned in a locking state; the spiral rail bar can correspond to a spiral track inside the guiding part; by means of a ratchet, the spiral rail bar can drive the inner rod body to rotate in one direction during vertical slip; due to the adoption of the locking structure, the inner and the outer rod bodies are positioned in a locking or telescopic state and further when the outer rod body downwards slips, the guiding part is enabled to drive the inner rod body to rotate and further drive the disk body to rotate; and the water draining function is achieved by throwing water of the cotton strips through a centrifugal force.

Description

But the mop of automatic dehydration
Technical field
The utility model system provides a kind of mop, but refers to that especially its technical a kind of mop that provides itself can rotate the mop with the automatic dehydration that reaches the dehydration purpose automatically.
Background technology
Mop system is commonly used to one of burnisher as ground, and the suction sliver of the mop of commonly using on it must utilize staff to wring out, and not only comparatively effort also has the disappearance of polluting user's hand.And also have on the market at present a kind of can be by foot-operated and produce the dehydration bucket of rotary power; Can the suction sliver of sliver mop be placed in the dehydration bucket and be rotated to reach the purpose of dehydration; But this kind must constantly be trampled pedal by a pin by foot-operated dehydration bucket user; Except operation bothered, the user also fell because of being not steady on one's legs easily.
Summary of the invention
But the purpose of the utility model is to provide a kind of mop of automatic dehydration, and it is simple in structure, and is easy to operate, can dewater automatically, avoided the complicacy of operation and falling of user.
Be the realization above-mentioned purpose, but the utility model discloses a kind of mop of automatic dehydration, it is characterized in that including:
The one outer body of rod;
The body of rod in one; Should in body of rod top with should the mutual socket in outer body of rod bottom and can in this outside, do slippage one about vertically in the body of rod, should the outer body of rod can slide onto downwards and touch till this backstop overlaps thereby be provided with block cover in this outside body of rod middle section, this interior body of rod bottom has one and locatees and construct; This locating structure has two lamellar bodies; Constitute a U type groove between this two lamellar body, this U type bottom portion of groove is provided with a rolled-up stock, and this rolled-up stock is replaced a steel ball downwards by a spring and constituted; Respectively be provided with the perforation of mutual correspondence on this two lamellar body, and outwards respectively be extended with a lug downwards in this two lamellar bodies lower edge;
One disk body; This disk body bottom has several cotton bars; This disk body center of top place be provided with one can insert this U type groove pin joint seat; This pin joint seat has a pivot hole and the top has a round recessed corresponding to the steel ball of body of rod bottom in this, thus a hinged arm pass this pivot hole with should in body of rod bottom two perforation and make this disk body be articulated in body of rod in this should in the body of rod this locating structure when being vertical lug and steel ball downwards urgent this disk body end face so that this disk body with should in the body of rod be locking-in state and should the interior body of rod be this locating structure when skewed and this disk body end face is non-urgent state so that this disk body can rotate;
One locating part, this locating part are in the top end opening that hollow is fixedly arranged on the body of rod in this, and the bottom inner edge of this locating part is provided with ratchet up;
One guide member, inner tool one helical orbit of this guide member and slippage up and down in this locating part, this guide member bottom have corresponding with the ratchet up of this locating part and limit this guide member can only folk prescription to the ratchet down that rotates;
One spiral rail bar, this spiral rail bar are fastened in this outer body of rod and can penetrate the helical orbit of this guide member so that this spiral rail bar drives this guide member when descend vertically slippage rotates;
One closing component structure; This closing component structure has collar in, an outer folder tube is pulled body with a U-shaped; This internal beam cover epimere is fixed in this outer body of rod bottom; The outer peripheral edges of hypomere form the conical surface body of downward expansion; And be provided with axial profile groove in this conical surface body; Should interior collar two sides be provided with locating hole; Should outer folder jacket casing put in this outside collar, this outer folder tube epimere portion is provided with two trepannings with respect to the locating hole of collar in this, and the aperture of this two trepanning is greater than the aperture of this locating hole; The hypomere that is somebody's turn to do outer folder tube again forms the horn body of downward expansion; This U-shaped is pulled body both sides inner edge with respect to the locating hole of collar in this and the corresponding pivotal axis that is provided with embedding of trepanning that should outer folder tube, and this U-shaped pulls the body both sides and respectively have a protuberance, pulls that body is down pulled and this protuberance is replaced the trepanning upper limb of this outer folder tube and folder tube this outside is up moved so that conical surface body that should collar appears lax to make this body of rod and should the outer body of rod be Telescoping and pull that body is up pulled and this protuberance is replaced the trepanning lower edge of this outer folder tube and make to press from both sides this outside and tin move down so that be somebody's turn to do the conical surface body of collar and appear tight and make this body of rod and be somebody's turn to do the outer body of rod and be locked state when this U-shaped when this U-shaped thereby this protuberance is arranged in this trepanning.
Wherein: the sheathed several buffering rings of this spiral rail bar.
Wherein: the mop of this automatic dehydration more comprises a dehydration bucket, and this dehydration barrel has the Water tank that freely rotates, and this disk body is placed in this Water tank.
Wherein: the axial profile groove number of the interior collar of this closing component structure is four.
Through said structure, but the mop of the automatic dehydration of the utility model need not use the mode of trampling to rotate Water tank, and is easy to use, also can not cause the situation of falling.
Description of drawings
Fig. 1: the stereo appearance figure of the utility model.
Fig. 2: the three-dimensional exploded view of the utility model.
Fig. 3: disk body of the utility model and interior body of rod binding site exploded view.
Fig. 4: disk body of the utility model and interior body of rod locking-in state cut-away view.
Fig. 5: the disk body of the utility model and the interior body of rod are non-urgent view.
Fig. 6: the closing component structure of the utility model is the locked state sketch map.
Fig. 7: the closing component structure of the utility model is non-locked state sketch map.
Fig. 8: the utility model places a dehydration bucket sketch map.
The specific embodiment
Consult Fig. 1 to shown in Figure 8, but the utility model provides a kind of mop of automatic dehydration, comprising:
The one outer body of rod 10, this outer body of rod 10 is made up of the hollow round bar, and this outer body of rod top can be provided with one and hang the portion 11 of holding.
The body of rod 20 in one, body of rod 20 is made up of the hollow round bar in this, in this body of rod 20 tops be somebody's turn to do the mutual socket in the outer body of rod 10 bottoms; And can outside this, do slippage about in the of vertically in the body of rod 10; The bottom of the body of rod 20 has a location structure 21 in being somebody's turn to do, and this locating structure 21 has two lamellar bodies 211, constitutes a U type groove 212 between this two lamellar body; These U type groove 212 bottoms are provided with a rolled-up stock 213; This rolled-up stock 213 is replaced 2132 of steel balls downwards by a spring 2131 and is constituted, and respectively is provided with the perforation 2111 of correspondence each other on this two lamellar body 211, and outwards respectively is extended with a lug 2112 downwards in these two lamellar bodies, 211 lower edges
One locating part 30; This locating part 30 is hollow form and the top has an opening; These locating part 30 openings are fixedly arranged in the top end opening of the body of rod 20 in this up, and the bottom inner edge of this locating part 30 is provided with ratchet 31 up, and top end opening is provided with the retainer ring 32 of a tool one through hole 321.
One guide member 40, these guide member 40 inner tool one helical orbits 41 also can only slippage in this locating part 30 by this retainer ring 32, and these guide member 40 bottoms have that ratchet 42 is corresponding with the ratchet up 31 of this locating part 30 down.
One spiral rail bar 50; This spiral rail bar 50 sees through a fixed block 51 on top and is fastened in this outer body of rod 10; This spiral rail bar 50 can penetrate this helical orbit 41 corresponding to the helical orbit 41 of this guide member 40, can drive 40 rotations of this guide member when making this spiral rail bar 50 descend slippage vertically, during the downward slippage of this outer body of rod 10; The ratchet down 42 of this guide member 40 fastens with the ratchet up 31 of this locating part 30 and makes these guide member 40 rotations can drive the body of rod 20 rotations in this; Should be outer body of rod 10 upwards during slippage, the ratchet down 42 of this guide member 40 is with the ratchet up 31 of this locating part 30 and does not engage, and this guide member 40 is dallied;
The usefulness that cushions when wherein, this spiral rail bar 50 can sheathed several buffering rings 52 descends slippage vertically as spiral rail bar 50.
One closing component structure 60, this closing component structure have interior collar 61, one outer folder tube 62 and one U-shaped and pull body 63, and this outer body of rod 10 bottoms are fixed in collar 61 epimere portions in this; The outer peripheral edges of hypomere portion form the conical surface body 611 of expansion from top to bottom, and are provided with axial profile groove 612 in this conical surface body 611, and collar 61 2 sides are provided with corresponding locating hole 613 in this; Should outer folder tube 62 be nested with in this outside collar 61; Folder tube 62 epimere portions are provided with two trepannings 621 with respect to the locating hole 613 of collar in this 61 outside being somebody's turn to do, and the aperture of this two trepanning 621 is greater than the aperture of this locating hole 613, and the hypomere portion of pressing from both sides tube 62 outside being somebody's turn to do again forms the horn body of expanding from top to bottom 622; This U-shaped is pulled the locating hole 613 and the trepanning 621 that be somebody's turn to do outer folder tube 62 of body 63 both sides inner edges with respect to collar in this 61; Correspondence is provided with embeddable pivotal axis 631, and this U-shaped pulls body 63 both sides and respectively have a protuberance 632, and this protuberance 632 is arranged in this trepanning 621; Pulling body 63 when this U-shaped by this down pulls; This protuberance 632 is replaced trepanning 621 upper limbs of this outer folder tube 62 and is made that folder tube 62 up moves this outside, and it is lax that the conical surface body 611 of collar 61 in this is appeared, and makes in this body of rod 20 and is somebody's turn to do the outer body of rod 10 and was Telescoping; Pulling body 63 when this U-shaped up pulls; This protuberance 632 is replaced trepanning 621 lower edges of this outer folder tube 62 and is made that folder tube 62 moves down this outside, and it is tight that the conical surface body 611 of collar 61 in this is appeared, and makes in this body of rod 20 and is somebody's turn to do the outer body of rod 10 and was locked state.
Wherein, axial profile groove 612 numbers of collar 61 are four in this.
One block cover 70, this block cover 70 are located at outside these the interior body of rod 20 middle sections, and this outer body of rod 10 can slide onto downwards and touch till this backstop cover 70.
One disk body 80; These disk body 80 bottoms have several cotton bars 81; These disk body 80 center of top places be provided with one can insert the U type groove 212 of the body of rod 20 bottoms in this pin joint seat 82; This pin joint seat 82 have a pivot hole 821 and top have a round recessed 822 can be corresponding to the steel ball 2132 of this locating structure 21 of 20 bottoms of the body of rod in this; The pivot hole 821 that one hinged arm 823 passes this pin joint seat 82 makes this disk body 80 be articulated in the body of rod 20 in this with the perforation 2111 of this locating structure 21 that is somebody's turn to do the interior body of rod 20 bottoms; Should in lug 2112 and the steel ball 2132 of body of rod 20 this locating structure 21 when being vertical can urgent downwards these disk body 80 end faces; Make this disk body 80 with should in the body of rod 20 be locking-in state, body of rod 20 is this locating structure 21 when skewed in this lug 2112 and steel ball 2132 are non-urgent state with these disk body 80 end faces, make this disk body 80 rotatable.
Wherein, but mop that should automatic dehydration more comprises a dehydration bucket 90, and this dehydration barrels 90 has the Water tank 91 that freely rotates, and this disk body 80 can be placed in this Water tank 91.
By said structure, when this closing component structure 60 is locked state, this disk body 80 with should in body of rod 20 when being non-locking-in state, the user can use this mop to mop floor; And after the user cleans mop; These disk body 80 cotton bars 81 need drain, and can this U-shaped of this closing component structure 60 be pulled body 63 and down pull, and make this interior body of rod 20 and should be Telescoping by the outer body of rod 10; And should in the body of rod 20 be vertical make this disk body 80 with should in the body of rod 20 be locking-in state; Again this disk body 80 is placed in this Water tank 91, during by the downward slippage of this outer body of rod 10, make this guide member 40 drive should in body of rod 20 rotations; And then drive disk body 80 rotations, and utilize centrifugal force that the water of this cotton bar 81 is outwards thrown away and reach the effect of draining.
So the utility model need not use the mode of trampling to rotate Water tank by said structure, easy to usely outer can not cause the situation of falling yet, reach the convenient effect of safety again of the utility model.

Claims (4)

1. but the mop of an automatic dehydration is characterized in that including:
The one outer body of rod;
The body of rod in one; Should in body of rod top with should the mutual socket in outer body of rod bottom and can in this outside, do slippage one about vertically in the body of rod, should the outer body of rod can slide onto downwards and touch till this backstop overlaps thereby be provided with block cover in this outside body of rod middle section, this interior body of rod bottom has one and locatees and construct; This locating structure has two lamellar bodies; Constitute a U type groove between this two lamellar body, this U type bottom portion of groove is provided with a rolled-up stock, and this rolled-up stock is replaced a steel ball downwards by a spring and constituted; Respectively be provided with the perforation of mutual correspondence on this two lamellar body, and outwards respectively be extended with a lug downwards in this two lamellar bodies lower edge;
One disk body; This disk body bottom has several cotton bars; This disk body center of top place be provided with one can insert this U type groove pin joint seat; This pin joint seat has a pivot hole and the top has a round recessed corresponding to the steel ball of body of rod bottom in this, thus a hinged arm pass this pivot hole with should in body of rod bottom two perforation and make this disk body be articulated in body of rod in this should in the body of rod this locating structure when being vertical lug and steel ball downwards urgent this disk body end face so that this disk body with should in the body of rod be locking-in state and should the interior body of rod be this locating structure when skewed and this disk body end face is non-urgent state so that this disk body can rotate;
One locating part, this locating part are in the top end opening that hollow is fixedly arranged on the body of rod in this, and the bottom inner edge of this locating part is provided with ratchet up;
One guide member, inner tool one helical orbit of this guide member and slippage up and down in this locating part, this guide member bottom have corresponding with the ratchet up of this locating part and limit this guide member can only folk prescription to the ratchet down that rotates;
One spiral rail bar, this spiral rail bar are fastened in this outer body of rod and can penetrate the helical orbit of this guide member so that this spiral rail bar drives this guide member when descend vertically slippage rotates;
One closing component structure; This closing component structure has collar in, an outer folder tube is pulled body with a U-shaped; This internal beam cover epimere is fixed in this outer body of rod bottom; The outer peripheral edges of hypomere form the conical surface body of downward expansion; And be provided with axial profile groove in this conical surface body; Should interior collar two sides be provided with locating hole; Should outer folder jacket casing put in this outside collar, this outer folder tube epimere portion is provided with two trepannings with respect to the locating hole of collar in this, and the aperture of this two trepanning is greater than the aperture of this locating hole; The hypomere that is somebody's turn to do outer folder tube again forms the horn body of downward expansion; This U-shaped is pulled body both sides inner edge with respect to the locating hole of collar in this and the corresponding pivotal axis that is provided with embedding of trepanning that should outer folder tube, and this U-shaped pulls the body both sides and respectively have a protuberance, pulls that body is down pulled and this protuberance is replaced the trepanning upper limb of this outer folder tube and folder tube this outside is up moved so that conical surface body that should collar appears lax to make this body of rod and should the outer body of rod be Telescoping and pull that body is up pulled and this protuberance is replaced the trepanning lower edge of this outer folder tube and make to press from both sides this outside and tin move down so that be somebody's turn to do the conical surface body of collar and appear tight and make this body of rod and be somebody's turn to do the outer body of rod and be locked state when this U-shaped when this U-shaped thereby this protuberance is arranged in this trepanning.
2. but the mop of automatic dehydration as claimed in claim 1 is characterized in that: the sheathed several buffering rings of this spiral rail bar.
3. but the mop of automatic dehydration as claimed in claim 1 is characterized in that: the mop of this automatic dehydration more comprises a dehydration bucket, and this dehydration barrel has the Water tank that freely rotates, and this disk body is placed in this Water tank.
4. but the mop of automatic dehydration as claimed in claim 1, it is characterized in that: the axial profile groove number of the interior collar of this closing component structure is four.
CN201120421958XU 2011-10-31 2011-10-31 Mop capable of being dehydrated automatically Expired - Fee Related CN202376037U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201120421958XU CN202376037U (en) 2011-10-31 2011-10-31 Mop capable of being dehydrated automatically

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201120421958XU CN202376037U (en) 2011-10-31 2011-10-31 Mop capable of being dehydrated automatically

Publications (1)

Publication Number Publication Date
CN202376037U true CN202376037U (en) 2012-08-15

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201120421958XU Expired - Fee Related CN202376037U (en) 2011-10-31 2011-10-31 Mop capable of being dehydrated automatically

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2021004271A1 (en) * 2019-07-10 2021-01-14 嘉兴捷顺旅游制品有限公司 Locking structure of telescopic rod member

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2021004271A1 (en) * 2019-07-10 2021-01-14 嘉兴捷顺旅游制品有限公司 Locking structure of telescopic rod member

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Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20120815

Termination date: 20141031

EXPY Termination of patent right or utility model