CN201939299U - Fast water twisting bucket for mop - Google Patents
Fast water twisting bucket for mop Download PDFInfo
- Publication number
- CN201939299U CN201939299U CN2010206866556U CN201020686655U CN201939299U CN 201939299 U CN201939299 U CN 201939299U CN 2010206866556 U CN2010206866556 U CN 2010206866556U CN 201020686655 U CN201020686655 U CN 201020686655U CN 201939299 U CN201939299 U CN 201939299U
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- CN
- China
- Prior art keywords
- mop
- steel wire
- hinged
- rotary cylinder
- pedal
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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 - Lifetime
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Abstract
The utility model relates to a fast water twisting bucket for a mop. The bucket comprises a bucket body with a concave inlet at one side, a pedal plate and at least two of mop grasping pieces. The fast water twisting bucket is characterized in that a support frame is arranged in the concave inlet of the bucket body; the upper end of a rotating barrel is hinged with a first joint of the mop grasping piece; and the rotating barrel is further sequentially sheathed with a bearing, the support frame, a steel wire fixing cover, a first separating cover, a first restoring spring and a second separating cover. The upper end of a pull rod is hinged with a second joint of the mop grasping piece, the lower end of the pull rod is penetrated through the rotating barrel to be movably connected with a pull rod connecting piece, and the pull rod connecting piece is penetrated through the pedal plate to be provided with a pull rod spring in a penetrating way. Two ends of a wheel shaft of a steel wire drive wheel are fixedly connected with the support frame; and one end of the steel wire is fixedly connected with the steel wire fixing cover, and the other end of the steel wire is wound on the steel wire drive wheel to be connected with the pedal plate. The fast water twisting bucket is complete to dehydrate and convenient to use.
Description
Technical field
The utility model relates to a kind of mop-pail stands, particularly a kind of quick mop water twisting barrel.
Background technology
Existing mop squeezing bucket has dress water and to the function of mop water squeezing, it is made up of staving and the water squeezing tube by the bamboo hat shape of small opening, mop cloth is pressed in the water squeezing tube and dewaters, its deficiency is that it is unclean to depend merely on the dehydration of extruding mop cloth, if twist mop rod mop cloth is dewatered, mop cloth can rotate in the water squeezing tube, so, the water of Squeezing mop cloth, still to twist water with hand grip mop cloth.
Summary of the invention
Technical problem to be solved: the utility model provides a kind of quick mop water twisting barrel that is provided with dewatering device in mop-pail stands at the prior art deficiency.
Technical scheme: the utility model comprises that a side has recessed mouthful staving, pedal, and at least two mops are firmly grasped part, and its special character is:
One bracing frame is located in the recessed mouth of staving;
It is hinged that one rotary cylinder upper end and mop are firmly grasped part first joint; Rotary cylinder also is arranged with bearing, bracing frame, steel wire fixed cover, first fen spacer, first back-moving spring, second fen spacer from top to bottom successively;
It is hinged that one pull bar upper end and mop are firmly grasped part second joint; The pull bar lower end is actively socketed on the pull bar connector after passing rotary cylinder, and the pull bar connector passes behind the pedal and wears a pull-rod spring;
One steel wire drive, its wheel shaft two ends are fixed on the bracing frame;
One steel wire, an end are fixed on the steel wire fixed cover, and the other end is connected on the pedal after twining the steel wire drive.
In the such scheme, it is hinged that described rotary cylinder upper end and mop are firmly grasped part first joint, is that the rotation seat of rotary cylinder upper end is hinged by first connector and first joint; It is hinged by second connector and second joint that described pull bar upper end is firmly grasped part second joint hinged with mop.Establish a wheel bearing in the described steel wire drive; Described pedal is divided into a gripper shoe, and gripper shoe both sides and bracing frame are following fixing, and the pedal front end is hinged on the gripper shoe front end, establishes second back-moving spring in the hinged place.It is T shape that mop is firmly grasped part, and its upper end is provided with profile of tooth.
The utility model effect is: firmly grasp in the part, hold mop rod owing to adopted technique scheme, mop to be placed on mop, the pedal that tramps with one's feet down, mop are firmly grasped the part closure, and tighten mop and rotate water squeezing, and mop is firmly grasped part and twisted water with regard to firmly grasp mop as hand.The utility model is easy to use, and water squeezing is effective.
Description of drawings
Fig. 1 the utility model structural representation;
Dewatering device structural representation when Fig. 2 the utility model takes away staving;
Structural representation when Fig. 3 the utility model takes away staving and bracing frame;
Another visual angle structural representation when Fig. 4 the utility model takes away staving and bracing frame;
Mop was firmly grasped part closure state structural representation when Fig. 5 the utility model took away staving and bracing frame;
Mop was firmly grasped closed another angle schematic diagram of part when Fig. 6 the utility model took away staving and bracing frame;
Dewatering device STRUCTURE DECOMPOSITION schematic diagram when Fig. 7 the utility model takes away staving.
The number in the figure explanation: staving 1, recessed mouthful 2, mop is firmly grasped part 3, left side wheel 4, bracing frame 5, rotary cylinder 6, the first joints 7, bearing 8,9, the first fens spacer 10, the first back-moving springs 11 of steel wire fixed cover, spacer 12 in second minute, pull bar 13, the second joints 14, pull bar connector 15, pedal 16, pull-rod spring 17, steel wire drive 18, wheel shaft 19, steel wire 20, first connector 21, bearing cage 22, wheel bearing 23, gripper shoe 24, the second back-moving springs 25, profile of tooth 26, second connector 27, rotation seat 28, bracing frame hole 29, foot-operated plate hole 30, rotary cylinder hole 31, the right wheel 32.
The specific embodiment
See Fig. 1-7, mop water twisting barrel comprises that a side has recessed mouthful 2 staving 1 fast, pedal 16, at least two mops are firmly grasped part 3, present embodiment establish two groups totally four mops firmly grasp part 3, wherein one group of height is lower, see Fig. 5, left and right sides mop is firmly grasped part 3 and is the A group, and the front and back mop is firmly grasped part 3 and is the B group, and the B group is higher than the A group.Its special character is:
One bracing frame 5 is located in the recessed mouth 2 of staving 1;
It is hinged that one rotary cylinder, 6 upper ends and mop are firmly grasped part 3 first joints 7; Rotary cylinder 6 also is arranged with bearing 8, bracing frame 5, steel wire fixed cover 9, first fen spacer 10,11, the second fens spacers 12 of first back-moving spring from top to bottom successively.
It is hinged that one pull bar, 13 upper ends and mop are firmly grasped part 3 second joints 14; Pull bar 13 lower ends are actively socketed on the pull bar connector 15 after passing rotary cylinder 6, and pull bar connector 15 passes pedal 16 backs and wears a pull-rod spring 17.
One steel wire drive 18, its wheel shaft 19 two ends are fixed on the bracing frame 5.
One steel wire, 20, one ends are fixed on the steel wire fixed cover 9, and the other end is connected on the pedal 16 after twining steel wire drive 18.
It is hinged that described rotary cylinder 6 upper ends and mop are firmly grasped part 3 first joints 7, is that the rotation seat 28 of rotary cylinder 6 upper ends is hinged by first connector 21 and first joint 7; It is hinged by second connector 27 and second joint 14 that described pull bar 13 upper ends and mop are firmly grasped part 3 second joints 14 hinged.Described bearing 8 peripheral hardwares one bearing cage 22, establish a wheel bearing 23 in the described steel wire drive 18, described pedal 16 is divided into a gripper shoe 24, and gripper shoe 24 both sides and bracing frame 5 are following fixing, pedal 16 front ends are hinged on gripper shoe 24 front ends, establish second back-moving spring 25 in the hinged place.Mop is firmly grasped part 3 and is T shape, and its upper end is provided with profile of tooth 26.
Details are as follows for concrete structure:
See Fig. 1, staving 1 one sides have recessed mouthful 2, it is an opening, and see and Fig. 2 Fig. 2 dewatering device put into staving 1 that bracing frame 5 is connected and fixed and water-tight with staving 1 inwall, mop is firmly grasped part 3 at staving 1 internal upper part, pedal 3 is in recessed mouthful 2, and because of bracing frame 5 and staving 1 water-tight, recessed mouthful 2 forms anti-pool.See Fig. 2,3, mop is firmly grasped part 3 and is open mode, it is further to firmly grasp mop that its upper end is provided with profile of tooth 26 effects, and referring to Fig. 7, mop firmly grasp part 3 have first joint 7 at middle, second joint 14 in the lower end, first joint 7 and first connector, 21 upper ends are hinged, can rotate at a certain angle, the rotation seat 28 of first connector, 21 lower ends and rotary cylinder 6 upper ends is hinged, can rotate at a certain angle.Rotary cylinder 6 is fixed with rotation seat 28, and second joint 14 is hinged with pull bar 13 upper ends second connector 27, can rotate at a certain angle.The pull bar 13 and second connector 27 are fixed.Pull bar 13 passes rotary cylinder hole 31.Above-mentioned state, if make progress jack-up pull bar 13, mop is firmly grasped part 3 can be closed, as Fig. 5,6.
After seeing that the described rotary cylinder of Fig. 76 upper ends installation mop is firmly grasped part 3, rotation seat wears a bearing 8 for 28 times, bearing 8 peripheral hardwares one bearing cage 22; bearing 8 rotates for rotary cylinder 6; bearing cage 22 is a protection bearing 8, because of said modules is exposed in the staving 1, and 22 waterproof actions of bearing cage.The visible bearing cage of Fig. 6 22 installation positions, because of bearing 8 in bearing cage 22, do not mark among the figure.
See Fig. 2,7, after rotary cylinder 6 is installed bearing 8 and bearing cage 22, pass the bracing frame hole 29 on the bracing frame 5, bearing 8 is fixing with bracing frame 5 with bearing cage 22, and like this, rotary cylinder 6 just is fixed in the bracing frame 5, rotary cylinder 6 is owing to be with bearing 8, and rotary cylinder 6 can rotate.Rotary cylinder 6 passes steel wire fixed cover 9, first fen spacer 10,11, the second fens spacers 12 of first back-moving spring again.Steel wire fixed cover 9, first fen spacer 10, second fen spacer 12 are separated by a distance fixing.Steel wire fixed cover 9 is that 20, the first fens spacers 10 of affixed steel wire and second fen spacer 12 mainly are that first back-moving spring 11 is separated admittedly in a position, sees Fig. 3,4,5.Above-mentioned rotary cylinder 6 installs.
In the said modules, when bracing frame 5 is motionless, jack-up pull bar 13 upwards, mop is firmly grasped part 3 closures (promptly mop), and mop is firmly grasped part 3 and can be rotated (mop rotates dehydration) when driving rotary cylinder 6.
Following structure is make progress jack-up pull bar 13 and driving rotary cylinder 6.
See Fig. 2,3,6,7, establish a wheel bearing 23 in the steel wire drive 18, wheel shaft 19 two ends of passing wheel bearing 23 are fixed on the bracing frame 5 sees Fig. 2.Steel wire 20 1 ends are fixed on the steel wire fixed cover 9, and the other end is connected on the pedal 16 after twining steel wire drive 18.Present embodiment is divided into the coaxial left-right two-wheeled with steel wire drive 18, sees Fig. 7, and on the steel wire 20 pin pedals 16 of left side wheel 4, the steel wire 20 of the right wheel 32 connects on the steel wire fixed cover 9, and 32 diameters are taken turns greater than left side wheel 4 in the right.As pedal 16 is stepped on downwards, rotary cylinder 6 can drive mop and firmly grasp part 3 rotations.
See Fig. 2,3,5,6,7, pull bar 13 lower ends are actively socketed on the pull bar connector 15 after passing rotary cylinder 6, and pull bar connector 15 passes foot-operated plate hole 30 backs of pedal 16 and wears a pull-rod spring 17.
Described pedal 16 is divided into a gripper shoe 24, and gripper shoe 24 both sides and bracing frame 5 are following fixing, and pedal 16 front ends are hinged on gripper shoe 24 front ends, establish second back-moving spring 25 in the hinged place.See Fig. 2, pull bar connector 15 lower ends tilt to contact with gripper shoe 24, and are unfixing.See Fig. 5, at this moment, step on pedal, pull bar connector 15 is pretty straight by tilting, and jack-up pull bar 13, mop are firmly grasped part 3 can be closed.Rotary cylinder 6 can drive mop and firmly grasp part 3 rotations simultaneously.
The concrete course of work is as follows: see Fig. 1,2,3,5, hold mop rod, mop is put into mop and is firmly grasped part 3, the pedal 16 that tramps with one's feet down, and pull bar connector 15 lower ends contact with gripper shoe 24 and become straight, jack-up pull bar 13, see Fig. 5, mop is firmly grasped the closed promptly mop of part 3 beginnings, when stepping on pedal 16, steel wire 20 is drawn, steel wire drive 18 rotates and pulling steel wire fixed cover 9, and steel wire fixed cover 9 drives whole rotary cylinder 6 and firmly grasps part 3 rotations, mop dehydration with mop.Pin leaves pedal 16, and pedal 16 resets under pull- rod spring 17 and 25 effects of second back-moving spring, and rotary cylinder 6 resets under 11 effects of first back-moving spring, sees Fig. 2 state.
Claims (4)
1. a quick mop water twisting barrel comprises that a side has the staving (1) of recessed mouthful (2), pedal (16), and at least two mops are firmly grasped part (3), it is characterized in that:
One bracing frame (5) is located in recessed mouthful (2) of staving (1);
It is hinged that one rotary cylinder (6) upper end and mop are firmly grasped part (3) first joints (7); Rotary cylinder (6) also is arranged with bearing (8), bracing frame (5), steel wire fixed cover (9), first fen spacer (10), first back-moving spring (11), second fen spacer (12) from top to bottom successively;
It is hinged that one pull bar (13) upper end and mop are firmly grasped part (3) second joints (14); Pull bar (13) lower end is actively socketed on the pull bar connector (15) after passing rotary cylinder (6), and pull bar connector (15) passes pedal (16) back and wears a pull-rod spring (17);
One steel wire drive (18), its wheel shaft (19) two ends are fixed on the bracing frame (5);
One steel wire (20), an end are fixed on the steel wire fixed cover (9), and the other end is connected on the pedal (16) after twining steel wire drive (18).
2. a kind of quick mop water twisting barrel according to claim 1, it is characterized in that: it is hinged that described rotary cylinder (6) upper end and mop are firmly grasped part (3) first joints (7), is that the rotation seat (28) of rotary cylinder (6) upper end is hinged by first connector (21) and first joint (7); It is hinged by second connector (27) and second joint (14) that described pull bar (13) upper end is firmly grasped part (3) second joints (14) hinged with mop; Described bearing (8) peripheral hardware one bearing cage (22) is established a wheel bearing (23) in the described steel wire drive (18).
3. a kind of quick mop water twisting barrel according to claim 1, it is characterized in that: described pedal (16) is divided into a gripper shoe (24), gripper shoe (24) both sides and bracing frame (5) are following fixing, pedal (16) front end is hinged on gripper shoe (24) front end, establishes second back-moving spring (25) in the hinged place.
4. a kind of quick mop water twisting barrel according to claim 1 is characterized in that: described mop is firmly grasped part (3) and is T shape, and its upper end is provided with profile of tooth (26).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206866556U CN201939299U (en) | 2010-12-16 | 2010-12-16 | Fast water twisting bucket for mop |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206866556U CN201939299U (en) | 2010-12-16 | 2010-12-16 | Fast water twisting bucket for mop |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201939299U true CN201939299U (en) | 2011-08-24 |
Family
ID=44466656
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010206866556U Expired - Lifetime CN201939299U (en) | 2010-12-16 | 2010-12-16 | Fast water twisting bucket for mop |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201939299U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2012059027A1 (en) * | 2010-11-02 | 2012-05-10 | Chen Zhizhong | Mop squeezer |
| CN105877662A (en) * | 2014-12-16 | 2016-08-24 | 张建军 | Pedal type upper and lower grabbing hook counter-rotating mop water squeezing bucket |
-
2010
- 2010-12-16 CN CN2010206866556U patent/CN201939299U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2012059027A1 (en) * | 2010-11-02 | 2012-05-10 | Chen Zhizhong | Mop squeezer |
| CN105877662A (en) * | 2014-12-16 | 2016-08-24 | 张建军 | Pedal type upper and lower grabbing hook counter-rotating mop water squeezing bucket |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20110824 Effective date of abandoning: 20130227 |
|
| RGAV | Abandon patent right to avoid regrant |