CN202027541U - Dewatering tub for rotary mop - Google Patents
Dewatering tub for rotary mop Download PDFInfo
- Publication number
- CN202027541U CN202027541U CN2010205300635U CN201020530063U CN202027541U CN 202027541 U CN202027541 U CN 202027541U CN 2010205300635 U CN2010205300635 U CN 2010205300635U CN 201020530063 U CN201020530063 U CN 201020530063U CN 202027541 U CN202027541 U CN 202027541U
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- gear
- dehydration
- base
- belt pulley
- shaft
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Abstract
The utility model discloses a dewatering tub for a rotary mop, which comprises a tub body (1), a dewatering basket (2), a foot drive device, a dewatering device and a washing device. The bottom of the tub body (1) is equipped with a recess corresponding to the foot drive device, the dewatering device and the washing device. The foot drive device comprises a base (4), a trample plate (3), a torsion spring (19) and a fan-shaped bevel gear (5). The trample plate (3) and the fan-shaped bevel gear (5) connected into one piece are hinged to the support (20) of the base (4) via a hinge axle (21). The torsion spring (19) is sleeved on the trample plate (3) coaxial with the hinge axle (21). One end of the torsion spring (19) is pressed on the fan-shaped bevel gear (5) and the other end thereof is pressed on the support (20). By adopting the above structure, the two functions of both the dehydration spinning and the cleaning can be realized by the dewatering tub. The dewatering tub is simple and reasonable in structure, good in overload capacity, convenient in operation and long in service life.
Description
Technical field
The utility model relates to a kind of dehydration barrel, particularly a kind ofly can be used for the dehydration barrel that rotary mop dehydration can be used for the rotary mop washing again.
Background technology
As everyone knows, the burnisher of using always when mop is the floor cleaning health, it mainly by mop rod, drag cotton head to form, need before using to drench drag cotton head to extract after just can mop floor, need will drag cotton head to clean, extract after the use again, traditional mop generally adopts manual extracting, and its weak point is the both hands of will making dirty when extracting, not only inefficiency, labour intensity are big, and extremely unhygienic.People have developed and have a kind ofly dragged a cotton revolvable mop for this reason, and have supportingly designed a kind of rotary mop dehydration barrel, and this dehydration barrel drives by foot drive device, dewater unit, wash mill and drags cotton head rotation, and cotton head is dragged in washing in bucket; Perhaps drive the dehydration basket fast rotational by foot drive device, dewater unit, can will be placed on rotary mop head on the dehydration basket and take off driedly fast, hand does not just need to contact with mophead, and health is clean, and it is quick and convenient to dewater.But above-mentioned dehydration barrel in use has the following disadvantages: the one, and existing foot drive device, dewater unit and wash mill drive mechanism complexity, quality of fit and requirement of mechanical strength height, and very easily wearing and tearing, service life is short; The 2nd, when driving wash mill, generally adopt the rack and pinion drive mechanism, occur slip teeth easily and beat the tooth phenomenon, overload capacity is poor.For this reason, some manufacturer and knowledgeable people develop and develop, but do not have satisfied product to come out on the market so far as yet.
Summary of the invention
For overcoming existing dehydration barrel above shortcomings, the purpose of this utility model provide a kind of simple and reasonable, overload capacity good, long service life, dehydration and the dual-purpose rotary mop dehydration barrel of washing.
The technical scheme that its technical problem that solves the utility model adopts, it comprises staving, dehydration basket, foot drive device, dewater unit, wash mill, the bottom of staving is provided with and foot drive device, dewater unit, the corresponding recess of wash mill, described foot drive device comprises base, pedal, torsion spring, the Fan shape umbrella gear, pedal and Fan shape umbrella gear are connected as a single entity and are hinged on by hinge on the support of base, torsion spring set be located at the pedal of hinge with shaft portion on, one end of torsion spring is withheld on the Fan shape umbrella gear, and the other end is withheld on support.
Described dewater unit comprises bevel gear, the one-level driven wheel, the dehydration gear, intermediate speed pinion, gear broad in the middle, dehydrating shaft, one end of dehydrating shaft is vertically set on the base, the recess that the other end passes staving is connected with dehydration basket, the dehydration gear is fixed on the dehydrating shaft by isolator, bevel gear and one-level driven wheel are connected as a single entity and coaxial being arranged on the base, intermediate speed pinion and gear broad in the middle are connected as a single entity and coaxial being arranged on the base, Fan shape umbrella gear and bevel gear engagement, one-level driven wheel and intermediate speed pinion engagement, gear broad in the middle and dehydration gears engaged.
Described wash mill comprises secondary drive gear, small belt pulley, belt, big belt pulley, wash shaft, washing base, second swivel joint, the secondary drive gear is connected as a single entity and coaxial being arranged on the base with small belt pulley, one end of wash shaft is vertically set on the washing base, the recess that the other end passes staving is connected with second swivel joint, big belt pulley is fixed on the wash shaft by isolator, secondary drive gear and gears engaged broad in the middle, belt is connected between small belt pulley and the big belt pulley.
Described dehydration basket center is provided with first swivel joint.
After adopting said structure, following advantage and effect are arranged compared with the prior art: the one, not only can be used for mop dewatering, and can be used for cleaning the cotton head of dragging of mop by cooperating with the swivel joint of wash mill, be combined into body dexterously dewatering and washing both.The 2nd, owing to adopt belt transmission structure, drive wash shaft and swivel joint rotation work, belt skids automatically during overload, so can keep drive disk assembly preferably, reliable transmission, long service life.The 3rd, at the head of dehydrating shaft swivel joint is set, during dehydration, rotary mop cooperates with swivel joint, and dehydration basket is stressed to be evenly distributed, and can not produce eccentric phenomena.
Description of drawings
Fig. 1 is a structural representation of the present utility model.
Fig. 2 is the fit structure schematic diagram of looking up of the present utility model.
Fig. 3 is a foot drive device structural representation of the present utility model.
The specific embodiment
Fig. 1 is to shown in Figure 3, specific embodiments for the utility model rotary mop dehydration barrel, it comprises staving 1, dehydration basket 2, foot drive device, dewater unit, wash mill, the bottom of staving 1 is provided with and foot drive device, dewater unit, the corresponding recess of wash mill, described foot drive device comprises base 4, pedal 3, torsion spring 19, Fan shape umbrella gear 5, base 4 correspondences are fixed on the bottom of staving 1, pedal 3 and Fan shape umbrella gear 5 are connected as a single entity and are hinged on by hinge 21 on the support 20 of base 4, torsion spring 19 be set in the pedal 3 of hinge 21 with shaft portion on, one end of torsion spring 19 is withheld on Fan shape umbrella gear 5, the other end is withheld on support 20, and torsion spring 19 plays the effect of automatically reseting.Dehydration basket 2 eccentric rotations in order to prevent to dewater, described dehydration basket 2 centers are provided with first swivel joint 22.
Described dewater unit comprises bevel gear 8, one-level driven wheel 7, dehydration gear 9, intermediate speed pinion 11, gear 10 broad in the middle, dehydrating shaft 6, one end of dehydrating shaft 6 is vertically set on the base 4, the recess that the other end passes staving 1 is connected with dehydration basket 2, dehydration gear 9 is fixed on the dehydrating shaft 6 by isolator, isolator can be guaranteed dehydrating shaft 6 unidirectional rotations, bevel gear 8 and one-level driven wheel 7 are connected as a single entity and coaxial being arranged on the base 4, bevel gear 8 and 7 relative dehydrating shaft 6 idle running of one-level driven wheel, intermediate speed pinion 11 and gear broad in the middle 10 are connected as a single entity and coaxial being arranged on the base 4, intermediate speed pinion 11 and gear broad in the middle 10 rotate synchronously, Fan shape umbrella gear 5 and bevel gear 8 engagements, one-level driven wheel 7 and intermediate speed pinion 11 engagements, gear 10 broad in the middle and 9 engagements of dehydration gear.
Described wash mill comprises secondary drive gear 12, small belt pulley 13, belt 14, big belt pulley 15, wash shaft 16, washing base 17, second swivel joint 18, washing base 17 correspondences are fixed on the bottom of staving 1, secondary drive gear 12 is connected as a single entity and coaxial being arranged on the base 4 with small belt pulley 13, secondary drive gear 12 and small belt pulley 13 rotate synchronously, one end of wash shaft 16 is vertically set on the washing base 17, the recess that the other end passes staving 1 is connected with second swivel joint 18, big belt pulley 15 is fixed on the wash shaft 16 by isolator, isolator can be guaranteed wash shaft 16 unidirectional rotations, secondary drive gear 12 and gear 10 engagements broad in the middle, belt 14 is connected between small belt pulley 13 and the big belt pulley 15.
During the utility model work, pin is stepped on pedal 3 downwards, pedal 3 and Fan shape umbrella gear 5 rotate around hinge 21, Fan shape umbrella gear 5 drives bevel gear 8 and one-level driven wheel 7 dallies around dehydrating shaft 6, one-level driven wheel 7 drives gear 10 broad in the middle by intermediate speed pinion 11 and rotates, gear 10 broad in the middle drives dehydration gear 9 and rotates, because the isolator effect on the dehydration gear 9, dehydrating shaft 6 drives dehydration basket 2 fast rotational under dehydration gear 9 drives; When gear 10 broad in the middle drives 9 rotations of dehydration gear, gear 10 broad in the middle drives small belt pulley 13 by secondary drive gear 12 and rotates, small belt pulley 13 drives big belt pulley 15 by belt 14 and rotates, since on the big belt pulley 15 the isolator effect, wash shaft 16 drives 18 rotations of second swivel joint under big belt pulley 15 drives.If this moment, rotary mop cooperated with second swivel joint 18 on the wash shaft 16, get final product the driven rotary mop and in staving 1, rotate, thus the washing work of realization rotary mop; If this moment, rotary mop was placed in the dehydration basket 2, the dehydration basket 2 driven rotary mops of rotation dry fast at a high speed, thereby realize the dehydration work of rotary mop.
When after pedal 3 puts in place, unclamping pin, pedal 3 and Fan shape umbrella gear 5 automatically reset under torsion spring 19 effects, Fan shape umbrella gear 5 drives bevel gear 8 and one-level driven wheel 7 oppositely dallies around dehydrating shaft 6, one-level driven wheel 7 drives dehydration gear 9 by intermediate speed pinion 11 and gear broad in the middle 10 and oppositely dallies, because the isolator effect on the dehydration gear 9, dehydrating shaft 6 continues rotation under the effect of inertia of dehydration basket 2.When one-level driven wheel 7 drives the 9 reverse idle running of dehydration gear by intermediate speed pinion 11 and gear broad in the middle 10, gear 10 broad in the middle drives small belt pulley 13 backward rotation by secondary drive gear 12, small belt pulley 13 drives big belt pulley 15 backward rotation by belt 14, since on the big belt pulley 15 the isolator effect, big belt pulley 15 relative wash shaft 16 idle running, and the wash shaft 16 and second swivel joint 18 still can rotate under effect of inertia.Trample pedal 3 so repeatedly, just can continuously drive the rotation of dehydrating shaft 6 and dehydration basket 2 fast rotational and the wash shaft 16 and second swivel joint 18, thereby realize the purpose of rotary mop washing and dehydration.
Claims (4)
1. rotary mop dehydration barrel, comprise staving (1), dehydration basket (2), foot drive device, dewater unit, wash mill, the bottom of staving (1) is provided with and foot drive device, dewater unit, the corresponding recess of wash mill, it is characterized in that: described foot drive device comprises base (4), pedal (3), torsion spring (19), Fan shape umbrella gear (5), pedal (3) and Fan shape umbrella gear (5) are connected as a single entity and are hinged on by hinge (21) on the support (20) of base (4), torsion spring (19) be set in the pedal (3) of hinge (21) with shaft portion on, one end of torsion spring (19) is withheld on Fan shape umbrella gear (5), and the other end is withheld on support (20).
2. rotary mop dehydration barrel according to claim 1, it is characterized in that: described dewater unit comprises bevel gear (8), one-level driven wheel (7), dehydration gear (9), intermediate speed pinion (11), gear broad in the middle (10), dehydrating shaft (6), one end of dehydrating shaft (6) is vertically set on the base (4), the recess that the other end passes staving (1) is connected with dehydration basket (2), dehydration gear (9) is fixed on the dehydrating shaft (6) by isolator, bevel gear (8) and one-level driven wheel (7) are connected as a single entity and coaxial being arranged on the base (4), intermediate speed pinion (11) and gear broad in the middle (10) are connected as a single entity and coaxial being arranged on the base (4), Fan shape umbrella gear (5) and bevel gear (8) engagement, one-level driven wheel (7) and intermediate speed pinion (11) engagement, gear broad in the middle (10) and dehydration gear (9) engagement.
3. rotary mop dehydration barrel according to claim 2, it is characterized in that: described wash mill comprises secondary drive gear (12), small belt pulley (13), belt (14), big belt pulley (15), wash shaft (16), washing base (17), second swivel joint (18), secondary drive gear (12) is connected as a single entity and coaxial being arranged on the base (4) with small belt pulley (13), one end of wash shaft (16) is vertically set on the washing base (17), the recess that the other end passes staving (1) is connected with second swivel joint (18), big belt pulley (15) is fixed on the wash shaft (16) by isolator, secondary drive gear (12) and gear broad in the middle (10) engagement, belt (14) is connected between small belt pulley (13) and the big belt pulley (15).
4. rotary mop dehydration barrel according to claim 3 is characterized in that: described dehydration basket (2) center is provided with first swivel joint (22).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205300635U CN202027541U (en) | 2010-09-11 | 2010-09-11 | Dewatering tub for rotary mop |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205300635U CN202027541U (en) | 2010-09-11 | 2010-09-11 | Dewatering tub for rotary mop |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202027541U true CN202027541U (en) | 2011-11-09 |
Family
ID=44889858
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010205300635U Expired - Fee Related CN202027541U (en) | 2010-09-11 | 2010-09-11 | Dewatering tub for rotary mop |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202027541U (en) |
-
2010
- 2010-09-11 CN CN2010205300635U patent/CN202027541U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20111109 Termination date: 20130911 |