CN203303005U

CN203303005U - Mop bucket

Info

Publication number: CN203303005U
Application number: CN2013203346290U
Authority: CN
Inventors: 常民强
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-06-09
Filing date: 2013-06-09
Publication date: 2013-11-27
Anticipated expiration: 2023-06-09

Abstract

The utility model discloses a mop bucket. The mop bucket comprises a bucket body, wherein the bucket body is internally provided with a dehydration mechanism; the dehydration mechanism comprises a fixed outer frame and a spinning-drying basket; the spinning-drying basket is rotatably mounted in the fixed outer frame; a water baffle with the bucket outline adapted to the bucket outline of the bucket body is originally formed on the outer side wall of the fixed outer frame; the fixed outer frame is detachably and fixedly connected with the bucket periphery of the bucket body by the matching of the water baffle and the bucket body. The mop bucket disclosed by the utility model is simple in structure, convenient to machine, fast and convenient to assemble and low in cost.

Description

A kind of mop-pail stands

Technical field

The utility model relates to the cleaning appliance technical field, especially relates to a kind of mop-pail stands.

Background technology

Mop is the cleaning appliance that people commonly use, common and mop-pail stands is used in conjunction with, while mopping floor, mophead need be put into to mop-pail stands cleans and extracts, in mop-pail stands, be provided with the wiper mechanism and the dewatering device that with mophead, match, during clean mop head, mophead is placed on wiper mechanism, and wiper mechanism drives mophead and in mop-pail stands, rotates to reach the purpose of clean mop head; During the Squeezing mop head, mophead is placed on dewatering device, wiper mechanism drives the mophead rotation and moisture is thrown away under centrifugal action, to reach the purpose of Squeezing mop head.

Existing mop-pail stands wiper mechanism comprises manual rotary, manually presses down and drive the rotary and automatic structures such as rotary that drive; The manual rotary wiper mechanism is to support mophead by the rotating disk that can rotate around the axis, and hand twisting mop rod rotates, and mop rod drives mophead rotation around the shaft on rotating disk, and it is relatively simple for structure, and cost is lower; Manually pressing down and driving rotary washer structure such as notification number is the patent of CN102178497A disclosed " mop chassis and the dehydration barrel of dragging for hand-pressing rotary ", subordinate presses mop rod and can drive the rotation of washing stirring plate without rotating mop rod, and then drive mophead rotation, realize the function of clean mop head, better user experience; Automatically driving rotary cleaning mechanism such as notification number is the patent disclosed " electric mop bucket " of CN202136300U, utilizing motor and gear drive to drive screw rotates, and then drive mophead rotation, realize the function of automatic clean mop head, easy to use, but structure is comparatively complicated, and cost is higher.

Existing mop-pail stands dewatering device comprises manual rotary, manually presses down and drive rotary, the foot-operated rotary and automatic structures such as rotary that drive that drive; The manual rotary dewatering device is to place mophead by the drying basket that can rotate around the axis, hand twisting mop rod rotates, mop rod drives mophead and is drying rotation around the shaft in basket, moisture in mophead is thrown out of under centrifugal action, to reach the purpose of Squeezing mop head, it is relatively simple for structure, and cost is lower; Manually pressing down and driving spin-drier structure such as notification number is the patent of CN102178497A disclosed " mop chassis and the dehydration barrel of dragging for hand-pressing rotary ", subordinate presses mop rod and can drive the rotation of drying basket without rotating mop rod, and then drive mophead rotation, realize the function of Squeezing mop head, better user experience; Foot-operated driving spin-drier structure such as notification number are the patent disclosed " mop-pail stands " of CN202568158U, utilize pedal and gear drive to drive and dry the basket rotation, and then drive the mophead rotation, and realize the function of Squeezing mop head, easy to use; Automatically driving rotary cleaning mechanism such as notification number is the patent disclosed " electric mop bucket " of CN202136300U, utilize motor and gear drive to drive and dry the basket rotation, and then drive the mophead rotation, realize the function of automatic Squeezing mop head, its structure is comparatively complicated, and cost is higher.Owing to wanting Squeezing mop moisture in front, and mophead is placed in the drying basket, thereby dries the top that basket will be positioned at the mop-pail stands waterline, dries basket in addition and in mop-pail stands, wants to rotate, and therefore drying basket need be fixedly installed in mop-pail stands rotationally.The dewatering device of existing mop-pail stands, no matter manual rotary, manually press down to drive and rotary, foot-operatedly drive rotary or automatically drive revolving, in its mop-pail stands, convex with the boss of the support drying basket of certain altitude from base, drying basket is fixedly installed on this boss rotationally, yet there are many deficiencies in this structure: 1, mop-pail stands generally is made of plastics, on the base of mop-pail stands, be convexly equipped with a boss, processing technology is comparatively complicated, and cost is higher; 2, due to boss, occupy the segment space of mop-pail stands, cause mop barreled water volume less, and mop bottled water tailheaviness is amesiality, is not easy to guide and support; 3, dry the mounting structure complexity of basket, it is not convenient to assemble; While 4, drying the basket rotary dehydration, easily form water smoke or cause moisture to splash, contaminated environment and unhealthful.

Thereby be necessary existing mop-pail stands structure is improved.

Summary of the invention

For the deficiency that above-mentioned prior art exists, the purpose of this utility model will provide a kind of mop-pail stands, and this mop-pail stands is simple in structure, easy to process, and it is convenient to assemble, and cost is lower.

To achieve these goals, the technical scheme that adopts of the utility model is:

A kind of mop-pail stands, comprise staving, dewatering device is installed in staving, described dewatering device comprises fixedly housing and drying basket, drying basket is rotatably installed on fixedly in housing, the fixing primary water fender that has the ladle body profile with described staving to adapt on the lateral wall of housing, fixedly the housing ladle body periphery that removably is fixedly connected on described staving by described water fender and coordinating of described staving.

Wherein, described water fender is provided with buckle, and the edge of opening of described staving is provided with the draw-in groove matched with described buckle, and buckle is arranged in draw-in groove.

Wherein, the madial wall of described fixedly housing is provided with some baffles, and the upper end of described baffle is provided with the protruding wall that tilts from high to low along described drying basket rotation direction.

Wherein, described drying basket is connected in described fixedly housing rotationally by rotational coupling mechanism, described rotational coupling mechanism comprises rotating shaft, axle sleeve, alignment pin and ball, the bottom that dries basket is provided with the locating hole inserted for the rotating shaft upper end, fixedly the bottom of housing is provided with the installing hole inserted for the rotating shaft lower end, ball is located at the bottom of described installing hole, axle sleeve is located in described installing hole, rotating shaft is inserted in described installing hole by axle sleeve, in rotating shaft, offer pin-and-hole, alignment pin passes described pin-and-hole and is arranged in the lower end of axle sleeve.

Preferably, described dewatering device is installed on a side of described staving, the opposite side of described staving is provided with wiper mechanism, described wiper mechanism comprises that the inside consisted of upper casing and lower casing has the base of accommodating cavity, rotating disk and by sun gear, planetary gear, ring gear and gear train prop up the planetary gearsets be configured to, described planetary gear is mounted in described accommodating cavity, rotating disk is located on base rotationally, sun gear and planetary gear are installed on the gear train wheel support, sun gear and planetary gear engagement, planetary gear and ring gear engagement, ring gear is arranged in base regularly, rotating disk is fixedly connected with the gear train support.

After adopting technique scheme, the advantage that compared to the prior art the utility model has is:

The dewatering device of this mop-pail stands is by the former water fender born and the ladle body periphery that coordinating of staving removably is fixedly connected on staving on the lateral wall of fixing housing, the boss that supports dewatering device is set without the bottom at staving, increased the volume of staving, the in-built full water tailheaviness of bucket can not be offset, and is convenient to guide and support, and it is simple in structure, it is convenient to assemble, simplified processing process, easy to process, also reduced cost; Water fender not only plays the effect be fixedly connected with, and can also avoid the moisture of mophead to spill out in staving.

The accompanying drawing explanation

Below in conjunction with drawings and Examples, the utility model is further illustrated:

Fig. 1 is the structural representation of positive angle of the present utility model.

Fig. 2 is the structural representation of depression angle of the present utility model.

Fig. 3 is the A-A sectional structure schematic diagram in Fig. 2.

Fig. 4 is the local structure for amplifying schematic diagram in the B place in Fig. 3.

Fig. 5 is the structural representation of fixedly housing of the present utility model.

Fig. 6 is the structural representation of drying basket of the present utility model.

Fig. 7 is the structural representation of the decomposing state of staving of the present utility model.

Fig. 8 is the structural representation of decomposing state of the present utility model.

In figure, 1: staving, 2: handle for bucket hand, 3: dewatering device, 4: wiper mechanism, 5: fixing housing, 6: dry basket, 7: water fender, 8: buckle, 9: draw-in groove, 10: baffle, 11: protruding wall, 12: rotating shaft, 13: axle sleeve, 14: alignment pin, 15: ball, 16: locating hole, 17: installing hole, 18: upper casing, 19: lower casing, 20: rotating disk, 21: sun gear, 22: planetary gear, 23: ring gear, 24: the gear train support.

The specific embodiment

The following stated is only preferred embodiment of the present utility model, does not therefore limit protection domain of the present utility model.

Embodiment, see that Fig. 1 is to shown in Figure 8: a kind of mop-pail stands, comprise staving 1, staving 1 is provided with handle for bucket hand 2, dewatering device 3 and wiper mechanism 4 are installed in staving 1, the bung ovalize, dewatering device 3 and wiper mechanism 4 lay respectively at the both sides of staving 1, dewatering device 3 comprises fixedly housing 5 and drying basket 6, fixedly sidewall and the bottom of housing 5 and drying basket 6 are equipped with the water hole groove, drying basket 6 is rotatably installed on fixedly in housing 5, the fixing primary water fender 7 that has the ladle body profile with staving 1 to adapt on the lateral wall of housing 5, the fixing housing 5 ladle body periphery that removably is fixedly connected on staving 1 by water fender 7 and coordinating of staving 1, fixedly housing 5 and drying basket 6 are rounded, particularly, fixedly the water fender on housing 5 lateral walls 7 joins with three limits, ladle body upper end of staving 1 one sides, water fender 7 is provided with six buckles 8, the edge of opening of staving 1 is provided with six buckles 8 and distinguishes six draw-in grooves 9 of corresponding matching one by one accordingly, draw-in groove 9 is distributed on three limits of staving 1 one sides, buckle 8 is arranged in draw-in groove 9 accordingly, buckle 8 itself has elasticity of plastics, be convenient to the fixedly installation and removal of housing 5.Further, fixedly the madial wall of housing 5 is provided with some baffles 10, the upper end of baffle 10 is provided with the protruding wall 11 that tilts from high to low along described drying basket 6 rotation directions, protruding wall 11 on all baffles 10 all tilts along same hour hands rotation direction, the effect of baffle 10 is that the water that drying basket 6 is deviate from flows downward along the gradient direction of protruding wall 11, avoids moisture to spill out or forms water smoke with the collision of bucket wall.

Further, drying basket 6 is connected in fixedly in housing 5 rotationally by rotational coupling mechanism, rotational coupling mechanism comprises rotating shaft 12, axle sleeve 13, alignment pin 14 and ball 15, the bottom that dries basket 6 is provided with the locating hole 16 inserted for rotating shaft 12 upper ends, fixedly the bottom of housing 5 is provided with the installing hole 17 inserted for rotating shaft 12 lower ends, ball 15 is located at the bottom of installing hole 17, the friction of rotating shaft 12 and installing hole 17 when ball 15 reduces 6 rotation of drying basket, improve and dry basket 6 rotating speeds, dehydrating effect is better, axle sleeve 13 is located in installing hole 17, rotating shaft 12 is inserted in installing hole 17 by axle sleeve 13, in rotating shaft 12, offer pin-and-hole, alignment pin 14 passes pin-and-hole and is arranged in the lower end of axle sleeve 13.On the bottom of drying basket 6, convex with the connector be connected with mop rod, when mophead was put into to 6 water squeezing of drying basket, mop rod was fixedly connected with connector, rotated mop rod and can drive 6 rotations of drying basket, thereby drive the mophead dried in basket 6, rotate, to reach the purpose of centrifugal dehydration.

Further, one side of the relative dewatering device 3 of staving 1 is provided with wiper mechanism 4, wiper mechanism 4 comprises that the inside consisted of upper casing 18 and lower casing 19 has the base of accommodating cavity, rotating disk 20 and by sun gear 21, planetary gear 22, the planetary gearsets that ring gear 23 and gear train support 24 form, planetary gear is mounted in described accommodating cavity, rotating disk 20 is located on base rotationally, sun gear 21 and planetary gear 22 are installed on the gear train wheel support, sun gear 21 and planetary gear 22 engagements, planetary gear 22 and ring gear 23 engagements, ring gear 23 is arranged in base regularly, rotating disk 20 is fixedly connected with gear train support 24.Planetary gearsets plays the effect of deceleration transmission, the top of sun gear 21 is provided with the connecting portion matched with mop rod, rotating disk 20 is fixedly connected with mophead, during clean mop head, mop rod is fixedly connected with connecting portion, rotate mop rod and can drive sun gear 21 rotations, because ring gear 23 is fixing, thereby sun gear 21 drives the internal tooth rotation of planetary gear 22 along ring gear 23, and planetary gear 22 is to be installed on gear train support 24, therefore planetary gear 22 driven gear pack supports 24 rotate, again because rotating disk 20 is fixedly connected with gear train support 24, and then gear train support 24 drives rotating disk 20 rotations, last rotating disk 20 drives the mophead deceleration again and rotates, can alleviate like this and rotate exerting oneself of mop rod, also can prevent from spilling because of the too fast clean water that causes of mophead rotating speed.

Pass through technique scheme, the dewatering device 3 of this mop-pail stands is by the former water fender born 7 and the ladle body periphery that coordinating of staving 1 removably is fixedly connected on staving 1 on the lateral wall of fixing housing 5, the boss that supports dewatering device 3 is set without the bottom at staving 1, has increased the volume of staving 1, the in-built full water tailheaviness of bucket can not be offset, be convenient to guide and support, it is simple in structure, and it is convenient to assemble, simplified processing process, easy to process, also reduced cost; Water fender 7 not only plays the effect be fixedly connected with, and can also avoid the moisture of mophead to spill out in staving 1.

The purpose of this utility model is mainly the dewatering device 3 of mop-pail stands, and it is simple in structure, easy to process, and it is convenient to assemble, and cost is low; The utility model does not limit its wiper mechanism 4, its wiper mechanism 4 can adopt existing manual rotary, manually press down and drive rotary, the foot-operated rotary and automatic rotary isostructural wiper mechanism that drives that drives, according to thought of the present utility model, all will change in specific embodiments and applications, this description should not be construed as restriction of the present utility model.

Claims

1. mop-pail stands, comprise staving (1), dewatering device (3) is installed in staving (1), it is characterized in that: described dewatering device (3) comprises fixedly housing (5) and drying basket (6), drying basket (6) is rotatably installed on fixedly in housing (5), the fixing primary water fender (7) that has the ladle body profile with described staving (1) to adapt on the lateral wall of housing (5), fixedly housing (5) removably is fixedly connected on the ladle body periphery of described staving (1) by described water fender (7) and coordinating of described staving (1).

2. mop-pail stands according to claim 1, it is characterized in that: described water fender (7) is provided with buckle (8), and the edge of opening of described staving (1) is provided with the draw-in groove (9) matched with described buckle (8), and buckle (8) is arranged in draw-in groove (9).

3. mop-pail stands according to claim 1, it is characterized in that: the madial wall of described fixedly housing (5) is provided with some baffles (10), and the upper end of described baffle (10) is provided with the protruding wall (11) that tilts from high to low along described drying basket (6) rotation direction.

4. mop-pail stands according to claim 1, it is characterized in that: described drying basket (6) is connected in described fixedly housing (5) rotationally by rotational coupling mechanism, described rotational coupling mechanism comprises rotating shaft (12), axle sleeve (13), alignment pin (14) and ball (15), the bottom that dries basket (6) is provided with the locating hole (16) inserted for rotating shaft (12) upper end, fixedly the bottom of housing (5) is provided with the installing hole (17) inserted for rotating shaft (12) lower end, ball (15) is located at the bottom of described installing hole (17), axle sleeve (13) is located in described installing hole (17), rotating shaft (12) is inserted in described installing hole (17) by axle sleeve (13), rotating shaft offers pin-and-hole on (12), alignment pin (14) passes described pin-and-hole and is arranged in the lower end of axle sleeve (13).

5. according to the described mop-pail stands of claim 1-4 any one, it is characterized in that: described dewatering device (3) is installed on a side of described staving (1), the opposite side of described staving (1) is provided with wiper mechanism (4), described wiper mechanism (4) comprises that the inside consisted of upper casing (18) and lower casing (19) has the base of accommodating cavity, rotating disk (20) and by sun gear (21), planetary gear (22), the planetary gearsets that ring gear (23) and gear train support (24) form, described planetary gear is mounted in described accommodating cavity, rotating disk (20) is located on base rotationally, sun gear (21) and planetary gear (22) are installed on the gear train wheel support, sun gear (21) and planetary gear (22) engagement, planetary gear (22) and ring gear (23) engagement, ring gear (23) is arranged in base regularly, rotating disk (20) is fixedly connected with gear train support (24).