CN203662699U

CN203662699U - Two-in-one water circulating type mop barrel

Info

Publication number: CN203662699U
Application number: CN201320555273.3U
Authority: CN
Inventors: 金广成
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-08-27
Filing date: 2013-09-09
Publication date: 2014-06-25
Anticipated expiration: 2023-09-09
Also published as: CN103445735A; CN103445735B

Abstract

The utility model provides a two-in-one water circulating type mop barrel, and relates to the field of household articles. The two-in-one water circulating type mop barrel overcomes the defects that in the prior art, a mop barrel is large in occupied space, inconvenient to use and prone to being damaged and is convenient to store and transport and easy to operate. The mop barrel comprises a water inflowing and discharging system, a bottom bin system, an inner bin system and an outer bin system, wherein the outer bin system is of a barrel-shaped structure with a top opening, the inner bin system is of a barrel-shaped structure as well and is located in the outer bin system, the water inflowing and discharging system is located on the upper portion of the inside of the inner bin system, and the bottom bin system is located on the lower portion of the inside of the inner bin system.

Description

The circulating mop-pail stands of two-in-one water

Technical field

The utility model relates to household supplies field, and what be specifically related to is the circulating mop-pail stands of a kind of two-in-one water.

Background technology

Mop-pail stands is as a kind of household supplies that can Rapid Cleaning mop, spread to rapidly in recent years in the middle of huge numbers of families, but the cleaning of mop is mainly to achieve the goal by the cyclic process of cleaning and dewater, on open market, there are two kinds of mop-pail standses, one is twin-tub structure, the opposite side that is dehydration barrel is dehydration barrel, volume is larger, receives inconvenient cost of transportation high, and another kind is single barrel structure, when rising, dewater, after declining, clean, relatively twin-tub structure, volume-diminished but, but complex structure, assembles loaded down with trivial details.In general family, be all two buckets of preparation, one is the bucket that cleans use, and one is spin dryer tube, and not only comparatively complexity of operating process, and storage, transportation also comparatively bother.

In prior art, also has kind of a two-in-one type rotary mop bucket, Chinese patent 201220637066.8 discloses a kind of rotary mop bucket, comprise staving, staving bottom is provided with dehydration basket seat, in the counterbore at dehydration basket seat center, be provided with draw point, in the little groove at draw point top, be provided with steel ball, the basket core that is buckled in draw point outside is pressed on steel ball, basket core is fixed in the center big groove of dehydration basket, be arranged on back-moving spring and dehydration basket seated connection along both sides on staving, the one side setting of dehydration basket seat can be controlled the rotary adjusting rod of its lifting location, adjusting rod is provided with the positioning boss coordinating with dehydration basket seat gathering sill, adjusting rod top is provided with adjusting knob.According to the use test of the production full pattern of this utility model, there is following defect, one, because positioning boss is in mop-pail stands list sidewall locations, positioning boss is in the time being subject to dewatering when downward impulsive force, eccentric force, make whole dehydration indigo plant swing to opposite side, directly cause deformed damaged, make dehydration use afunction; Two, positioning boss is attached to above one-sided adjusting rod, in vacant state, can only fix dehydration blue and do not have and support the required support force of the blue dehydration of dehydration.

Chinese patent 201120385474.4 discloses the automatic cleaning and dewatering combination unit of a kind of rotary mop, comprise rotary mop and cleaning and dewatering bucket, cleaning and dewatering bucket bottom is cleaning area, top is drying zone, dehydration basket can move up and down by dehydration basket lifting and fixing device, dehydration basket lifting and fixing device comprises riser guide, guide pin bushing, fixed guide pole lifting cover, lifting spring, standing screw etc., coordinate lifting spring to move by standing screw, but this structure also has very large defect, dehydration basket is along axle lifting, in the time of dehydration, also supported by axle, the very uniform balance that mop can not always just be placed in the time using dehydration, if not the very uniform balance of placing, when dehydration, be subject to the impact of eccentric force, and axostylus axostyle is longer, this impact is larger to the infringement of ladle body, more easily damage, and this device is with unlock button 7 and activation lever 8, unlock button 7 is positioned at outside ladle body, this just needs more space and seal member, take up room large, structure memory is many at dead angle, waste water and wasting space.

In prior art, also has mop-pail stands, employing straight-bar is axle center, the work of dewatering respectively and cleaning by oscilaltion, although such structure is that washing bucket and spin dryer tube are united two into one, but, inconvenience when use, if it is many to add water, even if spin dryer tube rises, can not well dry, if water adds few, mop-cleaning is not thorough, so, how to reduce taking up room of mop-pail stands, and can be effective reach to clean dries two barrels of unifications, and use that can convenience and high-efficiency, be the technical barrier that prior art does not solve.

Utility model content

Waste water in order to overcome prior art mop-pail stands, wasting space, uses inconveniently, holds flimsy deficiency, of the present utility model being: provide a kind of and be convenient to storage and preserve, be convenient to transportation, the circulating mop-pail stands of two-in-one water simple to operate.

It is as follows that the utility model solves the technical scheme that its technical problem adopts: the circulating mop-pail stands of a kind of two-in-one water, the circulating mop-pail stands of a kind of two-in-one water, it comprises culvert system, hold system, interior cabin system, outer cabin system, described outer cabin system is open-topped barrel shaped structure, interior cabin system is also barrel shaped structure, be positioned at outer cabin system inside, culvert system is positioned at cabin system inner and upper, and hold system is positioned at below, cabin system inside.

Culvert system comprises cleaning and dewatering basket, swivel head, main shaft, current deflecting fan sheet, described cleaning and dewatering basket is bottom lock, open-topped barrel shaped structure, swivel head is two sections of pyramidal structures, be vertically placed on cleaning and dewatering basket bottom center position, main shaft is column structure, be positioned at swivel head shaft core position and bottom and penetrate cleaning and dewatering basket, current deflecting fan sheet is oval-shaped groove, quantity is more than 1, is positioned at the side of cleaning and dewatering basket bottom swivel head, preferably 2-8, most preferably 3, be positioned at the both sides of cleaning and dewatering basket bottom swivel head.

Described current deflecting fan sheet quantity is 3.

Hold system comprises draining cylinder, spring, a sluice gate, a brake lining, described draining cylinder is open-topped barrel shaped structure, and the oriented convex platform in bottom center position, be positioned at cleaning and dewatering basket outside, main shaft bottom is inserted into the middle position of boss, spring is positioned at the boss below of draining cylinder bottom center, sluice gate is square, circular, ellipse or arbitrary polygon through hole, quantity is one or more, be positioned at the surrounding of draining cylinder bottom portion boss, a brake lining is the plates that a side has hinge, and shape is identical with a sluice gate, is positioned at sluice gate bottom No. one.

A described sluice gate is square through hole, and quantity is 4.

Interior cabin system comprises interior cabin, No. two sluice gates, No. two brake linings, discharge outlet, scupper hose, described interior cabin is open top, side is the barrel of the double-wall structure of hollow, interior freight space is in draining cylinder outside, spring bottom is positioned at cabin bottom centre position, No. two sluice gate is square, circular, ellipse or arbitrary polygon through hole, quantity is one or more, be positioned at bottom, side, cabin surrounding, No. two brake linings are the plates that a side has hinge, shape is identical with No. two sluice gates, be positioned at sluice gate outside No. two, discharge outlet is positioned at sidewall bottom, cabin, scupper hose is tubular body, be connected with discharge outlet.

Described No. two sluice gates are square through hole, and quantity is 4.

Outer cabin system comprises outer cabin, No. three sluice gates, No. three brake linings, No. four sluice gates, No. four brake linings, become lock switch, described outer cabin is open top, side is the barrel of the double-wall structure of hollow, and the hollow space in outer cabin is sealed by middle part, becoming lock switch is annular strip shape body, be positioned at junction, Yu Waicang top, cabin, No. four sluice gate is square, circular, ellipse or arbitrary polygon through hole, quantity is one or more, be positioned at inwall top, outer cabin surrounding, No. four brake linings are plates, shape is identical with No. four sluice gates, be positioned at sluice gate inner side No. four, and top is connected with change lock switch, No. three sluice gate is square, circular, ellipse or arbitrary polygon through hole, quantity is one or more, be positioned at the top surrounding of outer cabin inwall sealing place, No. three brake linings are the plates that a side has hinge, shape is identical with No. three sluice gates, be positioned at sluice gate inner side No. three.

Described No. three sluice gates are square through hole, and quantity is 4, and No. four sluice gates are square through hole, and quantity is 4.

Also comprise permeable hole, permeable hole is manhole, is positioned at sidewall and the bottom of cleaning and dewatering basket.

This technology is in use in the time that cleaning and dewatering basket rotates, and current deflecting fan sheet lifts up the water of draining cylinder bottom to top, thereby the current that form from bottom to top rinse the bottom of mop; Rotate and become lock switch, by No. three brake linings and No. three sluice gate closures, now, open and outer cabin closure in interior cabin, and mop-pail stands is in cleaning state, when cleaning, along with the Action of Gravity Field of mop, draining cylinder declines, and the pressure of water makes brake lining closure No. one, the water in draining cylinder extruding hold, cause the water in hold will wash brake lining open No. two, be circulated into the inside, interior cabin, due to increasing of the water yield, the water of the inside, interior cabin rushes to top and forms current and rinses mop from top; In the time that draining cylinder is depressed into the bottom of bucket, by means of the effect resilience of spring, now the water of the inside, interior cabin starts to reflux, and flows back to and promotes No. two brake lining closures; The water of hold the inside refluxes and washes brake lining open No. one, and water is circulated into hold, and draining cylinder passes through two strokes one on the other, makes draining cylinder, hold system and interior cabin system form the effect of circulation flushing up and down of water.

Rotate and become lock switch, No. three brake linings are separated with No. three sluice gates, now, top, interior cabin is closed and outer cabin is open-minded, mop-pail stands is in dewatering state, when dehydration, along with the Action of Gravity Field of mop, draining cylinder declines, the pressure of water makes brake lining closure No. one, water in draining cylinder extruding hold, cause the water in hold will wash brake lining open No. two, be circulated into the inside, interior cabin, due to increasing of the water yield, the water of the inside, interior cabin pours into outer cabin, in the time that draining cylinder is depressed into the bottom of bucket by means of the effect resilience of spring, now the water of the inside, interior cabin starts to reflux, flow back to and promote No. two brake lining closures, the water of hold the inside refluxes and washes brake lining open No. one, and water is circulated into hold, and draining cylinder passes through two strokes one on the other, the water draining in draining cylinder is not intake, thereby form effective dehydrating effect.

Compared with prior art, the beneficial effects of the utility model are;

1. washing bucket and spin dryer tube are integrated into a bucket by the utility model, is convenient to storage and transportation.

2. the utility model only needs shirtsleeve operation can make staving switch between spin dryer tube and washing bucket, is convenient to user's operation.

3. the utility model adopts many cabin structures, by spring and the drainage system of Lower Hold system, hold system, interior cabin system, outer cabin system cooperatively interacts, make current operation, not only can form the effect of circulation flushing up and down of water, and can form effective dehydrating effect, no matter the water adding is many, water is few, can effectively use, this is the mentality of designing that in prior art, this area did not occur, reverse intrinsic thoughtcast of the prior art, bring creationary guiding effect to the development of later this area, the utility model relates to scientific and reasonable, solve prior art two-in-one mop bucket inconvenient problem with use.

The two-in-one mop bucket of 4 prior aries, because be provided with very thin easily broken axis rod, in use easily damages, and the utility model is reasonable in design, and stabilized structure is not fragile, and long service life is easy to use, suitable applying.

Accompanying drawing explanation

Fig. 1 is under the circulating mop-pail stands cleaning of the utility model two-in-one water state, and section when cleaning and dewatering groove rises and current move towards signal;

Fig. 2 is under the circulating mop-pail stands cleaning of the utility model two-in-one water state, and section when cleaning and dewatering groove declines and current move towards signal;

Fig. 3 is three-dimensional signal under the circulating mop-pail stands cleaning of the utility model two-in-one water state;

Fig. 4 is under the circulating mop-pail stands dewatering state of the utility model two-in-one water, and section when cleaning and dewatering groove rises and current move towards signal;

Fig. 5 is under the circulating mop-pail stands dewatering state of the utility model two-in-one water, and section when cleaning and dewatering groove declines and current move towards signal;

Fig. 6 is three-dimensional signal under the circulating mop-pail stands dewatering state of the utility model two-in-one water;

The specific embodiment

Below in conjunction with drawings and Examples, the utility model is further illustrated, but not as to restriction of the present utility model.

Refer to the embodiment of the circulating mop-pail stands of the utility model two-in-one water shown in Fig. 1-6, the circulating mop-pail stands of a kind of two-in-one water, it comprises culvert system 1, hold system 2, interior cabin system 3, outer cabin system 4, outer cabin system 4 is open-topped barrel shaped structure, interior cabin system 3 is also barrel shaped structure, be positioned at outer cabin system 4 inside, culvert system 1 is positioned at cabin system 3 inner and upper, and hold system 2 is positioned at the inner below of cabin system 3.

Culvert system 1 comprises cleaning and dewatering basket 5, swivel head 6, main shaft 7, current deflecting fan sheet 8, cleaning and dewatering basket 5 is bottom lock, open-topped barrel shaped structure, swivel head 6 is two sections of pyramidal structures, is vertically placed on cleaning and dewatering basket 5 bottom center positions, and main shaft 7 is column structure, be positioned at swivel head 6 shaft core positions and bottom and penetrate cleaning and dewatering basket 5, current deflecting fan sheet 8 is oval-shaped groove, and quantity is 3, is positioned at the both sides of cleaning and dewatering basket 5 bottom swivel heads 6.

Hold system 2 comprises draining cylinder 9, spring 10, sluice gate 11, a brake lining 12, described draining cylinder 9 is open-topped barrel shaped structure, and the oriented convex platform in bottom center position, be positioned at cleaning and dewatering basket 5 outsides, main shaft 7 bottoms are inserted into the middle position of boss, spring 10 is positioned at the boss below of draining cylinder 9 bottom center, No. one sluice gate 11 is square through hole, quantity is 4, be positioned at the surrounding of draining cylinder 9 bottom boss, No. one brake lining 12 is the plates that a side has hinge, and shape is identical with a sluice gate 11, is positioned at sluice gate 11 bottoms No. one.

Interior cabin system 3 comprises interior cabin 23, No. two sluice gates 13, No. two brake linings 14, discharge outlet 20, scupper hose 21, delivery port 22, described interior cabin 23 is open top, side is the barrel of the double-wall structure of hollow, interior cabin 23 is positioned at draining cylinder 9 outsides, spring 10 bottoms are positioned at cabin 23 bottom centre positions, No. two sluice gate 13 is square through hole, 4 of quantity, be positioned at cabin 23 bottom, side surroundings, No. two brake lining 14 is the plates that a side has hinge, shape is identical with No. two sluice gates 13, be positioned at sluice gate 13 outsides No. two, discharge outlet 20 is positioned at 23 sidewall bottoms, cabin, scupper hose 21 is tubular body, be connected with discharge outlet 20, delivery port 22 is positioned at scupper hose 21 tops.

Outer cabin system 4 comprises outer cabin 25, No. three sluice gates 15, No. three brake linings 16, No. four sluice gates 17, No. four brake linings 18, become lock switch 19, described outer cabin 25 is open top, side is the barrel of the double-wall structure of hollow, and the hollow space in outer cabin 25 is sealed by middle part, becoming lock switch 19 is annular strip shape body, be positioned at 25 junctions, top, 23Yu Wai cabin, cabin, No. four sluice gate 17 is square through hole, quantity is 4, be positioned at outer cabin 25 inwall top surroundings, No. four brake lining 18 is plates, shape is identical with No. four sluice gates, be positioned at sluice gate 17 inner sides No. four, and top is connected with change lock switch, No. three sluice gate 15 is square through hole, quantity is 4, be positioned at the top surrounding of outer cabin 25 inwall sealings place, No. three brake lining 16 is the plates that a side has hinge, shape is identical with No. three sluice gates 15, be positioned at sluice gate 15 inner sides No. three.

Also comprise permeable hole 24, permeable hole 24 is manhole, is positioned at sidewall and the bottom of cleaning and dewatering basket 5.

Above-described embodiment, the just more preferably one of the specific embodiment of the utility model, the common variation that those skilled in the art carries out within the scope of technical solutions of the utility model and replacement all should be included in protection domain of the present utility model.

Claims

1. the circulating mop-pail stands of two-in-one water, it is characterized in that, it comprises culvert system, hold system, interior cabin system, outer cabin system, described outer cabin system is open-topped barrel shaped structure, interior cabin system is also barrel shaped structure, be positioned at outer cabin system inside, culvert system is positioned at cabin system inner and upper, and hold system is positioned at below, cabin system inside.

2. the circulating mop-pail stands of two-in-one water according to claim 1, it is characterized in that: culvert system comprises cleaning and dewatering basket, swivel head, main shaft, current deflecting fan sheet, described cleaning and dewatering basket is bottom lock, open-topped barrel shaped structure, swivel head is two sections of pyramidal structures, be vertically placed on cleaning and dewatering basket bottom center position, main shaft is column structure, be positioned at swivel head shaft core position and bottom and penetrate cleaning and dewatering basket, current deflecting fan sheet is oval-shaped groove, quantity is more than 1, is positioned at the side of cleaning and dewatering basket bottom swivel head.

3. the circulating mop-pail stands of two-in-one water according to claim 2, is characterized in that: described current deflecting fan sheet quantity is 2-8, is positioned at the both sides of cleaning and dewatering basket bottom swivel head.

4. the circulating mop-pail stands of two-in-one water according to claim 1, it is characterized in that: hold system comprises draining cylinder, spring, a sluice gate, a brake lining, described draining cylinder is open-topped barrel shaped structure, and the oriented convex platform in bottom center position, be positioned at cleaning and dewatering basket outside, main shaft bottom is inserted into the middle position of boss, spring is positioned at the boss below of draining cylinder bottom center, No. one sluice gate is square, circular, ellipse or arbitrary polygon through hole, quantity is one or more, be positioned at the surrounding of draining cylinder bottom portion boss, a brake lining is the plates that a side has hinge, shape is identical with a sluice gate, be positioned at sluice gate bottom No. one.

5. the circulating mop-pail stands of two-in-one water according to claim 4, is characterized in that: a described sluice gate is square through hole, and quantity is 4.

6. the circulating mop-pail stands of two-in-one water according to claim 1, it is characterized in that: interior cabin system comprises interior cabin, No. two sluice gates, No. two brake linings, discharge outlet, scupper hose, described interior cabin is open top, side is the barrel of the double-wall structure of hollow, interior freight space is in draining cylinder outside, spring bottom is positioned at cabin bottom centre position, No. two sluice gate is square, circular, ellipse or arbitrary polygon through hole, quantity is one or more, be positioned at bottom, side, cabin surrounding, No. two brake linings are the plates that a side has hinge, shape is identical with No. two sluice gates, be positioned at sluice gate outside No. two, discharge outlet is positioned at sidewall bottom, cabin, scupper hose is tubular body, be connected with discharge outlet.

7. the circulating mop-pail stands of two-in-one water according to claim 6, is characterized in that: described No. two sluice gates are square through hole, and quantity is 4.

8. the circulating mop-pail stands of two-in-one water according to claim 1, it is characterized in that: outer cabin system comprises outer cabin, No. three sluice gates, No. three brake linings, No. four sluice gates, No. four brake linings, become lock switch, described outer cabin is open top, side is the barrel of the double-wall structure of hollow, and the hollow space in outer cabin is sealed by middle part, becoming lock switch is annular strip shape body, be positioned at junction, Yu Waicang top, cabin, No. four sluice gate is square, circular, ellipse or arbitrary polygon through hole, quantity is one or more, be positioned at inwall top, outer cabin surrounding, No. four brake linings are plates, shape is identical with No. four sluice gates, be positioned at sluice gate inner side No. four, and top is connected with change lock switch, No. three sluice gate is square, circular, ellipse or arbitrary polygon through hole, quantity is one or more, be positioned at the top surrounding of outer cabin inwall sealing place, No. three brake linings are the plates that a side has hinge, shape is identical with No. three sluice gates, be positioned at sluice gate inner side No. three.

9. the circulating mop-pail stands of two-in-one water according to claim 8, is characterized in that: described No. three sluice gates are square through hole, and quantity is 4, and No. four sluice gates are square through hole, and quantity is 4.

10. the circulating mop-pail stands of two-in-one water according to claim 3, also comprises permeable hole, it is characterized in that: described permeable hole is manhole, is positioned at sidewall and the bottom of cleaning and dewatering basket, and described current deflecting fan sheet quantity is 3.