CN103845023A - Multifunctional mop cylinder - Google Patents

Multifunctional mop cylinder Download PDF

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Publication number
CN103845023A
CN103845023A CN201210501760.1A CN201210501760A CN103845023A CN 103845023 A CN103845023 A CN 103845023A CN 201210501760 A CN201210501760 A CN 201210501760A CN 103845023 A CN103845023 A CN 103845023A
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CN
China
Prior art keywords
motor
water treatment
cylinder
treatment plant
switch circuit
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Pending
Application number
CN201210501760.1A
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Chinese (zh)
Inventor
杜德文
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杜德文
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Publication date
Application filed by 杜德文 filed Critical 杜德文
Priority to CN201210501760.1A priority Critical patent/CN103845023A/en
Publication of CN103845023A publication Critical patent/CN103845023A/en
Pending legal-status Critical Current

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Abstract

The invention discloses a multifunctional mop cylinder. The multifunctional mop cylinder comprises a cylinder body, a water filtering device, a rotating device, an isolating interlayer, a driving device and a power supply device; the power supply device comprises a battery, a charging plug and an isolating switch; the battery is arranged in the isolating interlayer and used for supplying power for a first motor and a second motor; the charging plug is arranged on the outer wall of the cylinder body; the isolating switch is used for cutting off power supplies of the first motor and the second motor; the charging plug is connected with the battery; the battery is connected with a first time delay switch circuit board and a second time delay switch circuit board; the isolating switch is arranged above the battery; the water filtering device is in a circular basin shape; dewatering openings are separately formed in the water filtering device; the water filtering device is arranged on one side of the upper portion of the cylinder body through a support in a rotating mode; the water filtering device can move vertically on the side of the upper portion of the cylinder body. According to the multifunctional mop cylinder, the structure is reasonable, the multifunctional mop cylinder is provided with an automatic cleaning portion and an automatic dewatering portion, and accordingly cleaning and dewatering of a dirty mop can be automatically achieved and the functions are multiple.

Description

Multifunctional mop cylinder
Technical field
The present invention relates to mop-cleaning and dehydration technique, particularly a kind of multifunctional mop cylinder.
Background technology
In the modern life, people focus on household health very much, often need to carry out cleaning to family environment.Mop is a kind of conventional burnisher, often uses in daily life, and mop stirs to remove the foul on mop as far as possible mopping in being placed on the clear water in mop-pail stands after plate, and then by mop wring.The existing conventional mode of wringing out one is on mop-pail stands, to be provided with a pair of nip rolls, wet mop is placed in the middle of two nip rolls, make nip rolls produce certain chucking power by pedal and corresponding transmission device and clamp after wet mop, the same mop of mentioning of then exerting oneself, squeezes out sewage; Another kind of mode is to be provided with a mop crush zone on one side at mop staving, firmly squeezes by wet mop to remove sewage after wet mop is placed in to crush zone.The weak point of these two kinds of modes is, sewage degree of wringing out on wet mop is poor, be difficult to reach the effect of wringing out, and these two kinds of modes all need to impose suitable strength and just can reach and wring out effect, for the people a little less than power, above-mentioned two kinds of modes are all very limited, if undue force is easy to cause the discomfort on health.How wet mop is cleaned like a cork and dewatered and washed to divide be the industry difficult problem of tackling key problems for a long time always.
Summary of the invention
The object of the invention is to, a kind of multifunctional mop cylinder reasonable in design is provided, this multifunctional mop cylinder is provided with automatic cleaning part and an automatic dehydration part, can complete automatically cleaning and the dehydration of dirty mop, time saving and energy saving, reduce the labour intensity of daily household sanitized, improve life quality.
The technical scheme that the present invention adopted is for achieving the above object:
A kind of multifunctional mop cylinder, it comprises a cylindrical shell, in the top, dress hydrospace of this cylindrical shell one side be provided with one can High Rotation Speed water treatment plant, this water treatment plant can move up and down, be provided with one in the bottom, dress hydrospace of this cylindrical shell opposite side and rotatablely will be loaded on the whirligig of the water driven rotary in this cylindrical shell, be provided with in the below of described water treatment plant one with the isolation interlayer of the dress hydrospace isolation of described cylindrical shell, one drive unit is arranged in this isolation interlayer, described drive unit comprises that one is connected and orders about the first transmission component and that water treatment plant rotates is connected and orders about whirligig rotation the second transmission component with described whirligig with described water treatment plant.
As a further improvement on the present invention, described the first transmission component comprises one first motor, one first power transmission shaft, one first trigger switch and one first delay switch circuit plate, this first motor output shaft is up located in this isolation interlayer, described the first power transmission shaft is rotatable and can stretch out up or down this isolation interlayer, the top of this first power transmission shaft is connected with described water treatment plant, described the first trigger switch and delay switch circuit plate are located at the below of this first power transmission shaft successively, between this first trigger switch and the first delay switch circuit plate, be provided with one first back-moving spring, on the output shaft of this first motor and the first power transmission shaft, be respectively equipped with one first travelling gear, between these two first travelling gears, be meshed.
As a further improvement on the present invention, described the second transmission component comprises one second motor, one second driving shaft, one second trigger switch and one second delay switch circuit plate, the output shaft of this second motor is arranged in this isolation interlayer down, this second driving shaft is rotatable and can stretch out up or down this isolation interlayer, the top of this second driving shaft is connected with described whirligig, this second trigger switch and the second delay switch circuit plate are located at the below of this second driving shaft successively, between this second trigger switch and the second delay switch circuit plate, be provided with one second back-moving spring, on the output shaft of this second motor and second driving shaft, be respectively equipped with one second travelling gear, between these two second travelling gears, be also provided with several the second travelling gears, between described the second travelling gear, be meshed.
As a further improvement on the present invention, it also comprises a supply unit, this supply unit comprises that charging plug and that the battery and for this first motor, the second motor power supply be located in this isolation interlayer is located at this cylinder body outer wall is for cutting off the isolating switch of this first motor, the second motor power, this charging plug is connected with battery, this battery is connected with described the first delay switch circuit plate, the second delay switch circuit plate, and this partition switch is located at this battery top.
As a further improvement on the present invention, it also comprises a handle, and these handle two ends are hinged on this both sides, mop cylindrical shell top.
As a further improvement on the present invention, described water treatment plant, for circle peviform, is interval with dehydrated mouth on this water treatment plant, and described water treatment plant is moved and can be arranged at up or down top one side of this cylindrical shell by a bracket-rotatable.
As a further improvement on the present invention, between the second travelling gear on output shaft and the second driving shaft of this second motor, be also provided with two the second travelling gears.
Beneficial effect of the present invention is: the present invention is rational in infrastructure, this multifunctional mop cylinder is provided with automatic cleaning part and an automatic dehydration part, can complete automatically cleaning and the dehydration of dirty mop, time saving and energy saving, reduce the labour intensity of daily household sanitized, improve life quality.
Below in conjunction with accompanying drawing and embodiment, the present invention is further described.
Brief description of the drawings
Fig. 1 is perspective view of the present invention;
Fig. 2 is fractionation schematic diagram 1 of the present invention;
Fig. 3 is fractionation schematic diagram 2 of the present invention;
Fig. 4 is that drive unit part of the present invention splits schematic diagram.
Detailed description of the invention
Embodiment: see Fig. 1 to Fig. 4, a kind of multifunctional mop cylinder of the present invention, it comprises a cylindrical shell 1, in the dress hydrospace of this cylindrical shell 1 11 top one sides be provided with one can High Rotation Speed water treatment plant 2, this water treatment plant 2 can move up and down, be provided with one in the dress hydrospace of this cylindrical shell 1 11 bottom opposite sides and rotatablely will be loaded on the whirligig 3 of the water driven rotary in this cylindrical shell 1, be provided with an isolation interlayer 12 of isolating with the dress hydrospace 11 of described cylindrical shell 1 in the below of described water treatment plant 2, one drive unit 4 is arranged in this isolation interlayer 12, described drive unit 4 comprises that one is connected and orders about the first transmission component 41 and that water treatment plant 2 rotates and is connected with described whirligig 3 and orders about the second transmission component 42 that whirligig 3 rotates with described water treatment plant 2.
Described the first transmission component 41 comprises one first motor 411, one first power transmission shaft 412, one first trigger switch 414 and one first delay switch circuit plate, these the first motor 411 output shafts are up located in this isolation interlayer 12, described the first power transmission shaft 412 is rotatable and can stretch out up or down this isolation interlayer 12, the top of this first power transmission shaft 412 is connected with described water treatment plant 2, described the first trigger switch 414 and delay switch circuit plate are located at the below of this first power transmission shaft 412 successively, between this first trigger switch 414 and the first delay switch circuit plate, be provided with one first back-moving spring 416, on the output shaft of this first motor 411 and the first power transmission shaft 412, be respectively equipped with one first travelling gear 413, between these two the first travelling gears 413, be meshed.
Described the second transmission component 42 comprises one second motor 421, one second driving shaft 422, one second trigger switch 424 and one second delay switch circuit plate, the output shaft of this second motor 421 is arranged in this isolation interlayer 12 down, this second driving shaft 422 is rotatable and can stretch out up or down this isolation interlayer 12, the top of this second driving shaft 422 is connected with described whirligig 3, this second trigger switch 424 and the second delay switch circuit plate are located at the below of this second driving shaft 422 successively, between this second trigger switch 424 and the second delay switch circuit plate, be provided with one second back-moving spring 426, on the output shaft of this second motor 421 and second driving shaft 422, be respectively equipped with one second travelling gear 423, between these two the second travelling gears 423, be also provided with several the second travelling gears 423, between described the second travelling gear 423, be meshed.
It also comprises a supply unit, this supply unit comprises that charging plug 52 and that the battery 51 and of powering for this first motor 411, the second motor 421 be located in this isolation interlayer 12 is located at this cylindrical shell 1 outer wall is for cutting off the isolating switch 53 of this first motor 411, the second motor 421 power supplys, this charging plug 52 is connected with battery 51, this battery 51 is connected with described the first delay switch circuit plate, the second delay switch circuit plate, and this partition switch is located at this battery 51 tops.
It also comprises a handle 6, and these handle 6 two ends are hinged on this mop cylindrical shell 1 both sides, top.
Described water treatment plant 2, for circle peviform, is interval with dehydrated mouth 21 on this water treatment plant 2, described water treatment plant 2 is rotatable and can be arranged at up or down top one side of this cylindrical shell 1 by a support 22.
Between the second travelling gear 423 on output shaft and the second driving shaft 422 of this second motor 421, be also provided with two the second travelling gears 423.
Use time of the present invention, at the in-built water of this cylindrical shell 1, water level is lower than the bottom of this water treatment plant 2, press whirligig 3 with mop, second driving shaft 422 is pressed down, the second trigger switch 424 contacts with the second delay switch circuit plate 425, time delay is connected battery 51 and is powered to the second motor 421, the second back-moving spring 426 makes second driving shaft 422, whirligig 3 homings, the second motor 421 rotates, ordering about this whirligig 3 by the second travelling gear 423 engaging successively rotates, thereby at the interior formation rotary water current in the dress hydrospace 11 of mop-pail stands, dirty mop is put in water, rotary water current drives mop to agitate in water, turn, obtain well automatic cleaning performance, mop after cleaning is put in water treatment plant 2, press water treatment plant 2 with mop, the first power transmission shaft 412 is pressed down, the first trigger switch 414 contacts with the first delay switch circuit plate 415, time delay is connected battery 51 and is powered to the first motor 411, the first back-moving spring 416 makes the first power transmission shaft 412, water treatment plant 2 homings, the first motor 411 rotates, the first travelling gear 413 by engagement orders about water treatment plant 2 high speed rotating, rely on centrifugal force that the moisture on wet mop is departed from, reach the object of automatic trip dust mop.
The present invention is rational in infrastructure, and this multifunctional mop cylinder is provided with automatic cleaning part and an automatic dehydration part, can complete automatically cleaning and the dehydration of dirty mop, time saving and energy saving, reduces the labour intensity of daily household sanitized, improves life quality.
As described in the present embodiment of the invention, with other multifunctional mop cylinders of the same or similar structure of the present invention, all in protection domain of the present invention.

Claims (7)

1. a multifunctional mop cylinder, it is characterized in that: it comprises a cylindrical shell, in the top, dress hydrospace of this cylindrical shell one side be provided with one can High Rotation Speed water treatment plant, this water treatment plant can move up and down, be provided with one in the bottom, dress hydrospace of this cylindrical shell opposite side and rotatablely will be loaded on the whirligig of the water driven rotary in this cylindrical shell, be provided with in the below of described water treatment plant one with the isolation interlayer of the dress hydrospace isolation of described cylindrical shell, one drive unit is arranged in this isolation interlayer, described drive unit comprises that one is connected and orders about the first transmission component and that water treatment plant rotates is connected and orders about whirligig rotation the second transmission component with described whirligig with described water treatment plant.
2. multifunctional mop cylinder according to claim 1, it is characterized in that, described the first transmission component comprises one first motor, one first power transmission shaft, one first trigger switch and one first delay switch circuit plate, this first motor output shaft is up located in this isolation interlayer, described the first power transmission shaft is rotatable and can stretch out up or down this isolation interlayer, the top of this first power transmission shaft is connected with described water treatment plant, described the first trigger switch and delay switch circuit plate are located at the below of this first power transmission shaft successively, between this first trigger switch and the first delay switch circuit plate, be provided with one first back-moving spring, on the output shaft of this first motor and the first power transmission shaft, be respectively equipped with one first travelling gear, between these two first travelling gears, be meshed.
3. multifunctional mop cylinder according to claim 1, it is characterized in that, described the second transmission component comprises one second motor, one second driving shaft, one second trigger switch and one second delay switch circuit plate, the output shaft of this second motor is arranged in this isolation interlayer down, this second driving shaft is rotatable and can stretch out up or down this isolation interlayer, the top of this second driving shaft is connected with described whirligig, this second trigger switch and the second delay switch circuit plate are located at the below of this second driving shaft successively, between this second trigger switch and the second delay switch circuit plate, be provided with one second back-moving spring, on the output shaft of this second motor and second driving shaft, be respectively equipped with one second travelling gear, between these two second travelling gears, be also provided with several the second travelling gears, between described the second travelling gear, be meshed.
4. multifunctional mop cylinder according to claim 1, it is characterized in that, it also comprises a supply unit, this supply unit comprises that charging plug and that the battery and for this first motor, the second motor power supply be located in this isolation interlayer is located at this cylinder body outer wall is for cutting off the isolating switch of this first motor, the second motor power, this charging plug is connected with battery, this battery is connected with described the first delay switch circuit plate, the second delay switch circuit plate, and this partition switch is located at this battery top.
5. multifunctional mop cylinder according to claim 1, is characterized in that, it also comprises a handle, and these handle two ends are hinged on this both sides, mop cylindrical shell top.
6. multifunctional mop cylinder according to claim 1, is characterized in that, described water treatment plant, for circle peviform, is interval with dehydrated mouth on this water treatment plant, and described water treatment plant is moved and can be arranged at up or down top one side of this cylindrical shell by a bracket-rotatable.
7. multifunctional mop cylinder according to claim 3, is characterized in that, between the second travelling gear on output shaft and the second driving shaft of this second motor, is also provided with two the second travelling gears.
CN201210501760.1A 2012-11-28 2012-11-28 Multifunctional mop cylinder Pending CN103845023A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201210501760.1A CN103845023A (en) 2012-11-28 2012-11-28 Multifunctional mop cylinder

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201210501760.1A CN103845023A (en) 2012-11-28 2012-11-28 Multifunctional mop cylinder

Publications (1)

Publication Number Publication Date
CN103845023A true CN103845023A (en) 2014-06-11

Family

ID=50853464

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201210501760.1A Pending CN103845023A (en) 2012-11-28 2012-11-28 Multifunctional mop cylinder

Country Status (1)

Country Link
CN (1) CN103845023A (en)

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C02 Deemed withdrawal of patent application after publication (patent law 2001)
WD01 Invention patent application deemed withdrawn after publication

Application publication date: 20140611