CN201602729U

CN201602729U - Electric cloth mop washing machine

Info

Publication number: CN201602729U
Application number: CN2010200222894U
Authority: CN
Inventors: 李伟峰
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-01-20
Filing date: 2010-01-20
Publication date: 2010-10-13
Anticipated expiration: 2020-01-20

Abstract

The utility model relates to an electric cloth mop washing machine belonging to a washing machine. The washing machine is characterized by mainly comprising a barrel body, a rotary transmission device, a suspension device and an electric control unit, wherein the top of the barrel body is provided with a top flip-type cap, the lower part of an inner cavity of the barrel body is provided with a baffle plate so as to lead the upper part of the inner cavity of the barrel body to be a washing chamber, which is internally fixedly provided with an inner water sieve barrel, and small holes are uniformly distributed on the peripheral wall of the barrel; the central part above the baffle plate is fixedly provided with a shaft-enclosing tube, inside which a central shaft is arranged by a bearing; the central shaft is driven to rotate by a belt transmission pair and an electric motor; an upper end section of the central shaft is fixedly provided with a hanging plate and with a cloth mop head by a clamping type joint sleeve; the outer periphery of the shaft-enclosing tube is sheathed with an outward-turning tube capable of freely rotating; and the barrel body is correspondingly provided with an overflow tube, a water inlet tube, a water discharge tube, a water level controller and a full-automatic operating platform that is provided with an uncapping breaker and a full-automatic circuit board. The washing machine can wash the cloth mop cleanly and not only is convenient and sanitary, but also saves time, labor and water.

Description

Electronic cloth mop rinsing maching

Technical field

The utility model belongs to rinsing maching, especially relates to a kind of Wringer for mop with bucket.

Background technology

Existing mop, especially cloth mop, great majority are manually to clean in bucket or pond, not only do not wash clean but also water wasting, clean the back and wring out with hand, hand contacts with sewage, and is not only unhygienic but also waste time and energy.

Summary of the invention

The purpose of this utility model provides a kind of electronic cloth mop rinsing maching, and the cloth mop is cleaned up, and is both convenient and healthy, again the time and labour saving water-saving.

The purpose of this utility model is achieved like this: a kind of electronic cloth mop rinsing maching, it is characterized in that: this electronic cloth mop rinsing maching mainly is made up of cylindrical shell, transmission whirligig, suspension arrangement and electric control gear, the flip-shell top cover is installed at top at cylindrical shell, symmetry is installed adjustable supporting leg in the bottom of cylindrical shell, dividing plate is installed in bottom at cylinder lumen, making the top of cylinder lumen is the washing chamber, and the water sieve inner core of the uniform aperture of fixed installation perisporium in the washing chamber is in case dirt stops up water channel; On the bottom surface in dividing plate left side, motor is installed with bolt, offering central through hole on the dividing plate and sealing ring is being installed in central through hole, centre fixed installation pipe spreader above dividing plate, on in this pipe spreader, the lower end is installed bearing respectively, last, mounting center axle in the lower bearing, the outer projecting shaft sleeve pipe of the upper end section of this central shaft, the lower end Duan Ze of central shaft puts in the lower lumen of cylindrical shell after being passed down through central through hole, it is water-tight when sealing ring guarantees the central shaft rotation, section is installed big belt pulley in the lower end of central shaft, the cuticle tep reel is installed on the output shaft of motor, greatly, between the cuticle tep reel belt is installed, just formed the belt transmission pair, the rotation of motor drives central shaft, this has just formed the transmission whirligig of this cloth mop rinsing maching, simultaneously, at the periphery suit of pipe spreader outer tube free to rotate, when preventing to wash the cloth mop, mop cloth twines pipe spreader; On the upper end section of central shaft, fixedly mount appending disk, circumference uniform distribution is installed cassette and is connect cover on appending disk, the cloth mophead is installed respectively connecing to put, the pole of this cloth mophead is also corresponding make Embedded, can dock or dismantle with connecing cover efficiently and easily, (this embedded mophead be exclusively used in this Wringer for mop with bucket, applies for utility model patent in addition, do not elaborate herein), this has just formed the suspension arrangement of this cloth mop rinsing maching; In addition, overflow pipe is installed at right side wall place in the cylindrical shell washing chamber, drainpipe at the electronic draining valve of the right side of cylindrical shell washing chamber bottom mounting strap, full automatic working platform at cylindrical shell top left side mounting strap uncovering power-off device and fully automatic circuit board, the water inlet pipe of the top mounting strap electromotive intake valve on the left of cylinder lumen, water level controller is installed on cylinder lumen left side wall top, electromotive intake valve, electronic draining valve, the switch of motor is installed on the full automatic working platform and with circuit and is connected with power supply is corresponding with fully automatic circuit board, has formed the electric control gear of this cloth mop rinsing maching;

During use, each cloth mophead clamped into respectively connect in the cover, be suspended on the appending disk, cover top cover, the respective switch on the crawl full automatic working platform is closed electronic draining valve, open electromotive intake valve,, drive each cloth mophead and wash while rotating to Nei Jiashui of washing chamber and actuating motor; After washing finishes, start respective switch, draining, dry, uncap, take out each cloth mophead, saving of work and time is water-saving again.

The electronic cloth mop rinsing maching that the utility model proposed, rational in infrastructure, easy to use, the cloth mop cleans up, and is both convenient and healthy, again the time and labour saving water-saving.

Now in conjunction with the accompanying drawings and embodiments the electronic cloth mop rinsing maching that the utility model proposed is further described.

Description of drawings

Fig. 1 is the main cross-sectional schematic of the electronic cloth mop rinsing maching that proposes of the utility model.

Among Fig. 1: 1, motor 2, belt transmission pair 3, central shaft 4, bearing 5, pipe spreader 6, outer tube 7, appending disk 8, connect cover 9, water sieve inner core 10, cylindrical shell 11, electronic draining valve 12, overflow pipe 13, drainpipe 14, top cover 15, full automatic working platform 16, fully automatic circuit board 17, uncovering power-off device 18, water inlet pipe 19, water level controller 20, cloth mophead 21, supporting leg

The specific embodiment

As can be seen from Figure 1: a kind of electronic cloth mop rinsing maching, it is characterized in that: this electronic cloth mop rinsing maching mainly is made up of cylindrical shell 10, transmission whirligig, suspension arrangement and electric control gear, flip-shell top cover 14 is installed at top at cylindrical shell 10, symmetry is installed adjustable supporting leg 21 in the bottom of cylindrical shell 10, dividing plate is installed in bottom at cylindrical shell 10 inner chambers, making the top of cylindrical shell 10 inner chambers is the washing chamber, and the water sieve inner core 9 of the uniform aperture of fixed installation perisporium in the washing chamber is in case dirt stops up water channel; On the bottom surface in dividing plate left side, motor 1 is installed with bolt, offering central through hole on the dividing plate and sealing ring is being installed in central through hole, centre fixed installation pipe spreader 5 above dividing plate, on in this pipe spreader 5, the lower end is installed bearing 4 respectively, last, mounting center axle 3 in the lower bearing 4, the outer projecting shaft sleeve pipe 5 of the upper end section of this central shaft 3, the lower end Duan Ze of central shaft 3 puts in the lower lumen of cylindrical shell 10 after being passed down through central through hole, it is water-tight when sealing ring guarantees central shaft 3 rotations, section is installed big belt pulley in the lower end of central shaft 3, the cuticle tep reel is installed on the output shaft of motor 1, greatly, between the cuticle tep reel belt is installed, just formed belt transmission pair 2, motor 1 drives central shaft 3 rotations, and this has just formed the transmission whirligig of this cloth mop rinsing maching, simultaneously, at the periphery suit of pipe spreader 5 outer tube 6 free to rotate, when preventing to wash the cloth mop, mop cloth twines pipe spreader 5; Fixed installation appending disk 7 on the upper end section of central shaft 3, circumference uniform distribution is installed cassette and is connect cover 8 on appending disk 7, respectively connecing installation cloth mophead 20 on the cover 8, the pole of this cloth mophead 20 is also corresponding make Embedded, can dock or dismantle with connecing cover 8 efficiently and easily, (this embedded cloth mophead 20 be exclusively used in this cloth mop rinsing maching, applies for utility model patent in addition, do not elaborate herein), this has just formed the suspension arrangement of this cloth mop rinsing maching; In addition, overflow pipe 12 is installed at right side wall place in cylindrical shell 10 washing chambers, drainpipe 13 at the electronic draining valve 11 of the right side of cylindrical shell 10 washing chambers bottom mounting strap, full automatic working platform 15 at cylindrical shell 10 top left side mounting strap uncovering power-off devices 17 and fully automatic circuit board 16, the water inlet pipe 18 of the top mounting strap electromotive intake valve on the left of cylindrical shell 10 inner chambers, water level controller 19 is installed on top at cylindrical shell 10 inner chamber left side walls, electromotive intake valve, electronic draining valve 11, the switch of motor 1 is installed on the full automatic working platform 15 and uses circuit and power supply and 16 corresponding connections of fully automatic circuit board, has formed the electric control gear of this cloth mop rinsing maching;

During use, with each cloth mophead 20 clamp into respectively connect the cover 8 in, be suspended on the appending disk 7, cover top cover 14, respective switch on the crawl full automatic working platform 15 is closed electronic draining valve 11, opens electromotive intake valve, to Nei Jiashui of washing chamber and actuating motor 1, drive each cloth mophead 20 washing while rotating; After washing finishes, start respective switch, draining, dry, uncap, take out each cloth mophead 20, saving of work and time is water-saving again.

Claims

1. electronic cloth mop rinsing maching is characterized in that:

A, this electronic cloth mop rinsing maching mainly are made up of cylindrical shell (10), transmission whirligig, suspension arrangement and electric control gear, flip-shell top cover (14) is installed at top at cylindrical shell (10), symmetry is installed adjustable supporting leg (21) in the bottom of cylindrical shell (10), dividing plate is installed in bottom at cylindrical shell (10) inner chamber, the top of cylindrical shell (10) inner chamber is the washing chamber, the water sieve inner core (9) of the uniform aperture of fixed installation perisporium in the washing chamber;

B, on the bottom surface in dividing plate left side, motor (1) is installed with bolt, offering central through hole on the dividing plate and sealing ring is being installed in central through hole, centre fixed installation pipe spreader (5) above dividing plate, on in this pipe spreader (5), the lower end is installed bearing (4) respectively, last, mounting center axle (3) in the lower bearing (4), the outer projecting shaft sleeve pipe (5) of the upper end section of this central shaft (3), the lower end Duan Ze of central shaft (3) puts in the lower lumen of cylindrical shell (10) after being passed down through central through hole, lower end section at central shaft (3) is installed big belt pulley, the cuticle tep reel is installed on the output shaft of motor (1), greatly, between the cuticle tep reel belt is installed, form belt transmission pair (2), at the periphery suit of pipe spreader (5) outer tube (6) free to rotate;

C, on the upper end section of central shaft (3), fixedly mount appending disk (7), go up circumference uniform distribution at appending disk (7) and cassette is installed is connect cover (8), respectively connecing installation cloth mophead (20) on the cover (8);

D, overflow pipe (12) is installed at right side wall place in cylindrical shell (10) washing chamber, the drainpipe (13) of the electronic draining valve of mounting strap (11) bottom the right side of cylindrical shell (10) washing chamber, full automatic working platform (15) at cylindrical shell (10) top left side mounting strap uncovering power-off device (17) and fully automatic circuit board (16), the water inlet pipe (18) of the top mounting strap electromotive intake valve on the left of cylindrical shell (10) inner chamber, water level controller (19), electromotive intake valve are installed in top at cylindrical shell (10) inner chamber left side wall, electronic draining valve (11), the switch of motor (1) is installed in that full automatic working platform (15) is gone up and with circuit and power supply and corresponding connection of fully automatic circuit board (16).