CN204381034U

CN204381034U - Bottle washer

Info

Publication number: CN204381034U
Application number: CN201420723618.6U
Authority: CN
Inventors: 陈秋坛
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-11-27
Filing date: 2014-11-27
Publication date: 2015-06-10
Anticipated expiration: 2024-11-27

Abstract

Bottle washer, is made up of plug, fluid reservoir, water pipe, buffer memory room, pole, rotating shaft, switch, brush, hole clipping, flat board, jet pipe, water wheels, filter screen, return passage and water pump.Fluid reservoir is the cuboid cavity structure that upper/lower terminal is closed, and return passage is arranged on fluid reservoir side, and return passage is the uncovered cuboid cavity structure in upper end, and the inner chamber of fluid reservoir and return passage is separated by filter screen; Plug is connected to fluid reservoir exterior bottom, water pump is arranged on fluid reservoir inner chamber bottom surface, some identical buffer memory rooms are fixed on fluid reservoir upper surface, water pump is connected with each buffer memory room respectively by water pipe, jet pipe is connected to upper end, buffer memory room, rotating shaft is straight down through jet pipe and buffer memory room, and brush and water wheels are separately positioned on rotating shaft upper/lower terminal and water wheels are positioned at buffer memory chamber interior.

Description

Bottle washer

Technical field

The utility model relates to a kind of burnisher, particularly relates to a kind of bottle washer.

Background technology

Though common bottle brush can stretch in bottle and scrub bottle, once can only wash a bottle, and also need repeatedly to change water in the process of washing, detersive efficiency is low.

Summary of the invention

Scrub wash inefficient problem to solve conventional wash bottle, the utility model provides a kind of bottle washer.

The utility model solves the technical scheme that its technical problem adopts:

Bottle washer, is made up of plug, fluid reservoir, water pipe, buffer memory room, pole, rotating shaft, switch, brush, hole clipping, flat board, jet pipe, water wheels, filter screen, return passage and water pump.Fluid reservoir is the cuboid cavity structure that upper/lower terminal is closed, and return passage is arranged on fluid reservoir side, and return passage is the uncovered cuboid cavity structure in upper end, and the inner chamber of fluid reservoir and return passage is separated by filter screen; Plug is connected to fluid reservoir exterior bottom, water pump is arranged on fluid reservoir inner chamber bottom surface, some identical buffer memory rooms are fixed on fluid reservoir upper surface, water pump is connected with each buffer memory room respectively by water pipe, jet pipe is connected to upper end, buffer memory room, rotating shaft is straight down through jet pipe and buffer memory room, and brush and water wheels are separately positioned on rotating shaft upper/lower terminal and water wheels are positioned at buffer memory chamber interior; Pole is vertically connected on fluid reservoir upper surface, and flat board is connected to pole upper end and parallel with fluid reservoir upper surface, flat board is provided with the hole clipping identical with brush quantity, and each hole clipping is positioned at directly over corresponding brush, and switch is positioned in the middle part of pole; Plug, switch and water pump are electrically connected by wire successively.

Vertically inserting hole clipping to brush downwards by needing the bottle bottleneck of cleaning stretches in bottle, and inject cleaning solution to return passage, cleaning solution flows into fluid reservoir through filter screen, allows plug be connected with power supply; Opening switch, pump working, constantly smoke cleaning solution and send into buffer memory room through water pipe, cleaning solution finally sprays in bottle by jet pipe; Cleaning solution constantly impacts water wheels in the process of up moving, and water wheels rotate and drive axis of rotation, and namely rotating shaft drives brush to rotate, and constantly scrubs bottle inwall, coordinates the cleaning solution sprayed by jet pipe can clean multiple bottle simultaneously, improves detersive efficiency.The cleaning solution sprayed in bottle is flowed out by bottleneck, flows into return passage, then enters in fluid reservoir through filter screen, constantly circulate, effectively saved resource through fluid reservoir upper surface.

The beneficial effects of the utility model utilize current to drive multiple brush to rotate, and reaches the effect improving bottle washing efficiency.

Accompanying drawing explanation

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

Fig. 1 is overall structure schematic diagram of the present utility model.

In figure: 1. plug, 2. fluid reservoir, 3. water pipe, 4. buffer memory room, 5. pole, 6. rotating shaft, 7. switch,

8. brush, 9. hole clipping, 10. dull and stereotyped, 11. jet pipes, 12. water wheels, 13. filter screens, 14. return passages, 15. water pumps.

Detailed description of the invention

As shown in the figure, bottle washer, is made up of plug 1, fluid reservoir 2, water pipe 3, buffer memory room 4, pole 5, rotating shaft 6, switch 7, brush 8, hole clipping 9, flat board 10, jet pipe 11, water wheels 12, filter screen 13, return passage 14 and water pump 15.The cuboid cavity structure that fluid reservoir 2 is closed for upper/lower terminal, return passage 14 is arranged on fluid reservoir 2 side, and return passage 14 is the uncovered cuboid cavity structure in upper end, and the inner chamber of fluid reservoir 2 and return passage 14 is separated by filter screen 13; Plug 1 is connected to fluid reservoir 2 exterior bottom, water pump 15 is arranged on fluid reservoir 2 inner chamber bottom surface, some identical buffer memory rooms 4 are fixed on fluid reservoir 2 upper surface, water pump 15 is connected with each buffer memory room 4 respectively by water pipe 3, jet pipe 11 is connected to upper end, buffer memory room 4, rotating shaft 6 is straight down through jet pipe 11 and buffer memory room 4, and brush 8 and water wheels 12 are separately positioned on rotating shaft 6 upper/lower terminal and water wheels 12 are positioned at inside, buffer memory room 4; Pole 5 is vertically connected on fluid reservoir 2 upper surface, dull and stereotyped 10 are connected to pole 5 upper end and parallel with fluid reservoir 2 upper surface, be provided with the hole clipping 9 identical with brush 8 quantity on dull and stereotyped 10, each hole clipping 9 is positioned at directly over corresponding brush 8, and switch 7 is positioned in the middle part of pole 5; Plug 1, switch 7 and water pump 15 are electrically connected by wire successively.

Vertically inserting hole clipping 9 to brush 8 downwards by needing the bottle bottleneck of cleaning stretches in bottle, and inject cleaning solution to return passage 14, cleaning solution flows into fluid reservoir 2 through filter screen 13, allows plug 1 be connected with power supply; Opening switch 7, water pump 15 works, and constantly smoke cleaning solution and send into buffer memory room 4 through water pipe 3, cleaning solution finally sprays in bottle by jet pipe 11; Cleaning solution constantly impacts water wheels 12 in the process of up moving, water wheels 12 rotate and drive rotating shaft 6 to rotate, and namely rotating shaft 6 drives brush 8 to rotate, and constantly scrubs bottle inwall, coordinate the cleaning solution sprayed by jet pipe 11 can clean multiple bottle simultaneously, improve detersive efficiency.The cleaning solution sprayed in bottle is flowed out by bottleneck, flows into return passage 14, then enters in fluid reservoir 2 through filter screen 13, constantly circulate, effectively saved resource through fluid reservoir 2 upper surface.

Claims

1. bottle washer, be made up of plug, fluid reservoir, water pipe, buffer memory room, pole, rotating shaft, switch, brush, hole clipping, flat board, jet pipe, water wheels, filter screen, return passage and water pump, it is characterized in that: fluid reservoir is the cuboid cavity structure that upper/lower terminal is closed, return passage is arranged on fluid reservoir side, return passage is the uncovered cuboid cavity structure in upper end, and the inner chamber of fluid reservoir and return passage is separated by filter screen; Plug is connected to fluid reservoir exterior bottom, water pump is arranged on fluid reservoir inner chamber bottom surface, some identical buffer memory rooms are fixed on fluid reservoir upper surface, water pump is connected with each buffer memory room respectively by water pipe, jet pipe is connected to upper end, buffer memory room, rotating shaft is straight down through jet pipe and buffer memory room, and brush and water wheels are separately positioned on rotating shaft upper/lower terminal and water wheels are positioned at buffer memory chamber interior; Pole is vertically connected on fluid reservoir upper surface, and flat board is connected to pole upper end and parallel with fluid reservoir upper surface, flat board is provided with the hole clipping identical with brush quantity, and each hole clipping is positioned at directly over corresponding brush, and switch is positioned in the middle part of pole; Plug, switch and water pump are electrically connected by wire successively.