CN106049632B - Hydrodynamic force foam maker and the automatically cleaning closestool based on the foam maker - Google Patents
Hydrodynamic force foam maker and the automatically cleaning closestool based on the foam maker Download PDFInfo
- Publication number
- CN106049632B CN106049632B CN201610399868.2A CN201610399868A CN106049632B CN 106049632 B CN106049632 B CN 106049632B CN 201610399868 A CN201610399868 A CN 201610399868A CN 106049632 B CN106049632 B CN 106049632B
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- China
- Prior art keywords
- supply opening
- hybrid chamber
- valve
- cleaning agent
- lower valve
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- Expired - Fee Related
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Classifications
-
- E—FIXED CONSTRUCTIONS
- E03—WATER SUPPLY; SEWERAGE
- E03D—WATER-CLOSETS OR URINALS WITH FLUSHING DEVICES; FLUSHING VALVES THEREFOR
- E03D9/00—Sanitary or other accessories for lavatories ; Devices for cleaning or disinfecting the toilet room or the toilet bowl; Devices for eliminating smells
- E03D9/005—Devices adding disinfecting or deodorising agents to the bowl
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- Health & Medical Sciences (AREA)
- Public Health (AREA)
- Epidemiology (AREA)
- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Hydrology & Water Resources (AREA)
- Water Supply & Treatment (AREA)
- Cleaning By Liquid Or Steam (AREA)
- Sanitary Device For Flush Toilet (AREA)
Abstract
The present invention provides a kind of hydrodynamic force foam maker, solve to realize the automatic technical problem for obtaining raw water and cleaning agent and automatic ejection of getting blisters being realized by power equipment in the case where using less equipment, including hybrid chamber, hybrid chamber by hydraulic pressure control cleaning agent and raw water suction, and complete to coordinate, mixed solution forms foam through bubbler shower nozzle, and foam was photographed in closestool, above-mentioned closestool mainly realizes automatically cleaning using foam maker, the water inlet aperture pipeline of foam maker connects the water inlet pipe of former closestool with switch, and switch the proximity state that human body is perceived by sensor, and then decide whether to start foam maker, its is simple in construction, manufacturing cost is cheap, the fragrance of cleaning agent itself produces fragrant atmosphere simultaneously, make one to be in a cheerful frame of mind.
Description
Technical field
The present invention relates to the foam manufacturing equipment in detergent of closet field, more particularly to a kind of hydrodynamic force foam maker,
With the automatically cleaning closestool based on the foam maker.
Background technology
Water closet plays important effect in the modern life, but in general water closet is carried out to excreta
Easily occur producing cyclone when washing away and cause in closestool bacterium even excreta little particle to be diffused into whole toilet space, to defending
Environment between life pollutes, at the same closestool using when easily there is punching and do not wash clean, excreta easily viscous glutinous closestool inwall with
And spray is easily spilt, in order to solve the problems, such as that it is a kind of in closestool that above-mentioned present people have invented again, when closestool uses in horse
One layer of solution and foam for also having cleaning agent of covering at the aqueous upper strata of bucket and inwall, using detergent solution in closestool
Wall is lubricated and cleaned, and to increase the cleaning effectiveness when closestool is rinsed, effectively prevents punching and does not wash clean easily viscous glutinous chip removal
It the problem of thing, effectively can prevent cyclone from going out closestool after the another foam coverage water surface, reduce it and pollute the possibility of environment of toilet,
Another froth bed also prevent excreta and larger spray produced when falling into closestool, and then prevent to dabble；Above is entered using foam
Row improves the method that closestool uses, and when stating technology in realization, existing technology generally comprises cleaning agent introducing device, raw water is drawn
Enter device, Frothing apptses and foam blowoff, the introducing of its cleaning agent and raw water, the realization got blisters and ejection are required for using
Power equipment, therefore cause that the structure of the said equipment is relatively complicated and manufacturing cost is higher, for general family
Your use cost of gas is too high, it is difficult to bears.
The content of the invention
For the above situation, to overcome the defect of prior art, the purpose of the present invention is just to provide a kind of hydrodynamic force foam
Generator, solve automatic obtaining raw water and cleaning agent and can not be by power equipment reality using realizing in the case of less equipment
Now get blisters automatically the technical problem of ejection.
Its technical scheme is, including hybrid chamber, and described hybrid chamber is used for after introducing raw water and cleaning agent and accommodating mixing
Clean solution, hybrid chamber is provided with water inlet, and water inlet connects feed pipe by switching, and pressure water source is provided with feed pipe, mixed
Close chamber and be additionally provided with the supply opening introduced for cleaning agent, cleaning agent feeding controller, feeding controller are provided with supply opening
Including the axle placed vertically in supply opening, the gap for allowing cleaning agent to pass through is provided between axle and supply opening, the upper end of axle is set
Have and form the upper valve covered with supply opening upper end, the lower end of axle is provided with forms the lower valve covered with supply opening lower end, between upper and lower valve
Distance be more than supply open height, form upper valve under gravity and supply opening upper end blocked, and lower valve is by hybrid chamber pressure
Up under power or buoyancy to form the structure blocked to supply opening lower end, described supply opening is connected for depositing cleaning agent
Chamber is supplied, hybrid chamber is provided with solution fairlead, fairlead connection bubbler.
Described switch switchs for electronic induction, and electronic induction switch is provided with sensor, and sensor connects for perceiving human body
Nearly state.
Described hybrid chamber and supply chamber is provided with same housing, and a dividing plate is provided between hybrid chamber and supply chamber, described
Supply opening is located on dividing plate.
Described upper valve, lower valve at least its with the baffle surface place of being engaged be elastomeric material, form upper and lower valve and dividing plate table
The structure of the next sealing of face pressure
Described supply opening lower end is provided with an annular coaming plate, and coaming plate enclosed space is corresponding with lower valve, forms lower valve and is enclosing
Plate surrounds the structure moved up and down in space, and coaming plate internal diameter is more than supply opening internal diameter, and lower valve is disc-shaped structure, direction under coaming plate
It is lower to a conical butt sealing plate is epitaxially formed, the lower end of lower valve is fixedly connected with an auxiliary valve, auxiliary valve and sealing plate inner cone
Face is bonded to form sealing structure.
Described supply opening lower end is provided with a boss, and being provided with frusto-conical shape corresponding with supply opening at boss center seals
Hole, described lower valve are the cone-shaped structure to be cooperated with sealing hole, and described upper valve is inverted disc-shaped structure, described
Upper valve and lower valve be made by elastomeric material.
Described water inlet part enters hybrid chamber and forms water entering section, and the water entering section in hybrid chamber is socketed with a pressure
Cap, pressure cap are the tubular construction of one end open, and pressure cap upper end is provided with a steam vent, and pressure cap is snapped onto on water entering section, pressure
Power cap is pressed on water entering section under Gravitative Loads, and when hydraulic pressure reaches, pressure cap is up and holds out against lower valve, forms lower valve to supplying
The blocking of Ying Kou lower ends.
Above-mentioned foam maker can utilize the pressure of water supply network itself to realize the acquisition to raw water, and axle leads to supply opening
Cross upper and lower valve and the automatic supply of cleaning agent is realized in the gap of water inlet, and then realize the automatic mixing of cleaning agent and raw water, and will
Mixed solution reaches bubbler in the presence of water supply network pressure, bubbler make solution by when produce a large amount of gas
Bubble, finally realizes the generation of foam, and its is simple in construction, and manufacturing cost is cheap, while the fragrance of cleaning agent itself produces fragrant atmosphere, makes
People is in a cheerful frame of mind.
For the above situation, to overcome the defect of prior art, the purpose of the present invention also provides one kind and is based on above-mentioned foam
The automatically cleaning closestool of generator, solve to realize automatic acquisition raw water and cleaning agent in the case where using less equipment and can not borrow
Power equipment is helped to realize the technical problem of automatic ejection of getting blisters.
Its technical scheme is, including closestool body, the water tank connection water inlet pipe of closestool body, closestool body connection foam hair
Raw device, described foam maker include hybrid chamber, and described hybrid chamber is used for after introducing raw water and cleaning agent and accommodating mixing
Clean solution, hybrid chamber is provided with water inlet, and water inlet connects water inlet pipe by switching, and hybrid chamber is additionally provided with to be drawn for cleaning agent
The supply opening entered, cleaning agent feeding controller is provided with supply opening, and feeding controller includes putting vertically in supply opening
The axle put, is provided with the gap for allowing cleaning agent to pass through between axle and supply opening, the upper end of axle is provided with to be formed with supply opening upper end and covered
Upper valve, the lower end of axle is provided with forms the lower valve covered with supply opening lower end, and the distance between upper and lower valve is more than supply open height,
Form upper valve under gravity to block supply opening upper end, and lower valve is by up to supplying under mixing chamber pressure or buoyancy
Ying Kou lower ends form the structure blocked, and described supply opening connects the supply chamber for depositing cleaning agent, and hybrid chamber is provided with solution
Fairlead, fairlead connection bubbler, where bubbler is located at closestool delivery port at inwall.
Described switch switchs for electronic induction, and electronic induction switch is provided with sensor, and sensor connects for perceiving human body
Nearly state.
Described hybrid chamber and supply chamber is provided with same housing, and a dividing plate is provided between hybrid chamber and supply chamber, described
Supply opening is located on dividing plate.
Described upper valve, lower valve at least its with the baffle surface place of being engaged be elastomeric material, form upper and lower valve and dividing plate table
The structure of the next sealing of face pressure
Described supply opening lower end is provided with an annular coaming plate, and coaming plate enclosed space is corresponding with lower valve, forms lower valve and is enclosing
Plate surrounds the structure moved up and down in space, and coaming plate internal diameter is more than supply opening internal diameter, and lower valve is disc-shaped structure, direction under coaming plate
It is lower to a conical butt sealing plate is epitaxially formed, the lower end of lower valve is fixedly connected with an auxiliary valve, auxiliary valve and sealing plate inner cone
Face is bonded to form sealing structure.
Described supply opening lower end is provided with a boss, and being provided with frusto-conical shape corresponding with supply opening at boss center seals
Hole, described lower valve are the cone-shaped structure to be cooperated with sealing hole, and described upper valve is inverted disc-shaped structure, described
Upper valve and lower valve be made by elastomeric material.
Described water inlet part enters hybrid chamber and forms water entering section, and the water entering section in hybrid chamber is socketed with a pressure
Cap, pressure cap are the tubular construction of one end open, and pressure cap upper end is provided with a steam vent, and pressure cap is snapped onto on water entering section, pressure
Power cap is pressed on water entering section under Gravitative Loads, and when hydraulic pressure reaches, pressure cap is up and holds out against lower valve, forms lower valve to supplying
The blocking of Ying Kou lower ends.
Above-mentioned closestool mainly realizes automatically cleaning using foam maker, and the water inlet aperture pipeline and switch of foam maker connect
Lead to the water inlet pipe of former closestool, and switch the proximity state that human body is perceived by sensor, and then decide whether to start foam hair
Raw device, foam maker can utilize the pressure of water supply network itself to realize the acquisition to raw water, and axle pass through with supply opening it is upper and lower
Valve realizes the automatic supply of cleaning agent in the gap of water inlet, and then realizes the automatic mixing of cleaning agent and raw water, and by after mixing
Solution reach bubbler in the presence of water supply network pressure, bubbler make solution by when produce a large amount of bubbles, finally
The generation of foam is realized, its is simple in construction, and manufacturing cost is cheap, while the fragrance of cleaning agent itself produces fragrant atmosphere, makes one mood
It is pleasant.
Brief description of the drawings
Fig. 1 is the structural representation of the device that foam occurs in the present invention.
Fig. 2 is the enlarged diagram of part A in Fig. 1.
Fig. 3 is to use schematic diagram after foam maker coordinates with closestool.
Fig. 4 be foam maker use another upper valve, the structural representation of lower valve.
Fig. 5 is the structural representation of bubbler in the present invention.
Embodiment
The embodiment of the present invention is described in further detail below in conjunction with accompanying drawing.
Embodiment one：As shown in Figure 1, Figure 2, shown in Fig. 4 and Fig. 5, hydrodynamic force foam maker, including hybrid chamber 1, hybrid chamber 1
For introducing raw water and cleaning agent and accommodating mixed clean solution, hybrid chamber 1 is provided with water inlet 2, described water inlet 2
Divide and enter the formation water entering section of hybrid chamber 1, the water entering section in hybrid chamber 1 is socketed with a pressure cap 20, and the upper end of pressure cap 20 is set
There is a steam vent 30, when pressure cap storage inside has air, to prevent pressure cap maloperation, it is necessary to which air therein is arranged
Go out, steam vent is exactly to be used to discharge air, and pressure cap 20 is the tubular construction of one end open, and pressure cap 20 snaps onto water entering section
On, pressure cap 20 is pressed on water entering section under Gravitative Loads, and certain infrared switch 11 can also any can perceive human body
Close sensor 12, feed pipe 3 is interior to be provided with pressure water source, and pressure water source ensures that the raw water that hybrid chamber 1 enters has certain pressure
Power, the pressure can push up open pressure cap 20 so that raw water enters hybrid chamber 1 and realizes mixing and go out bubbler 23, and hybrid chamber 1 is also
Provided with the supply opening 4 introduced for cleaning agent, supply opening 4 connects the supply chamber 9 for depositing cleaning agent, hybrid chamber 1 and supply
Chamber 9 includes a same housing 13, and the inside of housing 13 sets dividing plate 14 to supply chamber 9 every being set as supply chamber 9 and hybrid chamber 1 and be located at
The top of hybrid chamber 1, supply opening 4 are located on dividing plate 14, and cleaning agent feeding controller, feeding controller are provided with supply opening 4
Including the axle 5 placed vertically in supply opening 4, the gap 6 for allowing cleaning agent to pass through is provided between axle 5 and supply opening 4, axle 5
Upper end is provided with forms the upper valve 7 covered with the upper end of supply opening 4, and the lower end of axle 5 is provided with forms the lower valve covered with the lower end of supply opening 4
8, the distance between upper and lower valve 8 is more than the height of supply opening 4, and when water inlet 2 is not intake, upper valve 7 is adjacent to supply under gravity
The isolation of supply chamber 9 and hybrid chamber 1 is realized in 4 upper ends of mouth, namely prevents cleaning agent from entering hybrid chamber 1, when water inlet 2 is intake at present
Valve 8 is up under pressure or buoyancy and is adjacent to the lower end of supply opening 4, and realization prevents that mixed solution enters in hybrid chamber 1
Enter to supply chamber 9, now the gap 6 between upper valve 7 and supply opening 4, between supply opening 4 and axle 5 can fill up cleaning agent, when water inlet 2 again
When secondary stopping is supplied water, lower valve 8 departs from supply opening 4, and the cleaning agent located between supply opening 4 and axle 5 can enter hybrid chamber 1 and realize cleaning
Agent is supplied hybrid chamber 1 certainly, it is of course possible to each confession of cleaning agent is adjusted by the distance between adjustment axis 5 and supply opening 4
Ying Liang, hybrid chamber 1 are provided with solution fairlead 10, and certain fairlead 10 can connect bubbler 23 by connecting pipe, in order to upper
The use of valve 7 and lower valve 8 is reliable, described upper valve 7, lower valve 8 at least its with the surface place of being engaged of dividing plate 14 be elastomeric material, profit
The reliability of sealing is realized with the fit type of elastomeric material, forms after upper and lower valve 8 compresses with the surface of dividing plate 14 structure sealed.
Certainly, the lower end of supply opening 4 can set an annular coaming plate 15, and the enclosed space of coaming plate 15 is corresponding with lower valve 8, be formed
Lower valve 8 surrounds the structure moved up and down in space in coaming plate 15, and the internal diameter of coaming plate 15 is more than the internal diameter of supply opening 4, and lower valve 8 is disc-shaped
Structure, the lower section of coaming plate 15 downwardly and outwardly prolong to form a conical butt sealing plate 16, and the lower end of lower valve 8 is fixedly connected with an auxiliary valve
17, auxiliary valve 17 is bonded to form sealing structure with the inner conical surface of sealing plate 16.
Can also son be provided with a boss 18 in the lower end of supply opening 4, at the center of boss 18 provided with and 4 corresponding joint of supply opening
24 conical sealing holes 19, described lower valve 8 are the cone-shaped structure to be cooperated with sealing hole 19, and described upper valve 7 is
The disc-shaped structure put, described upper valve 7 and lower valve 8 are made by elastomeric material.
It is adjacent to as how lower valve 8 is realized in water inlet with supply opening 4, pressure cap 20 can be utilized up in water inlet
To realize, specifically pressure cap 20 and the distance between lower valve 8 are extremely short, when hydraulic pressure promotes pressure cap 20 is up to can be achieved
Lower valve 8 is held out against, and a push rod can also be set in the upper end of pressure cap 20, and push rod coordinates with the lower end of lower valve 8, when pressure cap 20 is up,
Lower valve 8 is held out against by push rod.The natural buoyancy of lower valve 8 can certainly be utilized, or ball float is connected in the lower end of lower valve 8, when
When water level quickly reaches certain position, lower valve 8 holds out against supply opening 4 under buoyancy.
Described bubbler 23 comprises at least the joint 24 being connected with pipeline, it is also possible that bubbler 23 and pipeline one
Design, the barb structure 25 for preventing from coming off, one end connecting pipe of joint 24 can be set at joint 24, the other end sets connector
24, connector 24 has been connected through a screw thread a shell 26, is crimped between shell 26 and connector 24 and is fixed with a foaming core 27, institute
The foaming core 27 stated is arranged at intervals multiple foaming stratum reticulares 28, and foaming stratum reticulare 28 is network structure, and mixed solution passes through foaming
Substantial amounts of foam is produced after stratum reticulare 28.
Above-mentioned flat foam maker using feed pipe 3 in use, net acquisition of the pressure realization of itself to raw water, and axle 5
The automatic supply of cleaning agent is realized in the gap 6 of water inlet by upper and lower valve 8 with supply opening 4, and then realizes cleaning agent and raw water
Automatic mixing, and mixed solution is reached into bubbler 23 in the presence of the net pressure of feed pipe 3, bubbler 23 makes in solution
By when produce a large amount of bubbles, finally realize the generation of foam, its is simple in construction, and manufacturing cost is cheap, while cleaning agent itself
Fragrance produce fragrant atmosphere, make one to be in a cheerful frame of mind.
As shown in figure 3, for using the automatically cleaning closestool of foam maker in the invention, the foam in the present invention is occurred
Device is installed on outside closestool or inside, and the water inlet 2 of foam maker connects the water inlet pipe 22 of closestool by switch 11 with pipeline, opens
It is the electromagnetic valve switch 11 with infrared sensor 12 to close 11, and infrared sensor 12 is located on wall or closestool body 21, horse
Lip 29 is provided with bucket delivery port inwall, described bubbler 23 is installed at lip 29, the quantity of certain bubbler 23 and position
Putting can be adjusted according to being actually needed, and caused specific foam volume is specially wanted in described being actually needed.
Closestool of the present invention mainly realizes automatically cleaning, foam maker when specifically used using foam maker
Water inlet aperture pipeline connect the water inlet pipe of former closestool with switch, and switch perceives the proximity state of human body by sensor,
And then decide whether to start foam maker, foam maker can utilize the pressure of water supply network itself to realize and raw water is obtained
Take, and axle realizes the automatic supply of cleaning agent by upper and lower valve with supply opening in the gap of water inlet, and then realize cleaning agent and original
The automatic mixing of water, and mixed solution is reached into bubbler in the presence of water supply network pressure, bubbler makes in solution
By when produce a large amount of bubbles, finally realize the generation of foam, its is simple in construction, and manufacturing cost is cheap, while cleaning agent itself
Fragrance produce fragrant atmosphere, make one to be in a cheerful frame of mind.
Claims (6)
1. hydrodynamic force foam maker, including hybrid chamber（1）, described hybrid chamber（1）For introducing raw water and cleaning agent and holding
Receive mixed clean solution, hybrid chamber（1）Provided with water inlet（2）, water inlet（2）Pass through switch（11）Connect feed pipe（3）,
Feed pipe（3）It is interior to be provided with pressure water source, it is characterised in that hybrid chamber（1）It is additionally provided with the supply opening introduced for cleaning agent（4）,
Supply opening（4）Place is provided with cleaning agent feeding controller, and feeding controller includes being located at supply opening（4）The axle inside placed vertically
（5）, axle（5）With supply opening（4）Between be provided with and allow the gap that passes through of cleaning agent（6）, axle（5）Upper end be provided with and supply opening（4）
Upper end forms the upper valve covered（7）, axle（5）Lower end be provided with and supply opening（4）Lower end forms the lower valve covered（8）, upper and lower valve
Between distance be more than supply opening（4）Highly, upper valve under gravity is formed（7）To supply opening（4）Upper end blocks, and lower valve
（8）By hybrid chamber（1）It is up to supply opening under pressure or buoyancy（4）Lower end forms the structure blocked, described supply
Mouthful（4）Connect the supply chamber for depositing cleaning agent（9）, hybrid chamber（1）Provided with solution fairlead（10）, fairlead（10）Connection
Bubbler（23）, supply opening（4）Lower end is provided with an annular coaming plate（15）, coaming plate（15）Enclosed space and lower valve（8）It is corresponding, shape
Into lower valve（8）In coaming plate（15）Surround the structure moved up and down in space, coaming plate（15）Internal diameter is more than supply opening（4）Internal diameter, under
Valve（8）For disc-shaped structure, coaming plate（15）Downwardly and outwardly prolong to form a conical butt sealing plate in lower section（16）, lower valve（8）'s
Lower end is fixedly connected with an auxiliary valve（17）, auxiliary valve（17）With sealing plate（16）Inner conical surface is bonded to form sealing structure, water inlet
（2）Part enters hybrid chamber（1）Water entering section is formed, positioned at hybrid chamber（1）Interior water entering section is socketed with a pressure cap（20）, pressure
Cap（20）For the tubular construction of one end open, pressure cap（20）Upper end is provided with a steam vent（30）, pressure cap（20）Snap onto into
In water portion, pressure cap（20）It is pressed under Gravitative Loads on water entering section, the pressure cap when hydraulic pressure reaches（20）It is up and hold out against
Lower valve（8）, form lower valve（8）To supply opening（4）The blocking of lower end.
2. hydrodynamic force foam maker according to claim 1, it is characterised in that described switch（11）For electronic induction
Switch, electronic induction switch are provided with sensor（12）, sensor（12）For perceiving human body proximity state.
3. hydrodynamic force foam maker according to claim 1 or 2, it is characterised in that described hybrid chamber（1）And supply
Chamber（9）Provided with same housing（13）, hybrid chamber（1）With supply chamber（9）Between be provided with a dividing plate（14）, described supply opening（4）
Positioned at dividing plate（14）On.
4. hydrodynamic force foam maker according to claim 3, it is characterised in that described upper valve（7）, lower valve（8）Extremely
Lack itself and dividing plate（14）The surface place of being engaged is elastomeric material, forms upper and lower valve and dividing plate（14）The knot that surface seals after compressing
Structure.
5. the hydrodynamic force foam maker according to claim 1 or 4, it is characterised in that described supply opening（4）Lower end is set
There is a boss（18）, boss（18）It is provided with center and supply opening（4）Corresponding conical sealing hole（19）, described lower valve
（8）For with sealing hole（19）The cone-shaped structure of mutual cooperation, described upper valve（7）It is described for inverted disc-shaped structure
Upper valve（7）And lower valve（8）It is made by elastomeric material.
6. use the automatically cleaning closestool of hydrodynamic force foam maker as claimed in claim 1, including closestool body（21）, closestool
Body（21）Water tank connection water inlet pipe（22）, closestool body（21）Connect foam maker, it is characterised in that described foam
Generator includes hybrid chamber（1）, described hybrid chamber（1）For introduce raw water and cleaning agent and accommodate it is mixed cleaning it is molten
Liquid, hybrid chamber（1）Provided with water inlet（2）, water inlet（2）Pass through switch（11）Connect water inlet pipe（22）, hybrid chamber（1）It is additionally provided with
The supply opening introduced for cleaning agent（4）, supply opening（4）Place is provided with cleaning agent feeding controller, and feeding controller includes
Positioned at supply opening（4）The axle inside placed vertically（5）, axle（5）With supply opening（4）Between be provided with and allow the gap that passes through of cleaning agent（6）,
Axle（5）Upper end be provided with and supply opening（4）Upper end forms the upper valve covered（7）, axle（5）Lower end be provided with and supply opening（4）Under
End forms the lower valve covered（8）, upper and lower valve（8）Between distance be more than supply opening（4）Highly, upper valve under gravity is formed
（7）To supply opening（4）Upper end blocks, and lower valve（8）By hybrid chamber（1）It is up to supply opening under pressure or buoyancy（4）
Lower end forms the structure blocked, described supply opening（4）Connect the supply chamber for depositing cleaning agent（9）, hybrid chamber（1）It is provided with
Solution fairlead（10）, fairlead（10）Connect bubbler（23）, bubbler（23）At inwall where closestool delivery port.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610399868.2A CN106049632B (en) | 2016-06-08 | 2016-06-08 | Hydrodynamic force foam maker and the automatically cleaning closestool based on the foam maker |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610399868.2A CN106049632B (en) | 2016-06-08 | 2016-06-08 | Hydrodynamic force foam maker and the automatically cleaning closestool based on the foam maker |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106049632A CN106049632A (en) | 2016-10-26 |
| CN106049632B true CN106049632B (en) | 2018-03-30 |
Family
ID=57170482
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610399868.2A Expired - Fee Related CN106049632B (en) | 2016-06-08 | 2016-06-08 | Hydrodynamic force foam maker and the automatically cleaning closestool based on the foam maker |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106049632B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106676843B (en) * | 2016-11-21 | 2018-11-23 | 珠海格力电器股份有限公司 | Washing machine's inlet pipe structure and washing machine |
| CN109805863A (en) * | 2019-03-15 | 2019-05-28 | 安吉明微智科技有限公司 | A kind of cleaning device of integrated culinary art |
| CN114150745B (en) * | 2021-12-13 | 2023-02-10 | 上海绿自健环境科技有限公司 | Disease and bacterium preventing device for direct-discharge toilet bowl hole drain pipe |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2408155Y (en) * | 2000-02-16 | 2000-11-29 | 胡昭允 | Automatic quantitative regulator for cistern solvent |
| KR20100027550A (en) * | 2008-09-02 | 2010-03-11 | 웅진코웨이주식회사 | Chamber pot washing machine of the toilet bidet |
| CN202108096U (en) * | 2011-06-13 | 2012-01-11 | 东华理工大学 | Automatic cleaning device of an environmental protection energy-saving type closet |
| CN202627154U (en) * | 2012-05-16 | 2012-12-26 | 郭东箭 | Jet-type foaming toilet device |
| CN104372829A (en) * | 2014-09-10 | 2015-02-25 | 李志刚 | Automatic tap water terminal end liquid filling apparatus |
-
2016
- 2016-06-08 CN CN201610399868.2A patent/CN106049632B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2408155Y (en) * | 2000-02-16 | 2000-11-29 | 胡昭允 | Automatic quantitative regulator for cistern solvent |
| KR20100027550A (en) * | 2008-09-02 | 2010-03-11 | 웅진코웨이주식회사 | Chamber pot washing machine of the toilet bidet |
| CN202108096U (en) * | 2011-06-13 | 2012-01-11 | 东华理工大学 | Automatic cleaning device of an environmental protection energy-saving type closet |
| CN202627154U (en) * | 2012-05-16 | 2012-12-26 | 郭东箭 | Jet-type foaming toilet device |
| CN104372829A (en) * | 2014-09-10 | 2015-02-25 | 李志刚 | Automatic tap water terminal end liquid filling apparatus |
Also Published As
| Publication number | Publication date |
|---|---|
| CN106049632A (en) | 2016-10-26 |
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