CN202730862U - Recycling device for kitchen waste water - Google Patents
Recycling device for kitchen waste water Download PDFInfo
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- CN202730862U CN202730862U CN 201120334357 CN201120334357U CN202730862U CN 202730862 U CN202730862 U CN 202730862U CN 201120334357 CN201120334357 CN 201120334357 CN 201120334357 U CN201120334357 U CN 201120334357U CN 202730862 U CN202730862 U CN 202730862U
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Abstract
The utility model relates to a recycling device for kitchen waste water. In the prior art, clear water and muddy water can not be separated, cost is high and efficiency is low. The recycling device for the kitchen waste water is formed by a part of clear water and sewage separation and a part of storing and supplying water. The part of clear water and sewage separation comprises a kitchen cleaning pool, a manual clear water and sewage separation valve, an isolation slag valve /a collecting water tank and a public sewage chief pipe. The part of storing and supplying water comprises a head water tank. The manual clear water and sewage separation valve comprises a main valve, a J-shaped pipe, a Y-shaped pipe and a deputy valve, wherein the main valve consists of an upper valve body, an operating rod, a cross-shaped connector, a valve core and a lever. The main valve adopts a general operating rod-type washbowl drainage component. The recycling device for the kitchen waste water is suitable for all kinds of kitchens.
Description
Technical field
The utility model relates to restaurant, restaurant kitchen waste water recycling technical field, with the pure and impure separation of kitchen waste water, only reclaims clear water and is directly used in the He Cheongju that flushes the toilet of our unit and washes the device of kitchen surface in especially a kind of at the restaurant restaurant unit.
Background technology
The traditional wastewater exhaust system does not have the separation of cloudy and clear function, " clear water " in the daily life sewage mixed at user side artificially with real sewage, flows to Wastewater Treatment Plant in the gravity flow mode through very long drainage after composite waste is concentrated, the composite waste that flows to Wastewater Treatment Plant becomes not only black not only smelly but also " sewage " of grease arranged.
Sewage is processed by Wastewater Treatment Plant, and the water in the combined sewage is separated with dirt, virus, grease and other nuisance Zhi in the sewage, becomes " waste water " that can discharge.
The regenerated water majority that is used for flushing the toilet is that reused water processing factory is processed into regenerated water take " waste water " as the water source.Then supply water to mansion regenerated water supply system through very long regenerated water supply system, the user fetches water from mansion regenerated water supply system.
Mixing artificially first the dirt, virus and other nuisance Zhi that manage to separate in the sewage, to obtain the conventional method of regenerated water very unreasonable again, also wastes very much.
The tap water quality in most cities has reached standard capable of direct drinking, yet the many water projects in the daily life do not need this high standard water source.For example flush the toilet, smear window and furniture, scouring ceramic tile wall, wiping floor, water flowers and industrial water use, much more many these water total amounts are often than people's diet aspect, but their consumption is precious high standard water source.Flush the toilet and wash kitchen surface and waste very much with tap water capable of direct drinking.
Urban population increases severely and the industry and commerce high speed development is that tap water supply system brings immense pressure, and the in recent years generation of unusual weather conditions city water shortage is more and more frequent, and the water shortage phase is also more and more longer, makes people and government begin to pay close attention to the problem of daily life sewage recycling.
In sum, be necessary to design provide a kind of change traditional wastewater discharging and the restaurant, restaurant of regenerated water system flush the toilet with the solution of washing the kitchen surface water with this scheme pass device mutually.
The utility model content
The purpose of this utility model is for the traditional wastewater exhaust system of restaurant, restaurant and the defective of flushing water system, and a kind of kitchen waste water recycling device is provided.
Contain silt and agricultural chemicals owing to clean the draining of vegetables for the first time; The draining of cleaning tableware for the first time contains washing agent and greasy dirt; The draining of cleaning meat contains grease and blood.By this device with the kitchen service sink clean for the first time the draining of vegetables, for the first time clean the draining of tableware, the draining of cleaning meat enters sewer, only collect for the second time and follow-up cleaning vegetables or the draining of cleaning tableware are used further to our unit and flush the toilet and clean kitchen surface.
This kitchen waste water recycling device is by remove contamination shunting and store water supply two parts and consist of of kitchen waste water, it is characterized in that: the described kitchen waste water splitter section of removing contamination includes the kitchen service sink, the service sink table top, manual separation of cloudy and clear valve, the clear water collecting pipe, valve is every slag/collection water tank, public common sewer, valve is arranged on ground, service sink below, kitchen every slag/collection water tank, described storage is supplied water and is included charging pump, high level cistern, the alternative automatic transfer valve, flushing water house steward and flushing water branched pipe, the water closet water storage tank, high level cistern, the alternative automatic transfer valve is arranged in the space between kitchen top ceiling and the bottom of the building.
Described manual separation of cloudy and clear valve comprises main valve, ┗ ┪ shape pipe, Y tube, auxiliary-valve, and wherein said main valve includes main valve body, action bars, cross connector, valve core, lever, and the lower port of main valve body links to each other to upper port with described ┗ ┪ shape pipe.Main valve body is ┣ shape pipe, the vertical pipe of this ┣ shape pipe is the outfall passage of described service sink, its upper port be fixed on the service sink outfall and ┣ shape pipe below service sink, the upper port of main valve body is the water inlet of described manual separation of cloudy and clear valve, the lower port of main valve body is the outfall of main valve body, this outfall links to each other with the port that the ┗ end of described ┗ ┪ shape pipe makes progress, the horizontal tube port of ┣ shape pipe is provided with the water seal plug, described lever passes this water seal plug and insert main valve body from the horizontal tube of ┣ shape pipe, the length of lever in main valve body is greater than the radius of the drainage channel of described service sink with less than the diameter of drainage channel, this lever can be up and down take the water seal plug as fulcrum, described action bars passes described service sink table top and vertically is inserted into service sink table top below, link to each other with the lever outer end with described cross connector, described valve core is T shape water plug, valve core is arranged in the entrance of described manual separation of cloudy and clear valve, the bottom surface of valve core is near the inner of described lever, the outer end of lever is upwards moved when upwards lifting described action bars, inner to moving down, gravity also moves down valve core, the entrance of main valve body is just stopped up on its top, the outer end of lever is to moving down when pressing described action bars downwards, the inner is upwards moved, with the entrance of top, the top of valve core from manual separation of cloudy and clear valve.
The port that described ┗ ┪ shape pipe ┗ end makes progress communicates with the outlet of described main valve body, the ┪ end links to each other with described Y tube upper port to lower port, the lower port of Y tube links to each other with the upper port of described auxiliary-valve, the branch port of Y tube is described manual separation of cloudy and clear valve the first water outlet mouthpiece, described clear water collecting pipe communicates with described manual separation of cloudy and clear valve the first water outlet mouthpiece, the other end of this clear water collecting pipe communicates with entrance side every slag/collection water tank, the lower port of described auxiliary-valve is described manual separation of cloudy and clear valve the second water outlet mouthpiece, and this interface communicates with public common sewer by soil pipe.
Described auxiliary-valve includes slide connector, auxiliary valve body, valve rod, moving valve plate, fixed valve plate, the upper end of valve rod links to each other with the bottom of described action bars with slide connector, wherein slide connector and action bars are for being fastenedly connected, and slide connector and valve rod are for being slidingly connected.
Described slide connector is cylindrical, its top links to each other with the action bars lower end is fastening, the bottom is provided with the rectangle slotted hole, the long 45mm in hole, the center line of this rectangle slotted hole and the center line of slide connector are on same straight line, and described valve rod shaped upper part is identical with slide connector rectangle slotted hole cross sectional shape, sectional area is slightly little, long 40mm, insert in the slide connector rectangle slotted hole on valve rod top, can slide up and down, and twists that action bars can drive slide connector and valve rod rotates together.
Described ┗ ┪ shape pipe ┪ end is provided with the water seal plug in upper port, the center line of this water seal plug with to the center line of lower straighttube on same straight line, described valve rod passes from this water seal plug, and the center line of the center line of valve rod and water seal plug is on same straight line.
Described moving valve plate and fixed valve plate are the circular valve block of magnetic substance, the external diameter of this fixed valve plate equates with the internal diameter of described auxiliary valve body, the diameter of moving valve plate is slightly smaller than fixed valve plate, described fixed valve plate is horizontally fixed on the middle part inwall of described auxiliary-valve, moving valve plate is fixed on described valve rod lower end, moving valve plate is pressed on above the fixed valve plate, and twist described valve rod and can drive moving valve plate lubricated rotation on fixed valve plate, have two 70 relative degree scallop holes on the moving valve plate, the same position of fixed valve plate also has two scallop holes identical with the moving valve plate scallop hole, described auxiliary-valve was open mode when the scallop hole of moving valve plate and fixed valve plate was overlapping, described auxiliary-valve is closed condition during the mutual shutoff of scallop hole of moving valve plate and fixed valve plate, the center line of described action bars, the center line of water seal plug, the center of circle of service sink table top perforation;
The center of circle of the center line of the center line of ┗ ┪ shape pipe ┪ end, the center line of Y tube straight tube, valve rod, the center line of auxiliary-valve and moving valve plate and fixed valve plate is on same straight line, and the branched pipe of the outfall of described service sink, main valve body, ┗ ┪ shape pipe, Y tube, Y tube, the bore of auxiliary valve body are identical.
The described shunting and store to supply water and also to include the clear water collecting pipe of removing contamination, charging pump, upper hose, tap water pipe network, the alternative automatic transfer valve, flushing water house steward and flushing water branched pipe, the water closet water storage tank, describedly in slag/collection water tank, be provided with Kitchen sifter, this Kitchen sifter will be separated into entrance side and outlet side two parts every slag/collection water tank, entrance side has ingress interface, outlet side has discharge coupling, ingress interface communicates with described manual separation of cloudy and clear valve the first water outlet mouthpiece by described clear water collecting pipe, describedly in slag/collection water tank, be provided with level sensor, this level sensor and controller are connected with holding wire, should also be provided with the overflow pipe that leads to public common sewer every slag/collection water tank.
Described storage water supply part includes charging pump, high level cistern, the alternative automatic transfer valve, the flushing water house steward, the flushing water branched pipe, described Kitchen sifter will communicate with the entrance of described charging pump every the slag/discharge coupling of collection water tank, the outlet of charging pump communicates with described high level cistern by upper hose, be provided with the overflow pipe and the level sensor that lead to public common sewer in this high level cistern, this level sensor and charging pump are connected with holding wire with controller respectively, described high level cistern communicates with described alternative automatic transfer valve, described alternative automatic transfer valve comprises shell and float switch, this shell is provided with output interface, the first water source input interface and second water source input interface, the first water source input interface communicates with high level cistern, the second water source input interface communicates with tap water pipe network, output interface communicates with described flushing water house steward's upper port, described flushing water branched pipe communicates with the flushing water house steward, the another port of this flushing water branched pipe communicates with each water closet water storage tank, described float switch comprises ball float and spool, described ball float is set on the vertical lead, also be provided with a connecting rod on the ball float, this connecting rod lower end is hinged on the lever, the lever other end is connected on the spool, and described spool gets lodged on second water source input interface the inner.
Described main valve adopts universal operating rod type tub drain assembly, and the entrance of this assembly is the entrance of described manual separation of cloudy and clear valve, and the outlet of this assembly is the outlet of described main valve body, and this outlet links to each other with the port that described ┗ ┪ shape pipe ┗ section makes progress.As optimization, described ┗ ┪ shape is managed ┗ section can directly adopt universal 90 degree bend pipes, ┗ section is by universal straight tube and the ┗ ┪ shape pipe ┪ section formation ┗ ┪ shape pipe assembly that links to each other, in order to adjust the length of universal straight tube according to the fixing particular location of Y shape branched pipe and auxiliary-valve assembly.
As optimization, described clear water feed pipe is provided with for the valve of flushing kitchen surface and the bath flexible pipe that joins with valve.So design is convenient to utilize the clear water of recovery to wash kitchen surface.
As optimization, described controller, high level cistern and Kitchen sifter can directly adopt universal components and parts with the level sensor in slag/collection water tank, so design, send the water signal to be arranged and be arranged on level sensor in the described high level cistern and send when not having the full water signal when being arranged on described level sensor in slag/collection water tank, described controller drives described charging pump operation, when being arranged on level sensor that described level sensor in slag/collection water tank sends anhydrous signal or be arranged on described high level cistern and sending the full water signal, described controller is closed down described charging pump.
As optimization, described control stick upper end is provided with elbow.So design, more laborsaving when rotating control stick.
Manual separation of cloudy and clear valve of the present utility model has simple in structure, easy to operate, be applicable to various service sinks, the wash basin that comprises kitchen service sink and family, this kitchen waste water recycling device is applicable to all restaurants, restaurant that kitchen service sink and water closet have been installed, the clear water that reclaims can be used for water closet, can also be used for cleaning kitchen surface.
Description of drawings
Below in conjunction with accompanying drawing this kitchen waste water recycling device is described further:
Fig. 1 is the structural representation of this manual separation of cloudy and clear valve;
Fig. 2 is the valve core structure schematic diagram of this manual separation of cloudy and clear valve;
Fig. 3 is that schematic diagram is looked on the left side of lower valve body among Fig. 1;
Fig. 4 is the structural representation of Fig. 1 middle valve plate;
Fig. 5 is the structural representation of this kitchen waste water recycling device;
Fig. 6 is the cross-sectional view of alternative automatic transfer valve in this kitchen waste water recycling device.
Among the figure: 1 is manual separation of cloudy and clear valve, 2 is control stick, 3 is main valve body, 4 is spool, 5 are the water seal plug, 6 is lever, 7 is the control stick elbow, 8 is ┗ ┪ shape pipe, 9 is valve rod, 10 is moving valve plate, 11 is scallop hole, 12 is the branch port of Y tube, 13 is fixed valve plate, 14 is common sewer, 15 is service sink, 16 is the water closet water storage tank, 17 is high level cistern, 18 is every slag/collection water tank, 19 is overflow pipe, 20 is the flushing water house steward, 21 is upper hose, 22 is charging pump, 23 is controller, 24 is level sensor, 25 is removable Kitchen sifter, 26 are the bath flexible pipe, 27 is the alternative automatic transfer valve, 28 are cross connection strand, 29 for adjusting screw, 270 is shell, 271 is output interface, 272 is the first water source input interface, 273 is the second water source input interface, 274 is tap water pipe network, 275 is ball float, 276 for valve stifled, 277 is vertical lead, 278 is connecting rod, 279 is lever, 30 is Y tube, 31 is auxiliary valve body, 32 is slide connector, 33 is the clear water collecting pipe, 34 is valve rod water seal plug.
The specific embodiment
Embodiment one: shown in Fig. 1-4, this manual separation of cloudy and clear valve 1 comprises control stick 2, main valve body 3, spool 4, wherein main valve body 3 is ┣ shape pipe, the vertical pipe of this ┣ shape pipe is the outfall passage of described service sink, its upper port be fixed on the outfall of service sink 15 and ┣ shape pipe below service sink 15, this upper port is the entrance of described manual separation of cloudy and clear valve 1, the lower port of this ┣ shape pipe is the outlet of main valve body 3, the horizontal tube port of ┣ shape pipe is provided with water seal plug 5, described lever 6 passes this water seal plug 5 and insert main valve body 3 from the horizontal tube of ┣ shape pipe, described action bars 2 passes described service sink table top and vertically is inserted into service sink 15 table tops below, link to each other with lever 6 outer ends with described cross connector 28, described valve core 4 is T shape water plug, spool 4 lower ends be provided with can regulating spool the adjustment screw 29 of 4 height, the bottom surface of adjustment screw 29 is near the inner of described lever 6, and valve core 4 is arranged in the entrance of described main valve body 3.
The port that the ┗ section of described ┗ ┪ shape pipe 8 makes progress communicates with the outlet of described main valve body 3, the ┪ section of ┗ ┪ shape pipe 8 links to each other to the upper port of lower port with described Y tube 30, the lower port of Y tube 30 links to each other with the upper port of described auxiliary valve body 31, the port of the branched pipe 12 of Y tube 30 is the first water outlet mouthpiece of described manual separation of cloudy and clear valve 1, this first water outlet mouthpiece communicates with clear water collecting pipe 33, the lower port of described auxiliary valve body 31 is the second water outlet mouthpiece of described manual separation of cloudy and clear valve 1, and this second water outlet mouthpiece communicates with common sewer 14.
Described auxiliary-valve includes auxiliary valve body 31, slide connector 32, valve rod 9, moving valve plate 10, fixed valve plate 13, the lower end of the upper end of slide connector 32 and described action bars 2 is fastenedly connected, wherein slide connector 32 and action bars 2 are for being fastenedly connected, valve rod 9 inserts slide connector 32, and their connected mode is for being slidingly socketed.
The ┪ end of described ┗ ┪ shape pipe 8 is provided with valve rod water seal plug 34 in upper port, the center line of the center line of valve rod water seal plug 34 and ┪ end straight tube is on same straight line, and described valve rod 9 passes from valve rod water seal plug 34 centers.
The center of circle of the center line of the center line of the ┪ end of the center line of the center line of described action bars 2, valve rod water seal plug 34, ┗ ┪ shape pipe 8, the straight tube center line of Y tube 30, valve rod 9, the center line of auxiliary valve body 31 and moving valve plate 10 and fixed valve plate 13 is on same straight line.
As shown in Figure 4, the diameter of described moving valve plate 10 is slightly smaller than fixed valve plate 13, fixed valve plate 13 is horizontally fixed on the middle part inwall of auxiliary valve body 31, moving valve plate 10 is on fixed valve plate 13, have two relative 70 degree scallop holes 11 on the moving valve plate 10, the same position of fixed valve plate 13 also has two scallop holes identical with moving valve plate 10 scallop holes 11.
As shown in Figure 1, described slide connector 32 is cylindrical, its top and fastening linking to each other of action bars 2 lower ends, the bottom is provided with the rectangle slotted hole, the center line of the center line of this rectangle slotted hole and slide connector 32 is on same straight line, the rectangle slotted hole cross sectional shape of the shaped upper part of described valve rod 9 and slide connector 32 is identical, sectional area is slightly little, insert in the slide connector 32 rectangle slotted holes on the top of this valve rod 9, can slide up and down, and twist that action bars can drive slide connector and valve rod rotates together.
Lift control stick 2 during use, the outer end of lever 6 moves up, and the inner of lever 6 moves down, and spool 4 loses the entrance that supports free fall shutoff main valve body 3, and the water in the service sink can not flow into described manual separation of cloudy and clear valve 1; Twisting control stick 2 makes the scallop hole 11 of the moving valve plate 10 of auxiliary-valve and fixed valve plate 13 overlapping, then push control stick 2 downwards, the outer end of lever 6 moves down, the inner of lever 6 moves up, with spool 4 upwards the top from the entrance of main valve body 3, because the branched pipe 12 of Y tube 30 is higher than moving valve plate 10 and fixed valve plate 13, not overflowing from the branched pipe 12 of Y tube 30 in the service sink 15 can only be through the branched pipe 12 of main valve body 3, ┗ ┪ shape pipe 8, Y tube 30, flow to common sewer from the lower port of auxiliary-valve; Inhour is twisted control stick 2 and is turn 90 degrees when the scallop hole 11 of moving valve plate 10 and fixed valve plate 13 is overlapping, the scallop hole 11 of moving valve plate 10 and fixed valve plate 13 is just by mutual shutoff, then push control stick downwards, waterborne overflowing from service sink 15 outflows, flow out from the branched pipe 12 of Y tube 30, through 33 diffluences of clear water collecting pipe every slag/collection water tank 18.
As shown in Figure 5, the utility model kitchen waste water recycling device comprises sewer 14, service sink 15, alternative automatic transfer valve 27, it is characterized in that: it also comprises high level cistern 17, every slag/collection water tank 18, and each service sink 15 all is furnished with a previous manual separation of cloudy and clear valve 1, high level cistern 17 is provided with to drain 14 overflow pipe 19, and the outlet of high level cistern 17 communicates with the first water source input interface 272 of alternative automatic transfer valve 27, between slag/collection water tank 18 and high level cistern 17, be provided with upper hose 21, this upper hose 21 is provided with a charging pump 22, high level cistern 17, in slag/collection water tank 18, be provided with level sensor 24, above-mentioned level sensor 24, all be connected with holding wire between charging pump 22 and the described controller 23, the first water outlet mouthpiece of described manual separation of cloudy and clear valve 1 communicates with described entrance every slag/collection water tank 18 by clear water collecting pipe 33, and the second water outlet mouthpiece of described manual separation of cloudy and clear valve 1 communicates with public common sewer 14.The entrance of described manual separation of cloudy and clear valve 1 connects the lower mouth of a river of each service sink 15.Describedly be provided with Kitchen sifter 25 in slag/collection water tank 18, Kitchen sifter 25 will be separated into entrance side and outlet side two parts every slag/collection water tank 18, and entrance side has ingress interface, and outlet side has discharge coupling.
As shown in Figure 6, alternative automatic transfer valve 27 of the present utility model comprises shell 270 and float switch, this shell 270 is provided with output interface 271, the first water source input interface 272 and second water source input interface 273, output interface 271 meets flushing water house steward 20, the first water source input interface 272 connects high level cistern 17, second water source input interface 273 connects tap water pipe network 274, described float switch comprises ball float 275 and valve stifled 276, described ball float 275 is set on the vertical lead 277, also be provided with a connecting rod 278 on the ball float 275, these connecting rod 278 lower ends are hinged on the lever 279, lever 279 other ends are connected on the valve stifled 276, described valve stifled 276 gets lodged on second water source input interface 273 the inners, described flushing water house steward 20 communicates with water closet water storage tank 16, and flushing water house steward 20 also is provided with for the valve of flushing kitchen surface and the bath flexible pipe 26 that joins with valve.
Claims (5)
1. kitchen waste water recycling device, by remove contamination shunting and store water supply two parts and consist of of kitchen waste water, the described kitchen waste water splitter section of removing contamination includes the kitchen service sink, the service sink table top, manual separation of cloudy and clear valve, valve is every slag/collection water tank, public common sewer, described storage is supplied water and is included high level cistern, it is characterized in that: wherein said manual separation of cloudy and clear valve comprises main valve, ┗ ┪ shape pipe, Y tube, auxiliary-valve, wherein said main valve adopts universal operating rod type wash basin drain assembly, main valve includes main valve body, action bars, the cross connector, valve core, lever, the upper port of main valve body is the water inlet of described manual separation of cloudy and clear valve, the lower port of main valve body is described main valve outfall, this outfall links to each other with the port that the ┗ end of described ┗ ┪ shape pipe makes progress, the ┪ end of ┗ ┪ shape pipe links to each other with described Y tube upper port to lower port, the lower port of Y tube links to each other with the upper port of described auxiliary-valve, the branch port of Y tube is described manual separation of cloudy and clear valve the first water outlet mouthpiece, the lower port of described auxiliary-valve is described manual separation of cloudy and clear valve the second water outlet mouthpiece, described auxiliary-valve includes slide connector, auxiliary valve body, valve rod, moving valve plate, fixed valve plate, the bottom of described action bars links to each other with the upper end of described slide connector is fastening, this slide connector is connected with described valve stem slides, described ┗ ┪ shape pipe ┪ end is provided with valve rod water seal plug in upper port, described valve rod passes from this water seal plug central vertical, described fixed valve plate is horizontally fixed on the middle part inwall of described auxiliary valve body, described moving valve plate is fixed on described valve rod lower end, and described moving valve plate is pressed on above the described fixed valve plate, the center line of described action bars, the center line of valve rod water seal plug, the center line of ┗ ┪ shape pipe ┪ end, the straight tube center line of Y tube, the center line of valve rod, the center of circle of the center line of auxiliary valve body and moving valve plate and fixed valve plate on same straight line, described main valve body, ┗ ┪ shape pipe, Y tube, the auxiliary valve body bore is identical.
2. kitchen waste water recycling device as claimed in claim 1, it is characterized in that: described slide connector is cylindrical, the top of this slide connector and described fastening linking to each other of action bars lower end, the bottom of described slide connector is provided with the rectangle slotted hole, the center line of this rectangle slotted hole and the center line of slide connector are on same straight line, described valve rod shaped upper part is identical with slide connector rectangle slotted hole cross sectional shape, sectional area is slightly little, insert in the slide connector rectangle slotted hole on this valve rod top, can slide up and down, and twist that action bars can drive slide connector and valve rod rotates together.
3. kitchen waste water recycling device as claimed in claim 1, it is characterized in that: described moving valve plate and fixed valve plate are the circular valve block of magnetic substance, the external diameter of this fixed valve plate equates with the internal diameter of described auxiliary valve body, the diameter of described moving valve plate is slightly smaller than this fixed valve plate, described fixed valve plate is horizontally fixed on the middle part inwall of described auxiliary-valve, this moving valve plate is pressed on above the described fixed valve plate, have two 70 relative degree scallop holes on the moving valve plate, the same position of fixed valve plate also has two scallop holes identical with the moving valve plate scallop hole.
4. kitchen waste water recycling device as claimed in claim 1, it is characterized in that: the described shunting and store to supply water and also to include the clear water collecting pipe of removing contamination, charging pump, upper hose, tap water pipe network, the alternative automatic transfer valve, flushing water house steward and flushing water branched pipe, the water closet water storage tank, describedly in slag/collection water tank, be provided with Kitchen sifter, this Kitchen sifter will be separated into entrance side and outlet side two parts every slag/collection water tank, described clear water collecting pipe communicates with described manual separation of cloudy and clear valve the first water outlet mouthpiece, the other end of this clear water collecting pipe communicates with entrance side every slag/collection water tank, describedly in slag/collection water tank, be provided with level sensor, this level sensor and controller are connected with holding wire, should also be provided with the overflow pipe that leads to public common sewer every slag/collection water tank
Described Kitchen sifter will communicate with the entrance of described charging pump every the slag/discharge coupling of collection water tank, the outlet of this charging pump communicates with described high level cistern by described upper hose, be provided with in this high level cistern and also be provided with overflow pipe and the level sensor that leads to public common sewer, this level sensor and described charging pump are connected with holding wire with controller respectively, and described high level cistern communicates with described alternative automatic transfer valve.
5. kitchen waste water recycling device as claimed in claim 4, it is characterized in that: described alternative automatic transfer valve comprises shell and float switch, this shell is provided with output interface, the first water source input interface and second water source input interface, the first water source input interface communicates with high level cistern, the second water source input interface communicates with tap water pipe network, output interface communicates with described flushing water house steward's upper port, described flushing water branched pipe communicates with the flushing water house steward, the another port of flushing water branched pipe communicates with each water closet water storage tank, described float switch comprises ball float and spool, described ball float is set on the vertical lead, also be provided with a connecting rod on the ball float, this connecting rod lower end is hinged on the lever, and the lever other end is connected on the spool, and described spool gets lodged on second water source input interface the inner.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201120334357 CN202730862U (en) | 2011-09-07 | 2011-09-07 | Recycling device for kitchen waste water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201120334357 CN202730862U (en) | 2011-09-07 | 2011-09-07 | Recycling device for kitchen waste water |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202730862U true CN202730862U (en) | 2013-02-13 |
Family
ID=47656575
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201120334357 Expired - Fee Related CN202730862U (en) | 2011-09-07 | 2011-09-07 | Recycling device for kitchen waste water |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202730862U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106638767A (en) * | 2016-10-31 | 2017-05-10 | 连保东 | Sewage selective recovery system and purification device |
| CN114917633A (en) * | 2022-07-07 | 2022-08-19 | 景津装备股份有限公司 | Open-flow liquid collection and single-valve control type clear-turbid double-pipe flow dividing device and open-flow filter press |
-
2011
- 2011-09-07 CN CN 201120334357 patent/CN202730862U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106638767A (en) * | 2016-10-31 | 2017-05-10 | 连保东 | Sewage selective recovery system and purification device |
| CN114917633A (en) * | 2022-07-07 | 2022-08-19 | 景津装备股份有限公司 | Open-flow liquid collection and single-valve control type clear-turbid double-pipe flow dividing device and open-flow filter press |
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