CN203741954U - Automatic reutilization system for reclaimed water - Google Patents
Automatic reutilization system for reclaimed water Download PDFInfo
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- CN203741954U CN203741954U CN201420006662.5U CN201420006662U CN203741954U CN 203741954 U CN203741954 U CN 203741954U CN 201420006662 U CN201420006662 U CN 201420006662U CN 203741954 U CN203741954 U CN 203741954U
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Abstract
The utility model provides an automatic reutilization system for reclaimed water. The automatic reutilization system comprises a reclaimed water collecting device, a reclaimed water automatic injecting device and a control circuit module, wherein the reclaimed water collecting device comprises a reclaimed water tank 1; the reclaimed water automatic injecting device comprises a water injector 9 arranged on a water outlet water tank 2 and a 2# floating ball liquid level switch 8 connected with the water injector 9, a 1# floating ball liquid level switch 4 arranged in the reclaimed water tank and a water pump 5; the water injector 9 is communicated with a water pump 5 by a reclaimed water tube 12; the control circuit module comprises a main controller 15 which is used for receiving signals of the 1# floating ball liquid level switch 4 and the 2# floating ball liquid level switch, and controlling on and off of the water pump 5 for pumping water in the reclaimed water tank 1 into the water outlet water tank 2. The automatic reutilization system for reclaimed water in the scheme is not only simple in device, but also convenient to apply, so that automatic collection of reclaimed water is realized, and the reclaimed water is pumped into the water outlet water tank 2, and therefore, water sources are greatly saved, and the automatic reutilization system is low-carbon and environmental friendly.
Description
Technical field
The utility model relates to middle water recycling field, the middle water that specifically a kind of automatic collection public place or family life produce and can be automatically in water be injected into out the system equipment of water tank.
Background technology
At present, in business office office premises or family life, waste water after some that produce are washed one's hands, done washing, cannot recycle, these so-called waste water are as long as simply process or do not process just can become and can do the middle water that flush toilet uses, meanwhile, toilet flush uses tap water supply, and this has caused water resource waste; Without the waste water of cycling and reutilization etc., all can relate to lower water, further also caused environment pollution, and in tap water price also in constantly soaring, this make we think deeply how to realize in the water problem of recycling automatically.
Known, generally speaking the water supply volume of the flush toilet of one family be of that month total water amount 1/3 to 1/2 between, some families accounting is more; If the middle water in life collects flushing toilet at ordinary times, not only bother but also be unfavorable for health.
How a device is set and can reasonably collects water in these, being automatically injected into out water tank is for example that toilet flush recycles with secondary, and system can be for public place simply and easily, or family installs and uses.The tap water total amount that people use is like this reducing, and the sanitary sewage total amount of generation is reducing, and the very large burden that Ye Wei municipal sewage plant alleviates, realizes low-carbon energy-saving environmental protection.
Utility model content
The purpose of this utility model is to provide a kind of middle water automatically to recycle system, with the middle water solving in life, directly enters sewer pipe, can not get circulation and makes full use of, and causes the problem of the wasting of resources.
For solving the problems of the technologies described above, the utility model adopts following technical scheme:
Middle water recycles a system automatically, comprises middle water collecting device, the automatic injection device of middle water and control circuit module, wherein,
Middle water collecting device comprises: middle water tank 1; The automatic injection device of middle water comprises: the injector 9 of being located at out water tank 2 and No. 2 floating-ball level switch 8 that are connected with injector, No. 1 floating-ball level switch 4 being located at middle water tank and water pump 5, injector 9 through in water pipe 12 be communicated with water pumps 5;
Control circuit module comprises main controller 15, and main controller receives No. 1 floating-ball level switch 4 and No. 2 floating-ball level switch 8 signals, and controls water pump 5 and open and close the water in middle water tank 1 is pumped into out to water tank 2.
Preferably, described injector 9 comprises injector main body 98, middle water water inlet pipe 99 with injector main body inscribe, injector main body 98 upper ends are provided with injector delivery port 91 and cable outlet 92, injector main body 98 is inner and be arranged in No. 2 floating-ball level switch cable pipes 100 of water water inlet pipe 99 outside formation, and middle water water inlet pipe 99 is communicated with middle water pipe 12.
Preferably, also comprise the injector adjustable pipe 97 being inserted in middle water water inlet pipe 99, the outside also sheathed main body cover 96 of middle water water inlet pipe 99, tightens fixingly with latch between main body cover 96 and injector main body 98, and main body cover 96 tops are fixed through gland 90.
Preferably, in No. 1 floating-ball level switch 4 in described middle water tank 1, be provided with upper floating ball 41, high water level control point 40, and lower ball float 43, low water stage control point 42, at middle cistern water level during higher than high water level control point 40, high and low water level control point 40,42 closures.
Preferably, in described middle water tank 1, be also provided with tap water water intaking valve 3, during water level that the water level in middle water tank is controlled lower than tap water water intaking valve, tap water water intaking valve 3 is opened automatic water fillings and is entered middle water tank 1, and the water level controlled of tap water water intaking valve is higher than the high water level control point 40 of No. 1 floating-ball level switch.
Preferably, also comprise that one is sheathed on the support 18 in injector main body 98, on described support 18, be fixedly connected with No. 2 floating-ball level switch 8.
Preferably, on the main body cover 96 of described injector, be arranged with support 18, on support 18, be fixedly connected with floating-ball level switch 8 No. 2, by regulating the position of support 18 on main body cover 96 to reach the height of water level of controlling out water tank 2.
Preferably, described injector main body 98 outer cover are provided with backing plate 19, and are tightly connected and insert out the injector installing hole 11 of water tank 2 through the 1st sealing mat 20, and are fixed in water tank 2 through hold-down nut 21.
Preferably, between described main body cover 96 and injector main body 98, by the 1st sealing ring 94, seal.
Preferably, described injector adjustable pipe 97 seals by the 2nd sealing ring 95 with middle water water inlet pipe 99; Described injector adjustable pipe 97 seals by the 2nd sealing mat 93 with main body cover 96.
As mentioned above, of the present utility modelly provide a kind of middle water automatically to recycle system, comprise middle water collecting device,
The automatic injection device of middle water and control circuit module, middle water collecting device comprises: middle water tank 1; The automatic injection device of middle water comprises: be located at out the injector 9 of water tank 2 and No. 2 floating-ball level switch 8 that are connected with injector 9, be located at No. 1 floating-ball level switch 4 and the water pump 5 of middle water tank 1, injector 9 through in water pipe 12 be communicated with water pumps 5; Control circuit module comprises main controller 15, main controller receives No. 1 floating-ball level switch 4 and No. 2 floating-ball level switch 8 signals, and control water pump 5 and open and close the system that the water in middle water tank 1 is pumped into out to water tank 2. this programme and not only install simple but also easy to use, realized in automatic collection water and can be automatically in water pump into out in water tank 2, greatly saved water resource and low-carbon environment-friendly.
Accompanying drawing explanation
Below in conjunction with drawings and embodiments, the utility model is described in further detail;
Fig. 1 is the plan view that in the present embodiment, a kind of middle water recycles system automatically;
Fig. 2 is the plan view of automatic water filling device in Fig. 1;
Fig. 3 is a kind of plan view of plain type injector 9;
Fig. 4 is the plan view of injector 9 Height Adjustable in another embodiment;
Fig. 5 is the 1st electrical schematic diagram of automatic water filling system;
Fig. 6 is the 2nd electrical schematic diagram of automatic water filling system;
In Fig. 1 to Fig. 6,
Middle water tank 1, go out water tank 2, tap water water intaking valve 3, No. 1 floating-ball level switch 4, water pump 5, water inflow filter 51, running water pipe 6, running water switch 7, No. 2 floating-ball level switch 8, No. 2 non-magnetic pipes 80 of floating-ball level switch, No. 2 floating-ball level switch ball floats 81, injector 9, gland 90, injector delivery port 91, cable outlet 92, the 2nd sealing mat 93, the 1st sealing ring 94, the 2nd sealing ring 95, main body cover 96, injector adjustable pipe 97, injector main body 98, middle water water inlet pipe 99, water outlet water tank outlet 10, injector installing hole 11, middle water pipe 12, No. 1 floating-ball level switch cable 13, water pump cable 14, main controller 15, power connector end 16, No. 2 floating-ball level switch cables 17, support 18, backing plate 19, the 1st sealing mat 20, hold-down nut 21, threeway 22, standby middle bucket 23, basin launching pipe 24, washbasin 25, bleed off pipe 26, middle water tank communicating pipe 27, high water level control point 40, upper floating ball 41, low water stage control point 42, 43, No. 2 floating-ball level switch cable pipes 100 of lower ball float.
The specific embodiment
By specific instantiation, embodiment of the present utility model is described below, those skilled in the art can understand other advantages of the present utility model and effect easily by the disclosed content of this manual.The utility model can also be implemented or be applied by the other different specific embodiment, and the every details in this manual also can be based on different viewpoints and application, carries out various modifications or change not deviating under spirit of the present utility model.
Shown in Fig. 1 and Fig. 2, it is plan view and automatic water filling device plan view that in the present embodiment, a kind of middle water recycles system automatically, it comprises middle water collecting device, the automatic injection device of middle water and control circuit module, and wherein, middle water collecting device comprises: middle water tank 1; The automatic injection device of middle water comprises: be located at out the injector 9 of water tank 2 and No. 2 floating-ball level switch 8, the water pump 5 that are connected with injector 9 and be located at No. 1 floating-ball level switch 4 of middle water tank 1, injector 9 through in water pipe 12 be communicated with water pumps 5; Control circuit module comprises main controller 15, main controller 15 receives No. 1 floating-ball level switch 4 and No. 2 floating-ball level switch 8 signals, and control water pump 5 and open and close the water in middle water tank 1 is pumped into out to water tank 2, the water tank 2 that goes out in this programme can be for example toilet flush, and this has just realized Jiang Zhongshui and has pumped into flush toilet and carry out secondary utilization.
Shown in Fig. 3, it is the plan view of plain type injector 9 structures in the embodiment of this programme, described injector 9 comprises injector main body 98, middle water water inlet pipe 99 with injector main body inscribe, injector main body 98 upper ends are provided with injector delivery port 91 and cable outlet 92, injector main body 98 is inner and be arranged in that water water inlet pipe 99 is outside forms No. 2 floating-ball level switch cable pipes 100, also comprise that one is sheathed on the support 18 in injector main body 98, on described support 18, be fixedly connected with No. 2 floating-ball level switch 8, middle water water inlet pipe 99 is communicated with middle water pipe 12.
For the ease of being set to the adjustable injector that goes out water tank 2 that can be applicable to different depth of a kind of height, in another embodiment of this programme, shown in Fig. 4, described injector 9 also comprises the injector adjustable pipe 97 being inserted in middle water water inlet pipe 99, the outside also sheathed main body cover 96 of middle water water inlet pipe 99, between main body cover 96 and injector main body 98, with latch, tighten fixing, and main body cover 96 tops are fixed through gland 90, on the main body cover 96 of injector, be arranged with support 18, on support 18, be fixedly connected with floating-ball level switch 8 No. 2, by regulating the position of support 18 on main body cover 96 to reach the height of water level of controlling out water tank 2.。
What particularly point out is, at the existing general tap water water intaking valve installing port that goes out water tank 2, be normally GB 4 minutes, GB inlet opening is very little, not only to intake, wear again cable, during the injector 9 Rational structure designs that are made as two interior cut structures by middle water water inlet pipe 99 above-mentioned in this programme and main body cover 96 guarantee, water flows and passes smoothly with cable smoothly.
In technique scheme, middle water through in the middle water water inlet of water water inlet pipe 90 bottoms flow through after middle water water inlet pipe 99 to injector delivery port 91, be injected into out water tank 2, on injector delivery port 91, connecting tee 22, in convenient, water is conveyed into out water tank 2, threeway 22 another outlets can connect a filling pipe in water be conveyed into the water supplement port of draining valve.
In injector main body 98 outer cover, be provided with backing plate 19, and be tightly connected and insert out the injector installing hole 11 of water tank 2 through the 1st sealing mat 20, and be fixed in water tank 2 through hold-down nut 21.
The injector 9 of this programme need seal connector guarantee in water in closed conduit, flow with smooth delivery of power, do not affect No. 2 floating-ball level switch cables 17 and be arranged in injector main body 98, between described main body cover 96 and injector main body 98, by the 1st sealing ring 94, seal simultaneously; Described injector adjustable pipe 97 seals by the 2nd sealing ring 95 with middle water water inlet pipe 99; Described injector adjustable pipe 97 seals by the 2nd sealing mat 93 with main body cover 96.
No. 2 floating-ball level switch 8 that connect in injector 9, through No. 2 liquid-level switch cables 17, be connected with main controller 15, and the cable outlet 92 from the cable access of No. 2 liquid-level switch cable pipe 100 bottoms to injector main body 98 tops passes, be connected to floating-ball level switch 8 No. 2, described No. 2 floating-ball level switch 8 induce water tank 2 liquid levels output switching signal to main controller 15.
No. 2 floating-ball level switch 8 comprises: airtight non-magnetic pipe 80 and No. 2 ball floats 81, tongue tube (not shown in the figures meaning out) is installed in airtight non-magnetic pipe 80, then on tongue tube, through inside, there are No. 2 floating-ball level switch ball floats 81 of annular magnet, the rising of liquid or lower general who has surrendered drive No. 2 floating-ball level switch ball floats 81 to move up and down together, thereby make the tongue tube in non-magnetic pipe 80 produce the action of adhesive or disconnection, thereby export a switching signal.
In No. 1 floating-ball level switch 4 in middle water tank 1, be provided with upper floating ball 41, high water level control point 40, and lower ball float 43, low water stage control point 42, at middle water tank 1 water level during higher than high water level control point 40, high and low water level control point 40,42 closures.Described No. 1 floating-ball level switch 4 is connected with main controller 15 through No. 1 floating-ball level switch cable 13, and in No. 1 floating-ball level switch 4 inductions, water tank 1 liquid level output switching signal are to main controller 15.
The utility model also has in an embodiment: the middle water that is provided with washbasin 25 generations in middle water automatic collecting device is injected in middle water tank 1 or standby middle bucket 23 automatically by basin launching pipe 24.In the middle of water tank 1 volume ratio hour, in order to increase large volume, establish a standby middle bucket 25 nearby and by middle water tank communicating pipes 27, connect in water tank 1, make two limit watermark level.When water is full in middle water tank 1, by bleed off pipe 26, flow into sewer.The middle water of elsewhere can be poured in middle water tank 1, also can directly pour washbasin 25 into flow in middle water tank 1.
In the scheme of middle water automatic collecting device, can also integrate the automatic make-up water source of tap water and enter middle water tank 1, for example in middle water tank 1, be provided with tap water water intaking valve 3, tap water water intaking valve 3 is communicated with running water pipe 6, and running water pipe 6 is controlled the break-make of tap water by running water switch 7.In the middle of water tank 1 water level lower than tap water water intaking valve 3, control water level time, tap water water intaking valve 3 is opened automatic water filling in middle water tank 1, until reach the water level that tap water water intaking valve 3 is controlled, tap water stops injecting.The water level outline that tap water water intaking valve 3 is controlled, higher than No. 1 floating-ball level switch high water level control point 40, so just makes 40 contacts, No. 1 floating-ball level switch high water level control point just be in closure state.
Shown in Fig. 5 and Fig. 6, it is electric automatic control of the present utility model the 1st, the 2nd schematic diagram, go out in water tank 2 No. 1 floating-ball level switch in No. 2 floating-ball level switch 8:SL1 and middle water tank 1: 4 upper and lower floating-ball level switch SL2, SL3 is together in series is together in series with relay coil, in middle water tank 1, upper floating ball liquid-level switch SL2 is together in parallel with the self-insurance point (contact can be worked as self-insurance point and be used) of controlling the relay of water pump 5, and on Access Control power supply, this has just formed automatic control circuit.
Wherein, general supply is family expenses 220V voltage, and control circuit power supply is the safe voltage (low pressure) after family expenses 220V transformation, and pump power voltage can be used 220V also can use safe voltage.By each water level switch, automatically open and close, reach the object of automatically controlled water pump 5 operations.When being less than water pump 5 operating current, relay contact rated current relay can be changed to contactor.By going out automatically the opening and close the switching signal providing of contact of the floating-ball level switch in water tank 2 and middle water tank 1,5 operations of main controller automatically controlled water pump, to be embodied as flush toilet automatic water filling object.
SL1 and SL3, tri-gauge taps of SL2 are closure simultaneously, middle water pumps into water outlet water tank 2 automatically, along with going out the water level of water tank 2, raise, No. 2 floating-ball level switch ball float 81 rises, while rising to No. 2 floating-ball level switch floating-ball level switch contact positions, the floating-ball level switch contact of No. 2 floating-ball level switch 8 disconnects, and the interior relay of power supply main controller 15 disconnects, and water pump 5 quits work.
While starting from halted state as water pump 5, SL1 and SL3, tri-while closures of SL2, relay coil work, relay three contacts (at least three contacts) adhesive, self-insurance point is closed, and pump power is connected water pump 5 is started; While stopping from duty as water pump 5, need only the arbitrary disconnection of SL1, SL3, relay coil power-off, relay three contacts (at least three contacts) disconnects, and relay self-insurance point disconnects, and pump power disconnects water pump 5 and quits work.
Relay self-insurance point be wherein after water pump 5 starts, SL2 while disconnecting water pump 5 can also normally work, until SL1 and SL3 while having one to disconnect water pump 5 just quit work.When SL1 and SL3 when all closure and SL2 disconnect water pump 5 still can not start, Here it is rationally utilizes the water-head between SL3 and SL2 because going out the minor swing of water tank 2 and middle water tank 1 middle water level, water pump 5 to be moved frequently to prevent water pump 5.When there being the interlocking of SL2 switch and relay self-insurance point just to can solve this problem.When water pump 5 stops, the interior backwater of middle water pipe 12 makes again SL3 frequent movement between disconnection and closure.
The middle water of this programme utilizes system work process as follows automatically:
When in going out water tank 2, water is full, the water outlet water tank outlet 10 of pressing out water tank 2 draining valve above, going out current in water tank 2 goes out to use, flushing toilet for example, going out water tank 2 middle water levels declines, No. 2 floating-ball level switch ball float 81 declines simultaneously, and the switch contact in No. 2 non-magnetic pipes 80 of floating-ball level switch is closed.
In the middle of water tank 1 middle water level during higher than No. 1 floating-ball level switch high water level control point 40, high water level control point 40 and low water stage control point 42 are all in closure state, relay adhesive in main controller 15, the contact adhesive of water pump 5, water pump 5 is started working, middle water therefrom water pipe 12 flow into middle water water inlet pipe 99 and flows out through injector delivery port 91, and injector delivery port 91 places are also provided with threeway 22 pipe fittings, and injector delivery port 91 flows out water and is injected in the draining valve bleed off pipe of water tank.In so realizing water just therefrom water tank 1 by water pump 5, be automatically injected into out in water tank 2, the water inlet of water pump 5 is also connected with water inflow filter 51, with water in filtering, water pump 5 connects main controllers 15, main controller 15 external power supply links 16 by water pump cable 14.
If the middle water tank 1 of 40 liters of left and right for three-person household for example, flush toilet can not use tap water substantially, and as the middle water tank 1 with 20 liters of left and right, flush toilet can use a small amount of tap water to mend to permit, and this has just greatly saved water resource; The apparatus system of this programme is also used in the public places such as office premises, can realize equally the effect of saving water resource.
The middle water of this programme recycles system automatically, and it comprises middle water collecting device, the automatic injection device of middle water and control circuit module, and wherein, middle water collecting device comprises: middle water tank 1; The automatic injection device of middle water comprises: be located at out the injector 9 of water tank 2 and No. 2 floating-ball level switch 8, the water pump 5 that are connected with injector 9 and be located at No. 1 floating-ball level switch 4 of middle water tank 1, injector 9 through in water pipe 12 be communicated with water pumps 5; Control circuit module comprises main controller 15, and main controller 15 receives No. 1 floating-ball level switch 4 and No. 2 floating-ball level switch 8 signals, and controls water pump 5 and open and close the water in middle water tank 1 is pumped into out to water tank 2.The middle water of this programme automatically utilize system can automatically collect in water and can be automatically in water pump into out in water tank 2, can also realize tap water and automatically supplement to regulate and use, be a kind ofly to have simple to operately, and easily, water recycles system automatically.So the utility model has effectively overcome various shortcoming of the prior art and has had high industrial utilization.
Above-described embodiment is illustrative principle of the present utility model and effect thereof only, but not for limiting the utility model.Any person skilled in the art scholar all can, under spirit of the present utility model and category, modify or change above-described embodiment.Therefore, have in technical field under such as and conventionally know that the knowledgeable modifies or changes not departing from all equivalences that complete under spirit that the utility model discloses and technological thought, must be contained by claim of the present utility model.
Claims (10)
1. in, water recycles a system automatically, it is characterized in that, comprises middle water collecting device, the automatic injection device of middle water and control circuit module, wherein,
Middle water collecting device comprises: middle water tank (1);
The automatic injection device of middle water comprises: be located at out the injector (9) and No. 2 floating-ball level switch (8) that are connected with injector, No. 1 floating-ball level switch (4) of being located at middle water tank and water pump (5) of water tank (2), in injector (9) warp, water pipe (12) is communicated with water pump (5);
Control circuit module comprises main controller (15), and main controller receives No. 1 floating-ball level switch (4) and No. 2 floating-ball level switch (8) signal, and controls water pump (5) keying the water in middle water tank (1) is pumped into out to water tank (2).
2. middle water according to claim 1 recycles system automatically, it is characterized in that, described injector (9) comprises injector main body (98), middle water water inlet pipe (99) with injector main body inscribe, injector main body (98) upper end is provided with injector delivery port (91) and cable outlet (92), injector main body (98) is inner and be arranged in the outside No. 2 floating-ball level switch cable pipes (100) that form of water water inlet pipe (99), and middle water water inlet pipe (99) is communicated with middle water pipe (12).
3. middle water according to claim 2 recycles system automatically, it is characterized in that, also comprise the injector adjustable pipe (97) being inserted in middle water water inlet pipe (99), the outside also sheathed main body cover (96) of middle water water inlet pipe (99), between main body cover (96) and injector main body (98), with latch, tighten fixingly, and main body cover (96) top is fixed through gland (90).
4. middle water according to claim 1 recycles system automatically, it is characterized in that, in No. 1 floating-ball level switch (4) in described middle water tank, be provided with upper floating ball (41), high water level control point (40), with lower ball float (43), low water stage control point (42), at middle cistern water level during higher than high water level control point (40), high and low water level control point (40,42) closure.
5. middle water according to claim 4 recycles system automatically, it is characterized in that, in described middle water tank (1), be also provided with tap water water intaking valve (3), at the water level of middle water tank, lower than tap water water intaking valve, control water level time, tap water water intaking valve (3) is opened automatic water filling and is entered middle water tank (1), and the water level of tap water water intaking valve control is higher than the high water level control point (40) of No. 1 floating-ball level switch.
6. middle water according to claim 2 recycles system automatically, it is characterized in that, also comprises that one is sheathed on the support (18) in injector main body (98), is fixedly connected with No. 2 floating-ball level switch (8) on described support (18).
7. middle water according to claim 3 recycles system automatically, it is characterized in that, on the main body cover of described injector (96), be arranged with support (18), on support (18), be fixedly connected with No. 2 floating-ball level switch (8), by regulating the position of support (18) on main body cover (96) to control out the height of water level of water tank (2).
8. middle water according to claim 2 recycles system automatically, it is characterized in that, described injector main body (98) outer cover is provided with backing plate (19), and through the 1st sealing mat (20), be tightly connected and insert out the injector installing hole (11) of water tank (2), and be fixed in water tank (2) through hold-down nut (21).
9. middle water according to claim 3 recycles system automatically, it is characterized in that, between described main body cover (96) and injector main body (98), by the 1st sealing ring (94), seals.
10. middle water according to claim 3 recycles system automatically, it is characterized in that, described injector adjustable pipe (97) seals by the 2nd sealing ring (95) with middle water water inlet pipe (99); Described injector adjustable pipe (97) seals by the 2nd sealing mat (93) with main body cover (96).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420006662.5U CN203741954U (en) | 2014-01-06 | 2014-01-06 | Automatic reutilization system for reclaimed water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420006662.5U CN203741954U (en) | 2014-01-06 | 2014-01-06 | Automatic reutilization system for reclaimed water |
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| Publication Number | Publication Date |
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| CN203741954U true CN203741954U (en) | 2014-07-30 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420006662.5U Expired - Fee Related CN203741954U (en) | 2014-01-06 | 2014-01-06 | Automatic reutilization system for reclaimed water |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104612219A (en) * | 2014-01-06 | 2015-05-13 | 上海新罡科技有限公司 | Automatic reuse system of intermediate water |
-
2014
- 2014-01-06 CN CN201420006662.5U patent/CN203741954U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104612219A (en) * | 2014-01-06 | 2015-05-13 | 上海新罡科技有限公司 | Automatic reuse system of intermediate water |
| CN104612219B (en) * | 2014-01-06 | 2017-01-25 | 上海新罡科技有限公司 | Automatic reuse system of intermediate water |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140730 Termination date: 20170106 |
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| CF01 | Termination of patent right due to non-payment of annual fee |