CN109707029A - A kind of rain sewage diversion device - Google Patents
A kind of rain sewage diversion device Download PDFInfo
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- CN109707029A CN109707029A CN201910158991.9A CN201910158991A CN109707029A CN 109707029 A CN109707029 A CN 109707029A CN 201910158991 A CN201910158991 A CN 201910158991A CN 109707029 A CN109707029 A CN 109707029A
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Abstract
The invention discloses a kind of rain sewage diversion devices, characterized by comprising: the first cabinet, the second cabinet cut dirty hand basket, handle of uncapping, rain sewage inlet, hinge, liquid level linker, rainwater outlet, floating ball combination, outlet of sewer；The rain sewage enters the first cabinet by rain sewage inlet, by cutting dirty hand basket, into first bottom of box, enter the second cabinet by fluid connection device, when not raining, sewage in pipeline, such as water for bathing, the water bodys such as washing machine drainage, into after device, device floating ball avales, sewage mouth is opened, sewage enters sewage treatment plant by pipeline, rainfall initial stage, floating ball does not rise all, sewage mouth is still not closed, the initial rainwater with sludge can be collected, it is discharged into outlet of sewer, when raining heavyly, floating ball rises, then automatically turn on weir sluice, the rainwater of low pollution concentration is discharged into municipal storm sewer, to realize natural water not by or reduce sewage pollution effect, realize that stablizing for natural water water quality improves.
Description
Technical field
The present invention relates to a kind of part flow arrangements, more particularly to a kind of rain sewage diversion device.
Background technique
Rain sewage diversion device is the device for being shunted to rainwater and sewage.After being collected due to municipal sewage, directly
Being discharged into river will cause pollution, it is therefore desirable to it is collected processing, and when the rainy day, rainwater is not required to be handled, and can flow into dirt
Water treatment system.
Currently, existing rain sewage diversion apparatus structure is simple, mainly by round or rectangular pit shaft, one is arranged before water outlet
A overflow baffle composition, the disadvantage is that, the season more than rainwater is once encountered in city, sewage draining exit can not be automatically closed, and rainwater exists
While covering overflow baffle and discharge outward, it also can enter sewage network by sewage draining exit, dilute concentration of wastewater, increase dirt
Water process amount, considerably increases the operating cost of sewage treatment plant, usually will appear draining, effluent pressure, asks to solve this
, also there are various sewage trainage apparatus, but effect is not it is obvious that cannot be intelligent in sewerage pipeline network in topic
Control sewage discharge.
Summary of the invention
In view of the deficiencies of the prior art, it is an object of the present invention to provide a kind of rain sewage diversion device, its specific dress is disclosed
Set and the weir sluice switching controller circuit of floating ball combination, can by the position of water level further intelligence control its from two
A different pipeline blowdown.
To achieve the above object, technical solution provided by the invention is as follows:
A kind of rain sewage diversion device, characterized by comprising: the first cabinet, the second cabinet, rain sewage inlet, rainwater outlet are dirty
Water out.
As a preferred solution of the present invention, first cabinet includes that SUS304 cuts dirty hand basket, handle of uncapping, rain dirt
Water inlet, SUS304 hinge, liquid level linker；Second cabinet includes liquid level linker, rainwater outlet, the combination of SUS304 floating ball,
Outlet of sewer；The rain sewage enters the first cabinet by rain sewage inlet, by cutting a dirty hand basket, into first bottom of box,
Enter the second cabinet by fluid connection device, when not raining, the water bodys such as sewage, such as water for bathing, washing machine drainage in pipeline,
Into after device, device floating ball avales, and sewage mouth automatically opens, and sewage enters sewage treatment plant by pipeline, and rainfall initial stage floats
Ball does not rise all, and sewage mouth is still not closed, can collect the initial rainwater with sludge, is discharged into outlet of sewer, when raining heavyly,
Floating ball rises, then automatically turns on weir sluice, the rainwater of low pollution concentration is discharged into municipal storm sewer, to realize natural water
Not by or reduce sewage pollution effect, realize natural water water quality stablize improve.
As a preferred solution of the present invention, described section of dirty hand basket is diamond shape filter screen structure, using SUS304 material,
Corrosion is prevented, positioned at the lower section of rain sewage inlet；It is arranged when there is the biggish rubbish of many volumes to flow by rain sewage inlet
Sewage backbone network can be entered when dirty pipeline, sewage treatment plant is eventually entered into, will increase effluent pressure, so entering blow-off line
When need to stop, described section of dirty hand basket is exactly a filter screen, and rain sewage intercepts the larger rubbish of volume when flowing into, simultaneously
And the container of rubbish can be stored.
As a preferred solution of the present invention, the closing structure uses SUS304 material, prevents corrosion, position
In top of the box, the first cabinet and the second box cover are connected, the first box cover is equipped with handle of uncapping, and is located at and cuts on dirty hand basket
Side, a section dirt propose indigo plant and carry out intercepting while storing rubbish to the larger rubbish of volume, and SUS304 closing structure ensure that on the first cabinet
The activity of lid and the second box cover, handle of uncapping are easier to operate to upper cover open or close.
As a preferred solution of the present invention, the liquid level linker is located at the first cabinet and the second bottom of box phase
Even, rain sewage flows into liquid level linker, enters the second case by it by entering first bottom of box after cutting dirty hand basket filtering
Body.
As a preferred solution of the present invention, the floating ball combination connects including floating ball, shaft fulcrum, moving lever, signal
Receiving apparatus, controller, floating ball, shaft fulcrum, moving lever use SUS304 material, and floating ball is moved up and down by shaft fulcrum and touched
Signalling reception device, controller signals open or close weir sluice switch after receiving.
As a preferred solution of the present invention, the upper limit of the shaft fulcrum both sides protrusion block control floating ball combination
And lower limit, floating ball are moved up and down by shaft fulcrum, float to stop location and limited, this position is that trigger signal receives
The position of device.
As a preferred solution of the present invention, the floating ball combination, floating ball 1 are located at below rainwater outlet, control rainwater
Weir sluice switch is exported, floating ball 2 is located above outlet of sewer, control outlet of sewer weir sluice switch, the upper bottom of floating ball 1 and floating ball 2
Difference is set, the control signal of signal receiver transmission is different: trigger signal receiver when floating ball 1 moves upwards, transmission signal is extremely
Rainwater weir sluice switch, trigger signal receiver when floating ball 1 moves downward are opened, transmission signal is floated to rainwater weir sluice switch is closed
Trigger signal receiver when ball 2 moves upwards, transmission signal trigger letter to sewage weir sluice switch is closed when floating ball 2 moves downward
Number receiver, transmission signal is to opening rainwater weir sluice switch.
As a preferred solution of the present invention, the weir sluice switch controller of the floating ball combination includes transistor VT1,
Transistor VT2, resistance R1, resistance RP1, resistance R2, resistance RP2, resistance R3, resistance RP3, resistance R4, resistance RP4, capacitor
C1, capacitor C2, capacitor C3, capacitor C4, bistable trigger-action circuit IC555, diode VD1, diode VD2, diode VD3 are whole
Flow device U, relay K, transformer T1, transformer T2, fuse FU1, fuse FU2, switch KI-1, switch KI-2, switch K2-
1, switch K2-2, signal lamp LED1, signal lamp LED2.
As a preferred solution of the present invention, the connection relationship of the weir sluice switch controller of the floating ball combination is half
1 connection signal receiver SB1 of the port conductor tube VT1, port 2 connect the one end resistance R1, port 3 and connect the one end resistance R2 resistance
6 port transistor VT2 2 of the one end R3 one end resistance R4 port IC555, port 4 connect the port the transistor VT2 end 4IC555
1 one end capacitor C1 one end the capacitor C2 one end resistance RP4 one end the relay K one end capacitor C4 port rectifier U 3 of mouth, resistance R1 is another
One end connects the one end resistance RP1, and the resistance RP1 other end connects the resistance RP2 other end resistance R3 other end resistance R4 other end
4 port IC555 of the port IC555,7 one end capacitor C3 one end resistance RP3 port capacitor C4 other end rectifier U 1, resistance RP2 is another
One end connects the resistance R2 other end, and 1 connection signal receiver SB2 of the port transistor VT2, port 3 connect the port IC555 2,
The port IC555 5 connects the capacitor C1 other end, and port 3 connects the one end diode VD1 one end diode VD2 one end diode VD3,
The diode VD1 other end connects the resistance RP3 other end capacitor C3 other end, and the diode VD2 other end connects the resistance RP4 other end
The capacitor C2 other end, the diode VD3 other end connect the relay K other end, and 2 port 4 of the port rectifier U connects the one end transformer T1
Two interfaces, two interfaces of the transformer T1 other end connect mono- end switch KI-1 one end KI-2 of the one end fuse FU1 fuse FU2
One end one end transformer T2, the fuse FU1 other end connect power supply, another termination weir switch KI-1 with the fuse FU2 other end
Lock is opened, and another termination weir sluice of switch KI-2 is closed, mono- one end end switch K2-2 transformer T2 other end connection switch K2-1
The one end LED1 one end LED2 alarm, the switch K2-1 other end connect the LED1 other end, and it is another that the switch K2-2 other end connects LED2
One end, the one end switch KI-1 one end connection switch K2-1, the one end switch KI-2 one end connection switch K2-2.
As a preferred solution of the present invention, the weir sluice switch controller of the floating ball combination includes alarm signal
Device, the weir sluice switch controller of floating ball combination control opening or closing for weir sluice, and alarm is that automatic control uses when failing, according to
Signal lamp H1, H2 determine failure.
The invention has the beneficial effects that:
The present invention can be filtered rain sewage by cutting dirty hand basket, and floating ball combines the unit signal receiving device controller can
Intelligence controls rain dirt drainpipe open and close, the alarm generator of controller can to the state of the operation of the device into
Row monitoring.
When not raining, the water bodys such as sewage, such as water for bathing, washing machine drainage in pipeline, into after device, device floating ball
It avales, sewage mouth automatically opens, and sewage enters sewage treatment plant, rainfall initial stage by pipeline, and floating ball does not rise all, sewage mouth
It is still not closed, the initial rainwater with sludge can be collected, outlet of sewer is discharged into, when raining heavyly, floating ball rises, then automatically turns on
The rainwater of low pollution concentration is discharged into municipal storm sewer by weir sluice, thus realize natural water not by or reduce sewage
Pollution effect, realize natural water water quality stablize improve, reduce the treatment effeciency of sewage treatment plant.
Detailed description of the invention
Fig. 1 is cabinet schematic diagram of the invention；
Fig. 2 is rain sewage entrance schematic diagram of the invention；
Fig. 3 is rain sewage diversion device composition schematic diagram of the present invention；
Fig. 4 is signal receiver schematic diagram of the invention；
Fig. 5 is 1 up and down motion schematic diagram of floating ball of the invention；
The position Fig. 62 up and down motion schematic diagram of floating ball of the invention；
Fig. 7 is the alarm signal generator schematic diagram in controller of the invention；
Including the first cabinet, the second cabinet, rain sewage inlet, rainwater outlet, outlet of sewer, SUS304 cuts dirty hand baskets, uncaps and mention
Hand, SUS304 hinge, liquid level linker；Rainwater outlet, the combination of 304 floating ball of SUS, signal receiver SB1, signal receiver
SB2, wherein cutting dirty hand basket, hinge, floating ball group is combined into SUS304 material.
Specific embodiment
The present invention will be further described in detail below with reference to the embodiments, to enable those skilled in the art referring to specification
Text can be implemented accordingly.
As shown in Figure 1, a kind of rain sewage diversion device, comprising: the first cabinet, the second cabinet, rain sewage inlet, rainwater go out
Mouthful, outlet of sewer.
As another embodiment of the invention, as shown in Fig. 2, outlet of sewer is located at below rainwater outlet, rain sewage
Entrance is located at the opposite face of rainwater outlet and outlet of sewer.
As another embodiment of the invention, as shown in figure 3, first cabinet includes that SUS304 cuts dirty hand basket,
It uncaps handle, rain sewage inlet, SUS304 hinge, liquid level linker；Second cabinet includes liquid level linker, rainwater outlet,
The combination of SUS304 floating ball, outlet of sewer；
Further, described section of dirty hand basket prevents corrosion using SUS304 material for diamond shape filter screen structure, is located at rain
The lower section of sewage inlet；Sewage master can be entered when there is the biggish rubbish of many volumes to flow into blow-off line by rain sewage inlet
Dry net, eventually enters into sewage treatment plant, will increase effluent pressure, so needing to stop when entering blow-off line, described section of dirt
Hand basket is exactly a filter screen, and rain sewage intercepts the larger rubbish of volume when flowing into, while being also that can store rubbish
Container.
Further, the closing structure uses SUS304 material, prevents corrosion, is located at top of the box, connection the
One cabinet and the second box cover, the first box cover are equipped with handle of uncapping, and are located at and cut above dirty hand basket, cut dirt and propose indigo plant to volume
Larger rubbish carries out intercepting while storing rubbish, and SUS304 closing structure ensure that the first box cover and the second box cover
Activity, handle of uncapping is easier to operate to upper cover open or close.
Further, the liquid level linker is located at the first cabinet and is connected with second bottom of box, and rain sewage is by cutting dirt
Enter first bottom of box after hand basket filtering, flow into liquid level linker, enters the second cabinet by it.
Further, the rain sewage enters the first cabinet by rain sewage inlet, by cutting dirty hand basket, into the first case
Body bottom enters the second cabinet by fluid connection device, when not raining, sewage in pipeline, such as water for bathing, washing machine drainage
Equal water bodys, into after device, device floating ball avales, and sewage mouth automatically opens, and sewage enters sewage treatment plant by pipeline, rainfall
Initial stage, floating ball do not rise all, and sewage mouth is still not closed, can collect the initial rainwater with sludge, be discharged into outlet of sewer,
When raining heavyly, floating ball rises, then automatically turns on weir sluice, the rainwater of low pollution concentration is discharged into municipal storm sewer, to realize
Natural water not by or reduce sewage pollution effect, realize natural water water quality stablize improve.
As another embodiment of the invention, as shown in figure 4, the signal receiver, the signal receiver of floating ball 1
Positioned at the lower section of rainwater outlet, the signal receiver of floating ball 2 is located at the top of outlet of sewer, and the two position is different, is transmitted to control
The control signal that device processed occurs is different.
As another embodiment of the invention, as shown in figure 5, floating ball combination includes floating ball, shaft fulcrum, fortune
Lever, signal receiving device, controller, floating ball, shaft fulcrum, block, moving lever use SUS304 material, and floating ball is by turning
Axis fulcrum up and down motion trigger signal reception device, controller signals open or close weir sluice switch after receiving, floating ball 1 is located at
Below rainwater outlet, control rainwater outlet weir sluice switch, floating ball 1 is different from the upper and lower position of floating ball 2, signal receiver transmission
It is different to control signal: trigger signal receiver when floating ball 1 moves upwards, transmission signal to opening rainwater weir sluice switch, floating ball 1 to
Trigger signal receiver when lower movement, for transmission signal to rainwater weir sluice switch is closed, protrusion block control in shaft fulcrum both sides is floating
The upper limit and lower limit of ball combination, floating ball are moved up and down by shaft fulcrum, float to stop location and limited, this position
It is the position of trigger signal reception device.
As another embodiment of the invention, as shown in fig. 6, floating ball combination includes floating ball, shaft fulcrum, fortune
Lever, signal receiving device, controller, floating ball, shaft fulcrum, block, moving lever use SUS304 material, and floating ball is by turning
Axis fulcrum up and down motion trigger signal reception device, controller signals open or close weir sluice switch, floating ball combination after receiving
Floating ball 2 is located above outlet of sewer, and control outlet of sewer weir sluice switch, floating ball 1 is different from the upper and lower position of floating ball 2, and signal connects
The control signal for receiving device transmission is different；Trigger signal receiver when floating ball 2 moves upwards, transmission signal are opened to sewage weir sluice is closed
It closes, trigger signal receiver when floating ball 2 moves downward, transmission signal is switched to rainwater weir sluice is opened, shaft fulcrum both sides protrusion
Block controls the upper limit and lower limit of floating ball combination, and floating ball is moved up and down by shaft fulcrum, floats to stop location progress
Limit, this position is the position of trigger signal reception device.
As another embodiment of the invention, the weir sluice switch controller that the floating ball combines as shown in Figure 7 includes
Transistor VT1, transistor VT2, resistance R1, resistance RP1, resistance R2, resistance RP2, resistance R3, resistance RP3, resistance R4,
Resistance RP4, capacitor C1, capacitor C2, capacitor C3, capacitor C4, bistable trigger-action circuit IC555, diode VD1, diode VD2,
Diode VD3, rectifier U, relay K, transformer T1, transformer T2, fuse FU1, fuse FU2, switch KI-1, switch
KI-2, switch K2-1, switch K2-2, signal lamp LED1, signal lamp LED2.
Further, the connection relationship of the weir sluice switch controller of the floating ball combination is that the port transistor VT1 1 connects
Meet signal receiver SB1, port 2 connects the one end resistance R1, port 3 and connects the one end resistance R2 one end resistance R3 resistance R4 mono-
6 port transistor VT2 2 of the port IC555, port 4 is held to connect 1 one end capacitor C1 of the port the transistor VT2 port 4IC555 electricity
Hold the one end the one end the C2 resistance RP4 one end relay K one end capacitor C4 port rectifier U 3, the resistance R1 other end connects resistance RP1
One end, the resistance RP1 other end connect 4 end IC555 of the port resistance RP2 other end resistance R3 other end resistance R4 other end IC555
7 one end capacitor C3 one end resistance RP3 ports capacitor C4 other end rectifier U 1 of mouth, it is another that the resistance RP2 other end connects resistance R2
End, 1 connection signal receiver SB2 of the port transistor VT2, port 3 connect the port IC555 2, and the port IC555 5 connects capacitor C1
The other end, port 3 connect the one end diode VD1 one end diode VD2 one end diode VD3, diode VD1 other end connection electricity
The RP3 other end capacitor C3 other end is hindered, the diode VD2 other end connects the resistance RP4 other end capacitor C2 other end, diode
The VD3 other end connects the relay K other end, and 2 port 4 of the port rectifier U connects the interface of one end transformer T1 two, and transformer T1 is another
The interface of one end two connects mono- one end end switch KI-1 one end the KI-2 one end transformer T2 the one end fuse FU1 fuse FU2, melts
The disconnected device FU1 other end connect power supply with the fuse FU2 other end, and another termination weir sluice of switch KI-1 is opened, and switch KI-2 is another
It terminates weir sluice to close, the alarm of mono- one end the end switch K2-2 one end the LED1 one end LED2 transformer T2 other end connection switch K2-1
Device, the switch K2-1 other end connection signal lamp LED1 other end, the switch K2-2 other end connection signal lamp LED2 other end, switch
The one end KI-1 one end connection switch K2-1, the one end switch KI-2 one end connection switch K2-2.
Further, the weir sluice switch controller of the floating ball combination includes alarm signal generator, the weir of floating ball combination
Lock switch controller controls opening or closing for weir sluice, and alarm signal generator is that automatic control occurs to use when failure, switch K2-1
Switch K2-2 controls signal lamp LED1 signal lamp LED2, determines failure according to signal lamp LED1 signal lamp LED2.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case where without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiments being understood that.
The present invention is not limited to above to the description of embodiment, the content that those skilled in the art disclose according to the present invention,
The improvement and modification that need not be carried out by creative work on the basis of the present invention, all should protection scope of the present invention it
It is interior.
Claims (10)
1. a kind of rain sewage diversion device, characterized by comprising: the first cabinet, the second cabinet, rain sewage inlet, rainwater outlet,
Outlet of sewer.
2. a kind of rain sewage diversion device according to claim 1, it is characterised in that: first cabinet includes that SUS304 is cut
Dirty hand basket, handle of uncapping, rain sewage inlet, SUS304 hinge, liquid level linker；Second cabinet includes liquid level linker, rainwater
Outlet, the combination of S304 floating ball, outlet of sewer.
3. a kind of rain sewage diversion device according to claim 2, it is characterised in that: described section of dirty hand basket is diamond shape filter screen
Structure, using SUS304 material, positioned at the lower section of rain sewage inlet.
4. a kind of rain sewage diversion device according to claim 2, it is characterised in that: the closing structure uses SUS304
Hinge material is located at top of the box, connects the first cabinet and the second box cover, and the first box cover is equipped with handle of uncapping.
5. a kind of rain sewage diversion device according to claim 2, it is characterised in that: the liquid level linker is located at the first case
Body is connected with second bottom of box.
6. a kind of rain sewage diversion device according to claim 2, it is characterised in that: the floating ball combination includes floating ball, turns
Axis fulcrum, moving lever, signal receiving device, controller, floating ball, shaft fulcrum, moving lever use SUS304 material, and floating ball is logical
Shaft fulcrum up and down motion trigger signal reception device is crossed, controller signals open or close weir sluice switch after receiving.
7. a kind of rain sewage diversion device according to claim 6, it is characterised in that: the shaft fulcrum both sides protrusion block
The upper limit and lower limit of floating ball combination are controlled, floating ball 1 is located at below rainwater outlet, control rainwater outlet weir sluice switch, floating ball 2
Above outlet of sewer, control outlet of sewer weir sluice switch.
8. a kind of rain sewage diversion device according to claim 6, it is characterised in that: the weir sluice of the floating ball combination switchs control
Device processed includes transistor VT1, transistor VT2, resistance R1, resistance RP1, resistance R2, resistance RP2, resistance R3, resistance
RP3, resistance R4, resistance RP4, capacitor C1, capacitor C2, capacitor C3, capacitor C4, bistable trigger-action circuit IC555, diode VD1,
Diode VD2, diode VD3, rectifier U, relay K, transformer T1, transformer T2, fuse FU1, fuse FU2 are opened
Close KI-1, switch KI-2, switch K2-1, switch K2-2, signal lamp LED1, signal lamp LED2.
9. a kind of rain sewage diversion device according to claim 6, it is characterised in that: the weir sluice of the floating ball combination switchs control
The connection relationship of device processed is that 1 connection signal receiver SB1 of the port transistor VT1, port 2 connect the one end resistance R1, port 3
Connection 6 port transistor VT2 2 of the one end resistance R2 one end the resistance R3 one end resistance R4 port IC555, the connection of port 4 are partly led
1 one end capacitor C1 one end the capacitor C2 one end resistance RP4 one end relay K one end capacitor C4 of the port the body pipe VT2 port 4IC555 is whole
The port device U 3 is flowed, the resistance R1 other end connects the one end resistance RP1, and it is another that the resistance RP1 other end connects resistance RP2 other end resistance R3
4 port IC555 of one end resistance port R4 other end IC555,7 one end capacitor C3 one end resistance RP3 capacitor C4 other end rectifier U
Port 1, the resistance RP2 other end connect the resistance R2 other end, and 1 connection signal receiver SB2 of the port transistor VT2, port 3 connect
The port IC555 2 is connect, the port IC555 5 connects the capacitor C1 other end, and port 3 connects the one end diode VD1 one end diode VD2 two
The one end pole pipe VD3, the diode VD1 other end connect the resistance RP3 other end capacitor C3 other end, the connection of the diode VD2 other end
The resistance RP4 other end capacitor C2 other end, the diode VD3 other end connect the relay K other end, 2 port 4 of the port rectifier U
The interface of one end transformer T1 two is connect, the two interface connection one end fuse FU1 one end fuse FU2 of the transformer T1 other end are opened
The one end KI-1 one end KI-2 one end transformer T2 is closed, the fuse FU1 other end connect power supply with the fuse FU2 other end, switchs
Another termination weir sluice of KI-1 is opened, and another termination weir sluice of switch KI-2 is closed, the one end transformer T2 other end connection switch K2-1
The one end switch K2-2 one end signal lamp LED1 one end signal lamp LED2 alarm, switch K2-1 other end connection signal lamp LED1 are another
One end, the switch K2-2 other end connection signal lamp LED2 other end, the one end switch KI-1 one end connection switch K2-1, switch KI-2
One end one end connection switch K2-2.
10. according to a kind of rain sewage diversion device according to any one of claims 8, it is characterised in that: the weir sluice of the floating ball combination switchs control
Device processed includes alarm signal generator, and the weir sluice switch controller of floating ball combination controls opening or closing for weir sluice, alarm signal
Generator is that automatic control occurs to use when failure, and switch K2-1 switch K2-2 controls signal lamp LED1 signal lamp LED2, according to signal
Lamp LED1 signal lamp LED2 determines failure.
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| CN201910158991.9A CN109707029A (en) | 2019-03-04 | 2019-03-04 | A kind of rain sewage diversion device |
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| CN201910158991.9A CN109707029A (en) | 2019-03-04 | 2019-03-04 | A kind of rain sewage diversion device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110529653A (en) * | 2019-09-09 | 2019-12-03 | 江苏碧涛环境科技有限公司 | A kind of water level control selector valve and its application method |
| CN113605521A (en) * | 2021-08-13 | 2021-11-05 | 阜阳市水利建筑安装工程公司 | Drainage type concrete road |
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| CN203701265U (en) * | 2014-01-27 | 2014-07-09 | 安徽汉威智能科技有限公司 | COD automatic control flow dividing system |
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| CN207846601U (en) * | 2018-02-06 | 2018-09-11 | 北京北排水务设计研究院有限公司 | Self-regulation optimization safety dumping sewage storm-water system |
| CN108877153A (en) * | 2018-06-22 | 2018-11-23 | 王福成 | A kind of flood alarm |
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| CN113605521A (en) * | 2021-08-13 | 2021-11-05 | 阜阳市水利建筑安装工程公司 | Drainage type concrete road |
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