CN109440897A

CN109440897A - Shunt well control systems and shunt method

Info

Publication number: CN109440897A
Application number: CN201811549319.4A
Authority: CN
Inventors: 周超
Original assignee: Wuhan Shengyu Drainage Systems Co Ltd
Current assignee: Wuhan Shengyu Drainage Systems Co Ltd
Priority date: 2018-12-18
Filing date: 2018-12-18
Publication date: 2019-03-08

Abstract

Shunt well control systems, comprising: water source；Water delivery main pipe road；Water delivery branch pipeline；Control valve is arranged in corresponding each water delivery branch pipeline；And at least two unit area, a hydrodynamic(al) shunting well is arranged in each unit area, hydrodynamic(al) shunting well is made of shunting well ontology and the hydrodynamic(al) component that shuts off, first water outlet is connected by the first outlet pipe with natural water or rain pipe, second water outlet is connected by the second outlet pipe with sewage pipe or sewage treatment facility or storage pond or first rain pipe or initial rainwater treatment facility, a hydrodynamic(al) is at least arranged on the second outlet pipe to shut off component, hydrodynamic(al) in all unit areas component that shuts off is connect with water delivery main pipe road by respective water delivery branch pipeline, control valve is provided in water delivery branch pipeline, each control valve be used for control the hydrodynamic(al) being connected with the water delivery branch pipeline where it shut off component into, hull-borne, what control hydrodynamic(al) shut off the water outlet where component is switched off and on state.

Description

Shunt well control systems and shunt method

Technical field

The present invention relates to municipal rainwater, sewage separation, and in particular to a kind of control system for shunting well belongs to civilian Building and municipal plumbing technical field.

Background technique

At present in shunting well, abandoned stream well and Vatch basin system, system is all by water inlet pipe, outlet pipe and sewage pipe group At, by drainpipe sanitary sewage or initial rainwater, later period rainwater shunt, wherein sanitary sewage or initial stage rain Qualified discharge (can also further carry out initial rainwater water is transported to sewage treatment plant's processing after being trapped to sewage pipe after Store or shut off to sewage treatment plant's processing rear discharge up to standard), middle and later periods rainwater is directly discharged in natural water.

Realize that cut-off and the device of conducting function generally use Electronic control in reality in shunting well, abandoned stream well and Vatch basin Or hydraulic control.However there are the following problems for Electronic control in reality: 1, generally can in closed pipeline and Sewage Environment Inflammable and explosive biogas is generated, it is dangerous that the device of general Electronic control class is easy explosion, therefore is applying Electronic control class Device when can all require the electric control part contacted with biogas that must have explosion prevention function, therefore the price of automatically controlled class system is just It is more expensive, it is at high cost；2, under stormy weather more rugged environment, can all divide after power-off there is a situation where powering off Equipment in stream well, abandoned stream well or Vatch basin can not work normally, thus situations such as causing urban waterlogging generation；3, heavy rain day Under gas, there is a situation where waterflooding between a few hours and a couple of days in shunting well, abandoned stream well and Vatch basin, in this way using complete The suitable electric control gear used under water is excessive with regard to redundancy and cost is excessively high, and the electric control gear waterflooding energy of common IP68 grade Power is within a few hours, the case where there is also scarce capacities；4, the device of electric-control system uses non-security voltage, and high Piezoelectricity is dangerous to be prone to accidents；5, after electrical equipment waterflooding, it is easy electric leakage, there are Danger Electric shock risks；6, control panel (gate, weir gate) needs stroke upward or downward at runtime, exposes urban ground, influences urban landscape beauty traffic, and Excavation area is big when construction；7, electric-control system uses the three-phase electricity of 380V, and municipal power grid cannot power, and there is power supply electricity The problem of source hardly possible.

Particularly, for requiring the occasion of hidden installation, and for the expense of power supply and the generation of electric-control system not legibility Certainly.Equally there is also some problems for hydraulic control: hydraulic station uses high-pressure oil pipe, the higher cost of hydraulic station and high-pressure oil pipe； High-pressure oil pipe rupture oil leak pollutes the environment；After electrical equipment waterflooding, it is easy electric leakage, there are Danger Electric shock risks；Control panel (gate, weir gate) needs stroke upward or downward at runtime, exposes urban ground, influences urban landscape beauty traffic, and Excavation area is big when construction.In addition, only being examined when being renovated in the prior art for life section, road section and row's mouth etc. The sewage and rain event for considering current location and region, do not carry out resource-sharing, treatment cost is higher.

Summary of the invention

For the defect at high cost that automatically controlled safety problem and hydraulic control exists in the prior art, a kind of shunting is provided Well control systems and shunt method.

The present invention provides a kind of shunting well control systems, for being shunted to the fluid being discharged into hydrodynamic(al) shunting well, It is characterized in that, comprising:

Water source；

Water delivery main pipe road is connected to water source, for conveying the water with pressure；

Water delivery branch pipeline, with the dry pipeline connection of water delivery；

A shunting well is arranged at least one unit area, each unit area,

Shunting well includes shunting well ontology and hydrodynamic(al) shuts off component, shunting well ontology are equipped with water inlet and at least two and go out The mouth of a river, respectively the first water outlet and the second water outlet, the first water outlet pass through the first outlet pipe and natural water or rain pipe Or be connected with the municipal rain pipe in downstream, the second water outlet passes through the second outlet pipe and sewage pipe or sewage treatment facility or tune Reservoir or first rain pipe or initial rainwater treatment facility or municipal wastewater pipe are connected, and second outlet pipe of corresponding control is at least arranged The hydrodynamic(al) of on or off shuts off component,

The hydrodynamic(al) of all shunting wells component that shuts off is connect with water delivery main pipe road by respective water delivery branch pipeline, and water delivery is in charge of Road is provided with control valve, and each control valve shuts off component for controlling the hydrodynamic(al) being connected with the water delivery branch pipeline where it Water inlet, draining stop water inlet or draining, control hydrodynamic(al) shut off the shunting well where component the second outlet pipe cut-off and lead It is logical.

Shunting well control systems provided by the invention, can also have the following features:

Wherein, the collecting fitting of water inlet connection combined system cell, the rain pipe of separate system cell or separate system cell are mixed with Discharge pipe line or municipal rain pipe before the rain pipe of sewage or the row's mouth being discharged to before natural water,

Corresponding, shunting well is set to the rain pipe of separate system cell, the collecting fitting of combined system cell or mixed flow cell Mixed flow tube or discharge pipe line enters before the row mouthful of natural water or municipal rain pipe.

Wherein, water source is the interior water body of water tower or municipal tap water pipe network or shunting well,

When for water tower, multiple shunting wells provide the water with pressure as water source by a water tower；

When for municipal tap water pipe network, multiple shunting wells are dry via water delivery from the interface of a municipal tap water pipe network Pipeline obtains the water with pressure.

Each shunting well further includes measuring instrument and controller,

Measuring instrument, control valve are connected with controller signals respectively, and measuring instrument is used to acquire the letter in or beyond shunting well Breath, and send the metrical information of acquisition to controller；

Controller according to the control valve events that the metrical information controls its corresponding shunting well to control hydrodynamic(al) for shutting off The water inlet of component, stops water inlet or draining at draining,

Hydrodynamic(al) shut off component draining control the second outlet pipe it is in the conductive state, will enter shunting well in sewage and/or Initial rainwater branches to sewage pipe or sewage treatment facility or storage pond or first rain pipe via the second outlet pipe by second outlet Or initial rainwater treatment facility,

Hydrodynamic(al) shuts off component water inlet the second water outlet pipe part of control in off state, will enter the rainwater in shunting well or in after Phase rainwater branches to natural water or rain pipe via the first outlet pipe by first outlet.

The form of shunting well is form one, and shunting well ontology is equipped with water inlet, the first outlet pipe and the second outlet pipe, the One outlet pipe and the second outlet pipe are correspondingly arranged on that the first hydrodynamic(al) shuts off component and the second hydrodynamic(al) shuts off component, the first, second water The dynamic component that shuts off passes through a water delivery branch pipeline respectively and is connected with water delivery main pipe road, and control valve includes the first control valve and the second control Valve processed, the first, second control valve are separately positioned in corresponding water delivery branch pipeline；

Or, the form of shunting well is form two, when the level height of the water inlet position of first outlet is not higher than second outlet Water inlet position level height when, two hydrodynamic(al)s of setting shut off component: being respectively that the first hydrodynamic(al) shuts off component and the second hydrodynamic(al) is cut Flow component, the first, second hydrodynamic(al) component that shuts off passes through a water delivery branch pipeline respectively and is connected with water delivery main pipe road, and control valve includes First control valve and the second control valve, the first, second control valve are separately positioned in corresponding water delivery branch pipeline；

Or, the form of shunting well be form three, first outlet water inlet position level height be higher than second outlet into When the level height of water position.

Each shunting well further includes measuring instrument and controller,

Controller according to the control valve events that the metrical information controls its corresponding shunting well to control hydrodynamic(al) for shutting off The drainage of component,

When the form of shunting well is form one or form two,

Second hydrodynamic(al) shut off component draining control the second outlet pipe on state, the first hydrodynamic(al) shut off component water inlet control First outlet is in off state, and the sewage entered in shunting well and/or initial rainwater are gone out by second outlet via second Water pipe branches to sewage pipe or sewage treatment facility or storage pond or first rain pipe or initial rainwater treatment facility,

Second hydrodynamic(al) shut off component water inlet control the second water outlet pipe part in off state, the first hydrodynamic(al) shut off component draining control First outlet processed is in the conductive state, will enter the rainwater in shunting well or middle and later periods rainwater by first outlet via first Outlet pipe branches to natural water or rain pipe；

When the form of shunting well is form three,

Hydrodynamic(al) shut off component draining control the second outlet pipe it is in the conductive state will enter shunting well in sewage and/or just Phase rainwater by second outlet via the second outlet pipe branch to sewage pipe or sewage treatment facility or storage pond or first rain pipe or Initial rainwater treatment facility,

Hydrodynamic(al) shut off component water inlet control the second water outlet pipe part in off state will enter shunting well in rainwater or in after Phase rainwater branches to natural water or rain pipe via the first outlet pipe by first outlet.

Shunting well ontology is equipped with water inlet, the first water outlet, the second water outlet and third water outlet, and the first water outlet is logical The first outlet pipe connection natural water or rain pipe or the municipal rain pipe in downstream are crossed, the second water outlet passes through the second outlet pipe It is connected to sewage pipe or sewage treatment facility or storage pond or municipal wastewater pipe, third water outlet is first by the connection of third outlet pipe Water corresponding with the second outlet pipe and third outlet pipe respectively is at least arranged in rain pipe or storage pond or initial rainwater treatment facility The dynamic component that shuts off is respectively that the second hydrodynamic(al) shuts off component and third hydrodynamic(al) shuts off component, and each hydrodynamic(al) component that shuts off passes through respectively One water delivery branch pipeline is connected with water delivery main pipe road, and control valve includes the second control valve and third control valve, second, third control Valve is arranged in corresponding water delivery branch pipeline.

The form of shunting well is form four, is respectively equipped with hydrodynamic(al) on the first outlet pipe, the second outlet pipe and third outlet pipe Shut off component, and shut off component, the second hydrodynamic(al) of respectively the first hydrodynamic(al) shuts off component and third hydrodynamic(al) shuts off component, and first, Two, the third hydrodynamic(al) component that shuts off is connected by corresponding water delivery branch pipeline with water delivery main pipe road respectively, and control valve includes first Control valve, the second control valve and third control valve, the first, second, third control valve are arranged in corresponding water delivery branch pipeline；

Or, the form of shunting well is form five, when the level height of the water inlet position of first outlet is not higher than second outlet Water inlet position level height when, three hydrodynamic(al)s are set and are shut off component: being respectively that the first hydrodynamic(al) shuts off component, the second hydrodynamic(al) Shut off component and third hydrodynamic(al) shuts off component, the first, second, third hydrodynamic(al) component that shuts off is in charge of by corresponding water delivery respectively Road is connected with water delivery main pipe road, and control valve include the first control valve, the second control valve and third control valve, first, second, Third control valve is arranged in corresponding water delivery branch pipeline；

Or, the form of shunting well is form six, the level height of the water inlet position of first outlet is higher than second outlet, third The level height of the water inlet position of outlet.

Each shunting well further includes measuring instrument and controller,

Controller is used to control the control valve events of its corresponding shunting well according to the metrical information, and control hydrodynamic(al) shuts off group The drainage of part,

When the form of shunting well is form four or form five,

Second hydrodynamic(al) shut off component draining control the second outlet pipe it is in the conductive state, and third outlet pipe and first water outlet Pipe is in off state, and the sewage entered in shunting well is branched to sewage pipe via the second outlet pipe by second outlet Or storage pond or sewage treatment facility,

Third hydrodynamic(al) shuts off component draining control third outlet pipe is in the conductive state and the first hydrodynamic(al) shuts off component water inlet The first water outlet pipe part is controlled in off state, the initial rainwater entered in shunting well is exported by third and is discharged via third Pipe branches to just rain pipe or storage pond or initial rainwater treatment facility,

Second hydrodynamic(al) shuts off component and third hydrodynamic(al) shuts off component water inlet the second outlet pipe of control and third outlet pipe are located In off state, and the first hydrodynamic(al) component draining the first outlet pipe of control that shuts off is in the conductive state, will enter in shunting well Middle and later periods rainwater branches to natural water or rain pipe via the first outlet pipe by first outlet；

When the form of shunting well is form six,

Second hydrodynamic(al) shut off component draining control the second outlet pipe it is in the conductive state, and third hydrodynamic(al) shut off component water inlet Third water outlet pipe part is controlled in off state, the sewage in shunting well will be entered by second outlet via the second outlet pipe point It is flow to sewage pipe or sewage treatment facility,

Third hydrodynamic(al) shut off component draining control third outlet pipe it is in the conductive state, will enter shunting well in initial stage rain Water exports by third and branches to just rain pipe or storage pond or initial rainwater treatment facility via third outlet pipe,

Second hydrodynamic(al) shuts off component and third hydrodynamic(al) shuts off component water inlet the second outlet pipe of control and third outlet pipe are located In off state, the middle and later periods rainwater entered in shunting well is branched into Natural Water via the first outlet pipe by first outlet Body or rain pipe.

Each shunting well further includes measuring instrument and controller,

Controller is used to control the control valve events of its corresponding shunting well according to the metrical information, and control hydrodynamic(al) shuts off group The water inlet of part, stops water inlet or draining at draining,

Second hydrodynamic(al) shut off component draining control the second outlet pipe it is in the conductive state, and third hydrodynamic(al) shut off component water inlet Third water outlet pipe part is controlled in off state, the sewage in shunting well will be entered by second outlet via the second outlet pipe point It is flow to sewage pipe or storage pond or sewage treatment facility,

The form for the shunting well being arranged in unit area is form one, form two, form three, form four or form five, shape Any one of formula six.

The form of the shunting well of unit area is not exactly the same, the institute when the form difference of shunting well, in each shunting well Some hydrodynamic(al)s shut off component connection with water delivery main pipe road all the way.

Wherein, measuring instrument includes one in rainfall gauge, flowmeter, watermeter, timer, water monitor and liquidometer Kind is a variety of, and corresponding, metrical information includes rainfall, instantaneous flow, integrated flux, rain time, water quality and well body knot One of water level or a variety of in structure.

The shunting well of each unit area is correspondingly arranged on measuring instrument；Or,

A measuring instrument is arranged in multiple unit areas, and the measuring signal of the shunting well of multiple unit areas uses the measuring instrument Device measures.

Shunting well control systems provided by the invention, can also have the feature that, further includes:

Solar panels or wind-driven generator, for powering for controller and control valve；

And/or battery, for powering for controller and control valve；

And/or control valve is that three position directional valve or solenoid valve combine.

Wherein, the hydrodynamic(al) component that shuts off is water pocket with inlet and outlet or water pillow or hydrodynamic(al) pipe clip valve,；

And/or control valve is solenoid valve combination or three position directional valve；

And/or water delivery main pipe road includes water main and water conduit tube out, water delivery branch pipeline includes that water supply is in charge of and moisture out Pipe,

Corresponding control valve includes that the water-suppling electromagnetic valve and the draining that water outlet is in charge of is arranged in that water supply is in charge of is arranged in Solenoid valve, when control valve be switched to moisture pipe conducting when, with pressure water enter water pocket or water pillow in make water pocket expand and So that corresponding water outlet cut-off,

When control valve switching water discharging is in charge of conducting, the water in the water pocket of expansion with pressure is discharged to water outlet and is in charge of, and makes The corresponding water outlet conducting of water pocket retraction is obtained,

Hydrodynamic(al) pipe clip valve includes resilient sleeve and shell, and resilient sleeve has circulation passage corresponding with outlet pipe, shell Cover on resilient sleeve, and the both ends of resilient sleeve and the both ends of shell sealing be detachably connected, the outer wall of resilient sleeve with Outer casing inner wall forms water cavity, and shell is equipped with inlet and outlet, when water cavity water-filling, resilient sleeve expansion, and circulation passage Sectional area become smaller, when water cavity discharges water, resilient sleeve restores, and the sectional area of circulation passage becomes larger.

Shunting well control systems provided by the invention, can also have the feature that, further includes: control centre,

Wherein, controller also has communication module, for communicating with control centre；

Control centre issues operational order and remotely controls controller, and unlatching and the pass of control valve are controlled by controller It closes；And/or control centre is acquired by controller, display, stores metrical information and analysis that measuring instrument acquires.

The present invention also provides a kind of hydrodynamic(al) shunt methods, are shunted using above-mentioned shunting well control systems convection current body, It is characterised in that it includes drainage procedure below:

This method includes first mode and second mode, measuring device continuous collecting metrical information, controller setting first Threshold value, controller compared with first threshold, execute first mode or second mode according to collected metrical information, wherein

When the form of shunting well is form one, form two, form three: controller sets first threshold,

It is first mode when metrical information is not up to first threshold:

When shunting well the second hydrodynamic(al) of setting shuts off the i.e. form three of component, controller control the second control valve events, second Hydrodynamic(al) shut off component draining, the second outlet pipe conducting, by enter shunting well in sewage and/or initial rainwater branch to sewage Pipe or sewage treatment facility or storage pond or first rain pipe or initial rainwater treatment facility；

When shunting well be arranged the first hydrodynamic(al) shut off component and the second hydrodynamic(al) shut off component i.e. form one, form two when, control Device controls the first, second control valve respectively and acts respectively, the second hydrodynamic(al) shut off component draining, the second outlet pipe conducting, the first water Dynamic component water inlet of shutting off, first outlet cut-off, by the sewage entered in shunting well and/or initial rainwater branch to sewage pipe or Sewage treatment facility or storage pond or first rain pipe or initial rainwater treatment facility；

When metrical information reaches first threshold, second mode is switched to by first mode:

When shunting well be arranged the second hydrodynamic(al) shut off component i.e. form three when, it is dynamic that controller controls the second hydrodynamic(al) component that shuts off Make, the second hydrodynamic(al) shuts off component water inlet, and the cut-off of the second outlet pipe will enter the rainwater in shunting well or middle and later periods rainwater through the One outlet manifold is to natural water or rain pipe；

When shunting well be arranged the first hydrodynamic(al) shut off component and the second hydrodynamic(al) shut off component i.e. form one, form two when, control Device controls the second hydrodynamic(al) and shuts off component movement, and the second hydrodynamic(al) shuts off component water inlet, and the cut-off of the second outlet pipe, the first hydrodynamic(al) shuts off Component movement, the first hydrodynamic(al) shut off component draining, the first outlet pipe conducting, will enter shunting well in rainwater or middle and later periods rain Water branches to natural water or rain pipe through first outlet；

When the form of shunting well is form four, form five, form six, controller sets first threshold and second threshold, Controller compared with first threshold, executes first mode or second mode according to collected metrical information, wherein

It is first mode when metrical information is not up to first threshold:

When shunting well be arranged the second hydrodynamic(al) shut off component and third hydrodynamic(al) shut off component i.e. form six when, controller is according to the Two, the current state of third outlet pipe controls second, third control valve events or is failure to actuate, the component so that the second hydrodynamic(al) shuts off Draining, the conducting of the second outlet pipe, third hydrodynamic(al) shut off component water inlet, and third outlet cut-off will enter the sewage point in shunting well It flow to sewage pipe or storage pond or sewage treatment facility；

Shut off component and third hydrodynamic(al) shuts off component i.e. form when shut off component, the second hydrodynamic(al) of the first hydrodynamic(al) is arranged in shunting well Five, when form six, the controller state current according to the first, second, third outlet pipe controls first, second, third respectively Control or is failure to actuate at valve events, and the second hydrodynamic(al) shuts off component draining, the conducting of the second outlet pipe, and first, third hydrodynamic(al) shuts off component Water inlet, first, the cut-off of third outlet pipe will enter the sewage separation in shunting well to sewage pipe or storage pond or sewage treatment Facility；

When metrical information is between first threshold and second threshold,

Controller control third controller action, third hydrodynamic(al) shut off component draining, third outlet pipe conducting, will enter point Initial rainwater in stream well branches to just rain pipe or initial rainwater treatment facility or tune；

When metrical information reaches second threshold,

If shunting well is equipped with the second hydrodynamic(al), shut off component, third hydrodynamic(al) shuts off component i.e. form six, if the second outlet pipe is led Logical state, controller control second, third hydrodynamic(al) and shut off component movement, second, third hydrodynamic(al) shuts off component water inlet, and second, the The middle and later periods rainwater entered in shunting well is branched to rain pipe or natural water through first outlet by the cut-off of three outlet pipes；If the Two outlet pipes cut-off, controller control third hydrodynamic(al) shut off component movement, third hydrodynamic(al) shut off component water inlet, third outlet pipe The middle and later periods rainwater entered in shunting well is branched to rain pipe or natural water through first outlet by cut-off.

Hydrodynamic(al) shunt method provided by the invention, can also have the following features:

Further include emergency procedure, the priority of emergency procedure is higher than drainage procedure:

When the non-liquidometer of measuring instrument, liquidometer is also set up, urgent level value H1 is provided in controller, liquidometer is real Apply the level value H of acquisition shunting well, wherein

As H >=H1, hydrodynamic(al) shut off component control shunting well the first outlet pipe conducting；

As H < H1, emergency procedure is exited.

Effect and beneficial effect of the invention is: the shunting well control systems provided according to the present invention, because using water The water with pressure in source drives the hydrodynamic(al) component that shuts off to control come the on and off state of the water outlet to shunting well System, there are following benefits:

1, at low cost: the smaller relatively safety of water source operating pressure, and also it is more convenient using the tap water of city planting ductwork, lead to Crossing simple piping connection can connect, convenient and quick construction；It is lower that water-supply-pipe is equivalent to high-pressure oil pipe cost；Multiple points Stream well can share a water source, and (big cell or multiple shunting wells can be connect to supply with the main pipe of municipal tap water pipe network Water) He Yigen water-supply-pipe, save the cost；

2, environmentally friendly: pressure water will not introduce secondary pollution, also without risk of explosion, safety；

3, construction is simple: excavated volume is small；

4, it is not take up height space: earth's surface will not be exposed, not broken random urban and traffic；

5, safety: shunting well scene does not use non-security voltage, and there is no the safety accidents of electricity consumption；

6, be easily obtained power supply: the supply voltage of shunting well is that 220V or lower voltage come drive control valve or control Domestic power grid can be used in device, facilitates acquisition；

7, high reliablity: urban waterlogging waterflooding does not affect the normal operation of the equipment；

8, antiwind anti-clogging ability is strong: since twister, sundries, floating material in sewage etc. is more, the installation of this device The runner of flow channels and pipeline afterwards is consistent completely, seamlessly transits, and will not generate winding blocking；

9, zero water damages: the runner of flow channels and pipeline after the installation of this device is consistent completely, seamlessly transits, not shadow It rehearses with musical accompaniment water and flood passage；

10, the service life is long: since in the environment in sewage, the electronic or equipment of surging used in sewage can be generated often The opening and closing element of failure, hydrodynamic(al) cut-off equipment is simple, will not break down；

11, be sealed: general electronic or equipment of surging, since the blocking of sundries causes leak sealing bad, hydrodynamic(al) is cut It flows device to seal using rubber flexible, sealing surface is larger, so sealing effect is reliable.

12, dilatation, easy to control: being divided into multiple sections for drainage pipeline networks, and each section is arranged a shunting well, and all The shunting well in area is connected on water-supply-pipe by branch pipe, and all shunting wells share water source, control valve and water-supply-pipe, only It needs to be arranged on the water-supply-pipe on main line control valve, while control valve and controller, water source being arranged in the control room of section It is interior, sewage and rainwater can be controlled to being controlled into draining for the hydrodynamic(al) cut-off equipment in the shunting well in entire section Branching process, and conveniently accessible and extension is not only at low cost, but also safety, operability are high, fragment control, response Speed is fast, easy to operate.

Further, it since suitable environment is less identical, is also not quite similar for the structure of the shunting well of close region, because This, carries out decentralised control by the way that individual control valve is arranged for each shunting well, facilitates operation control, applied widely.

It, can be with meanwhile by being not quite similar for different unit areas according to the threshold value that the characteristics of its local environment is arranged So that the time that each unit region enters city planting ductwork mutually staggers, will not be flowed into there is a situation where " as a swarm of bees ", avoid or Alleviate the short time pressure to pipe network.

Detailed description of the invention

Fig. 1 is the double water pockets of One In and Two Out of embodiment one or the shunting well control system architecture schematic diagram of hydrodynamic(al) pipe clip valve；

Fig. 2 is the top view of Fig. 1；

Fig. 3 is the structural schematic diagram of preferred pipe clamp valve arrangement one；

Fig. 4 is the enlarged diagram in this Fig. 3 at A；

Fig. 5 is the One In and Two Out list water pocket of embodiment three or the shunting well control system architecture schematic diagram of hydrodynamic(al) pipe clip valve；

The shunting well control system architecture schematic diagram that Fig. 6 goes out three water pockets or hydrodynamic(al) pipe clip valve for the one into three of example IV；

The shunting well control system architecture schematic diagram that Fig. 7 goes out two water pockets or hydrodynamic(al) pipe clip valve for the one into three of embodiment six；

Fig. 8 is the double water pockets of the One In and Two Out remotely controlled of embodiment 11 or the shunting well control systems of hydrodynamic(al) pipe clip valve Structural schematic diagram；

Fig. 9 is the One In and Two Out list water pocket of embodiment 11 remotely controlled or the shunting well control systems of hydrodynamic(al) pipe clip valve Structural schematic diagram；

Figure 10 is that the shunting well that one remotely controlled of embodiment 11 goes out three water pockets or hydrodynamic(al) pipe clip valve into three controls system System structural schematic diagram；

Figure 11 is that the shunting well that one remotely controlled of embodiment 11 goes out two water pockets or hydrodynamic(al) pipe clip valve into three controls system System structural schematic diagram；

Figure 12 is the shunting well list water distribution source control system structural schematic diagram of the double water pockets of One In and Two Out or hydrodynamic(al) pipe clip valve；

Figure 13 is the shunting well list water distribution source control system structural schematic diagram of One In and Two Out list water pocket or hydrodynamic(al) pipe clip valve；

Figure 14 is one into the three shunting well list water distribution source control system structural schematic diagram for going out three water pockets or hydrodynamic(al) pipe clip valve；

Figure 15 is one into the three shunting well list water distribution source control system structural schematic diagram for going out two water pockets or hydrodynamic(al) pipe clip valve；

Figure 16 is the shunting well control systems knot that the double water pockets of One In and Two Out remotely controlled or hydrodynamic(al) pipe clip valve list match water source Structure schematic diagram；

Figure 17 is the shunting well control systems knot that the One In and Two Out list water pocket remotely controlled or hydrodynamic(al) pipe clip valve list match water source Structure schematic diagram；

Figure 18 is that one into three remotely controlled goes out three water pockets or hydrodynamic(al) pipe clip valve list matches the shunting well control systems knot at water source Structure schematic diagram；And

Figure 19 is that one into three remotely controlled goes out two water pockets or hydrodynamic(al) pipe clip valve list matches the shunting well control systems knot at water source Structure schematic diagram.

Specific embodiment

Invention is further described in detail with reference to the accompanying drawings and embodiments.

A kind of shunting well control systems, for being shunted to the fluid being discharged into shunting well characterized by comprising

Water source；

The outlet on water delivery main pipe road and water source, for conveying the water with pressure；

Control valve is arranged in corresponding each water delivery branch pipeline, and import is connected with water source, outlet and water delivery branch pipeline It is connected；And

A shunting well is arranged at least one unit area, each unit area,

Shunting well includes shunting well ontology and hydrodynamic(al) shuts off component, shunting well ontology are equipped with water inlet and at least two and go out The mouth of a river, respectively the first water outlet and the second water outlet, the first water outlet pass through the first outlet pipe and natural water or rain pipe Or be connected with the municipal rain pipe in downstream, the second water outlet passes through the second outlet pipe and sewage pipe or sewage treatment facility or tune Reservoir or first rain pipe or initial rainwater treatment facility are connected with municipal wastewater pipe, and corresponding second water outlet of control is at least arranged The hydrodynamic(al) of pipe on or off shuts off component,

Hydrodynamic(al) in all unit areas component that shuts off is connect with water delivery main pipe road by respective water delivery branch pipeline, water delivery It is provided with control valve in branch pipeline, each control valve shuts off group for controlling the hydrodynamic(al) being connected with the water delivery branch pipeline where it The drainage of part, control hydrodynamic(al) shut off being switched off and on of corresponding second outlet pipe of component.

In the present invention, hydrodynamic(al) shuts off component for water pocket, water pillow or hydrodynamic(al) pipe clip valve, and hydrodynamic(al) shuts off component for water pocket or water Pillow or hydrodynamic(al) pipe clip valve.

The water pocket has the intercommunicating pore being connected to water delivery branch pipeline: when the connection of the export and import of control valve, having pressure The water of power, which enters in water pocket, to be expanded water pocket and corresponding water outlet is ended；When the outlet of control valve is connected to the external world When, the interior water with pressure of the water pocket of expansion passes through water delivery branch pipeline automatically and control valve is discharged to the external world and water pocket is bounced back And corresponding water outlet is connected.

Hydrodynamic(al) pipe clip valve also has intercommunicating pore, which connects with water delivery branch pipeline.

Further, above-mentioned shunting well further includes measuring instrument and controller.

Measuring instrument, control valve are connected with controller signals respectively, and measuring instrument is used to acquire the letter in or beyond shunting well Breath, and send the metrical information of acquisition to controller.

Controller according to the control valve events that the metrical information controls its corresponding shunting well to control hydrodynamic(al) for shutting off The drainage of component.

The corresponding control of above-mentioned shunting well ontology is specific as follows:

Hydrodynamic(al) shut off component draining control import and second outlet it is in the conductive state, will enter shunting well in sewage And/or initial rainwater is dirty via the second outlet pipe separate system sewage pipe or storage pond or sewage treatment facility by second outlet Water pipe or sewage treatment facility or storage pond or first rain pipe or initial rainwater treatment facility.

Hydrodynamic(al) shut off component water inlet control second outlet be in off state, will enter shunting well in middle and later periods rainwater warp It crosses first outlet and branches to natural water or rain pipe via the first outlet pipe.

Further, when shunting well ontology be equipped with water inlet, the first water outlet, the second water outlet and third water outlet, First water outlet is connected to natural water or rain pipe by the first outlet pipe, and the second water outlet is dirty by the connection of the second outlet pipe Water pipe, third water outlet are connected to just rain pipe by third outlet pipe, water at least are arranged on the second outlet pipe and third outlet pipe The dynamic component that shuts off is respectively that the second hydrodynamic(al) shuts off component and third hydrodynamic(al) shuts off component, and each hydrodynamic(al) component that shuts off passes through respectively One water delivery branch pipeline is connected with water delivery main pipe road.

The corresponding control of this shunting well ontology is specific as follows:

Second hydrodynamic(al) shuts off component draining control import and second outlet is in the conductive state and import and third exit In off state, the sewage entered in shunting well via the second outlet pipe separate system sewage pipe or is regulated and stored by second outlet Pond or sewage treatment facility.

Third hydrodynamic(al) shut off component draining control import and third outlet it is in the conductive state, by enter shunting well in just Phase rainwater exports by third and branches to just rain pipe or storage pond or initial rainwater treatment facility via third outlet pipe.

Second hydrodynamic(al) shuts off component and third hydrodynamic(al) shuts off component water inlet control import and second outlet and third outlet are equal In off state, the middle and later periods rainwater entered in shunting well is branched into nature via the first outlet pipe by first outlet Water body or rain pipe.

Further, which can also include solar panels or wind-driven generator 50, can be set on light pole, with Controller 40 is connected, for powering for controller.Solar panels or wind-driven generator are also connected with battery, for cannot It powers in the case where power generation.

When setting is shunted in the cell:

The collecting fitting of water inlet connection combined system cell, the rain pipe of separate system cell or the separate system cell of shunting well are mixed There is the rain pipe of sewage or be discharged to the discharge pipe line arranged before mouth before natural water,

Corresponding, shunting well is set to the rain pipe of separate system cell, the collecting fitting of combined system cell or mixed flow cell Mixed flow tube or before discharge pipe line enters the row mouthful of natural water.

In the municipal rain pipe that road is set, when for being shunted to the fluid in road municipal administration rain pipe:

First water outlet is connected to municipal rain pipe or natural water by the first outlet pipe, and the second water outlet goes out by second Water pipe is connected to municipal wastewater pipe or sewage treatment facility or storage pond, and third water outlet is connected to just rain pipe by third outlet pipe Or storage pond or initial rainwater treatment facility.

Water source is water tower or municipal tap water pipe network, in the situation for sharing a water source, when for water tower, and multiple shuntings Well provides the water with pressure as water source by a water tower；When for municipal tap water pipe network, multiple shunting wells are from one The water with pressure is obtained in the interface of municipal tap water pipe network via water delivery main pipe road.At this point, it is preferred that shunting well directly from It is closed in the branch pipe or main pipe of the municipal tap water pipe network of shunting well and is directly acquired with pressure by shunting well Water.

It is illustrated below with the shunting well control systems that cell is arranged in, according to different situations to point individually controlled The structure for flowing the shunting well in well control systems designs following form:

Form one, the double water pockets of One In and Two Out or hydrodynamic(al) pipe clamp valve arrangement；

Form two, when the level height of the water inlet position of first outlet is high not higher than the level of the water inlet position of second outlet When spending, the double water pockets of One In and Two Out or hydrodynamic(al) pipe clamp valve arrangement；

Form three, One In and Two Out list water pocket or hydrodynamic(al) pipe clamp valve arrangement；

Form four, one into three goes out three water pockets or hydrodynamic(al) pipe clamp valve arrangement；

Form five, when the level height of the water inlet position of first outlet is high not higher than the level of the water inlet position of second outlet When spending, one into three goes out three water pockets or hydrodynamic(al) pipe clamp valve arrangement；

Form six, one into three goes out double water pockets or hydrodynamic(al) pipe clamp valve arrangement.

According to the concrete condition in each unit region, one kind of the settable above-mentioned form one of shunting well to six kinds of form, and it is each The form of the shunting well of unit area can be identical or not identical, and all unit areas share a water source and water delivery is dry Pipeline, each shunting well have its a set of operation logic alone, do not have operation logic relationship between each shunting well.

Different forms is illustrated individually below.

Embodiment one

Fig. 1 is the double water pockets of One In and Two Out of embodiment one or the shunting well control system architecture schematic diagram of hydrodynamic(al) pipe clip valve.

Fig. 2 is the top view of Fig. 1.

Shown in Figure 1, (form one) of the embodiment of the present invention provides a kind of double water pockets of One In and Two Out or hydrodynamic(al) pipe clip valve Shunting well control system architecture schematic diagram, in the drainpipe to multiple sections in region sewage and rainwater divide Stream, wherein drainpipe can be the rain pipe of separate system or the collecting fitting of combined system, as shown in Figure 1, the double water pockets of One In and Two Out Or the shunting well control system architecture schematic diagram of hydrodynamic(al) pipe clip valve, for being shunted to the fluid in drainpipe, including water source 10, water delivery main pipe road 20, control valve 30, controller 40, shunting well 60, measuring instrument.Municipal rain pipe, sewage pipe pass through Outlet pipe 1, sewage pipe 3 and shunting well 60 communicate.

Water source 10 be water source in the present embodiment is air compressor machine for providing the water with pressure, and the control of cell is arranged in In room or in gas station.

The outlet on water delivery main pipe road 20 and water source, for conveying the water with pressure.By water delivery branch pipeline (a, B) it is connected with shunting well 60.

Control valve 30 is arranged in the water delivery branch pipeline on connection water delivery main pipe road, for controlling the on state being in charge of. Control valve is solenoid valve combination or two-bit triplet reversal valve.

A shunting well is arranged at least two unit areas, each unit area.

Shunting well 60 is made of shunting well ontology and two water pockets or hydrodynamic(al) pipe clip valve, and shunting well ontology is equipped with water inlet Mouth and two water outlets, respectively the first water outlet and the second water outlet, the first water outlet pass through the first outlet pipe and natural water It is connected, the second water outlet passes through the second outlet pipe and sewage pipe or sewage treatment facility or storage pond or first rain pipe or initial stage rain Water processing establishment is connected, and two water pockets or hydrodynamic(al) pipe clip valve are installed in the first outlet pipe and the second water pipe, each water pocket or water Dynamic pipe clip valve is connect with water delivery main pipe road by respective water delivery branch pipeline, for controlling under the control of independent control valve The opening and closing of corresponding outlet.

Shunting well 60 further includes measuring instrument and controller 40.

Controller 40 is connected with corresponding control valve, and for controlling the opening and closing of control valve, such as Fig. 1, controller is arranged in lamp It, can be according to the higher of the height setting that the rain fall in city installs controller on bar.

Measuring instrument is connected with controller, and the metrical information for acquisition sends controller to.

Controller is used to control control valve events according to the metrical information to connect water source and water pocket or hydrodynamic(al) pipe clip valve,

Second water pocket or hydrodynamic(al) pipe clip valve draining control import and second outlet are in the conductive state, the first water pocket or hydrodynamic(al) Pipe clip valve water inlet control import and first outlet are in off state, will enter the sewage in shunting well and/or initial rainwater passes through Second outlet is crossed to set via the second outlet pipe separate system sewage pipe or storage pond or sewage treatment facility sewage pipe or sewage treatment It applies or storage pond or first rain pipe or initial rainwater treatment facility.

Second water pocket or hydrodynamic(al) pipe clip valve water inlet control second outlet are in off state, the first water pocket or hydrodynamic(al) pipe clip valve Water inlet control import and first outlet are in the conductive state, will enter the middle and later periods rainwater in shunting well and pass through by first outlet Natural water or rain pipe are branched to by the first outlet pipe.

Measuring instrument includes one of rainfall gauge, timer, water monitor and liquidometer or a variety of, corresponding, survey Amount information includes rainfall, rain time, one of water level or a variety of in water quality and well body structure.

Timer, the time threshold by the way that rain time is arranged are controlled, and measure rain time and by rain time Controller is sent to as metrical information.

Water monitor, by the way that the detector to be arranged in in shunting well to the water quality indicator for monitoring and obtaining in water, and The threshold value of corresponding water quality indicator is set, the measurement numerical value of water quality indicator is sent to controller as metrical information in real time.

Liquidometer is mounted on the underground part of shunting well, abandoned stream well or Vatch basin, is controlled by measurement liquid level, The liquid level measured is sent to controller as metrical information.

Rainfall gauge, it is outdoor to be placed on outdoor, it is controlled by measurement rainfall, using the rainfall measured as metrical information It is sent to controller.

In above embodiments, one kind is can be used in measuring instrument, in special requirement or in order to improve the accurate of control When property, a variety of measuring instruments also can be set and acquire a variety of metrical informations to be controlled: when a variety of metrical informations all meet It is required that when, controller is just acted, and such operation can make the shunting effect of rainwater, sewage more preferable.

Controller judges whether the metrical information is more than the threshold value of setting after receiving metrical information, and makes control accordingly Signal processed is acted according to the control signal control valve to connect water source and water pocket or hydrodynamic(al) pipe clip valve, water pocket or hydrodynamic(al) pipe Folder valve events come control accordingly export be switched off and on state.

The control method of the shunting well system of the double water pockets of the one-in-and-two-out of the independent control is as follows:

When fine day, shunting well shunts sewage: control valve events connect water source and water pocket or hydrodynamic(al) pipe clip valve, the One, the second water pocket or hydrodynamic(al) pipe clip valve control shunting well shunt sewage, and second of the second outlet setting in shunting well Second outlet is connected in the raw in water pocket or hydrodynamic(al) pipe clip valve, and the first water pocket or hydrodynamic(al) of first outlet setting Pipe clip valve is in water inlet swelling state and first outlet is ended, will be dirty by section dirty channel i.e. second outlet pipe for shunting well Water separate system sewage pipe or storage pond or sewage treatment facility；

When rainfall, measuring device continuous collecting metrical information, each controller according to respective collected metrical information into Row judgement, controller controls corresponding water pocket or hydrodynamic(al) pipe clamp valve events respectively, below using measuring instrument as rainfall gauge, acquisition Information be rainfall value for be illustrated:

Wherein, first threshold is set, first threshold is the first rainfall value,

When not up to first threshold, continuing state when fine day, i.e. the first outlet of shunting well is in off state, the Two outlets are in the conductive state, by initial rainwater through second outlet separate system sewage pipe；

After metrical information reaches first threshold, the second water pocket or hydrodynamic(al) pipe clip valve of the second outlet setting in shunting well Water inlet expansion is so that second outlet is in off state, and the first water pocket of first outlet setting or the draining of hydrodynamic(al) pipe clip valve are extensive First outlet is connected in multiple nature, and middle and later periods rainwater branches to rain pipe through first outlet.

Obviously, first threshold here is set on the controller.

When measuring device be liquidometer when, the threshold value set as level threshold, and so on, can be according to specifically used needs Select different type, the threshold value of size.

In the present embodiment, shunting well is the structure of One In and Two Out, is come provided with two water pockets or hydrodynamic(al) pipe clip valve to two Outlet pipe carries out the control for being switched off and on state.

It is obvious also possible to according to circumstances, the structure of use form two: the water inlet position of first outlet level height not Higher than the water inlet position of second outlet level height when, two water pockets or hydrodynamic(al) pipe clip valve are set: being respectively the first water pocket or water Dynamic pipe clip valve and the second water pocket or hydrodynamic(al) pipe clip valve, the first water pocket or hydrodynamic(al) pipe clip valve are arranged on the first outlet pipe, the second water pocket Or hydrodynamic(al) pipe clip valve is arranged on the second outlet pipe.In this case, since the height of the first outlet of connection rain pipe is not high In the height of second outlet, so cannot rely on difference in height to shunt, it is necessary to need to be arranged two water pockets or hydrodynamic(al) pipe clip valve.

Only need to be arranged in a region water source 10 and with the one-to-one control valve 30 of shunting well, and pass through The solar panel or wind-driven generator (can also both be arranged) being arranged on the light pole near shunting well, control System is convenient, power supply decentralized supply.

In the present embodiment, water pocket is rubber material, and setting is fixedly installed in outlet in corresponding outlet, Gu Fixed mode is fixed using rope or chain, prevents from being washed away by water flow.

Wherein, hydrodynamic(al) shuts off component for above-mentioned water pocket or water pillow or hydrodynamic(al) pipe clip valve with inlet and outlet；

Corresponding control valve includes that the water-suppling electromagnetic valve and the draining that water outlet is in charge of is arranged in that water supply is in charge of is arranged in Solenoid valve,

When control valve be switched to moisture pipe conducting when, with pressure water enter water pocket or water pillow in make water pocket expand and So that corresponding water outlet cut-off,

When control valve switching water discharging is in charge of conducting, the water in the water pocket of expansion with pressure is discharged to water outlet and is in charge of, and makes Obtain the corresponding water outlet conducting of water pocket retraction.

And hydrodynamic(al) pipe clip valve can select existing hydrodynamic(al) pipe clip valve on the market, provide following two in the present embodiment The pipe clip valve of preferred structure.

It is preferred that pipe clamp valve arrangement

Fig. 3 is the structural schematic diagram of hydrodynamic(al) pipe clip valve.

Fig. 4 is the enlarged diagram in Fig. 3 at A.

As shown in Figure 3,4, water pocket, the water pillow in above-described embodiment technical solution are replaced with into hydrodynamic(al) pipe clip valve.

Pneumatic tubing clip valve includes resilient sleeve 210 and shell 220, and resilient sleeve has circulation passage corresponding with outlet pipe T, shell 220 cover on resilient sleeve, and the both ends of resilient sleeve and the sealing of the both ends of shell are detachably connected, resilient sleeve The outer wall and outer casing inner wall of cylinder form cavity, and shell, which is equipped with, to be in charge of water inlet that G is connected with water inlet and be in charge of H phase with water outlet Water outlet even, when water cavity water-filling, resilient sleeve expansion, the sectional area of circulation passage becomes smaller, when water cavity discharges water, elasticity Sleeve restores, and the sectional area of circulation passage becomes larger.

Further, in the present embodiment, hydrodynamic(al) pipe clip valve is set in outlet pipe D.

Embodiment two

Above-described embodiment is first is that the water pocket being installed on the first outlet pipe and the second outlet pipe or hydrodynamic(al) pipe clip valve are passed through The connection of water delivery branch pipeline also can be used two main pipes and be separately connected i.e. with water delivery main pipe road, the present embodiment all the way: the first water pocket Or water delivery main pipe road, the second water pocket or hydrodynamic(al) pipe clip valve connect another way water delivery main pipe road to the connection of hydrodynamic(al) pipe clip valve all the way.

Embodiment three

Fig. 5 is the One In and Two Out list water pocket of embodiment three or the shunting well control system architecture schematic diagram of hydrodynamic(al) pipe clip valve.

As shown in figure 5, form three, when the level height of first outlet is higher than the level height of second outlet, setting one A water pocket or hydrodynamic(al) pipe clip valve i.e. the second water pocket or hydrodynamic(al) pipe clip valve, the second water pocket or the setting of hydrodynamic(al) pipe clip valve go out with second On the connected pipeline of mouth and close to one end of second outlet, the sewage and/initial rainwater being discharged into shunting well are by second outlet It is discharged into sewage pipe.The middle and later periods rainwater being discharged into, since second outlet is closed at this time, water level rises and is more than second outlet Highly direct overflow is exported by first outlet enters the first outlet pipe.

The control method of the shunting well system of the one-in-and-two-out list water pocket of the independent control is as follows:

When fine day, shunting well shunts sewage: control valve events connect water source and water pocket or hydrodynamic(al) pipe clip valve, the Two water pockets or hydrodynamic(al) pipe clip valve control shunting well shunt sewage, the second water pocket of the second outlet setting in shunting well Or second outlet is connected in the raw in hydrodynamic(al) pipe clip valve, due to difference in height, it is dirty that sewage directly passes through cutting for shunting well Channel i.e. the second outlet pipe is split sewage pipe or storage pond processed or sewage treatment facility；

When rainfall, measuring device continuous collecting metrical information, each controller according to respective collected metrical information into Row judgement, it is rainfall gauge that controller controls the second water pocket or hydrodynamic(al) pipe clamp valve events, measuring device respectively, collected measurement Information be rainfall value, for be illustrated:

Wherein, setting first threshold is the first rainfall value, when rainy start, what the second outlet in shunting well was arranged Second water pocket or hydrodynamic(al) pipe clip valve continue in the raw, and second outlet is in the conductive state, and initial rainwater directly passes through point Dirty channel i.e. second outlet pipe that cuts of stream well is split sewage pipe or storage pond processed or sewage treatment facility, when reaching the first threshold After value, the first rain off state of the second outlet that the second water pocket or the water inlet of hydrodynamic(al) pipe clip valve are, with the liter of liquid level in shunting well Height is discharged into rain pipe or natural water by first outlet overflow.

Example IV

The shunting well control system architecture schematic diagram that Fig. 6 goes out three water pockets or hydrodynamic(al) pipe clip valve for the one into three of example IV.

As a kind of extension, shunting well is also provided with third outlet, and third outlet passes through third outlet pipe and first rain pipe It is connected, at this point, the second outlet pipe is connected with sewage pipe, the first outlet pipe is connected with natural water.

The form of shunting well is form four, is respectively equipped with hydrodynamic(al) on the first outlet pipe, the second outlet pipe and third outlet pipe Shut off component: the first outlet pipe, the second outlet pipe being connected respectively with the first water outlet, the second water outlet and third water outlet With water pocket or hydrodynamic(al) pipe clip valve are equipped on third outlet pipe, i.e., respectively the first water pocket or hydrodynamic(al) pipe clip valve, the second water pocket or Hydrodynamic(al) pipe clip valve and third water pocket or hydrodynamic(al) pipe clip valve, each water pocket or hydrodynamic(al) pipe clip valve pass through a water delivery branch pipeline and water delivery Main pipe road is connected.

Second water pocket or hydrodynamic(al) pipe clip valve draining control import and second outlet are in the conductive state, first, third water pocket Or hydrodynamic(al) pipe clip valve water inlet control import and the outlet of first, third are in off state, will enter the sewage in shunting well and pass through Second outlet via the second outlet pipe separate system sewage pipe or storage pond or sewage treatment facility,

Third water pocket or hydrodynamic(al) pipe clip valve draining control import and third outlet are in the conductive state, and second outlet can at this time With in the conductive state or off state, first outlet is in off state, will enter the initial rainwater in shunting well by the Three outlets branch to just rain pipe or storage pond or initial rainwater treatment facility via third outlet pipe, if simultaneously at second outlet In opening state, then part initial rainwater has the second outlet pipe separate system sewage pipe through second outlet；

Second, third water pocket or hydrodynamic(al) pipe clip valve water inlet control second outlet and third outlet are in off state, will be into The middle and later periods rainwater entered in shunting well branches to natural water or rain pipe via the first outlet pipe by first outlet.

It is obvious also possible to according to circumstances, the structure of use form five: when the water inlet position of first outlet level height not Higher than the water inlet position of second outlet level height when, three hydrodynamic(al)s are set and are shut off component: being respectively that the first hydrodynamic(al) shuts off group Part, the second hydrodynamic(al) shut off component and third hydrodynamic(al) shuts off component, the first hydrodynamic(al) component that shuts off are arranged on the first outlet pipe, the Two hydrodynamic(al)s shut off component setting on the second outlet pipe, and third hydrodynamic(al) shuts off component setting on third outlet pipe.

The control method for the shunting well system that the one of the independent control goes out three water pockets into three is as follows:

When fine day, shunting well shunts sewage: control valve events connect water source and water pocket or hydrodynamic(al) pipe clip valve, the One, second, third water pocket or hydrodynamic(al) pipe clip valve control shunting well shunt sewage, the second outlet setting in shunting well The second water pocket or hydrodynamic(al) pipe clip valve in the raw second outlet is connected, and first outlet, third outlet setting The first, third water pocket or hydrodynamic(al) pipe clip valve make first, third outlet cut-off in water inlet swelling state, pass through shunting well Dirty channel i.e. the second outlet pipe is cut by sewage separation sewage pipe or storage pond or sewage treatment facility；

When rainfall, measuring device continuous collecting metrical information, each controller according to respective collected metrical information into Row judgement, it is rainfall gauge that controller controls corresponding water pocket or hydrodynamic(al) pipe clamp valve events, measuring device respectively, collected survey Amount information be rainfall value, for be illustrated:

Wherein, first threshold i.e. the first rainfall value, third after metrical information reaches first threshold in shunting well are set The third water pocket or hydrodynamic(al) pipe clip valve for exporting setting make third outlet conducting in the raw, and the first, second outlet is set The first, second water pocket or hydrodynamic(al) pipe clip valve set are in water inlet swelling state and the first, second outlet are ended, and pass through shunting Initial rainwater is branched to just rain pipe or storage pond or initial rainwater treatment facility by the third outlet pipe of well:

Set second threshold i.e. the second rainfall value, second, third after metrical information reaches second threshold in shunting well Second, third water pocket or hydrodynamic(al) pipe clip valve for exporting setting are in water inlet swelling state and make second, third outlet cut-off, and The first water pocket or hydrodynamic(al) pipe clip valve of first outlet setting are in natural shrinking state and first outlet are connected, and pass through shunting Middle and later periods rainwater is branched to natural water or rain pipe by the first outlet pipe of well.

Embodiment five

Above-described embodiment is fourth is that water pocket or hydrodynamic(al) on the first outlet pipe, the second outlet pipe or third outlet pipe will be installed on For two or three common connections of pipe clip valve with water delivery main pipe road all the way, three water delivery main pipe roads point are also can be used in the present embodiment Do not connect i.e.: the first all water pockets or hydrodynamic(al) pipe clip valve connect water delivery main pipe road all the way, all the second water pocket or hydrodynamic(al) pipe Folder valve connects another way water delivery main pipe road and all third water pockets or hydrodynamic(al) pipe clip valve connect third road water delivery main pipe road.

Embodiment six

The shunting well control system architecture schematic diagram that Fig. 7 goes out two water pockets or hydrodynamic(al) pipe clip valve for the one into three of embodiment six.

As shown in fig. 7, form six, when the level height of the water inlet position of first outlet is higher than second outlet, third exports Water inlet position level height when, two water pockets or hydrodynamic(al) pipe clip valve are set, are respectively arranged in the on the second outlet pipe Two water pockets or hydrodynamic(al) pipe clip valve and the third water pocket or hydrodynamic(al) pipe clip valve that are arranged on third outlet pipe.The middle and later periods rain being discharged into Water, since second outlet at this time, third outlet are closed, water level rises and is more than height that second outlet, third export and direct Overflow is exported by first outlet enters the first outlet pipe.

The control method for the shunting well system that the one of the independent control goes out double water pockets into three is as follows:

When fine day, shunting well shunts sewage: control valve events connect water source and water pocket or hydrodynamic(al) pipe clip valve, the Two, third water pocket or hydrodynamic(al) pipe clip valve control shunting well shunt sewage and initial rainwater, the second outlet in shunting well Second outlet is connected in the raw in the second water pocket or hydrodynamic(al) pipe clip valve being arranged, and the third outlet in shunting well is set The third water pocket or hydrodynamic(al) pipe clip valve set are in water inlet swelling state and make third outlet cut-off, due to first outlet and second There are difference in height, dirty channel i.e. the second outlet pipe that cuts that sewage directly passes through shunting well is split sewage pipe processed or regulates and stores for outlet Pond or sewage treatment facility；

Wherein, first threshold i.e. the first rainfall value, third after metrical information reaches first threshold, in shunting well are set The third water pocket or the draining of hydrodynamic(al) pipe clip valve for exporting setting make third outlet conducting in the raw, and initial rainwater is direct It is split by the third outlet pipe of shunting well to first rain pipe or storage pond or initial rainwater treatment facility, at this point, in shunting well Second outlet setting the second water pocket or hydrodynamic(al) pipe clip valve can keep original supernatural state that second outlet is connected Or by water inlet swelling state second outlet is ended, whether there is surplus capacity to handle part initial stage according to sewage treatment plant Rainwater determines that second outlet is in cut-off or on state；

Set second threshold i.e. the second rainfall value, second, third after metrical information reaches second threshold in shunting well Second, third water pocket or hydrodynamic(al) pipe clip valve for exporting setting, which are in into water swelling state, makes second, third outlet cut-off, At this point, with the liter of liquid level in shunting well, senior middle school's later period rainwater can only pass through the first outlet pipe overflow of shunting well to Natural Water Body or rain pipe.

Embodiment seven

Unit area is in urban area with the soil region including building and structures of function and usage Attribute transposition, The area of unit area is 0.01-0.6 square kilometres, and preferably 0.1-0.3 square kilometres, wherein unit area can make a living Cell, hospital, office building living, the regions such as food market.

It is supplied by a water source by a water delivery main pipe road for the shunting well in multiple unit areas, in each shunting well Two or three water pockets or hydrodynamic(al) pipe clip valve it is independent by respective control valve by respective two or three water delivery branch pipelines Control, there are control logic between the multiple water pockets or hydrodynamic(al) pipe clip valve of each shunting well, there is no controls between adjacent shunting well Logical relation processed.

Embodiment eight

In order to guarantee the stability of power supply, in all solar panels or wind-driven generator and section in some unit area All controller, measuring instrument connection, and electric power is provided, as long as the solar panels or wind-force in this way in this section are sent out Motor is not all of damage, then the control in entire section can operate normally.

Embodiment nine

As a kind of specific situation, the shunting well of each unit area is correspondingly arranged on measuring instrument；Or, multiple lists A measuring instrument is arranged in first region, and the measuring signal of the shunting well of multiple unit areas is measured using the measuring instrument.

Embodiment ten

As a kind of optimization, can protecting box 80 be set, underground is embedded in the above-described embodiment, for installing control Valve processed, water delivery main pipe road are laid in underground and protecting box are contacted by multiple protecting box.Controller passes through conducting wire and place Control valve connection in protecting box, then control valve is serially connected in water delivery main pipe road, and the correspondence gas outlet of control valve passes through Water delivery branch pipeline in shunting well water pocket or hydrodynamic(al) pipe clip valve communicate.

Such setting, by being arranged the electrical part of the contacts such as water delivery main pipe road, control valve under road surface even In protecting box, the electric part in water delivery main pipe road and system can protect from the corrosion of rainwater and the shadow of external environment It rings.

Embodiment 11

Figure 10 is that the shunting well that one remotely controlled of embodiment 11 goes out three water pockets or hydrodynamic(al) pipe clip valve into three controls system System structural schematic diagram；And

Figure 11 is that the shunting well that one remotely controlled of embodiment 11 goes out two water pockets or hydrodynamic(al) pipe clip valve into three controls system System structural schematic diagram.

As further optimization, it is long-range that control centre's composition can also be arranged in the control system of above-described embodiment one to ten The shunting well control systems of control, corresponding, controller also has communication module, for communicating with control centre；Control centre It issues operational order and remotely controls controller, and control the opening and closing of control valve by controller；

And/or control centre is acquired by controller, display, stores metrical information and analysis that measuring instrument acquires, it can Analysis, which is carried out, according to the summer rainfall information of the region of collection generates rainfall-time chart, it can also be according to the one of the region Liquid level information forms liquid level-time chart in well in it.

It is similar with the shunting well control systems individually controlled that above-described embodiment one to ten proposes, it is provided in this embodiment remote The shunting well control systems of process control also have six kinds of forms, as shown in Fig. 8 to 11:

Form seven, as shown in figure 8, the double water pockets of the One In and Two Out remotely controlled or hydrodynamic(al) pipe clamp valve arrangement；

Form eight, as shown in figure 8, when the level height of the water inlet position of first outlet is not higher than the water inlet position of second outlet When the level height set, the double water pockets of the One In and Two Out remotely controlled or hydrodynamic(al) pipe clamp valve arrangement；

Form nine, as shown in figure 9, the One In and Two Out list water pocket or hydrodynamic(al) pipe clamp valve arrangement that remotely control；

Form ten, as shown in Figure 10, one remotely controlled go out three water pockets or hydrodynamic(al) pipe clamp valve arrangement into three；

Form 11, as shown in Figure 10, when the water inlet position of first outlet level height not higher than second outlet into When the level height of water position, one into three remotely controlled goes out three water pockets or hydrodynamic(al) pipe clamp valve arrangement；

Form 12, as shown in figure 11, one remotely controlled go out double water pockets or hydrodynamic(al) pipe clamp valve arrangement into three.

Control centre can issue operational order to controller in any case, via controller control control valve unlatching or It closes, and then controls the water outlet of shunting well and the on and off of water inlet.Operational order can for threshold modifying instruction, Open instructions, point inspection instruction or out code.When there is emergency case, a certain shunting can be remotely operated in control centre The water pocket or hydrodynamic(al) pipe clip valve of well open or close, and can also carry out long-range equipment point-detecting work, especially plum rain season, Guarantee that equipment can run the generation for avoiding urban waterlogging, facilitates operation, practical, reliable.

Collected metrical information via controller is sent to control centre, control centre's real-time display to measuring instrument in real time Metrical information, and storage is carried out to metrical information and forms database, the data of database can be divided according to the needs of use Analysis.

Embodiment 12

The present embodiment provides a kind of shunting well complex control systems, it is characterised in that: including above-mentioned independent control or far Process control shunts well control systems,

Rain pipe is divided into multiple roadway elements, road shunting well, road are provided on the rain pipe of each roadway element Road shunting well is used to shunt the sewage and/or initial rainwater that flow into rain pipe；

Wherein, road gas distribution well is equipped with import, the 4th water outlet and the 5th water outlet, and the 4th water outlet passes through the 4th Pipeline connects sewage pipe, and the rain pipe or natural water in the 5th water out linking-up road shunting well downstream are arranged on the 4th pipeline Hydrodynamic(al) shuts off component, and the hydrodynamic(al) component that shuts off controls the on and off of the 4th water outlet；Or,

Road gas distribution well is equipped with import, the 4th water outlet, the 5th water outlet and the 6th water outlet, and the 4th water outlet is logical Cross the 4th pipeline connection sewage pipe, the rain pipe or natural water in the 5th water out linking-up road shunting well downstream, the 6th water outlet Mouthful just rain pipe or storage pond are connected by the 6th pipeline, setting hydrodynamic(al) shuts off component on the 4th pipeline and the 6th pipeline；

The hydrodynamic(al) component that shuts off passes through water delivery branch pipeline connection water delivery main pipe road respectively, and control is provided in water delivery branch pipeline Valve, control valve control hydrodynamic(al) shut off component movement, control the on or off of corresponding water outlet.

Since the road shunting well of road can share gas source and gas transfer pipeline formation resource with the shunting well of cell Shared, gas transfer pipeline arrangement is simple, save the cost.

Embodiment 13

The present embodiment provides a kind of hydrodynamic(al) shunt method, the shunting provided using above-described embodiment one into embodiment 12 Well control systems shunt fluid, including drainage procedure:

It is first mode when metrical information is not up to first threshold:

When shunting well the second hydrodynamic(al) of setting shuts off the i.e. form three of component, controller control the second control valve events, second The hydrodynamic(al) component that shuts off is in communication with the outside draining, and second outlet conducting will enter the sewage in shunting well and/or initial rainwater point It flow to sewage pipe or sewage treatment facility or storage pond or first rain pipe or initial rainwater treatment facility；

When shunting well be arranged the first hydrodynamic(al) shut off component and the second hydrodynamic(al) shut off component i.e. form one, form two when, control Device controls the first, second control valve respectively and acts respectively, and the second hydrodynamic(al) component that shuts off is in communication with the outside draining, and second outlet is led Logical, the first hydrodynamic(al) component that shuts off be connected to water inlet with water source respectively, and first outlet is ended, by the sewage in entrance shunting well and/or Initial rainwater branches to sewage pipe or sewage treatment facility or storage pond or first rain pipe or initial rainwater treatment facility；

When metrical information reaches first threshold, second mode is switched to by first mode, specific as follows:

When shunting well be arranged the second hydrodynamic(al) shut off component i.e. form three when, it is dynamic that controller controls the second hydrodynamic(al) component that shuts off Make, the second hydrodynamic(al) component that shuts off be connected to water inlet with water source, and second outlet is ended, by the rainwater in entrance shunting well or middle and later periods Rainwater branches to natural water or rain pipe through first outlet；

When shunting well be arranged the first hydrodynamic(al) shut off component and the second hydrodynamic(al) shut off component i.e. form one, form two when, control Device controls the second hydrodynamic(al) and shuts off component movement, and the second hydrodynamic(al) component that shuts off is connected to water inlet with water source, and second outlet is ended, and first Hydrodynamic(al) shuts off component movement, and the first hydrodynamic(al) component that shuts off is in communication with the outside draining, first outlet conducting, will be into shunting well Rainwater or middle and later periods rainwater through first outlet branch to natural water or rain pipe；

It is first mode when metrical information is not up to first threshold:

When shunting well be arranged the second hydrodynamic(al) shut off component and third hydrodynamic(al) shut off component i.e. form six when, controller is according to the Two, third exports current state, controls second, third control and valve events or is failure to actuate so that the second hydrodynamic(al) shuts off component with Extraneous communicated drainage, second outlet conducting, the third hydrodynamic(al) component that shuts off be connected tos water inlet with water source, and third, which exports, ends, and will enter Sewage separation in shunting well is to sewage pipe or storage pond or sewage treatment facility；

Shut off component and third hydrodynamic(al) shuts off component i.e. form when shut off component, the second hydrodynamic(al) of the first hydrodynamic(al) is arranged in shunting well Five, when form six, the controller state current according to the first, second, third outlet controls the first, second, third control respectively Valve processed is acted or is failure to actuate respectively, and the second hydrodynamic(al) component that shuts off is in communication with the outside draining, second outlet conducting, first, third water The dynamic component that shuts off is connected to water inlet with water source respectively, and first, third outlet cut-off will enter the sewage separation in shunting well to dirt Water pipe or storage pond or sewage treatment facility；

When metrical information is between first threshold and second threshold,

Controller controls third controller action, and the third hydrodynamic(al) component that shuts off is in communication with the outside draining, and third outlet is connected, The initial rainwater entered in shunting well is branched into just rain pipe or initial rainwater treatment facility or tune；

When metrical information reaches second threshold,

If shunting well is equipped with the second hydrodynamic(al), shut off component, third hydrodynamic(al) shuts off component i.e. form, if shape is connected in second outlet State, controller control second, third hydrodynamic(al) and shut off component movement, second, third hydrodynamic(al) component that shuts off is connected to water inlet with water source, Second, third outlet cut-off, branches to rain pipe or Natural Water through first outlet for the middle and later periods rainwater entered in shunting well Body；If second outlet is ended, controller control third hydrodynamic(al) shuts off component movement, and the third hydrodynamic(al) component that shuts off is connected to water source The middle and later periods rainwater entered in shunting well is branched to rain pipe or Natural Water through first outlet by water inlet, third outlet cut-off Body.

Embodiment 14

As a kind of further optimization, hydrodynamic(al) shunt method provided in this embodiment, further includes emergency procedure, urgent journey The priority of sequence is higher than drainage procedure, which includes:

As H >=H1, hydrodynamic(al) shut off component control shunting well first outlet conducting；

As H < H1, emergency mode is exited.

Embodiment 15

Above embodiments one are to embodiment ten fourth is that sharing a water source, using the feelings on one or more water delivery main pipe road Shape illustrates situation that a shunting well of each cell is connected to an individual water source i.e. below by way of attached drawing:

Single shunting well provides water with pressure or single shunting well as water source from a municipal administration by a water tower The water with pressure is obtained in the interface of tap water pipe network via water delivery main pipe road.At this point, it is preferred that shunting well is directly from passing through Shunting well, which closes in the branch pipe or main pipe of the municipal tap water pipe network of shunting well, directly acquires the water with pressure.

Likewise, being illustrated below with the shunting well control systems that cell is arranged in, according to different situations to independent The list of control designs following form with the structure for shunting the shunting well in well control systems at water source, as shown in figs. 12-15.

Figure 12 is the shunting well list water distribution source control system structural schematic diagram of the double water pockets of One In and Two Out or hydrodynamic(al) pipe clip valve.

Figure 13 is the shunting well list water distribution source control system structural schematic diagram of One In and Two Out list water pocket or hydrodynamic(al) pipe clip valve.

Figure 14 is one into the three shunting well list water distribution source control system structural schematic diagram for going out three water pockets or hydrodynamic(al) pipe clip valve.

Figure 15 is one into the three shunting well list water distribution source control system structural schematic diagram for going out two water pockets or hydrodynamic(al) pipe clip valve.

Form one, the double water pockets of One In and Two Out or hydrodynamic(al) pipe clip valve list water distribution source structure, as shown in figure 12.

Form two, when the level height of the water inlet position of first outlet is high not higher than the level of the water inlet position of second outlet When spending, the double water pockets of One In and Two Out or hydrodynamic(al) pipe clip valve list water distribution source structure, as shown in figure 12.

Form three, One In and Two Out list water pocket or hydrodynamic(al) pipe clip valve list water distribution source structure, as shown in figure 13.

Form four, one into three goes out three water pockets or hydrodynamic(al) pipe clip valve list water distribution source structure, as shown in figure 14.

Form five, when the level height of the water inlet position of first outlet is high not higher than the level of the water inlet position of second outlet When spending, one into three goes out three water pockets or hydrodynamic(al) pipe clip valve list water distribution source structure, as shown in figure 14.

Form six, one into three goes out double water pockets or hydrodynamic(al) pipe clip valve list water distribution source structure, as shown in figure 15.

Embodiment 16

Likewise, the above various situations can also also can be set corresponding control centre and remotely controlled, according to Different situations can also design pair the list individually controlled with the shunting well control systems with remote control function at water source The 6 kinds of forms answered.

Figure 16 is the shunting well control systems knot that the double water pockets of One In and Two Out remotely controlled or hydrodynamic(al) pipe clip valve list match water source Structure schematic diagram.

Figure 17 is the shunting well control systems knot that the One In and Two Out list water pocket remotely controlled or hydrodynamic(al) pipe clip valve list match water source Structure schematic diagram.

Figure 18 is that one into three remotely controlled goes out three water pockets or hydrodynamic(al) pipe clip valve list matches the shunting well control systems knot at water source Structure schematic diagram.

The list individually controlled also has six kinds of forms with the shunting well control systems with remote control function at water source, such as Shown in Figure 16 to 19:

Form seven, as shown in figure 16, the double water pockets of the One In and Two Out remotely controlled or shunting of the hydrodynamic(al) pipe clip valve list with water source Well control systems structure.

Form eight, as shown in figure 16, when the level height of the water inlet position of first outlet is not higher than the water inlet of second outlet When the level height of position, the shunting well control system of the double water pockets of the One In and Two Out remotely controlled or hydrodynamic(al) pipe clip valve list with water source System.

Form nine, as shown in figure 17, the One In and Two Out list water pocket or hydrodynamic(al) pipe clip valve list remotely controlled match the shunting at water source Well control systems.

Form ten, as shown in figure 18, one remotely controlled goes out three water pockets into three or hydrodynamic(al) pipe clip valve list matches the shunting at water source Well control systems.

Form 11, as shown in figure 18, when the water inlet position of first outlet level height not higher than second outlet into When the level height of water position, one into three remotely controlled goes out three water pockets or hydrodynamic(al) pipe clip valve list and controls with the shunting well at water source System.

Form 12, as shown in figure 19, one remotely controlled go out point of double water pockets or hydrodynamic(al) pipe clip valve list with water source into three Flow well control systems.

Embodiment 17

Above embodiments are all to apply in the cell, can also be by above-described embodiment one to embodiment 16 as extension Shunting well control system on corresponding road i.e.:

Above-mentioned shunting well is arranged in the municipal rain pipe of road, for the fluid in road municipal administration rain pipe into Row shunts, and the first water outlet is connected to municipal rain pipe or natural water by the first outlet pipe, and the second water outlet goes out by second Water pipe is connected to municipal wastewater pipe or sewage treatment facility or storage pond, and third water outlet is connected to just rain pipe by third outlet pipe Or storage pond or initial rainwater treatment facility.

The effect of embodiment and beneficial effect are: the shunting well control systems provided according to embodiment, because using water Source drives water pocket or the hydrodynamic(al) pipe clip valve to control come the on and off state of the outlet pipe to shunting well, water source work Make the smaller relatively safety of pressure, and existing water source occurs and control device mature and reliable price economy, water source will not introduce Secondary pollution, water source device is without risk of explosion.

The water pocket and hydrodynamic(al) pipe clip valve at water source can long-time waterflooding, and controller can be set and be equipped with road on road surface The eminence of the light pole of lamp, solar panel or wind-driven generator, solve the electric part in system be flooded not and The problem of failure.

Further, it since suitable environment is less identical, is also not quite similar for the structure of the shunting well of close region, because This, carries out decentralised control by the way that individual control valve is arranged for each shunting well, facilitates operation control, avoid single system The problem of center control of system malfunctions and influences whole system.

Meanwhile by the way that different shunting threshold values is arranged for different unit areas, each unit region can be made to enter The time of city planting ductwork has difference and mutually staggers, and will not flow into there is a situation where " as a swarm of bees ", avoid or alleviate to pipe The short time pressure of net.

Whole system, pipeline relationship is simple, designs easy to accomplish, it is only necessary to concatenate in corresponding water delivery main pipe road into control Valve processed can be achieved with dilatation.

The case where sewage pipe being arranged in the lower section of shunting well carries out the short circuit of sewage using difference in height, to only need It designs a water delivery main pipe road to control come the expansion water inlet process to water pocket, the design and cloth for simplifying pipeline are set as This, while also facilitating subsequent management service and subsequent dilatation access procedure.

In order to guarantee the stability of power supply, in all solar panels or wind-driven generator and section in some pipe network section All controller, measuring instrument connection, and electric power is provided, the in this way solar panels only in this section or wind-force hair Motor is not all of damage, then the control in entire section can operate normally.

By setting control centre and controller communication connection, control centre issues operational order and remotely controls controller, And the opening and closing of control valve are controlled by controller；And/or control centre is acquired by controller, display, storage survey The metrical information of measuring appratus acquisition and analysis, allow the operator to be operated remotely, facilitate the long-range monitoring of progress with Networking.

On the whole, shunting tool exactly is carried out to the fluid in the sewer pipe network of cell road surface using the shunting well in embodiment There is following benefit:

3, construction is simple: excavated volume is small；

The present invention is not limited to the above-described embodiments, for those skilled in the art, is not departing from Under the premise of the principle of the invention, several improvements and modifications can also be made, these improvements and modifications are also considered as protection of the invention Within the scope of.The content being not described in detail in this specification belongs to the prior art well known to professional and technical personnel in the field.

Claims

1. a diverter well control system for diverting the fluid discharged into the hydrodynamic diverter well, it is characterized in that, comprising:

water source;

The main water delivery pipeline is connected with the water source and used to deliver water with pressure;

a water delivery pipeline, which is communicated with the water delivery main pipeline;

At least one unit area, each unit area is provided with a diverter well,

The diverter well includes a diverter well body and a hydraulic interception assembly. The diversion well body is provided with a water inlet and at least two water outlets, which are a first water outlet and a second water outlet respectively, and the first water outlet passes through The first water outlet is connected with the natural water body or rainwater pipe or with the downstream municipal rainwater pipe, and the second water outlet is connected with the sewage pipe or sewage treatment facility or storage tank or primary rainwater pipe or initial rainwater treatment facility or municipal through the second water outlet pipe. The sewage pipes are connected to each other, and at least one hydrodynamic interception component corresponding to control the conduction or cut-off of the second water outlet pipe is arranged,

The hydraulic interception components of all the diversion wells are connected with the main water delivery pipelines through the respective water delivery pipelines. The water delivery pipelines are provided with control valves, each of which is used to control the water delivery pipeline. The water intake, drainage or stop of water intake or drainage of the hydrodynamic interception assembly connected to the water conveyance pipeline where it is located controls the cutoff and conduction of the second water outlet pipe of the shunt well where the hydrodynamic interception assembly is located.

2. The diverter well control system according to claim 1, wherein:

Wherein, the water inlet is connected to the confluence pipe of the confluence system, the rainwater pipe of the diversion system, or the rainwater pipe mixed with sewage in the diversion system, or the drainage pipeline or the municipal rainwater pipe before the outlet close to the natural water body,

Correspondingly, the diversion well is arranged before the rainwater pipe of the diversion system, the confluence pipe of the confluence system, or the mixed flow pipe or the drainage pipeline of the mixed flow system enters the natural water body or the municipal rainwater pipe.

3. The diverter well control system according to claim 1, wherein:

Wherein, the water source is the water body in the water tower or the municipal water pipe network or the diversion well,

When it is a water tower, a plurality of diversion wells use a water tower as a water source to provide water with pressure;

When it is a municipal water pipe network, a plurality of diversion wells obtain water under pressure from an interface of a municipal water pipe network via the water main pipeline.

4. The diverter well control system according to claim 1, wherein:

Each of said diverter wells also includes a measuring instrument and a controller,

The measuring instrument and the control valve are respectively connected with the controller in signal, and the measuring instrument is used to collect the information inside or outside the shunt well, and transmit the collected measuring information to the controller;

The controller is configured to control the action of the control valve of the corresponding diversion well according to the measurement information to control the water inlet, drainage, stop water inlet or drainage of the hydrodynamic interception assembly,

The drainage of the hydraulic shut-off assembly controls the second water outlet pipe to be in a conducting state, and the sewage and/or initial rainwater entering the diversion well is shunted to the sewage pipe or sewage treatment through the second outlet through the second water outlet pipe. facilities or storage tanks or primary storm water pipes or primary storm water treatment facilities,

The water inlet of the hydraulic interception assembly controls the second water outlet pipe to be in a cut-off state, and the rainwater or middle and late rainwater entering the diversion well is diverted to the natural water body or the rainwater pipe through the first outlet through the first water outlet pipe.

5. The diverter well control system according to claim 4, wherein:

The form of the diverter well is form 1. The diverter well body is provided with a water inlet, a first water outlet pipe and the second water outlet pipe, and the first water outlet pipe and the second water outlet pipe are correspondingly provided with a second water outlet pipe. A hydraulic shut-off assembly and a second hydraulic shut-off assembly, the first and second hydraulic shut-off assemblies are respectively connected with the water transport main pipeline through a water transport pipeline, and the control valve includes a first control valve and a second control valve, the first and second control valves are respectively arranged on the corresponding water delivery pipelines;

Or, the form of the diversion well is form two, and when the level of the water inlet position of the first outlet is not higher than the level of the water inlet position of the second outlet, two hydrodynamic interception assemblies are provided. : a first hydraulic interception assembly and a second hydraulic interception assembly, respectively, the first and second hydraulic interception assemblies are respectively connected with the water transmission main pipeline through a water transmission pipeline, and the control valve includes a first control valve and a second control valve, the first and second control valves are respectively arranged on the corresponding water delivery pipelines;

Or, the form of the diversion well is form three, when the level of the water inlet position of the first outlet is higher than the level of the water inlet position of the second outlet.

6. The diverter well control system according to claim 5, wherein:

The controller is used to control the action of the control valve of the corresponding diversion well according to the measurement information to control the intake and drainage of the hydrodynamic interception assembly,

When the form of the diverter well is form one or form two,

The drainage of the second hydrodynamic interception assembly controls the second water outlet pipe to be in a conducting state, and the water intake of the first hydrodynamic interception assembly controls the first outlet to be in a closed state, and the sewage and water entering the diversion well will be discharged. / or the initial rainwater is diverted to the sewage pipe or sewage treatment facility or the storage tank or the initial rainwater pipe or the initial rainwater treatment facility through the second outlet through the second water outlet pipe,

The water inlet of the second hydrodynamic interception assembly controls the second water outlet pipe to be in a cut-off state, and the drainage of the first hydrodynamic interception assembly controls the first outlet to be in an on state, so that the rainwater or In the middle and late stages, the rainwater is diverted to the natural water body or rainwater pipe through the first outlet and the first outlet pipe;

When the form of the diverter well is form three,

The drainage of the hydraulic shut-off assembly controls the second water outlet pipe to be in a conducting state, and the sewage and/or initial rainwater entering the shunt well is diverted to the sewage pipe or sewage treatment facility through the second outlet through the second water outlet pipe or storage tanks or primary storm water pipes or primary storm water treatment facilities,

7. The diverter well control system according to claim 1, wherein:

The body of the diversion well is provided with a water inlet, a first water outlet, a second water outlet and a third water outlet, and the first water outlet is connected to a natural water body or a rainwater pipe or a downstream municipal rainwater pipe through a first water outlet pipe. The second water outlet is connected to the sewage pipe or the sewage treatment facility or the regulating tank or the municipal sewage pipe through the second water outlet pipe, and the third water outlet is connected to the primary rainwater pipe or the regulating storage tank or the initial rainwater treatment facility through the third water outlet pipe, At least set up the hydrodynamic interception components corresponding to the second water outlet pipe and the third water outflow pipe respectively, namely the second hydrodynamic interception assembly and the third hydrodynamic interception assembly, and each of the hydrodynamic interception assemblies respectively passes through a The water delivery pipeline is connected to the main water delivery pipeline, the control valve includes a second control valve and a third control valve, and the second and third control valves are arranged on the corresponding water delivery pipeline.

8. The diverter well control system according to claim 7, wherein:

The form of the diversion well is the fourth form. The first water outlet pipe, the second water outlet pipe and the third water outlet pipe are respectively provided with the hydraulic interception components, which are the first hydraulic interception component, the second water outlet A hydraulic interception assembly and a third hydraulic interception assembly, the first, second, and third hydraulic interception assemblies are respectively connected to the main water transmission pipeline through the corresponding water transmission pipeline, and the control valve includes a first a control valve, a second control valve and a third control valve, wherein the first, second and third control valves are arranged on the corresponding water delivery pipelines;

Or, the form of the diversion well is form five, and when the level of the water inlet position of the first outlet is not higher than the level of the water inlet position of the second outlet, three hydrodynamic interceptors are set Components: respectively the first hydrodynamic interception assembly, the second hydrodynamic interception assembly and the third hydrodynamic interception assembly, the first, second and third hydrodynamic interception assemblies are connected to the water conveyance through the corresponding water conveyance pipelines respectively. The main pipelines are connected, and the control valve includes a first control valve, a second control valve and a third control valve, and the first, second and third control valves are arranged on the corresponding water delivery pipelines;

Or, the form of the diversion well is form six, and the level of the water inlet position of the first outlet is higher than the level height of the water inlet position of the second outlet and the third outlet.

9. The diverter well control system according to claim 8, wherein:

The controller is used to control the action of the control valve of the corresponding diversion well according to the measurement information, and control the intake and drainage of the hydrodynamic interception assembly,

When the form of the diverter well is form four or five,

The drainage of the second hydraulic shut-off assembly controls the second water outlet pipe to be in a conducting state, and both the third water outlet pipe and the first water outlet pipe are in a cut-off state, and the sewage entering the diversion well passes through the first water outlet pipe. The second outlet is diverted to the sewage pipe or the storage tank or the sewage treatment facility through the second water outlet pipe,

The drainage of the third hydrodynamic interception assembly controls the third water outlet pipe to be in a conducting state, and the water intake of the first hydrodynamic interception assembly controls the first water outlet pipe to be in a closed state, and will enter the initial stage of the diversion well. The rainwater is diverted to the primary rainwater pipe or the storage tank or the primary rainwater treatment facility through the third outlet through the third water outlet pipe.

The water intake of the second and third hydraulic interception components controls the second water outlet pipe and the third water outlet pipe to be in a cut-off state, and the drainage of the first hydraulic interception assembly controls the first outlet. The water pipe is in a conducting state, and the middle and late rainwater entering the diversion well is diverted to the natural water body or the rainwater pipe through the first outlet through the first water outlet pipe;

When the form of the diverter well is form six,

The drainage of the second hydrodynamic interception assembly controls the second water outlet pipe to be in a conducting state, and the water inflow of the third hydrodynamic interception assembly controls the third water outlet pipe to be in a closed state, and the water that will enter the diversion well is in a closed state. The sewage is diverted to the sewage pipe or sewage treatment facility through the second outlet through the second water outlet pipe,

The drainage of the third hydrodynamic closure component controls the third water outlet pipe to be in a conducting state, and diverts the initial rainwater entering the diversion well through the third outlet through the third water outlet pipe to the initial rainwater pipe or the storage tank or the initial rainwater pipe. rainwater treatment facilities,

The second and third hydraulic interception components are controlled by the water inlet control of the second water outlet pipe and the third water outlet pipe to be in a cut-off state, and the middle and late rainwater entering the diversion well will pass through the first outlet through the first outlet. An outlet pipe is diverted to a natural water body or a rainwater pipe.

10. The diverter well control system according to claim 7, wherein:

The controller is used to control the action of the control valve of the corresponding diversion well according to the measurement information, and control the water inlet, drainage, stop water inlet or drainage of the hydraulic interception assembly,

The drainage of the second hydrodynamic interception assembly controls the second water outlet pipe to be in a conducting state, and the water inflow of the third hydrodynamic interception assembly controls the third water outlet pipe to be in a closed state, and the water that will enter the diversion well is in a closed state. The sewage is diverted to the sewage pipe or the storage tank or the sewage treatment facility through the second outlet through the second water outlet pipe,

11. The diverter well control system according to claim 4 or 7, wherein the form of the diverter well set in the unit area is form one, form two, form three, form four or form five, form any of the six.

12. The diverter well control system according to claim 11, wherein:

The forms of the diverting wells in the unit area are not exactly the same. When the forms of the diverting wells are different, all the hydrodynamic interception components in each of the diverting wells are connected to the same main water delivery pipeline.

13. The diverter well control system according to claim 4, 6, 9 or 10, wherein:

Wherein, the measuring instruments include one or more of rain gauges, flow meters, water meters, timers, water quality monitors and liquid level meters, and correspondingly, the measurement information includes rainfall, instantaneous flow, cumulative flow , rainfall time, water quality and one or more of the water level in the well structure.

14. The diverter well control system according to claim 4, 6, 9 or 10, wherein: the diverter well in each unit area is correspondingly provided with the measuring instrument; or,

A plurality of the unit areas are provided with a measurement instrument, and the measurement signals of the shunt wells in the plurality of unit areas are measured using the measurement instrument.

15. The diverter well control system of claim 4, 6, 9 or 10, further comprising:

solar panels or wind generators for powering the controller and said control valve;

and/or a battery for powering the controller and said control valve;

And/or, the control valve is a three-position reversing valve or a combination of solenoid valves.

16. The diverter well control system according to claim 1, wherein:

Wherein, the hydraulic shut-off component is a water bladder or a water pillow or a hydraulic pipe pinch valve with a water inlet and a water outlet;

And/or, the control valve is a solenoid valve combination or a three-position reversing valve;

And/or, the water supply main pipeline includes a water supply main pipe and a water outlet main pipe, and the water transmission pipeline includes a water supply pipe and a water outlet pipe,

The corresponding control valve includes a water supply solenoid valve arranged on the water supply pipe and a drain solenoid valve arranged on the water outlet pipe,

When the control valve is switched to conduct the water pipe, the water with pressure enters the water bag or the water pillow to expand the water bag and make the corresponding water outlet cut off.

When the control valve switches out of the water pipe and conducts, the water with pressure in the expanded water bag is discharged to the water outlet pipe, so that the water outlet corresponding to the retraction of the water bag is connected.

The hydraulic pipe pinch valve includes an elastic sleeve and a casing, the elastic sleeve has a circulation channel corresponding to the water outlet pipe, the casing is covered on the elastic sleeve, and both ends of the elastic sleeve The outer wall of the elastic sleeve and the inner wall of the outer shell form a water cavity, and the outer shell is provided with the water inlet and the water outlet. When the water cavity is filled When the water is in, the elastic sleeve expands, and the cross-sectional area of the flow channel becomes smaller. When the water cavity discharges water, the elastic sleeve recovers, and the cross-sectional area of the flow channel becomes larger.

17. The diverter well control system according to claim 4, 6, 9 or 10, characterized in that, further comprising: a control center,

Wherein, the controller also has a communication module for communicating with the control center;

The control center issues an operation instruction to remotely control the controller, and controls the opening and closing of the control valve through the controller; and/or, the control center collects, displays, and stores the The measurement information collected by the measuring instrument is analyzed.

18. A hydraulic diversion method, using the diversion well control system according to any one of claims 4, 6, 9 or 10 to divert fluid, characterized in that it comprises the following drainage procedures:

The method includes a first mode and a second mode, the measurement device continuously collects measurement information, the controller sets a first threshold, and the controller compares the collected measurement information with the first threshold to execute the first mode or the second mode ,in,

When the form of the diverter well is form one, form two, or form three: the controller sets the first threshold,

When the measurement information does not reach the first threshold, it is the first mode:

When the diverter well is provided with a second hydrodynamic interception assembly, that is, the third form, the controller controls the action of the second control valve, the second hydrodynamic interception assembly discharges water, and the second water outlet pipe is connected to enter the diverter. The sewage and/or primary rainwater in the well is diverted to said sewage pipe or sewage treatment facility or storage tank or primary rainwater pipe or primary rainwater treatment facility;

When the diversion well is provided with a first hydrodynamic interception assembly and a second hydrodynamic interception assembly, that is, the first and second forms, the controller controls the first and second control valves to act respectively, and the second hydraulic The dynamic interception assembly drains water, the second water outlet pipe is connected, the first hydraulic interception assembly enters water, the first outlet is closed, and the sewage and/or initial rainwater entering the diversion well is diverted to the sewage pipe or Sewage treatment facilities or storage tanks or primary storm water pipes or primary storm water treatment facilities;

When the measurement information reaches the first threshold, switch from the first mode to the second mode:

When the diversion well is provided with a second hydrodynamic interception assembly, that is, the third form, the controller controls the action of the second hydrodynamic interception assembly, the second hydrodynamic interception assembly enters water, the second water outlet pipe is cut off, and the The rainwater or middle and late rainwater entering the diversion well is diverted to the natural water body or rainwater pipe through the first outlet;

When the diversion well is provided with a first hydrodynamic interception assembly and a second hydrodynamic interception assembly, that is, the first and second forms, the controller controls the action of the second hydrodynamic interception assembly, and the second hydrodynamic interception assembly enters water , the second water outlet pipe is cut off, the first hydrodynamic interception component is activated, the first water dynamic interception component is drained, the first water outlet pipe is connected, and the rainwater or middle and late rainwater entering the diversion well is passed through the first outlet. Diverted to natural water bodies or storm drains;

When the form of the diversion well is form four, form five, or form six, the controller sets a first threshold and a second threshold, and the controller compares the collected measurement information with the first threshold, and executes the first mode or the second threshold. Two modes, in which,

When the diversion well is provided with a second hydrodynamic interception assembly and a third hydrodynamic interception assembly, that is, the sixth form, the controller controls the second and third control valves according to the current state of the second and third water outlet pipes Action or non-action, so that the second hydraulic interception assembly is drained, the second water outlet pipe is connected, the third hydraulic interception assembly is filled with water, and the third outlet is closed to divert the sewage entering the diversion well. to said sewer or storage tank or sewage treatment facility;

When the diverting well is provided with a first hydraulic interception assembly, a second hydraulic interception assembly and a third hydraulic interception assembly, namely Forms 5 and 6, the controller is configured according to the first, second, and third output. The current state of the water pipe, respectively control the first, second and third control valves to act or not act, the second hydraulic shut-off component drains water, the second water outlet pipe is connected, the first, third The hydraulic interception component enters water, the first and third water outlet pipes are cut off, and the sewage entering the diversion well is diverted to the sewage pipe or the regulating and accumulating tank or the sewage treatment facility;

when the measurement information is between the first threshold and the second threshold,

The controller controls the action of the third controller, the third hydraulic shut-off component drains water, the third water outlet pipe is connected, and the initial rainwater entering the diversion well is diverted to the initial rainwater pipe or the initial rainwater treatment facility or adjustment;

When the measurement information reaches the second threshold,

If the diversion well is provided with a second hydrodynamic interception assembly and a third hydrodynamic interception assembly, that is, the sixth form. If the second water outlet pipe is in a conducting state, the controller controls the operation of the second and third hydrodynamic interception assemblies. , the second and third hydraulic interception components are fed with water, the second and third water outlet pipes are cut off, and the middle and late rainwater entering the diversion well is diverted to the rainwater pipe or natural water body through the first outlet; The water outlet pipe is cut off, the controller controls the action of the third hydraulic interception assembly, the third hydraulic interception assembly enters water, the third water outlet pipe is closed, and the middle and late rainwater entering the diversion well is diverted to the water through the first outlet. Stormwater pipes or natural bodies of water.

19. The method of hydrodynamic diversion as claimed in claim 18, characterized in that:

Also includes emergency procedures, which have priority over the drain procedures:

When the measuring instrument is not a liquid level timer, a liquid level gauge is also provided, an emergency liquid level value H1 is set in the controller, and the liquid level gauge collects the liquid level value H of the shunt well, wherein,

When H≥H1, the hydraulic shut-off component controls the conduction of the first water outlet pipe of the diversion well;

When H<H1, exit the emergency program.