CN209129111U - The governing system for the pipeline being connected to natural water - Google Patents
The governing system for the pipeline being connected to natural water Download PDFInfo
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- CN209129111U CN209129111U CN201821206463.3U CN201821206463U CN209129111U CN 209129111 U CN209129111 U CN 209129111U CN 201821206463 U CN201821206463 U CN 201821206463U CN 209129111 U CN209129111 U CN 209129111U
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- storage pool
- flow arrangement
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- 239000008239 natural water Substances 0.000 title claims abstract description 83
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 180
- 239000010865 sewage Substances 0.000 claims abstract description 56
- 239000007788 liquid Substances 0.000 claims description 22
- 238000007667 floating Methods 0.000 claims description 4
- 239000000463 material Substances 0.000 claims description 4
- 238000009428 plumbing Methods 0.000 abstract description 4
- 238000012545 processing Methods 0.000 abstract description 4
- 238000009825 accumulation Methods 0.000 abstract 1
- 238000011010 flushing procedure Methods 0.000 description 18
- 238000000034 method Methods 0.000 description 5
- 239000003673 groundwater Substances 0.000 description 4
- 230000004048 modification Effects 0.000 description 4
- 238000012986 modification Methods 0.000 description 4
- 238000004140 cleaning Methods 0.000 description 3
- 238000012544 monitoring process Methods 0.000 description 3
- 206010003830 Automatism Diseases 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 230000003628 erosive effect Effects 0.000 description 2
- 230000006872 improvement Effects 0.000 description 2
- 238000012423 maintenance Methods 0.000 description 2
- 238000005086 pumping Methods 0.000 description 2
- 238000011144 upstream manufacturing Methods 0.000 description 2
- 230000015572 biosynthetic process Effects 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 230000007423 decrease Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000000605 extraction Methods 0.000 description 1
- 238000000855 fermentation Methods 0.000 description 1
- 230000004151 fermentation Effects 0.000 description 1
- 230000006870 function Effects 0.000 description 1
- 239000000203 mixture Substances 0.000 description 1
- 238000004080 punching Methods 0.000 description 1
- 238000004064 recycling Methods 0.000 description 1
- 239000007921 spray Substances 0.000 description 1
- 230000009466 transformation Effects 0.000 description 1
- 239000002351 wastewater Substances 0.000 description 1
Abstract
The utility model discloses a kind of governing systems of pipeline being connected to natural water, are related to plumbing technical field.The system includes: pipeline, and pipeline includes that multiple branch pipelines and one collect pipeline；At least one part flow arrangement, part flow arrangement are set in branch pipeline, each branch pipeline by part flow arrangement can respectively with collect pipeline and natural water is connected to；Each part flow arrangement all has at least one water inlet, the first water outlet and the second water outlet, and water inlet is connected to the water inlet end of branch pipeline, and the first water outlet can be connected to natural water, the second water outlet can with collect pipeline connection；Storage pool, storage pool can with collect pipeline connection, for collect from collect pipeline be discharged rainwater and pipeline in the mixed sewage of ponding.The utility model can prevent the accumulation water in the pipeline being connected to natural water to be directly entered natural water, to avoid polluting natural water, while reduce sewage plant processing pressure.
Description
Technical field
The utility model relates to plumbing technical fields, are specifically related to a kind of improvement of pipeline being connected to natural water
System.
Background technique
Domestic some cities such as Shanghai, Shenzhen etc. are since level of ground water is higher, and the river water level in city is higher, and underground water is very
It easily infiltrates into pipeline, when especially piping failure is serious.At present in these cities, shape that pipeline is run all in high water level
State.
There is underground water to infiltrate in pipeline in fine day in face of this high water level situation, if forcing the water in emptying pipeline
When, since concentration of wastewater is not high and water is larger, it is easy to cause sewage plant processing pressure big；Moreover, constantly having underground
Water infiltrates, and will lead to sinking of ground if taken out always；Meanwhile when the water in pipeline is drained, the deposit in pipeline is easy
It is hardened, it is not easy to be washed away by flowing water.Therefore, when fine day, directly light will cannot be taken out with the water in pipeline.
But if the water in pipeline is placed in pipeline always, more problems can be faced, especially when pipeline is
When the pipeline being directly connected to natural water.Specific problem is as follows: when pipeline memory full water, since sanitary sewage enters pipeline
Afterwards, the water that fine day accumulates in the pipeline is changing to sewage, once rainfall, since pipeline is connected to natural water, these pipelines
The sewage of the inside will be directly discharged into natural water, be polluted to natural water.
Moreover, water does not flow, and duct bottom will accumulate a large amount of deposit, work as drop when being filled with water for a long time in pipeline again
When heavy rain, the deposit of duct bottom will mix rainwater and form sewage, natural water (such as river) is discharged to, further to nature
Water body pollutes.
Therefore, it is a urgent problem to be solved that how the sewage in the higher city of level of ground water, pipeline, which is handled,.
Utility model content
The purpose of this utility model is to overcome the deficiency of above-mentioned background technique, provides and a kind of be connected to natural water
The governing system of pipeline.The utility model can prevent sewage in the pipeline being connected to natural water from entering natural water, thus
It avoids polluting natural water, while reducing sewage plant processing pressure.
The utility model provides a kind of governing system of pipeline being connected to natural water, which includes:
Pipeline, the pipeline include that multiple branch pipelines and one collect pipeline；
At least one part flow arrangement, the part flow arrangement are set in branch pipeline, and each branch pipeline can be divided by part flow arrangement
Not with collect pipeline and natural water is connected to；
Each part flow arrangement all has at least one water inlet, the first water outlet and the second water outlet, the water inlet with
The water inlet end of the branch pipeline is connected to, and first water outlet can be connected to natural water, second water outlet can with collect
Pipeline connection；
Storage pool, the storage pool can with collect pipeline connection, for collect from collect pipeline be discharged rainwater with it is described
The mixed sewage of ponding in pipeline.
Based on the above technical solution, the system comprises first switch parts and second switch part, described first to open
Part is closed to be installed on close to first water outlet, for being switched off and on the pipeline of the part flow arrangement and natural water；
Along the water inlet direction of the storage pool, the second switch part is set to the storage pool water inlet or the storage
On front side of the water inlet of pond, for being switched off and on the pipeline of the part flow arrangement Yu the storage pool.
Based on the above technical solution, the system comprises third switch member, the third switch member, which is installed on, to be leaned on
Nearly second water outlet, for being switched off and on the part flow arrangement and collecting the pipeline between pipeline；Second water outlet
By intercepting sewer and collect pipeline connection.
Based on the above technical solution, intelligent injector and submersible sewage pump, the intelligence spray are equipped in the storage pool
Emitter rinses the storage pool for being aerated, and the submersible sewage pump is used to for the sewage of storage pool being discharged.
Based on the above technical solution, the part flow arrangement is shunting well, Vatch basin or abandoned stream well.
Based on the above technical solution, the system also includes retaining devices, for intercepting suspended matter and floating material,
The retaining device is set in the part flow arrangement or between the part flow arrangement and the storage pool.
Based on the above technical solution, the system also includes control system, the control system includes liquidometer
The controller being connect with liquidometer signal；
The liquidometer is used to monitor the liquid level in the storage pool；
The controller be used to be controlled according to the liquid level part flow arrangement respectively with the natural water and institute
State the on and off of the pipeline between storage pool.
Based on the above technical solution, level threshold is equipped in the controller；
When not up to level threshold, the pipeline between the part flow arrangement and the storage pool is connected, the shunting dress
Set the pipeline cut-off between the natural water；
When reaching level threshold, the pipeline between the part flow arrangement and the storage pool ends, the part flow arrangement
Pipeline between the natural water is connected.
Compared with prior art, as follows the advantages of the utility model:
(1) the utility model is in rainfall, by part flow arrangement by rainwater and pipeline the mixed sewage of ponding and
Clean rainwater is shunted, and storage pool collects the mixed sewage of ponding in rainwater and pipeline, prevents sewage from entering nature
Water body pollutes natural water, while clean rainwater is discharged to natural water, realizes recycling for rainwater.Moreover,
Sewage is stored by storage pool mode, be staggered rainwater flood peak, then drains into sewage treatment plant again, reduces sewage plant processing pressure
Power.
(2) the utility model, which is equipped with control system, may be implemented Tthe utility model system by the liquid level of storage pool
It automatically controls and shunts, when the liquid level in the storage pool that liquidometer monitors is lower than level threshold, controller control storage
Pipeline between pond and part flow arrangement is connected, and the pipeline controlled between natural water and part flow arrangement ends；Liquidometer detects
Storage pool in liquid level when being higher than level threshold, controller, which controls the pipeline between storage pool and part flow arrangement, to be ended,
Pipeline between control natural water and part flow arrangement is connected.The control system of the utility model can be realized the automatic of this system
Change control, reduces personnel's maintenance cost.
(3) the utility model can be particularly suitable for level of ground water compared with Gao Cheng to the transformation of existing collecting fitting and rain pipe
City, solve existing pipeline due to have throughout the year ponding fermentation it is smelly or be mixed into sanitary sewer have it is a certain amount of
Sewage, at rainy day, the problem of being discharged into natural water together with rainwater, improvement cost is low, has very strong practicability.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the embodiment one of the governing system for the pipeline that the utility model is connected to natural water.
Fig. 2 is the structural schematic diagram of the embodiment two of the governing system for the pipeline that the utility model is connected to natural water.
Appended drawing reference: pipeline 1, branch pipeline 101, collect pipeline 102, storage pool 2, submersible sewage pump 201, intelligent injector 202,
Natural water 3, second switch part 5, intercepts part 6, water pump 7, shunting well 8, retaining device 9, third switch member at first switch part 4
10, intercepting sewer 11.
Specific embodiment
With reference to the accompanying drawing and specific embodiment is described in further detail the utility model.
The utility model embodiment provides a kind of governing system of pipeline being connected to natural water, comprising: pipeline 1, extremely
A few part flow arrangement 8 and storage pool 2；
Pipeline 1, including multiple branch pipelines 101 and one collect pipeline 102；Part flow arrangement 8 is set in branch pipeline 101, often
A branch pipeline 101 by part flow arrangement 8 can respectively with collect pipeline 102 and natural water 3 is connected to；
Wherein, each part flow arrangement 8 all has at least one water inlet, the first water outlet and the second water outlet, water inlet
Be connected to the water inlet end of branch pipeline 101, the first water outlet can be connected to natural water 3, the second water outlet can with collect pipeline 102
Connection；
Storage pool 2 can be connected to pipeline 102 is collected, for collecting out of, rainwater and pipeline 1 that collect the discharge of pipeline 102
The mixed sewage of ponding.Pipeline 1 can be the rain pipe of separate system, or collecting fitting.Part flow arrangement 8 be shunting well,
Vatch basin or abandoned stream well.
Specifically, system includes first switch part 4 and second switch part 5, and first switch part 4 is installed on close to the first water outlet
At mouthful, for being switched off and on the pipeline of part flow arrangement 8 Yu natural water 3；
Along the water inlet direction of storage pool 2, before second switch part 5 is set to 2 water inlet of 2 water inlet of storage pool or storage pool
Side, for being switched off and on the pipeline of part flow arrangement 8 Yu storage pool 2.Wherein, first switch part 4 can be gentle for gate, weir gate
Pillow etc., second switch part 5 may be for gate, weir gate and pneumatic die cushion etc..Wherein, 5 basis of first switch part 4 and second switch part
Actual pipeline situation, can be separately provided or be arranged together.
Further, system can also include third switch member, and third switch member is installed on close to the second water outlet, uses
In being switched off and on part flow arrangement 8 and collect the pipeline between pipeline 102；Second water outlet is by intercepting sewer and collects pipeline
102 connections.
Wherein, intelligent injector 202 and submersible sewage pump 201 are equipped in storage pool 2, intelligent injector 202 is rinsed for being aerated
Storage pool 2, submersible sewage pump 201 are used to for the sewage of storage pool 2 being discharged.
Optionally, system further includes retaining device 9, and for intercepting suspended matter and floating material, retaining device 9, which is set to, shunts dress
It sets in 8 or between part flow arrangement 8 and storage pool 2.
Wherein, in the present invention, system further includes control system, and control system includes liquidometer and believes with liquidometer
Number connection controller；
Liquidometer is used to monitor the liquid level in storage pool 2；
Controller is used to control the pipeline between natural water 3 and storage pool 2 respectively of part flow arrangement 8 according to liquid level
On and off.
Level threshold is equipped in controller；
When not up to level threshold, the pipeline between part flow arrangement 8 and storage pool 2 is connected, part flow arrangement 8 and Natural Water
Pipeline cut-off between body 3；
When reaching level threshold, the pipeline between part flow arrangement 8 and storage pool 2 ends, part flow arrangement 8 and natural water
Pipeline conducting between 3.
The specific constructive form of the system of two the utility model is set forth below:
Embodiment one
It is shown in Figure 1, the system of the utility model include: pipeline 1, flusher, storage pool 2, first switch part 4,
Second switch part 5, intercepts part 6, part flow arrangement 8 and retaining device 9 at third switch member 10.
Wherein, pipeline 1, including multiple branch pipelines 101 and one collect pipeline 102；Part flow arrangement 8 is set to branch pipeline 101
On, each branch pipeline 101 by part flow arrangement 8 can respectively with collect pipeline 102 and natural water 3 is connected to.Wherein, each shunting
Device 8 all has at least one water inlet, the first water outlet and the second water outlet, the water inlet end company of water inlet and branch pipeline 101
Logical, the first water outlet can be connected to natural water 3, and the second water outlet can be connected to pipeline 102 is collected；Storage pool 2 can with collect
Pipeline 102 is connected to, and the rainwater of collection and the mixed sewage of ponding in pipeline 1 and/or flusher rinse ponding pipeline
Flushing water.
Intelligent injector 202 and submersible sewage pump 201 are equipped in storage pool 2, intelligent injector 202 rinses storage pool for being aerated
2, submersible sewage pump 201 is used to for the sewage of storage pool 2 being discharged.Storage pool 2 is connected to by plumbing drain with sewage treatment plant.Submersible sewage pump
201 can be used as water pump 7, naturally it is also possible to which additional setting water pump 7, water pump 7 can be set in part flow arrangement 8, can also be set to pipe
In road 1.Wherein, intercepting part 6 is eccentric stifled door.
Wherein, first switch part 4 can be bottom-open type weir gate or pneumatic die cushion, be set at 8 wall of part flow arrangement, second switch part 5
It can be upper open type gate, set on the water inlet of storage pool 2.Wherein, system includes third switch member, and third switch member 10 is pacified
Loaded on close second water outlet, for being switched off and on part flow arrangement 8 and collecting the pipeline between pipeline 102；Second water outlet
Mouth is connected to by intercepting sewer 11 with pipeline 102 is collected.In the present embodiment, part flow arrangement 8 is equipped in each branch pipeline 101.
Embodiment two
Shown in Figure 2, embodiment two and the difference of embodiment one are: there are two branch pipelines 101 to pass through a shunting
Device 8 is shunted, which is set in branch pipeline 101, and there are two water inlets for the part flow arrangement 8, respectively with
Two branch pipelines 101 are connected to, another branch pipeline 101 is connected to by pipeline with the water inlet of part flow arrangement 8.It is contemplated that
It is that a part flow arrangement 8 can shunt one, two or more branch pipelines 101.In the present embodiment, one of them
Water pump 7 is equipped in part flow arrangement 8.
The application method of the system of the utility model includes:
When rainfall, part flow arrangement 8 and storage pool 2 are connected, and the sewage accumulated in pipeline 1 drains into storage pool through rain drop erosion
In 2, when storage pool 2 reaches preset highest reserve-water-level, the path blockade of storage pool 2 and pipeline 1；
At this point, the pipeline between part flow arrangement 8 and natural water 3 is connected, rainwater is emitted into natural water 3, and rainfall terminates
Afterwards, the pipeline between part flow arrangement 8 and natural water 3 is closed.
Specifically, system further includes control system, and control system includes liquidometer and the control that connect with liquidometer signal
Device；
Level threshold is equipped in controller；
When the liquid level in storage pool 2 that liquidometer monitors is lower than level threshold, controller controls storage pool 2 and divides
The pipeline conducting between device 8 is flowed, the pipeline controlled between natural water 3 and part flow arrangement 8 ends；
When the liquid level in storage pool 2 that liquidometer detects is higher than level threshold, controller controls storage pool 2 and divides
The pipeline cut-off between device 8 is flowed, control natural water 3 is connected with the pipeline between part flow arrangement 8.
In addition, flusher can also be increased during the utility model reuses；
Wherein, flusher is used for flushing pipe 1；Part flow arrangement 8 has at least one water inlet, the first water outlet and the
Two water outlets, water inlet are connected to the water outlet of pipeline 1, and the first water outlet can be connected to natural water 3；Storage pool 2 can be with
Two water outlets connection, for collecting the mixed sewage of ponding in rainwater and pipeline 1 and/or flusher flushing pipe 1
Flushing water.Pipeline 1 can be the rain pipe of separate system, or collecting fitting.
Specifically, system includes first switch part 4 and second switch part 5, and first switch part 4 is installed on close to the first water outlet
At mouthful, for being switched off and on the pipeline of part flow arrangement 8 Yu natural water 3；Along the water inlet direction of storage pool 2, second switch part 5
It is set on front side of 2 water inlet of 2 water inlet of storage pool or storage pool, for being switched off and on the pipe of part flow arrangement 8 Yu storage pool 2
Road.First switch part 4 and second switch part 5 can be separately provided or be arranged together according to actual pipeline situation.Its
In, first switch part 4 can be gate, weir gate and pneumatic die cushion etc., and second switch part 5 may be for gate, weir gate and pneumatic die cushion etc..
When the present embodiment is to be transformed situation for the pipeline 1 having had, since existing pipeline 1 does not carry out clearly
Reason, has sewage to deposit the mud of formation in it throughout the year, when raining in torrents, can rush the mud in pipeline 1.This system is rushed
Cleaning device may include desilting equipment, for clearing up the mud of 1 bottom of pipeline；Desilting equipment includes giant or flushing machine
People, it is by giant or flushing robot that the mud of 1 bottom of pipeline is loose clearly.
When pipeline 1 is newly-built pipeline or dredging has been carried out the case where, the later period for the cleaning in service conduit 1,
Flusher is set, flusher includes the interception part 6 that at least one is set in pipeline 1, for intercepting the ponding in pipeline 1,
Along water (flow) direction, when intercepting the unlatching of part 6, the water for intercepting the interception of 6 upstream of part rinses the pipeline 1 for intercepting 6 downstream of part.Intercept part
6 can be eccentric stifled door, gate or weir gate or other can be realized the structure of SEA LEVEL VARIATION, can whole closed conducts 1 can also
With partially enclosed pipeline 1.When pipeline 1 is rain pipe, intercepting part 6 can be set at the catch-basin of rain pipe.
Further, the liquidometer for monitoring water level can be equipped in pipeline 1, the water level in pipeline 1 is more than setting
When water level H1, the water in pipeline 1 is discharged, when the water level in pipeline 1 is down to H0, stops discharge, keeps having in pipeline 1 certain
Water, avoid mud hardened, meanwhile, by the water in extraction conduit 1, prevent full of water in pipeline, water does not flow again, pipeline 1
A large amount of deposits are arranged at bottom.Optionally, system further includes water pump 7, and when the liquid level in pipeline 1 is more than setting liquid level, water pump 7 will
Water in pipeline 1 is discharged to sewage treatment plant or storage pool 2.Water pump 7 is set in pipeline 1, can be directly by sewage transport to dirt
Water treatment plant.Or it is equipped in storage pool 2 for by the submersible sewage pump 201 of the sewage discharge of storage pool 2, submersible sewage pump 201 to be used as water pump
7, after the sewage transport in pipeline 1 to storage pool 2, then stored pond 2 is transported to sewage treatment plant.Specifically, part flow arrangement 8
Interior to be equipped with fine day pump and rainy day pump, the water outlet of rainy day pump is the first water outlet, and the water outlet of fine day pump is the second water outlet.
Optionally, intelligent injector 202 and submersible sewage pump 201 are equipped in storage pool 2, intelligent injector 202 is for being aerated punching
Storage pool 2 is washed, submersible sewage pump 201 is used to for the sewage of storage pool 2 being discharged.Storage pool 2 is connected by plumbing drain and sewage treatment plant
It is logical.At this point, storage pool 2 is equivalent to storage pond.Part flow arrangement 8 is shunting well, Vatch basin or abandoned stream well.
Further, pipeline 1 may include multiple branch pipelines 101 and a manifold trunk being connected to multiple branch pipelines 101
Road 102, collecting pipeline 102 can be connected to natural water 3 and storage pool 2 respectively by part flow arrangement 8, and flusher is for rinsing
Branch pipeline 101.
Optionally, system further includes retaining device 9, and for intercepting suspended matter and floating material, retaining device 9, which is set to, shunts dress
It sets in 8 or between part flow arrangement 8 and storage pool 2.Retaining device 9 can use reticular structure.
Wherein, system further includes control system, control system include rainfall gauge, liquidometer and respectively with rainfall gauge, liquid level
Count the controller of signal connection；
Rainfall gauge is for monitoring rainfall；
Liquidometer is used to monitor the liquid level in storage pool 2；
Controller be used for according to rainfall and/or liquid level control part flow arrangement 8 respectively with natural water 3 and storage pool
The on and off of pipeline between 2.
Function, controller and first switch part 4, second switch part 5, submersible sewage pump is better achieved in order to control this system
201, intelligent injector 202, interception part 6 are connected in pipeline 1 for monitoring the liquidometer of water level.
Further, flusher is also connect with controller signals, and controller is used for according to flusher working signal control
The on and off of the part flow arrangement 8 processed pipeline between natural water 3 and storage pool 2 respectively.
Wherein, rainfall threshold value and level threshold are equipped in controller；
When not up to rainfall threshold value, the pipeline between part flow arrangement 8 and storage pool 2 ends, part flow arrangement 8 and Natural Water
Pipeline cut-off between body 3；
When reaching rainfall threshold value and being not up to level threshold, the pipeline between part flow arrangement 8 and storage pool 2 is connected, and is shunted
Pipeline cut-off between device 8 and natural water 3；
When reaching rainfall threshold value and reaching level threshold, pipeline cut-off between part flow arrangement 8 and storage pool 2 shunts dress
The pipeline set between 8 and natural water 3 is connected.
The administering method of the governing system of the utility model includes: rainy day mode and rinse mode, is selected according to the needs of use
Rainy day mode or rinse mode are selected, specific as follows:
Rainy day mode:
When rainfall, branch pipeline 101 and storage pool 2 are connected, and the sewage accumulated in branch pipeline 101 is drained into through rain drop erosion to be deposited
In reservoir 2, when storage pool 2 reaches preset highest reserve-water-level, the path blockade of storage pool 2 and branch pipeline 101；
At this point, the pipeline between branch pipeline 101 and natural water 3 is connected, rainwater is emitted into natural water 3, and rainfall terminates
Afterwards, the pipeline between branch pipeline 101 and natural water 3 is closed.
Specifically, which includes control system, control system include rainfall gauge, liquidometer and respectively with rainfall gauge, liquid
The controller of position meter signal connection；
Rainy day mode further include:
Rainfall threshold value and level threshold are set in controller；
When the rainfall that rainfall gauge monitors is less than rainfall threshold value, controller is controlled between storage pool 2 and part flow arrangement 8
Pipeline cut-off, the pipeline controlled between natural water 3 and part flow arrangement 8 end.At this point, the water level of pipeline 1 rises.
When rainfall gauge monitors that rainfall reaches rainfall threshold value, while the liquid level in the storage pool 2 that monitors of liquidometer is high
When spending lower than level threshold, controller control storage pool 2 is connected with the pipeline between part flow arrangement 8, controls natural water 3 and divides
Flow the pipeline cut-off between device 8.It is opened at this point, controller control intercepts part 6, flushing pipe 1.Controller realizes that pipeline 1 rushes
The control washed.
When the rainfall that rainfall gauge monitors reaches rainfall threshold value, while the liquid level in the storage pool 2 that detects of liquidometer
When height is higher than level threshold, controller, which controls the pipeline between storage pool 2 and part flow arrangement 8, to be ended, control natural water 3 with
Pipeline conducting between part flow arrangement 8.
Wherein, the peak level of storage pool 2 can be monitored by liquidometer, and storage pool 2 can be set to volume V=V1+V2,
V1 accumulates in the water in pipeline when being fine day, V2 is storage volume needed for collecting the first rain of certain millimeter.In practical application
In, the volume and highest reserve-water-level of storage pool 2 can be set as the case may be, control storage pool 2 reaches preset highest
When reserve-water-level, the rainwater for being mixed with ponding is all collected, and clean rainwater is emitted into natural water 3.
Optionally, when the water level in pipeline 1 is more than setting water level H1, second switch part 5 is opened slightly, starts water pump 7
Water in pipeline 1 is drained into storage pool 2；
When the water level in pipeline 1 rises above the warning line H2,5 standard-sized sheet of second switch part, the water accumulated in pipeline 1 is arranged rapidly
To storage pool 2, wherein H2 >=H1.
When the water level in pipeline 1 rises above the warning line H2, then the first rain of runoff can also enter in storage pool 2.
When storage pool 2 reaches preset highest reserve-water-level, second switch part 5 is closed, and first switch part 4 is opened, and is done
Net rainwater is emitted into natural water 3.
Rinse mode:
When flusher work, the pipeline between branch pipeline 101 and storage pool 2 is connected, flusher flushing pipe 1
Flushing water drains into storage pool 2, and when storage pool 2 reaches preset highest reserve-water-level, branch pipeline 101 is logical with storage pool 2
Road is closed, and flusher stops working.
Generally, status pipeline 1 is first had in principle carry out primary thorough dredging.Optionally, flusher is height
It presses hydraulic giant or rinses robot；Rinse mode includes:
Branch pipeline 101 and storage pool 2 are in the conductive state, with giant or rinse robot 101 bottom of branch pipeline
Mud it is loose clearly, water flow drive 1 bottom of pipeline mud flow into storage pool 2 together.
Wherein, after being rinsed for the first time using giant or flushing robot to branch pipeline 101, the water after flushing is flowed into
Storage pool 2；
After first rinse, separated in time introduces the water of natural water in branch pipeline 101, again to branch pipeline
101 are rinsed, and the flowing water for rinsing branch pipeline 101 enters storage pool 2.In practical applications, it after emptying storage pool 2, closes
Second switch part 5 can open first switch part 4 for submerged pipeline 1, the water inside river be introduced pipeline 1, then
First switch part 4 is closed, second is carried out and rinses, pipeline 1 can be rinsed well substantially.For non-submersion pipeline 1, can use
Water inside river is pumped by water pump 7 to the pipeline 1, second is carried out and rinses, then empty storage pool 2.
After pipeline 1 completes first time cleaning down, it can be set periodically using hydraulic automatism rinse mode, flushing cycle
It can be set to carry out once flushing January, each continuous flushing is twice.Hydraulic automatism rinse mode does not need to use giant
Or rinse robot.
When being equipped at least one interception part 6 in each branch pipeline 101, rinse mode includes: that will be divided using interception part 6
Pipeline 101 is segmented, and the water level for intercepting 6 upstream of part rises, and after water level rises to certain altitude, is intercepted part 6 and is opened, rinse and intercept
The pipeline in 6 downstream of part；
When there are multiple spaced interception parts 6, since the interception part 6 close to storage pool 2, interception part is passed sequentially through
6 open the pipeline for intercepting 6 back segment of part, and flowing water is made to rinse the pipeline for intercepting 6 downstream of part.Wherein, using interception 6 flushing pipe of part
When, the water in river can be introduced, rainwater when can also be in favor of rainfall.
Further, in order to which rainwater to be used for the flushing of pipeline, when the rainfall that rainfall gauge monitors is less than rainfall threshold value,
Controller, which controls the pipeline between storage pool 2 and part flow arrangement 8, to be ended, and the pipeline between natural water 3 and part flow arrangement 8 is controlled
Cut-off.The water level of pipeline 1 rises, and controller control intercepts part 6 and is segmented pipeline 1；When rainfall gauge monitors that rainfall reaches rain
Threshold value is measured, while when the liquid level in the storage pool 2 that monitors of liquidometer is lower than level threshold, controller controls storage pool 2
Pipeline between part flow arrangement 8 is connected, and the pipeline controlled between natural water 3 and part flow arrangement 8 ends, and controller control is blocked
Part 6 is cut since the interception part 6 close to storage pool 2, successively control intercepts part 6 and opens, and rinses the pipeline for intercepting 6 downstream of part, rain
The mixed sewage of ponding in water and pipeline enters storage pool 2.Controller realizes the control that pipeline 1 rinses.Meanwhile when past pipeline
When 1 water filling, control piece controls the cut-off, conducting and the side for intercepting part 6 of the pipeline between storage pool 2 and part flow arrangement 8
Formula is similar with rainwater principle.
When the interception part 6 of a branch pipeline 101, which is opened, rinses the branch pipeline 101, between the branch pipeline 101 and storage pool 2
Pipeline conducting, while the interception part 6 of other branch pipelines 101 is closed, and pipeline between other branch pipelines 101 and storage pool 2 is cut
Only, each branch pipeline 101 is successively rinsed.Wherein, when rainfall, the principle of the flushing of the single branch pipeline 101 of controller and control are managed
It is identical that road 1 rinses principle.
Wherein, controller is also connect with flusher signal in the system；Rinse mode further include: controller is according to flushing
When device working signal, controller control storage pool 2 is connected with the pipeline between part flow arrangement 8, control natural water 3 and shunting
Pipeline cut-off between device 8.
The application method of the utility model governing system further includes fine day mode:
When the water level in branch pipeline 101 is more than setting water level H1, the water in branch pipeline 101 is discharged, when branch pipeline 101
When interior water level is down to water level H0, stop discharge；Wherein, H1 >=H0.In practical application, water pump is typically necessary one and opens water pumping
Position and a termination of pumping water level.Specifically, the pipeline liquidometer in branch pipeline 101 is connect with controller signals, when in branch pipeline 101
Water level when being more than setting water level H1, liquid level signal is sent to controller by pipeline liquidometer, and controller starting water pump 7 will be in charge of
Water in road 101 is discharged, and the water level in branch pipeline 101 is down to water level H0, and liquid level signal is sent to controller by pipeline liquidometer,
Controller controls water pump 7 and stops draining.
Specifically, the second switch part 5 of 2 entrance of storage pool is in close state, and it is anti-down that first switch part 4 is in closing
The state of filling, the case where being infiltrated due to the branch pipeline 101 of status there are underground water, so containing one in fine day branch pipeline 101
Fixed water level, the sanitary sewage of 101 hybrid junction of branch pipeline can also enter in branch pipeline 101.
When the water level in branch pipeline 101 is more than setting water level H1, second switch part 5, third switch member 10 are opened slightly,
Start water pump 7, water is discharged to storage pool 2 and is handled, when the water level in branch pipeline 101 is down to H0, second switch part 5 is closed, and is dived
It is closed after 201 emptying storage pool 2 of dirt pump, can prevent water pump 7 from taking out underground water always, city level of ground water is caused to decline.Wherein,
Water can be exhausted directly to sewage pipe by water pump 7, be then exhausted from sewage treatment plant after water can also being drained into storage pool 2.Meanwhile
The water level in branch pipeline 101 is kept to be always positioned at water level H0, convenient for calculating the water of branch pipeline 101 accumulated in pipeline, knot
The rainfall for needing to collect is closed, so that the volume and highest reserve-water-level of storage pool 2 are calculated, when storage pool 2 reaches preset highest
When reserve-water-level, the rainwater for being mixed with ponding is all collected, and clean rainwater is emitted into natural water 3, is advantageously implemented water body
Recycle, control precisely, ensures that the water for entering natural water is clean rainwater, accurate to control, reduce personnel's maintenance at
This.
Those skilled in the art can carry out various modifications to the utility model embodiment and modification, if these are modified
With modification within the scope of the claims of the present invention and its equivalent technology, then these modifications and variations are also practical new at this
Within the protection scope of type.
The prior art that the content being not described in detail in specification is known to the skilled person.
Claims (8)
1. a kind of governing system for the pipeline being connected to natural water characterized by comprising
Pipeline, the pipeline include that multiple branch pipelines and one collect pipeline；
At least one part flow arrangement, the part flow arrangement be set to branch pipeline on, each branch pipeline by part flow arrangement can respectively with
Collect pipeline to be connected to natural water；
Each part flow arrangement all has at least one water inlet, the first water outlet and the second water outlet, the water inlet with it is described
The water inlet end of branch pipeline is connected to, and first water outlet can be connected to natural water, second water outlet can with collect pipeline
Connection；
Storage pool, the storage pool can with collect pipeline connection, for collect from collect pipeline be discharged rainwater and the pipeline
The mixed sewage of interior ponding.
2. the governing system for the pipeline being connected to as described in claim 1 with natural water, it is characterised in that: the system comprises
First switch part and second switch part, the first switch part are installed on close to first water outlet, for ending and leading
Lead to the pipeline of the part flow arrangement and natural water；
Along the water inlet direction of the storage pool, the second switch part be set to the storage pool water inlet or the storage pool into
On front side of the mouth of a river, for being switched off and on the pipeline of the part flow arrangement Yu the storage pool.
3. the governing system for the pipeline being connected to as described in claim 1 with natural water, it is characterised in that: the system comprises
Third switch member, the third switch member are installed on close to the second water outlet, for be switched off and on the part flow arrangement with
Collect the pipeline between pipeline；Second water outlet is by intercepting sewer and collects pipeline connection.
4. the governing system for the pipeline being connected to as described in claim 1 with natural water, it is characterised in that: in the storage pool
Equipped with intelligent injector and submersible sewage pump, the intelligence injector rinses the storage pool for being aerated, and the submersible sewage pump is used for will
The sewage of storage pool is discharged.
5. the governing system for the pipeline being connected to as described in claim 1 with natural water, it is characterised in that: the part flow arrangement
For shunting well, Vatch basin or abandoned stream well.
6. the governing system for the pipeline being connected to as described in claim 1 with natural water, it is characterised in that: the system is also wrapped
Retaining device is included, for intercepting suspended matter and floating material, the retaining device is set in the part flow arrangement or shunting dress
It sets between the storage pool.
7. the governing system for the pipeline being connected to as described in claim 1 with natural water, it is characterised in that: the system is also wrapped
Include control system, the control system includes liquidometer and the controller that connect with liquidometer signal；
The liquidometer is used to monitor the liquid level in the storage pool；
The controller be used to be controlled according to the liquid level part flow arrangement respectively with the natural water and described deposit
The on and off of pipeline between reservoir.
8. the governing system for the pipeline being connected to as claimed in claim 7 with natural water, it is characterised in that: in the controller
Equipped with level threshold；
When not up to level threshold, the pipeline between the part flow arrangement and the storage pool is connected, the part flow arrangement with
Pipeline cut-off between the natural water；
When reaching level threshold, the pipeline between the part flow arrangement and the storage pool ends, the part flow arrangement and institute
State the pipeline conducting between natural water.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821206463.3U CN209129111U (en) | 2018-07-27 | 2018-07-27 | The governing system for the pipeline being connected to natural water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821206463.3U CN209129111U (en) | 2018-07-27 | 2018-07-27 | The governing system for the pipeline being connected to natural water |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209129111U true CN209129111U (en) | 2019-07-19 |
Family
ID=67227782
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821206463.3U Active CN209129111U (en) | 2018-07-27 | 2018-07-27 | The governing system for the pipeline being connected to natural water |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209129111U (en) |
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2018
- 2018-07-27 CN CN201821206463.3U patent/CN209129111U/en active Active
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Address after: No. 509 Weihu Road, Shamao Street, Hannan District, Wuhan City, Hubei Province, 430000 Patentee after: Wuhan Shengyu Smart Ecological Environmental Protection Co.,Ltd. Address before: 430000, No. 189, Minli North Road, Wuhan Economic and Technological Development Zone, Hubei Province Patentee before: WUHAN SHENGYU DRAINAGE SYSTEM Co.,Ltd. |