CN105317103B - With the rainwater regulating pondage system from abatement functions - Google Patents
With the rainwater regulating pondage system from abatement functions Download PDFInfo
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- CN105317103B CN105317103B CN201510753086.XA CN201510753086A CN105317103B CN 105317103 B CN105317103 B CN 105317103B CN 201510753086 A CN201510753086 A CN 201510753086A CN 105317103 B CN105317103 B CN 105317103B
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Abstract
A kind of rainwater regulating pondage system having from abatement functions, including water inlet system, monitor control system, cistern, mud collect system, sludge drainage system, rainwater classified utilization system, sludge classification processing system, bottom of pond rinse-system；The water inlet system performs the receiving and closing of rainwater, and runoff rainwater scum silica frost primary filter, under the control of monitor control system, runoff rainwater enters the secondary tank of cistern after filtering；The mud, which collects system runoff rainwater is stood into the precipitated sludge after natural sedimentation in cistern, is pooled to mud-collecting slot, and mud is pushed into mud well by sludge drainage system in mud-collecting slot, then by sludge pump by outside mud out well；The bottom of pond rinse-system discharges the clear water in secondary tank under the control of monitor control system, and columns base residual sludge is thoroughly removed.The present invention both can quickly collect rainwater, can keep Rainwater Quality for a long time again and be stored, and effectively rainwater utilization, progress mud can be administered certainly.
Description
Technical field
The invention belongs to water process with utilizing technical field, especially for rainwater-collecting Adjust and use technical field, it is related to
It is a kind of that there is rainwater reservoir technology of the mud from abatement functions.
Technical background
It is widely used in rainwater-collecting with administering field, rain water reservoir technology.At present, domestic and international rain-water accumulating
The operation in pond is mainly reduction flood peak waterlogging, alleviates the pressure that sewage treatment plant receives sewage.The collection portion point during rainfall
Collected rainwater is emptied quickly after rainwater, heavy rain, and then columns base sludge is purged.If stored rain
Water long-time storage, the large amount of organic rubbish that columns base is accumulated just putrid fermentation, severe contamination water quality, and then make rain
Water, which blacks, to be fouled, bacterial overgrowth, and long term storage and utilization can not be obtained by therefore, in cistern depositing rainwater.Objectively need
New technical scheme is researched and developed, effectively to solve the problems, such as sludgd deposition, and can be in retaining state by mud-water separation, decontaminate rain
Water rubbish, extends storage time, improves rainwater utilization degree, realizes to the controllable collection of rainwater, storage, release and utilizes.
The content of the invention
Rainwater both can be quickly collected it is an object of the invention to provide one kind, Rainwater Quality can be kept for a long time again and be stored up
Deposit, and can be effectively to rainwater utilization with the rainwater regulating pondage system from abatement functions.
It is a further object to provide the rainwater regulating pondage system that a kind of above-mentioned mud is administered certainly.
To reach above-mentioned purpose, technical scheme is as follows：
A kind of rainwater regulating pondage system having from abatement functions, including water inlet system, monitor control system, cistern, silt
Mud collects system, sludge drainage system, rainwater classified utilization system, sludge classification processing system, bottom of pond rinse-system；
The water inlet system performs the receiving and closing of rainwater, and runoff rainwater scum silica frost primary filter, in monitoring control
Under the control of system processed, runoff rainwater enters the secondary tank of cistern after filtering；
The mud, which collects system runoff rainwater is stood into the precipitated sludge after natural sedimentation in cistern, is pooled to collection
Mud groove, mud well is pushed into mud-collecting slot by sludge drainage system by mud, then by sludge pump by outside mud out well；
The rainwater classified utilization system is needed according to the natural subsidence feature mixed under supernatant in cistern to different with water
Will, extract corresponding level and the rainwater of cleannes；
The sludge classification processing system sludge pump irrigates low concentration muddy water for greenbelt；Intermediate concentration sludge is used
Sludge is pumped into ecological purification wetland infiltration processing, and high concentration sludge after sludge pumped with using dewaterer dewater treatment.
The bottom of pond rinse-system discharges the clear water in secondary tank under the control of monitor control system, to cistern bottom
Portion's residual sludge is thoroughly removed.
Further, the water inlet system include cooperate water inlet culvert, inlet gate, sluice control system, scum silica frost every
Disembark, scum silica frost hoisting mechanism, round brush deslagging device, water wheels.
Water inlet system is arranged at the upstream of cistern, under the monitoring and controlling of monitor control system, and system is controlled by gate
System, opens inlet gate, and runoff rainwater is contained from intaking and enters scum silica frost isolated area by gate, isolates machine by scum silica frost and floats larger
Slag is intercepted, and scum silica frost is by storage bin outside scum silica frost lift mechanism lifts to pond；Round brush deslagging device is isolated relatively fine scum silica frost,
Scum silica frost after isolation is transported to dross box outside pond by water wheels hoisting mechanism.
Monitor control system includes the monitoring of water inlet system and control, cistern retaining status monitoring and control, mud converge
The monitoring of collecting system and control, the monitoring of sludge drainage system and control, the monitoring of rainwater classified utilization system and control, sludge classification
The monitoring of processing system and control, the monitoring of bottom of pond rinse-system and control.
Monitor control system is main to be made up of ultrasonic liquid leveller, control power supply, PLC, hydraulic system etc..Water inlet
Contain bottom and pressure sensor is installed, contain interior pressure for monitoring water inlet water level and water；Flow of inlet water measuring instrument is installed on into water
Gate rear, according to the size of flow of inlet water, the speed of service of control and regulation scum silica frost isolation machine；Ultrasonic liquid leveller is installed on
At the top of cistern, for monitoring water level raising and lowering situation, the opening and closing of inlet gate control system are controlled；In remittance mud
Pressure sensor, the pressure of the pressure sensor monitoring upper water on cleaning shoe top, cleaning shoe are installed on the cleaning shoe of device
The pressure sensor monitoring of bottom heads on the pressure of mud.When upper pressure value is close to low pressure value, pass through PLC
Control action, mud-scraping apparatus translational speed reduction, it is to avoid mud is gone over from the overflow of cleaning shoe top；Muddy water densimeter is installed on
On the floating drum of rainwater classified utilization system, and fluctuate, when muddy water concentration exceedes sets requirement, controlled by PLC with floating drum
The control action of device processed, the utilization of drawing for stopping clear water switching to muddy water utilization；Mud concentration meter is set on the inside of mud discharging mouth, in real time
Mud concentration is monitored, according to the concentration of mud, mud is reasonably handled；Float switch is installed on collection mud sump
Side, sets height to be less than cistern end ground, and after cistern reclaimed water is emptied, float switch is connected, and is made by PLC control
With bottom of pond flush gate is opened, and thoroughly cleaning is carried out to bottom of pond residual sludge.
Water inlet that cistern includes cooperating, secondary tank, inspection socket, main tank, bottom of pond gallery, mud-collecting slot,
Mud discharging mouth.
Secondary tank is arranged at cistern top, immediately water inlet, and secondary tank bottom surface setting certain slope prevents rubbish
Thing accumulates and is beneficial to rinse, and secondary tank, follow-up stormwater overflow to main tank are first filled with water inlet；Bottom of pond gallery subregion
Set, bottom of pond gallery is provided with certain slope, siltation is cleared up and reduced with effective mud；Mud-collecting slot is arranged at bottom of pond gallery
Lower end, collects the mud for rinsing aggregation in gallery；In mud-collecting slot, mud is pushed into by mud discharging mouth by sludge feeding apparatus, by
Sludge drainage system discharges mud outside pond.
Mud, which collects system, includes the drive system cooperated, pull rope, sludge aggregating apparatus；In the drive of drive system
Under dynamic, by pull rope, sludge aggregating apparatus is pulled, the mud deposited bottom of pond under retaining state converges to collection undisturbed
Mud area；
Rainwater classified utilization system by the floating drum lead column cooperated, floating drum, clarified water pump 20 and muddy water pump group into；Floating drum
Lead column is fixed on cistern ground, and floating drum is slided up and down by the buoyancy of water along floating drum lead column, and clarified water pump, which is fixed, to be connected
It is connected on below floating drum so that clarified water pump draws cistern middle and upper part clear water；Muddy water pump is arranged on cistern bottom, draws comparison muddy
Turbid rainwater, for purposes such as irrigations, while part mud will be taken out of, can purify water to a certain extent.
Sludge drainage system includes sludge feeding apparatus, mud-water separation valve and the sludge pump group cooperated, sludge feeding apparatus
Mud collection area sludge is pushed at mud-water separation valve, mud-water separation valve separates mud and clear water under retaining state, and by mud
Discharge outside pond, retain rainwater in case utilizing.
Sludge classification processing system is made up of sludge dewatering equipment and sludge ecological purification wetland, and it is respectively by high concentration sludge
Dewater treatment, intermediate concentration sludge is handled through the infiltration of ecological purification wetland, and low concentration muddy water supply greenbelt is irrigated.
Empty pond is carried out after the emptying of bottom of pond rinse-system pool water within to main tank to clean, flush gate is installed on secondary tank
On retaining wall, water hole is reserved under retaining wall, water hole size crosses water aperture with flush gate and match, flush gate and
Silica gel sealing is used between retaining wall；During system operation, the level sensor of monitor control system is detected to water level in pond,
After rainwater is emptied in pond, monitor control system control flush gate is opened a sluice gate and drawn out some water, and the potential energy of secondary water storage pool inner water is transformed into water
Kinetic energy rush at main tank bottom and rush the residual mud of bottom of pond to mud collector groove.
Due to using above-mentioned technical proposal, the present invention has advantages below and beneficial effect：
Quick storage rainwater can be not only realized, flood is prevented and runoff rainwater rubbish can be pre-processed, subtracted
Few water pollution；
It can be cleared up bottom of pond mud under retaining state, exclude the pollution sources for causing water quality to destroy, and can the long period
Retain rainwater, realize the classification rainwater utilization of controllable discharge；
The energy is saved in sludge classification processing and purification, reduces running cost；
Due to realizing the above some function, connect so as to pipe network and sewage treatment plant during more greatly reducing heavy rain
Receive sewage pressure；
Quick Na Shui when there is the rainfall of Sponge characteristics due to the pond system, and can long period buffering retaining row
Put, alleviate dry season water deficiency, thus have great significance to improving city to anti-natural calamity ability.
Brief description of the drawings
Fig. 1 is principle of the invention structural representation.
Fig. 2 is rainwater regulating pondage system embodiment schematic top plan view of the present invention.
Fig. 3 is embodiment of the present invention water inlet system composition schematic diagram.
Fig. 4 is embodiment of the present invention reservoir structure schematic diagram.
Fig. 5 is that embodiment of the present invention mud collects system schematic.
Fig. 6 is embodiment of the present invention rainwater classified utilization system schematic.
Fig. 7 is embodiment of the present invention sludge drainage system schematic diagram.
Fig. 8 is embodiment of the present invention bottom of pond rinse-system schematic diagram.
Fig. 9 is the structure chart that embodiment of the present invention mud cleaning system is implemented.
Figure 10 is the structure chart that embodiment of the present invention sludge drainage system is implemented.
Fig. 1 labels into Figure 10：1, inlet gate 2, sluice control system 3, scum silica frost isolation machine 4, scum silica frost lifting are contained in water inlet
Mechanism 5, round brush deslagging device 6, water wheels 7, water inlet 8, secondary tank 9, inspection socket 10, main tank 11, bottom of pond gallery 12, collection
Mud groove 13, mud discharging mouth 14, drive system 15, pull rope 16, sludge aggregating apparatus 17, floating drum lead column 18, floating drum 19, clarified water pump
20th, muddy water pump 21, sludge feeding apparatus 22, mud-water separation valve 23, sludge pump group 24, flush gate 25, water inlet system 61, monitoring
Control system 62, cistern 63, mud collect system 64, rainwater classified utilization system 65, sludge drainage system 66, sludge classification processing
System 67, bottom of pond rinse-system 68.
Embodiment
The present invention will be further described for illustrated embodiment below in conjunction with the accompanying drawings.
Fig. 1 is a kind of rainwater regulating pondage system theory structure schematic diagram having from abatement functions proposed by the present invention, and Fig. 2 is
Rainwater regulating pondage system embodiment schematic top plan view of the present invention, including the following subsystem of mutual cooperation：Water inlet system 61, prison
Survey control system 62, cistern 63, mud collect system 64, sludge drainage system 65, rainwater classified utilization system 66, at sludge classification
Reason system 67, bottom of pond rinse-system 68.Extraneous rainwater enters from water inlet system 61, and filtering isolation, filtering are carried out to rainwater scum silica frost
Rainwater afterwards enters cistern 63, and being mixed into the solid refuse in rainwater, natural sedimentation is into mud in cistern 63, then by mud
Collect the mud-collecting slot that the mud of precipitation is pooled to cistern end by system 64, mud is discharged into collection mud by sludge drainage system 65
Well, according to the different processing by doing corresponding requirements outside sludge pump out well of mud concentration；Rainwater classified utilization system 66 is by root
According to the height of water layer, the rainwater of different cleaning degree is drawn；Bottom of pond is remained by bottom of pond rinse-system 68 after rainwater emptying in pond and become silted up
Mud is thoroughly rinsed.Monitor control system 62 is monitored to the running status and action executing of other subsystems.
The present invention, which has from the rainwater regulating pondage system of abatement functions, can realize the collection of rainwater, runoff rainwater scum silica frost automatically
Filtering and discharge, collecting and discharging for bottom of pond precipitated sludge stored up at grading extraction and the utilization, the classification of mud of rainwater
Cleaning of reason and columns base etc..
Water inlet system 61 perform rainwater receiving and closing, and runoff rainwater scum silica frost primary filter, including water inlet contain,
Inlet gate, sluice control system, scum silica frost isolation machine, scum silica frost hoisting mechanism, round brush deslagging device；In monitor control system 62
Under control, inlet gate is opened, runoff rainwater flows through scum silica frost by culvert of intaking and isolates machine and round brush deslagging device, enters after filtering
Enter the secondary tank of cistern 63, secondary tank stores full rear follow-up rainwater and enters main tank.
Water inlet system is arranged at the upstream of cistern, and amount of inlet water is controlled and isolation row is carried out to rainwater scum silica frost
Remove.Scum silica frost is isolated relatively fine scum silica frost by storage bin outside scum silica frost lift mechanism lifts to pond, round brush deslagging device 6, every
Scum silica frost from after is transported to dross box outside pond by water wheels hoisting mechanism.
Runoff rainwater stands natural sedimentation in cistern, and precipitated sludge collects system 64 by mud and is pooled to mud-collecting slot,
Mud is pushed into mud well by sludge drainage system 66 in mud-collecting slot, then by sludge pump by outside mud out well.
In cistern after rainwater emptying, under the control of monitor control system 62, rushing for bottom of pond rinse-system 68 is opened
The clear water washed in gate, the secondary tank of release, is thoroughly removed to columns base residual sludge.
Monitor control system 62 is the control axis of the rainwater regulating pondage system, the startup of other each systems and stop by
The control of monitor control system 62, and the situation of each system is shown in real time.In water inlet, 62 pairs of control water inlets of monitor control system
The sluice control system 3 of system 61 sends instruction, opens inlet gate 2, while control scum silica frost isolation machine 4 to operate, runoff rainwater
Contain 1 by intaking and enter system of regulating and storing, rainwater enters cistern 63 after filtering；Runoff rainwater is able to stand and sunk in cistern
Form sediment, mud collects the mud-collecting slot that system 64 gathers the mud of deposition cistern end, in mud-collecting slot, by sludge drainage system 66
Mud is pushed into blowoff chamber, mud is extracted out by sludge classification processing system 67 and processing is classified.Rainwater classified utilization system 65
Classification is carried out to stored rainwater to draw, to realize the utilization to different quality；After bottom of pond stores rainwater emptying, pass through PLC
Control, the clear water in the flush gate 25 of bottom of pond rinse-system 68, the secondary tank 9 of release is opened, to the main bottom of tank 11
Remaining mud is thoroughly cleaned.
Water inlet system 61 is constituted as shown in figure 3,1, inlet gate 2, sluice control system are contained in the water inlet including mutual cooperation
3rd, scum silica frost isolation machine 4, scum silica frost hoisting mechanism 5, round brush deslagging device 6, water wheels 7；Sluice control system 3 control be turned on and off into
Sluice gate 2, after inlet gate 2 is opened, rainwater is contained 1 from water inlet and entered, and the floating refuse in rainwater is filtered through scum silica frost isolation machine 4,
Again by scum silica frost hoisting mechanism 5 by scum silica frost lifting to outside dross box, less floating refuse is entered by round brush deslagging device 6 in rainwater
One step is filtered, the rain-impact water wheels 7 after filtering, and water wheels, which are rotated, drives round brush deslagging device 6 to operate.
Water inlet system is arranged at the upstream of cistern, during water inlet, is controlled to open inlet gate 2, rain by sluice control system 3
Water contains 1 by gate 2 into scum silica frost isolated area from water inlet, isolates machine by scum silica frost and intercepts larger scum silica frost, scum silica frost is carried by scum silica frost
Mechanism lifts are risen to storage bin outside pond, round brush deslagging device 6 is isolated relatively fine scum silica frost, and the rainwater after filtering is directly rushed
Water wheels are driven to rotate to wheel mechanism, water wheels drive water wheels hoisting mechanism that the scum silica frost after isolation is transported into dross box outside pond.
Monitor control system 62 includes monitoring and control, cistern retaining status monitoring and control, the mud of water inlet system
Collect monitoring and control, the monitoring of sludge drainage system and control, the monitoring of rainwater classified utilization system and control, the sludge point of system
The monitoring and control, the monitoring of bottom of pond rinse-system and control of level processing system.To the water position status of cistern, each gate is opened
Open and be monitored and control.
Monitor control system 62 includes the ultrasonic liquid leveller of mutual cooperation, control power supply, PLC, hydraulic system
Deng.Water inlet contains 1 bottom and is provided with pressure sensor, for monitoring pressure in water inlet water level and water culvert；Flow of inlet water measuring instrument is pacified
Loaded on the rear of inlet gate 2, according to the size of flow of inlet water, the speed of service of control and regulation scum silica frost isolation machine 4；Ultrasonic solution
Position instrument is installed at the top of cistern, for monitoring water level raising and lowering state, the unlatching of control inlet gate control system 3 and
Close；Pressure sensor is installed on the cleaning shoe for converging mud device, the pressure sensor monitoring upper water on cleaning shoe top
Pressure, the pressure sensor monitoring of cleaning shoe bottom heads on the pressure of mud.When upper pressure value is close to low pressure value, lead to
Cross the control action of PLC, mud-scraping apparatus translational speed reduction, it is to avoid mud is gone over from the overflow of cleaning shoe top；Muddy water
Densimeter is installed on the floating drum of rainwater classified utilization system, and fluctuated with floating drum, when muddy water concentration exceedes sets requirement
When, by the control action of PLC, the utilization of drawing for stopping clear water switching to muddy water utilization；Set and become silted up on the inside of mud discharging mouth
Mud concentration meter, monitoring mud concentration, according to the concentration of mud, is reasonably handled mud in real time；Float switch is pacified
Above collection mud sump, height is set to be less than cistern end ground, after cistern reclaimed water is emptied, float switch is connected, and is led to
PLC control action is crossed, bottom of pond flush gate is opened, and thoroughly cleaning is carried out to bottom of pond residual sludge.
Cistern 63 includes the water inlet 8 of mutual cooperation, pair tank 9, inspection socket 10, main tank 11, bottom of pond gallery
12nd, mud-collecting slot 13, mud discharging mouth 14, as shown in Figure 4.The top that secondary tank 9 is arranged on cistern connects with water inlet 8, main storage
Pond 11 is arranged on the secondary lower section of tank 9, and the subregion of bottom of pond gallery 12 sets and leads to mud-collecting slot 13, the connection mud discharging mouth of mud-collecting slot 13
14；Inspection socket 10 is arranged on the secondary top of tank 9, for intuitively observing water inlet and flushing device operation conditions.
Secondary tank 9 is arranged on the top of main tank 11, on the one hand improves the potential energy that rainwater is stored up in secondary tank, when
Increase the scouring capability to mud after retaining release, on the other hand avoid flush gate 25 from being corroded and pollute under mud environment
And influence sealing property；Inspection socket is offered in the top of cistern upper rinse gate 25, is easy to the installation, debugging, inspection of equipment
Look into and safeguard.
Secondary tank 9 immediately water inlet 8, the secondary bottom surface of tank 9 sets the certain slope to prevent rubbish thing from accumulating and being beneficial to rush
Wash, it is preferential full of secondary tank 9 in water inlet.The subregion of bottom of pond gallery 12 is set, and bottom of pond gallery 12 is provided with certain slope, to have
Imitate mud cleaning and reduce siltation；Mud-collecting slot 13 is arranged at bottom of pond gallery lower end, collects the mud for rinsing aggregation in gallery,
In mud-collecting slot, system 64 is collected by mud by mud and is pushed into mud discharging mouth 14, is discharged mud outside pond by sludge drainage system.Check
Mouth 10 is arranged above the secondary retaining wall of tank 9, and the working condition of flush gate can be directly observed by inspection socket 10, is passed through
The staff of inspection socket 10 can enter to be overhauled and be safeguarded.Chute knot is set between secondary tank 9 and main tank 11
Structure, increases overboard rear water velocity.
Mud, which collects system 64, includes the drive system 15 cooperated, pull rope 16, sludge aggregating apparatus 17；Drivetrain
System 15 connects pull ropes 16, and pull rope 16 is connected with sludge aggregating apparatus 17, the pulling sludge of pull rope 16 aggregating apparatus 17 by
Mud is pooled to mud-collecting slot by the cleaning shoe on sludge aggregating apparatus 17.
Under the driving of drive system 15, by pull rope 16 drive sludge aggregating apparatus 17 can under retaining state unperturbed
The mud that dynamic ground deposits bottom of pond, which comes together, is accumulated to mud collection area；
Rainwater classified utilization system 65 includes floating drum lead column 18, floating drum 19, clarified water pump 20 and the muddy water pump cooperated
21, as shown in fig. 6, clarified water pump 20 is arranged on the lower section of floating drum 19, floating drum 19 rises and falls along floating drum lead column 18 with water level, keeps clear
Water pump 20 draws the clear water of higher level.Muddy water pump 21 draws more muddy rainwater in lower position.
Floating drum lead column 18 is fixed on cistern ground, floating drum 19 by water buoyancy along floating drum lead column about 18
Slide, clarified water pump 20 is fixedly connected on the lower section of floating drum 19 so that clarified water pump 20 draws cistern middle and upper part clear water；Muddy water pump 21 is pacified
Mounted in cistern bottom, the muddy rainwater of comparison is drawn,, can necessarily journey while part mud will be taken out of for the purposes such as irrigating
Purified water on degree.
Sludge drainage system 66 includes sludge feeding apparatus 22, mud-water separation valve 23 and the sludge pump group 24 cooperated, sludge
Mud collection area sludge is pushed at mud-water separation valve 23 by feeding apparatus 22, as shown in fig. 7, sludge is discharged to mud by sludge feeding apparatus 22
The valve port of water seperating vale 23, then mud is discharged to sewer catch basin by mud-water separation valve 23.
Mud-water separation valve 23 separates mud and clear water under retaining state, and mud is discharged outside pond, retain rainwater with
It is standby to utilize；
Sludge classification processing system 67 is made up of sludge dewatering equipment and sludge ecological purification wetland, and different requirements can be achieved
Sludge treatment.
Empty pond cleaning is carried out to main tank 11 after the emptying of the pool water within of bottom of pond rinse-system 68, as shown in figure 8, flush gate
25 are installed on the secondary retaining wall of tank 9, and water hole is reserved under retaining wall, and water hole size crosses water aperture with flush gate
Match, silica gel sealing is used between flush gate and retaining wall, flush gate surrounds secondary tank jointly with retaining wall；System
During system operation, the level sensor of monitor control system 62 is detected to water level in pond, after rainwater is emptied in pond, monitoring control
System 62 processed control flush gate is opened a sluice gate and drawn out some water, and the potential energy of water is transformed into the kinetic energy of water and rushes at main tank 11 in secondary tank 9
Bottom rushes the residual mud of bottom of pond to mud collector groove.
Refer to Fig. 9, Figure 10, the structural order discharged by entering water inlet to muddy water be followed successively by into water contain 1, inlet gate 2,
Sluice control system 3, scum silica frost isolation machine 4, scum silica frost hoisting mechanism 5, round brush deslagging device 6, water wheels 7, secondary tank 9, flushing lock
Door 25, main tank 11, sludge aggregating apparatus 17, floating drum lead column 18, floating drum 19, clarified water pump 20, muddy water pump 21, sludge dispatch
Device 22, mud-water separation valve 23, sludge pump group 24.
Rainwater contains 1 through inlet gate 2 from water inlet, and 4 pairs of scum silica frost isolation machine is tentatively filtered into rainwater, then is removed through round brush
Further filtering backlash drives water wheels to rotate to slag device 6 to wheel mechanism, and what water wheels drive water wheels hoisting mechanism will be after isolation is floating
Slag is transported to dross box outside pond, and the rainwater after filtering travels further into secondary tank 9, and secondary tank 9 fills follow-up rain after rainwater
Water is pooled to collection through overflowing to main tank 11, the mud of bottom of pond deposition above the wall of flush gate 25 by sludge aggregating apparatus 17
In mud groove, mud-water separation valve 23 is pushed to by sludge feeding apparatus 22 in mud-collecting slot, mud flow be put into through mud-water separation valve 23
Mud-collecting well, then, according to the difference and processing requirement of concentration of hydraulic mixture, mud is divided outside sludge out well by sludge pump group 24
Class processing.The dragging of floating drum 19 clarified water pump 20 is fluctuated along floating drum lead column 18 with water level in cistern, and clarified water pump 20 is extracted
The clear water of higher position below the water surface；Muddy water pump 21 is placed in bottom of pond and extracts relatively muddy muddy water.
The present invention keeps water quality storage the achievable rainwater long period and utilized.
The above-mentioned description to embodiment is understood that for ease of those skilled in the art and using this hair
It is bright.Person skilled in the art obviously easily can make various modifications to these embodiments, and described herein
General Principle is applied in other embodiment without passing through performing creative labour.Therefore, the invention is not restricted to implementation here
Example, those skilled in the art do not depart from improvement that scope made and change all should be according to the announcement of the present invention
Within protection scope of the present invention.
Claims (10)
1. a kind of rainwater regulating pondage system having from abatement functions, it is characterised in that：Including water inlet system, monitor control system,
Cistern, mud collect system, sludge drainage system, rainwater classified utilization system, sludge classification processing system, bottom of pond rinse-system；
The water inlet system performs the receiving and closing of rainwater, and runoff rainwater scum silica frost primary filter, in monitoring and controlling system
Under the control of system, runoff rainwater enters the secondary tank of cistern after filtering；
The mud, which collects system runoff rainwater is stood into the precipitated sludge after natural sedimentation in cistern, is pooled to mud-collecting slot,
Mud is pushed into mud well by sludge drainage system in mud-collecting slot, then by sludge pump by outside mud out well；
The rainwater classified utilization system is needed with water to different, taken out according to the natural subsidence feature mixed under supernatant in cistern
Take corresponding level and the rainwater of cleannes；
The sludge classification processing system sludge pump irrigates low concentration muddy water for greenbelt；Intermediate concentration sludge sludge
Ecological purification wetland infiltration processing is pumped into, high concentration sludge after sludge pumped with using dewaterer dewater treatment；
The bottom of pond rinse-system discharges the clear water in secondary tank under the control of monitor control system, residual to columns base
Mud is stayed thoroughly to be removed；
The water inlet system is arranged at the upstream of cistern, and carrying out the isolation of two-stage scum silica frost to the rainwater entered in cistern excludes；
(1), inlet gate (2), sluice control system (3), scum silica frost isolation machine (4), scum silica frost lifting are contained in its water inlet for including cooperating
Mechanism (5), round brush deslagging device (6), water wheels (7)；Sluice control system (3) control is turned on and off inlet gate (2), intakes
After gate (2) is opened, rainwater is contained (1) from water inlet and entered, and the floating refuse in rainwater is isolated machine (4) through scum silica frost and filtered, then by floating
Scum silica frost is lifted into outside dross box, rainwater less floating refuse and enters one by round brush deslagging device (6) by slag hoisting mechanism (5)
Step filtering, the rain-impact water wheels (7) after filtering, water wheels, which are rotated, drives round brush deslagging device (6) operating.
2. the rainwater regulating pondage system according to claim 1 having from abatement functions, it is characterised in that：The round brush slagging-off
Device (6) is used to be isolated relatively fine scum silica frost；Scum silica frost hoisting mechanism (5) is driven using wheel mechanism, without additional outer
Power.
3. the rainwater regulating pondage system according to claim 1 having from abatement functions, it is characterised in that：The monitoring and controlling
System includes the ultrasonic liquid leveller of mutual cooperation, control power supply, PLC, hydraulic system, controls each other system
Start and stop and show in real time the situation of each system.
4. the rainwater regulating pondage system according to claim 1 having from abatement functions, it is characterised in that：The cistern bag
Include the water inlet (8) of mutual cooperation, secondary tank (9), inspection socket (10), main tank (11), bottom of pond gallery (12), mud-collecting slot
(13), mud discharging mouth (14)；Secondary tank (9) cistern top is arranged to improve in secondary tank the potential energy of storage rainwater and with
Water inlet (8) connects；Main tank (11) is arranged at below secondary tank (9), and bottom of pond gallery (12) subregion sets and leads to collection
Mud groove (13), mud-collecting slot (13) connection mud discharging mouth (14)；Inspection socket (10) is arranged above secondary tank (9), for intuitively seeing
Examine into water and flushing device operation conditions.
5. the rainwater regulating pondage system according to claim 4 having from abatement functions, it is characterised in that：Secondary tank (9)
There is the gradient to prevent rubbish thing from accumulating and being beneficial to rinse for bottom surface.
6. the rainwater regulating pondage system according to claim 1 having from abatement functions, it is characterised in that：The mud collects
System (64) includes the drive system (15) cooperated, pull rope (16), sludge aggregating apparatus (17)；Drive system (15) is even
Pull rope (16) is connect, pull rope (16) is connected with sludge aggregating apparatus (17), pull rope (16) pulls sludge aggregating apparatus
(17) mud is pooled to mud-collecting slot by cleaning shoe thereon.
7. the rainwater regulating pondage system according to claim 1 having from abatement functions, it is characterised in that：The rainwater classification
Floating drum lead column (18), floating drum (19), clarified water pump (20) and the muddy water pump (21) for including cooperating using system (65)；Clear water
Pump (20) is fixedly connected on below floating drum (19), and floating drum (19) drifts along along floating drum lead column (18) with the lifting of the water surface, clear water
Pump (20) extracts relatively limpid rainwater on upper strata, and muddy water pump (21) is placed in columns base and extracts relatively muddy mud
Water.
8. the rainwater regulating pondage system according to claim 1 having from abatement functions, it is characterised in that：The sludge drainage system
Sludge feeding apparatus (22), mud-water separation valve (23) and sludge pump group (24) including mutual cooperation, sludge feeding apparatus (22)
Pressure sensitive device is installed, highly implements monitoring to pushed away mud, mud speed is pushed away by monitor control system (62) control, kept away
Exempting from excessive velocities causes mud from the overflow of cleaning shoe top；Mud-water separation valve (23) has the function of automatically adjusting valve port size,
Have to sludge blockage and automatically terminate function.
9. the rainwater regulating pondage system according to claim 1 having from abatement functions, it is characterised in that：The sludge classification
Processing system is made up of to realize the sludge treatment of different requirements sludge dewatering equipment and sludge ecological purification wetland.
10. the rainwater regulating pondage system according to claim 1 having from abatement functions, it is characterised in that：In the retaining
Installation, debugging, examination and maintenance that inspection socket is easy to equipment are offered above pond upper rinse gate (25).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510753086.XA CN105317103B (en) | 2015-11-09 | 2015-11-09 | With the rainwater regulating pondage system from abatement functions |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510753086.XA CN105317103B (en) | 2015-11-09 | 2015-11-09 | With the rainwater regulating pondage system from abatement functions |
Publications (2)
| Publication Number | Publication Date |
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| CN105317103A CN105317103A (en) | 2016-02-10 |
| CN105317103B true CN105317103B (en) | 2017-07-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510753086.XA Expired - Fee Related CN105317103B (en) | 2015-11-09 | 2015-11-09 | With the rainwater regulating pondage system from abatement functions |
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| Country | Link |
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| CN (1) | CN105317103B (en) |
Families Citing this family (18)
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| CN105804222A (en) * | 2016-02-26 | 2016-07-27 | 上海市城市建设设计研究总院 | Storage pond under landscape water body |
| CN105951911B (en) * | 2016-05-17 | 2018-12-04 | 同济大学 | Floating drum mechanism and mud with automatic adjustment tractive force magnitude function collect system |
| CN106436526B (en) * | 2016-06-12 | 2019-11-19 | 胥传祥 | Road rain water construction system |
| CN106759781B (en) * | 2016-12-13 | 2020-03-24 | 浙江水利水电学院 | Intelligent urban rainwater regulation and storage system and construction method thereof |
| CN107806168A (en) * | 2017-09-30 | 2018-03-16 | 武汉圣禹排水系统有限公司 | Online rainwater storage equipment |
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| CN109778996A (en) * | 2018-12-27 | 2019-05-21 | 中交第二公路勘察设计研究院有限公司 | Rainwater storage tank rain processing system |
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| CN110468946A (en) * | 2019-07-16 | 2019-11-19 | 武汉市政工程设计研究院有限责任公司 | A kind of storage pond automatic uniform water charging system and method |
| CN110424525A (en) * | 2019-07-20 | 2019-11-08 | 北京通成达水务建设有限公司 | One kind is controlled flood and drained flooded fields pump works |
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| CN111501984B (en) * | 2020-04-16 | 2024-09-03 | 天津国投津能发电有限公司 | Large-scale vertical water pump forebay silt monitoring and cleaning device |
| CN111877490B (en) * | 2020-07-14 | 2021-08-03 | 江苏富源广建设发展有限公司 | Rainwater source regulation and storage system for sponge city |
| CN112095556B (en) * | 2020-09-01 | 2021-11-09 | 中国电建集团华东勘测设计研究院有限公司 | Hydropower station water collecting well drainage system with functions of preventing silt and dredging |
| CN112502174A (en) * | 2020-10-05 | 2021-03-16 | 刘宏庆 | Quick dewatering device for deep foundation pit |
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| CN2268726Y (en) * | 1995-11-18 | 1997-11-26 | 陈鹤聪 | Water drainage with automatically floating soil resistant, water absorbing and bottomless valve |
| NO316859B1 (en) * | 2002-09-05 | 2004-06-01 | Add System As | Device and method for avoiding or controlling the discharge of gases from a liquid |
| CN100503983C (en) * | 2005-08-22 | 2009-06-24 | 谢发文 | Pollution absorption and drainage method of reservoir or water basin as drinking water sources and apparatus therefor |
| CN201512826U (en) * | 2009-09-28 | 2010-06-23 | 郭永晨 | Sand filtration wall split rain processing system |
| KR101353045B1 (en) * | 2011-08-26 | 2014-01-21 | 남기윤 | Apparatus for removing non-point source pollution from rainwater with control function |
| CN203684386U (en) * | 2014-01-28 | 2014-07-02 | 中建四局安装工程有限公司 | Turnover type drain tank with cleaning device |
| CN104120774B (en) * | 2014-07-31 | 2016-02-10 | 山东碧空环保科技股份有限公司 | Rain in factory area drainage system |
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