CN204645236U - A kind of storm detention tank possessing pollution cleanup function - Google Patents
A kind of storm detention tank possessing pollution cleanup function Download PDFInfo
- Publication number
- CN204645236U CN204645236U CN201520162046.3U CN201520162046U CN204645236U CN 204645236 U CN204645236 U CN 204645236U CN 201520162046 U CN201520162046 U CN 201520162046U CN 204645236 U CN204645236 U CN 204645236U
- Authority
- CN
- China
- Prior art keywords
- reservoir
- detention tank
- storm detention
- partition wall
- swash plate
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Sewage (AREA)
Abstract
The utility model relates to a kind of storm detention tank possessing pollution cleanup function, comprising: reservoir, for storing early-stage rainwater; Developing room, is located at reservoir side, for storing the flushing water rinsing reservoir; Rinse partition wall, be located between developing room and reservoir and bottom and be provided with flushing door, for intercepting developing room and reservoir; Swash plate, is laterally located in reservoir, and being connected with flushing partition wall also can around horizontal axis to adjust angle of inclination, for promoting the precipitation elimination efficiency of particulate form pollutant in reservoir.Compared with prior art, the utility model utilizes sloping plate deposition principle, removes the pollutant of particulate form in storm detention tank institute early-stage rainwater of regulating and storing, and increases " the actual use volume " of storm detention tank.
Description
Technical field
The utility model relates to a kind of pollution cleanup technology of municipal drainage field, especially relates to a kind of storm detention tank possessing pollution cleanup function.
Background technology
The urbanization process produced by mankind's activity causes original natural water permeability earth's surface progressively to be hardened, and water permeability declines.Since the eighties in 20th century, reform and opening-up, urbanization process is aggravated, and urban water-through ground scale constantly increases, and destroy the natural hydrology cyclic process on original earth's surface, produce many harmful effects, wherein early-stage rainwater pollution problem is one of them.This is the important pollution source that urban surface water quality declines, and is also the ubiquitous problem in the outer city of Now Domestic.For this reason, carried out a large amount of early-stage rainwater pollution control research both at home and abroad, wherein storm detention tank is a kind of engineering measure of effective reduction early-stage rainwater pollution load of overflow problem, is widely used.Existing storm detention tank construction is subject to the restriction of the factor such as cost, land used, its volume, namely water storage space can not be built very large, and after the water yield entering storm detention tank exceedes its volume, exceeding part can only overflow discharge, still causes pollution to a certain degree to city receiving water body.
Such as Chinese patent CN 103806525 A discloses a kind of gate-type for storm detention tank from flusher, comprise a storm detention tank, the plane of storm detention tank is rectangular, and be split into water storage chamber successively from left to right, gallery and catchment, rainwater water inlet pipe and outlet pipe is respectively equipped with in the side of catchment, in the bottom of catchment, one proof submersible sand discharging pump is installed, the discharge pipe of proof submersible sand discharging pump is communicated with outlet pipe, the partition of water storage chamber and gallery is provided with a flushing door, rinse when door is opened and can be communicated with water storage chamber and gallery in bottom, and on the top cover of water storage chamber upper end, be also provided with one for controlling to rinse the hydraulic control cabinet of door.But because above-mentioned rainwater storage pool volume is fixed, when the initial stage, amount of rainfall was excessive, the early-stage rainwater exceeding storm detention tank Regulation capacity overflow can only enter city receiving water body.In the early-stage rainwater pollution of separated drainage system or combined drainage system, a large amount of pollutants exists with the state of particulate form, before above-mentioned storm detention tank generation overflow, because the time of staying is short, the pollutant of particulate form has little time effective precipitation, therefore a large amount of particulate form pollutant enters city receiving water body along with flooding process, pollutes.
How cut down the granulating material in the early-stage rainwater that storm detention tank regulates and stores fast, namely granulating material rapid precipitation is impelled, separate from water body, make storm detention tank on the basis playing the contamination of original retaining reduction early-stage rainwater, increase the removing function to early-stage rainwater particulate form pollutant, thus add " the actual use volume " of storm detention tank, this is a kind of thinking of novelty.
Based on this thinking, the research and development of the science and technology of this area and engineers and technicians are devoted to develop the storm detention tank possessing pollution cleanup function and using method that a kind of flow operations is convenient, project organization simple, actual use volume is large and cheap.
Summary of the invention
The purpose of this utility model be exactly in order to overcome above-mentioned prior art exist defect and a kind of storm detention tank possessing pollution cleanup function is provided.
The purpose of this utility model can be achieved through the following technical solutions:
Possess a storm detention tank for pollution cleanup function, comprising:
Reservoir, for storing early-stage rainwater;
Developing room, is located at reservoir side, for storing the flushing water rinsing reservoir;
Rinse partition wall, be located between developing room and reservoir and bottom and be provided with flushing door, for intercepting developing room and reservoir;
Swash plate, is laterally located in reservoir, and being connected with flushing partition wall also can around horizontal axis to adjust angle of inclination, for promoting the precipitation elimination efficiency of particulate form pollutant in reservoir.
Described storm detention tank also comprises the swash plate adjuster for regulating swash plate angle of inclination, and described swash plate is connected with flushing partition wall by swash plate adjuster.
Droplet measurement instrument for detecting particulate form pollutant particle diameter in retaining pool inner water and the transmissometer for the muddy degree that detects retaining pool inner water is provided with in described swash plate adjuster.
Described storm detention tank also comprises that buffering partition wall is gentle rushes room, and this surge chamber is located at reservoir opposite side and is separated by buffering partition wall, cushions the flowing hole be provided with bottom partition wall for being communicated with surge chamber and reservoir.
Described flowing hole place is provided with the buffering flap valve for adjusting water (flow) direction and fluidised form.
Described storm detention tank also comprises intake chamber and is located at the water inlet partition wall between intake chamber and surge chamber, is provided with the inlet regulating valve for controlling to enter early-stage rainwater flow in surge chamber bottom water inlet partition wall.
Described intake chamber top is provided with the first ultrasonic level gage.
Described surge chamber top is provided with the second ultrasonic level gage.
Described developing room top is provided with outlet pipe, and the upper limb of described flushing partition wall flushes with outlet pipe lower edge.
Described storm detention tank also comprises scum board, and described outlet pipe is communicated with reservoir with developing room by scum board.
Compared with prior art, the utility model has the following advantages:
1) swash plate can promote the precipitation elimination efficiency of particulate form pollutant in reservoir, utilizes sloping plate deposition principle, removes the pollutant of particulate form in storm detention tank institute early-stage rainwater of regulating and storing, and increases " the actual use volume " of storm detention tank.
2) utilize swash plate adjuster to control swash plate optimum tilt angle, enhance the elimination efficiency of the pollutant of particulate form.
3) droplet measurement instrument can obtain detecting particulate form pollutant particle diameter in retaining pool inner water, transmissometer can detect the muddy degree of retaining pool inner water, and then swash plate adjuster is by the angle of particulate form pollutant particle size adjustment swash plate in the muddy degree of retaining pool inner water and water, and adjusting angle can be made more accurate.
4) cushion the gentle room that rushes of partition wall and can provide cushioning effect when rainwater enters in reservoir in the early stage.
5) cushion flap valve and can adjust in reservoir, flow into water water (flow) direction and fluidised form, thus stable current are provided, improve the precipitation elimination efficiency of particulate form pollutant in reservoir.
6) intake chamber water inlet partition wall can regulate the flow of intaking in surge chamber.
7) the first ultrasonic level gage can detect the liquid level in intake chamber, and then obtains the pace of change of liquid level in intake chamber.
8) the second ultrasonic level gage can detect the liquid level in surge chamber and reservoir, and then obtains the pace of change of liquid level in surge chamber and reservoir.
9) rinse the upper limb of partition wall flush with outlet pipe lower edge can realize amount of precipitation excessive time, the water of reservoir is unlikely to spilling.
10) scum board can remove floating pollutant matter in early-stage rainwater further, prevents floating pollutant matter from entering city receiving water body by outlet pipe.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the process schematic under the full pool mode application of the utility model;
Fig. 3 is the pollution reduction process schematic under the full pool mode application of the utility model;
Emptying process schematic under the full pool mode application of Fig. 4 the utility model;
Flushing process schematic diagram under the full pool mode application of Fig. 5 the utility model.
Wherein: 1, automatic control unit, 2, water inlet pipe, 3, inlet regulating valve, 4, buffering flap valve, 5, swash plate adjuster, 6, swash plate, 7, scum board, 8, go out water regulating valve, 9, outlet pipe, 10, emptying pump, 11, maintenance gallery, 12, rinse door, 13 reservoirs, 14, storage bucket, 15, developing room, 16, surge chamber, 17, cushion partition wall, 18, rinse partition wall, the 19, first ultrasonic level gage, 20, the second ultrasonic level gage, 21, intake chamber, 22, water inlet partition wall.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the utility model is described in detail.The present embodiment is implemented premised on technical solutions of the utility model, give detailed embodiment and concrete operating process, but protection domain of the present utility model is not limited to following embodiment.
A kind of storm detention tank possessing pollution cleanup function, as shown in Figure 1, comprise the reservoir 13 for storing early-stage rainwater, for storing the developing room 15 of the flushing water rinsing reservoir 13, for intercepting the flushing partition wall 8 of developing room 15 and reservoir 13 and the swash plate 6 for the precipitation elimination efficiency that promotes particulate form pollutant in reservoir 13, developing room 15 is located at reservoir 13 side, rinse partition wall 8 to be located between developing room 15 and reservoir 13 and bottom and to be provided with and to rinse door 12, rinse door 12 and high strength is installed, the seal gasket of high strength, swash plate 6 is laterally located in reservoir 13, being connected with the one end rinsing partition wall 8 also can around horizontal axis to adjust angle of inclination, water in reservoir 13 must pass through from the runner between swash plate 6.
Wherein, rinse door 12 is open mode under non-retaining state, reduce the access times of seal gasket, increase the application life of seal gasket, rinse door 12 and there is the ability of flushing desilting well, maximum flushing head can reach 8m, and rinse that door 12 is maximum can be long to 160m simultaneously, and the wide columns base of 1.5m ~ 7m effectively rinses desilting.
Rinse door 12 and can serve bottom gradient less reservoir 13 flat even, concrete, rinse door 12 serve the bottom gradient scope of reservoir 13 can between 0 ~ 2.0%.
Rinse door 12 and there is lower energy consumption, concrete, rinse door 12 single flushing energy consumption and be generally no more than 0.4kWh; Rinse door 12 simultaneously and there is the shorter flushing desilting time, be specially single and rinse and be consuming timely generally no more than 3min.
Runner spacing between the every sheet material of swash plate 6 carries out concrete type selecting according to local early-stage rainwater water quality situation, guarantee the precipitation elimination efficiency of particulate form pollutant, further, the runner spacing between swash plate 6 is 10mm ~ 100mm, concrete installation warrants the particle diameter of particulate form pollutant and density and determine in early-stage rainwater of regulating and storing, particle diameter is large, spacing is large, and density is large, and spacing is large, vice versa.
Storm detention tank also comprises the swash plate adjuster 5 for regulating swash plate 6 angle of inclination, and swash plate 6 is connected with flushing partition wall 8 by swash plate adjuster 5.
Droplet measurement instrument for detecting particulate form pollutant particle diameter in water in reservoir 13 and the transmissometer for the muddy degree that detects water in reservoir 13 is provided with in swash plate adjuster 5, swash plate adjuster 5 is according to particulate form pollutant particle diameter in the muddy degree of water in reservoir 13 and water, be incorporated into the angle of the velocity of flow adjust swash plate 6 of water regulating valve 3, the optimum tilt angle of real-time control swash plate 6, according to the principle of sloping plate deposition eliminating particle thing, realize the maximum elimination efficiency to particulate form pollutant in early-stage rainwater, greatly improve the removal ability that reservoir 13 stores particulate form pollutant in early-stage rainwater.
Under identical water inlet flow condition, when the settling rate of particulate form pollutant is large, needed for swash plate 6, angle of inclination is little, and vice versa; Under the settling rate of identical particulate form pollutant, when water intake velocity is large, angle of inclination needed for swash plate 6 is large, and vice versa.Concrete, when the settling rate of particulate form pollutant is large, when early-stage rainwater flow velocity is less, swash plate is in vertical state substantially; Along with rainfall increases, early-stage rainwater flow velocity increases gradually, and the precipitation elimination efficiency of particulate form pollutant reduces gradually, but increases the angle of inclination of swash plate 6 in real time by swash plate adjuster 5, can increase precipitation elimination efficiency.
Rotate and there is lower energy consumption, be specially each energy consumption of rotating of swash plate 6 and be generally no more than 0.1kWh; Swash plate 6 has angle of inclination conversion rate faster, and being specially rotate in place generally is no more than 1min; The angle of inclination of swash plate 6 is 0 ° of (plumbness) ~ 60 °.
Storm detention tank also comprises buffering partition wall 17 and surge chamber 16, this surge chamber 16 is located at reservoir 13 opposite side and is separated by buffering partition wall 17, the flowing hole for being communicated with surge chamber 16 and reservoir 13 is provided with bottom buffering partition wall 17, flowing hole place is provided with the buffering flap valve 4 for adjusting water (flow) direction and fluidised form, can improve the elimination efficiency of particulate form pollutant.
Be provided with storage bucket 14 bottom surge chamber 16, in storage bucket 14, be provided with emptying pump 10, the rainwater of emptying pump 10 for storing in emptying reservoir 13, or enter municipal wastewater pipe network containing a large amount of sedimental sewage when being rinsed by reservoir 13.
Storm detention tank also comprises intake chamber 21 and is located at the water inlet partition wall 22 between intake chamber 21 and surge chamber 16, is provided with the inlet regulating valve 3 for controlling to enter early-stage rainwater flow in surge chamber bottom water inlet partition wall 22.
Intake chamber 21 top is provided with the first ultrasonic level gage 19 for detecting liquid level in intake chamber 21.
Surge chamber 16 top is provided with the second ultrasonic level gage 20 for detecting liquid level in surge chamber 16, and then obtains amount of precipitation according to the change of the liquid level in intake chamber 21 and room 16.
Developing room 15 top is provided with outlet pipe 9, the upper limb rinsing partition wall 8 flushes with outlet pipe 9 lower edge, exceed storm detention tank to regulate and store volume, and the early-stage rainwater of most of particulate form pollutant is removed through swash plate 6, enter city receiving water body by outlet pipe 9, outlet pipe 9 is provided with and goes out water regulating valve 8 for controlling early-stage rainwater to city receiving water body emission flow.
Storm detention tank also comprises scum board 7, and outlet pipe 9 is communicated with reservoir 13 with developing room 15 by scum board 7, and scum board 7 plays the pollutant removing floating class in early-stage rainwater further.
Reservoir 13 top is provided with maintenance gallery 11, maintainer utilizes maintenance gallery 11 pairs of storm detention tank inner facility equipment to overhaul, and swash plate 6 and scum board 7 etc. are cleaned, rinse door 12, swash plate 6, buffering flap valve 4 and maintenance gallery 11 and be stainless steel, sturdy and durable.
For reaching better result of use, storm detention tank also comprises automatic control unit 1, automatic control unit 1 respectively with inlet regulating valve 3, swash plate adjuster 5, go out water regulating valve 8, emptying pump 10, rinse door 12, first ultrasonic level gage 19 is connected with the second ultrasonic level gage 20, automatic control unit 1 is by the control program of setting, according to two ultrasonic level gages 19, the reading of 20, automatic control inlet regulating valve 3, go out keying and the aperture of water regulating valve 8, automatic control emptying pump 10, rinse the keying of door 12, simultaneously in order to operate and monitor conveniently, automatic control unit 1 can carry out Automatic Control by tele-control system.
The regular maintenance of storm detention tank only needs to safeguard swash plate 6, scum board 7, flushing door 12, emptying pump 10.
Below provide several application of the utility model storm detention tank.
(1) under full pool mode, the operation use procedure of storm detention tank is as follows:
As shown in Figure 2, rainfall starts, and automatic control unit 1 controls inlet regulating valve 3, goes out water regulating valve 8, rinses door 12 for opening, and automatic control unit 1 controls swash plate adjuster 5, and swash plate adjuster 5 controls swash plate 6 for plumbness.
As shown in Figure 2, between flush period, the early-stage rainwater collected by municipal drainage pipe network is introduced in intake chamber 21 by water inlet pipe 2, enter in surge chamber 16 by inlet regulating valve 3 again, enter reservoir 13 by the flowing hole below buffering partition wall 17 and water inlet flap valve 4 again, the water level of surge chamber 16, reservoir 13 and developing room 15 synchronously rises.
As shown in Figure 3, the waterlevel data of the surge chamber 16 that automatic control unit 1 is measured according to the second ultrasonic level gage 20 and reservoir 13, when water level rises to bottom swash plate 6, automatic control unit 1 sends instructions to ramp controller 5, and ramp controller 5 starts swash plate 6 and progressively tilts to default angle of inclination.
As shown in Figure 3, developing room 15 rinses after head reaches rinsing requirement, and automatic control unit 1, by the control program of setting, is closed and rinsed door 12, prevent the flushing water of developing room from leaking.
As shown in Figure 3, rainfall continues, reservoir 13 water level continues to rise, when water level reaches swash plate 2/6ths three height, the waterlevel data of the reservoir 13 that automatic control unit 1 is measured according to the second ultrasonic level gage 20, automatic control unit 1 sends instructions to ramp controller 5, and ramp controller 5 controls swash plate 6 and tilts to optimum tilt angle.
As shown in Figure 3, rainfall continues, reservoir 13 water level continues rising and reaches flushing partition wall 18 overhead height, the early-stage rainwater removing most of particulate form pollutant is precipitated through swash plate 6, overflow across and rinse partition wall 18 top, after scum board 7 removes floating pollutant matter further, city receiving water body is disposed to by outlet pipe 9, now, in order to extend the application life of rinsing door 12, can close and rinse door 12, until rainfall stop after reservoir 13 and developing room 15 middle water level drop to again to close when rinsing desired height and rinse door 12.
As shown in Figure 4, rainfall stops, and ramp controller 5, according to the instruction of described automatic control unit 1, controls swash plate 6 and recovers vertical angle.
As shown in Figure 4, automatic control unit 1 controls emptying pump 14 and carries out emptying to the early-stage rainwater after the most of particulate form pollutant of removing, and emptying is to city receiving water body.
At the abundant air ventilation of storm detention tank, detecting toxic and harmful is in safe range, maintainer enters described maintenance gallery, utilizes high-pressure washing equipment to clean the deposit on swash plate 6 and scum board 7, and deposit and rinse water enter storage bucket 14.
As shown in Figure 5, automatic control unit 1 controls to rinse door 12 and opens, and the flushing water stored in developing room 15 pours bottom reservoir 13 fast, carries out cleaning erosion and deposition to the mud of reservoir 13 bottom deposit, and the mud after cleaning erosion and deposition and flushing water enter storage bucket 10.
As shown in Figure 5, automatic control unit 1 controls emptying pump 10, carries out emptying, enter municipal drainage pipeline networks by row of conduits to the sewage in storage bucket 14 and mud.
(2) under non-full pool mode, the operation use procedure of storm detention tank is as follows:
Rainfall starts, and automatic control unit 1 controls inlet regulating valve 3, goes out water regulating valve 8, rinses door 12 for opening, and automatic control unit 1 controls swash plate adjuster 5, and swash plate adjuster 5 controls swash plate 6 for plumbness.
Between flush period, the early-stage rainwater collected by municipal drainage pipe network is introduced in intake chamber 21 by water inlet pipe 2, enter in surge chamber 16 by inlet regulating valve 3 again, enter reservoir 13 by the flowing hole below buffering partition wall 17 and water inlet flap valve 4 again, the water level of surge chamber 16, reservoir 13 and developing room 15 synchronously rises.
The waterlevel data of the surge chamber 16 that automatic control unit 1 is measured according to the second ultrasonic level gage 20 and reservoir 13, when water level rises to bottom swash plate 6, automatic control unit 1 sends instructions to ramp controller 5, and ramp controller 5 starts swash plate 6 and progressively tilts to default angle of inclination.
Developing room 15 rinses after head reaches rinsing requirement, and automatic control unit 1, by the control program of setting, is closed and rinsed door 12, prevent the flushing water of developing room from leaking.
Rainfall continues, reservoir 13 water level continues to rise, if water level reaches swash plate 2/6ths three height, the waterlevel data of the reservoir 13 that automatic control unit 1 is measured according to the second ultrasonic level gage 20, automatic control unit 1 sends instructions to ramp controller 5, and ramp controller 5 controls swash plate 6 and tilts to optimum tilt angle.
Rainfall stops, and ramp controller 5, according to the instruction of described automatic control unit 1, controls swash plate 6 and recovers vertical angle.
Automatic control unit 1 controls emptying pump 14 and carries out emptying to the early-stage rainwater after the most of particulate form pollutant of removing, and emptying is to city receiving water body.
At the abundant air ventilation of storm detention tank, detecting toxic and harmful is in safe range, maintainer enters described maintenance gallery, utilizes high-pressure washing equipment to clean the deposit on swash plate 6 and scum board 7, and deposit and rinse water enter storage bucket 14.
Automatic control unit 1 controls to rinse door 12 and opens, and the flushing water stored in developing room 15 pours bottom reservoir 13 fast, carries out cleaning erosion and deposition to the mud of reservoir 13 bottom deposit, and the mud after cleaning erosion and deposition and flushing water enter storage bucket 10.
Automatic control unit 1 controls emptying pump 10, and carry out emptying to the sewage in storage bucket 14 and mud, enter municipal drainage pipeline networks by row of conduits, application terminates.
After tested, storm detention tank of the present utility model, compact conformation and the particulate form pollutant can effectively removed in rainwater or combined sewage, to the maximum material removal rate of suspended particulate substance SS and chemical oxygen demand COD all more than 80%, the rainwater of regulating and storing is discharging after removing most of particulate form pollutant, greatly reduce the pollution load of overflow of early-stage rainwater, decrease the pollution to city receiving water body.
Claims (10)
1. possess a storm detention tank for pollution cleanup function, it is characterized in that, comprising:
Reservoir (13), for storing early-stage rainwater;
Developing room (15), is located at reservoir (13) side, for storing the flushing water rinsing reservoir (13);
Rinse partition wall (8), be located between developing room (15) and reservoir (13) and bottom and be provided with and rinse door (12), for intercepting developing room (15) and reservoir (13);
Swash plate (6), laterally be located in reservoir (13), to be connected with flushing partition wall (8) and can around horizontal axis to adjust angle of inclination, for promoting the precipitation elimination efficiency of the middle particulate form pollutant of reservoir (13).
2. a kind of storm detention tank possessing pollution cleanup function according to claim 1, it is characterized in that, described storm detention tank also comprises the swash plate adjuster (5) for regulating swash plate (6) angle of inclination, and described swash plate (6) is connected with flushing partition wall (8) by swash plate adjuster (5).
3. a kind of storm detention tank possessing pollution cleanup function according to claim 2, it is characterized in that, in described swash plate adjuster (5), being provided with droplet measurement instrument for detecting particulate form pollutant particle diameter in reservoir (13) interior water and the transmissometer for the muddy degree that detects reservoir (13) interior water.
4. a kind of storm detention tank possessing pollution cleanup function according to claim 1, it is characterized in that, described storm detention tank also comprises buffering partition wall (17) and surge chamber (16), this surge chamber (16) is located at reservoir (13) opposite side and is separated by buffering partition wall (17), and buffering partition wall (17) bottom is provided with the flowing hole for being communicated with surge chamber (16) and reservoir (13).
5. a kind of storm detention tank possessing pollution cleanup function according to claim 4, is characterized in that, described flowing hole place is provided with the buffering flap valve (4) for adjusting water (flow) direction and fluidised form.
6. a kind of storm detention tank possessing pollution cleanup function according to claim 4, it is characterized in that, described storm detention tank also comprises intake chamber (21) and is located at the water inlet partition wall (22) between intake chamber (21) and surge chamber (16), and water inlet partition wall (22) bottom is provided with the inlet regulating valve (3) for controlling to enter early-stage rainwater flow in surge chamber.
7. a kind of storm detention tank possessing pollution cleanup function according to claim 6, is characterized in that, described intake chamber (21) top is provided with the first ultrasonic level gage (19).
8. a kind of storm detention tank possessing pollution cleanup function according to claim 4, is characterized in that, described surge chamber (16) top is provided with the second ultrasonic level gage (20).
9. a kind of storm detention tank possessing pollution cleanup function according to claim 1, it is characterized in that, described developing room (15) top is provided with outlet pipe (9), and the upper limb of described flushing partition wall (8) flushes with outlet pipe (9) lower edge.
10. a kind of storm detention tank possessing pollution cleanup function according to claim 9, it is characterized in that, described storm detention tank also comprises scum board (7), and described outlet pipe (9) is communicated with reservoir (13) with developing room (15) by scum board (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520162046.3U CN204645236U (en) | 2015-03-20 | 2015-03-20 | A kind of storm detention tank possessing pollution cleanup function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520162046.3U CN204645236U (en) | 2015-03-20 | 2015-03-20 | A kind of storm detention tank possessing pollution cleanup function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204645236U true CN204645236U (en) | 2015-09-16 |
Family
ID=54097994
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520162046.3U Active CN204645236U (en) | 2015-03-20 | 2015-03-20 | A kind of storm detention tank possessing pollution cleanup function |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204645236U (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104727434A (en) * | 2015-03-20 | 2015-06-24 | 洼石环境工程（上海）有限公司 | Rainwater retention tank with pollutant removing function |
| CN107587593A (en) * | 2017-09-30 | 2018-01-16 | 武汉圣禹排水系统有限公司 | Online device for treating rain water with waterpower tipping bucket flusher |
| CN107694157A (en) * | 2017-09-30 | 2018-02-16 | 武汉圣禹排水系统有限公司 | Online device for treating rain water |
| CN107794996A (en) * | 2016-08-31 | 2018-03-13 | 郭艳成 | Alleviate waterlogging, the automatic dredging system and method for solving drainage pipeline networks touting problems |
| CN107806168A (en) * | 2017-09-30 | 2018-03-16 | 武汉圣禹排水系统有限公司 | Online rainwater storage equipment |
| CN108842896A (en) * | 2018-07-19 | 2018-11-20 | 武汉市政工程设计研究院有限责任公司 | A kind of shunting with preprocessing function is regulated and stored type gutter inlet device |
-
2015
- 2015-03-20 CN CN201520162046.3U patent/CN204645236U/en active Active
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104727434A (en) * | 2015-03-20 | 2015-06-24 | 洼石环境工程（上海）有限公司 | Rainwater retention tank with pollutant removing function |
| CN107794996A (en) * | 2016-08-31 | 2018-03-13 | 郭艳成 | Alleviate waterlogging, the automatic dredging system and method for solving drainage pipeline networks touting problems |
| CN107587593A (en) * | 2017-09-30 | 2018-01-16 | 武汉圣禹排水系统有限公司 | Online device for treating rain water with waterpower tipping bucket flusher |
| CN107694157A (en) * | 2017-09-30 | 2018-02-16 | 武汉圣禹排水系统有限公司 | Online device for treating rain water |
| CN107806168A (en) * | 2017-09-30 | 2018-03-16 | 武汉圣禹排水系统有限公司 | Online rainwater storage equipment |
| CN108842896A (en) * | 2018-07-19 | 2018-11-20 | 武汉市政工程设计研究院有限责任公司 | A kind of shunting with preprocessing function is regulated and stored type gutter inlet device |
| CN108842896B (en) * | 2018-07-19 | 2023-10-20 | 武汉市政工程设计研究院有限责任公司 | Shunting and regulating type gully device with pretreatment function |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN204645236U (en) | A kind of storm detention tank possessing pollution cleanup function | |
| CN104196118B (en) | A kind of pond automatic vacuum rinses Accrete clearing device and method | |
| CN104727434A (en) | Rainwater retention tank with pollutant removing function | |
| CN205475657U (en) | Confluence system is rain regulation processing system just | |
| CN204139302U (en) | One can self-cleaning rectangle storm detention tank | |
| CN107587595A (en) | A kind of system comprising storage pond and online processing pond | |
| CN205875342U (en) | Urban rainwater filters storage leakage system | |
| CN104179248B (en) | A kind of vacuum of drainage pipeline networks rinses desilting system | |
| CN203741704U (en) | Rainwater collecting and recycling system for overpass | |
| CN103806525A (en) | Gantry self-flushing device for rainwater storage tank | |
| CN202882105U (en) | Gantry self-flushing device for rainwater storage tank | |
| CN202460231U (en) | Gravity hydraulic self-control single-valve filter | |
| CN207760989U (en) | A kind of pump discharges into water system | |
| CN207959470U (en) | A kind of system including storage pond and online processing pond | |
| CN104727436B (en) | For removing sloping plate unit and the application thereof of suspended particulate substance in storm detention tank | |
| CN207582618U (en) | A kind of pump discharges into water system | |
| CN211690686U (en) | Intercepting well device for rainwater drainage port | |
| CN205636892U (en) | Reposition of redundant personnel of regional burst rainwater, regulation and processing system based on mixed flow tubulation net | |
| CN103979748A (en) | Unpowered biochemical pretreatment device with water quality and water quantity regulation function | |
| CN204138468U (en) | A kind of mine wastewater treatment for reuse system | |
| CN106499043B (en) | Abandon class pond | |
| KR101433076B1 (en) | System for managing stormwater runoff and underground water | |
| CN214734617U (en) | Compact gravity type uniform water distribution device of underground sewage plant | |
| CN204826174U (en) | A swash plate device for driving particle in rainwater regulation pond | |
| CN205475585U (en) | Rainwater reposition of redundant personnel, regulation and processing system of reposition of redundant personnel system |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |