CN112012307B

CN112012307B - Efficient environment-friendly flood control and drainage system

Info

Publication number: CN112012307B
Application number: CN202010923731.9A
Authority: CN
Inventors: 魏有才
Original assignee: ANHUI JINHAIDIER INFORMATION T
Current assignee: ANHUI JINHAIDIER INFORMATION T
Priority date: 2020-09-04
Filing date: 2020-09-04
Publication date: 2021-12-14
Anticipated expiration: 2040-09-04
Also published as: CN112012307A

Abstract

The invention discloses a high-efficiency environment-friendly flood control and drainage system which comprises a lake water tank, wherein the lake water tank is respectively connected to a drain pipe and a concentration tank through a first water channel and a second water channel, the drain pipe and the concentration tank are connected through three branches of the water channels, a plurality of well bodies are communicated and arranged on the drain pipe, travel switches, well body detectors and liquid level detectors are respectively arranged in the well bodies, the travel switches and the liquid level detectors are respectively and electrically connected with the well body detectors, the well body detectors transmit well cover states and water level data to a flood control and drainage central machine through a GPRS network, overflow tanks are arranged around the lake water tank, and the overflow tanks and the concentration tank are respectively connected to a city-surrounding waterway system through a fourth water channel and a fifth water channel. By adopting the technical scheme, the processing capacity of the whole process of the urban flood disaster is enhanced, and a complete urban flood disaster flood control and drainage system is formed.

Description

Efficient environment-friendly flood control and drainage system

Technical Field

The invention relates to the technical field of flood control and drainage, in particular to a high-efficiency environment-friendly flood control and drainage system.

Background

Under the background of global warming, in recent years, the flood disasters of China cities occur frequently, the coverage is wide, and the flood disasters of different degrees occur in many places since the flood is introduced this year; on the other hand, with the rapid development of the Chinese economic society, the urban flood disaster loss is increased. Urban flood is becoming a bottleneck problem affecting public safety of cities in China, and has negative effects on the sustainable development of cities.

Current city flood control drainage system is mostly for the blow off pipe to the dispersion concentrated pond in carry the rainwater, and the blow off pipe is the pipeline that is used for discharging sewage and rainwater specially, is a communal facility, nevertheless when the blow off pipe reposition of redundant personnel rainwater satisfies the demand inadequately, often appears the low-lying road waterlogging condition and appears, influences ground traffic, for this reason, we design a high-efficient environmental protection flood control drainage system.

Disclosure of Invention

The invention aims to provide a high-efficiency environment-friendly flood control and drainage system.

In order to achieve the above purpose, the present invention provides the following technical solutions: a high-efficiency environment-friendly flood control and drainage system comprises a lake water tank, a drain pipe and a centralized pool, wherein the lake water tank is respectively connected to the drain pipe and the centralized pool through a first water channel and a second water channel, the drain pipe and the centralized pool are connected through a third water channel and a third water channel, a first drain pump is respectively arranged on the first water channel, the second water channel and the third water channel, the drain pipe is laid for a sewer pipe network of an urban road, a plurality of well bodies are communicated and arranged on the drain pipe, a well cover is movably arranged at the top end of each well body, a well body travel switch and a well body detector are respectively arranged on the inner wall of each well body, a liquid level detector is stably arranged at the bottom of each well body, the bottom wall of each well cover abuts against the contact end of the well body travel switch, the well body travel switch and the liquid level detector are respectively and electrically connected with the well body detector, and the well body detector transmits the state and water level data to a flood control and drainage central machine through a GPRS network, the lake pond is provided with the overflow pond around, and set up a plurality of spillways that communicate between the overflow pond on the wall is encircleed around along the lake pond, overflow pond, concentration pond are connected to the city water route system through water course four, water course five respectively, install respectively on water course four, the water course five and be provided with dredge pump two, dredge pump one, drainage flood control and control central engine electric control connection dredge pump two, dredge pump one respectively.

Preferably, the concentrated pool is internally provided with a concentrated pool detector and a liquid level detector, and the concentrated pool detector transmits the water level data of the concentrated pool to a flood drainage and control central machine through a GPRS network.

Preferably, an overflow tank detector and a liquid level detector are arranged in the overflow tank, and the overflow tank detector transmits the water level data of the overflow tank to a flood drainage and control central machine through a GPRS network.

Preferably, flow pipeline valves for controlling communication or closing are arranged on the first water channel, the second water channel, the third water channel, the fourth water channel and the fifth water channel.

Preferably, the flow pipeline valve is electrically connected with a flood drainage and control central machine.

Preferably, a filter screen with a blocking effect is arranged at the position of the overflow opening.

The beneficial effect of adopting above technical scheme is: through the lake pond, concentrate the pond to the reposition of redundant personnel drainage of blow off pipe and handle, optimize drainage system engineering facility overall arrangement, be convenient for impel city flood control drainage system emergency capacity, effectively alleviate flood influence, and through well body detector, concentrate pond detector, the application of overflow pond detector, the water level data condition at each facility position of intelligence timely transmission, be convenient for in time shunt drainage operation and handle, reducible runoff forms, and delay peak time, and reduce water pollution through natural purification such as lake pond, strengthen the throughput of city flood calamity overall process, form complete city flood control drainage system.

Drawings

FIG. 1 is a schematic structural diagram of an efficient and environment-friendly flood control and drainage system according to the present invention;

fig. 2 is a schematic diagram of a control module of the efficient and environment-friendly flood control and drainage system according to the present invention.

Wherein, 1-lake water pool; 2, a first water channel; 3-a sewage draining pipe; 4-water channel two; 5-concentration pool, 50-concentration pool detector; 6-water channel III; 7-a sewage pump I; 8-well body, 80-well body detector; 9-well cover; 10-well body travel switch; 11-drainage flood control central machine; 12-overflow tank, 120-overflow tank detector; 13-a spillway gap; 14-water channel four; 15-water course five; 16-city water circuit system; 17-a sewage pump II; 18-liquid level detector; 19-a flow line valve; 20-a filter screen.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments; all other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

As shown in fig. 1-2, the embodiments of the present invention: the utility model provides a high-efficient environmental protection flood control drainage system, includes lake pond 1, blow off pipe 2, concentrates pond 5, lake pond 1 is connected to blow off pipe 3, concentrated pond 5 through water course one 2, two 4 respectively, often all sets up in the urban area and has the artifical lake pond 1 of ornamental nature of playing, and its river system does not circulate, just blow off pipe 3 and concentrate and be connected through three 6 reposition of redundant personnel in water course between the pond 5, all install on water course one 2, two 4, the three 6 water courses and be provided with dredge pump one 7, through shunting blow off pipe 3 to lake pond 1, concentrate pond 5, slow down the drainage river system of the processing by concentrated pond 5 alone.

The sewage discharge pipe 3 is laid by a sewer pipe network of an urban road, the sewage discharge pipe 3 is communicated with a plurality of well bodies 8, the top end of each well body 8 can be movably provided with a well cover 9, the inner wall of each well body 8 is respectively provided with a well body travel switch 10 and a well body detector 80, the bottom of each well body 8 is stably provided with a liquid level detector 18, the bottom wall of each well cover 9 abuts against the contact end of the corresponding well body travel switch 10, the well body travel switches 10 and the liquid level detectors 18 are respectively and electrically connected with the well body detectors 80, the well body detectors 80 transmit well cover states and water level data to a flood drainage and flood control central control unit 11 through a GPRS network, the well body travel switches 10 are conveniently arranged below the well covers 9, and the well cover 9 just touches the contacts of the well body travel switches 10 when covered; when the well lid 9 is moved, the state of the contact of the well body travel switch 10 changes (for example, from "open" to "closed"), and the state change signal is output to the well body detector 80 through a cable, the liquid level detector 18 detects water level data in the well body in real time, and outputs the data to the well body detector 80 through a cable, so that the well body detector 80 can conveniently obtain the state of a road well in real time and transmit the water level condition to the drainage flood control central control unit 11.

The lake water tank 1 is provided with overflow tanks 12 around, a plurality of overflow ports 13 communicated with the overflow tanks 12 are formed in the surrounding wall of the lake water tank 1, the overflow tanks 12 and the concentration tank 5 are connected to a city-around waterway system 16 through water channels four 14 and five 15 respectively, the water channels four 14 and five 15 are provided with sewage pumps two 17 and one sewage pump 7 respectively, the drainage and flood control central unit 11 is electrically connected with the sewage pumps two 17 and the sewage pump one 7 respectively, the lake water tank 1 is provided with the overflow tanks 12 with a shunting function around for controlling the water level of the lake water tank 1 and timely conveying excessive water to the city-around waterway system, and the concentration tank 5 can also remotely convey excessive storage water to the city-around waterway system to play a role in relieving excessive water storage.

The installation is provided with concentrated pond detector 50, liquid level detector 18 in the pond 5 of concentrating, concentrated pond detector 50 will concentrate pond water level data and transmit to drainage flood control management and control central authorities 11 through the GPRS network, be convenient for obtain concentrated pond water level data through drainage flood control management and control central authorities 11 to be convenient for control intaking or drainage operation.

The overflow pond 12 is internally provided with an overflow pond detector 120 and a liquid level detector 18, the overflow pond detector 120 transmits overflow pond water level data to the drainage and flood control central machine 11 through a GPRS network, so that the drainage and flood control central machine 11 can obtain the overflow pond water level data, and water inlet or drainage operation can be controlled conveniently.

All install flow pipeline valve 19 that is provided with control intercommunication or closes on water course one 2, water course two 4, water course three 6, water course four 14, the five 15 water courses, flow pipeline valve 19 electric connection drainage flood control central authorities machine 11 is convenient for in time manage and control the drainage intercommunication or close of each water course through drainage flood control central authorities machine 11.

A filter screen 20 with blocking effect is arranged at the position of the overflow port 13, and the filter screen 20 with blocking effect on fishes in the lake water tank 1.

The invention is implemented as follows: when the drainage system is used, the drainage pipe 3 and the communicated well bodies 8 are used as a drainage covering network system of the existing urban road, a well body travel switch 10, a liquid level detector 18 and a well body detector 80 are arranged in each well body 8, when the well cover 9 is moved, the state of a contact of the well body travel switch 10 changes (from open to closed), a state change signal is output to the well body detector 80 through a cable, the liquid level detector 18 detects water level data in the well body in real time and outputs the data to the well body detector 80 through the cable, so that the well body detector 80 can conveniently obtain the state of a water well under the road in real time and transmit the water level condition to the drainage flood control central control unit 11, the drainage pipe 3 is respectively shunted to the lake pond 1 and the concentration pond 5 through the first water channel 2 and the second water channel 4, the shunting drainage capacity is enhanced, and the occurrence of waterlogging on the road is avoided, the centralized pool 5 is connected with the lake pool 1 through a water channel III 6, a drainage water system which is processed by the centralized pool 5 independently is slowed down, overflow pools 12 are arranged around the lake pool 1, centralized pool detectors 50 and liquid level detectors 18 are arranged in the centralized pool 5, the centralized pool detectors 50 transmit water level data of the centralized pool to a drainage and flood control central machine 11 through a GPRS network, the water level data of the centralized pool are obtained through the drainage and flood control central machine 11, water inlet or drainage operation is controlled conveniently, overflow pool detectors 120 and liquid level detectors 18 are arranged in the overflow pools 12, the overflow pool detectors 120 transmit the water level data of the overflow pools to the drainage and flood control central machine 11 through the GPRS network, water level data of the overflow pools are obtained through the drainage and flood control central machine 11 conveniently, and water inlet or drainage operation is controlled conveniently; in addition, the concentration tank 5 and the overflow tank 12 are respectively shunted to the city-around waterway system 16 through the fifth water channel 15 and the fourth water channel 14 and then discharged out, so that the processing capacity of the whole process of the urban flood disaster is enhanced, and a complete urban flood disaster prevention flood drainage system is formed. Adopt this technical scheme, through the lake pond, concentrate the pond to the reposition of redundant personnel drainage of blow off pipe and handle, optimize drainage system engineering facility overall arrangement, be convenient for impel city flood control drainage system emergency capacity, effectively alleviate the flood influence, and through well body detector, concentrate pond detector, the application of overflow pond detector, the water level data condition at each facility position is in time transmitted to intelligence, be convenient for in time reposition of redundant personnel drainage operation processing, reducible runoff forms, and delay peak current time, and reduce water pollution through natural purification such as lake pond, strengthen the throughput of city flood disaster overall process, form complete city flood disaster prevention flood control drainage system.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various changes and modifications can be made without departing from the inventive concept of the present invention, and these changes and modifications are all within the scope of the present invention.

Claims

1. A high-efficiency environment-friendly flood control and drainage system comprises a lake pool (1), a blow-off pipe (3) and a concentration pool (5), and is characterized in that the lake pool (1) is connected to the blow-off pipe (3) and the concentration pool (5) through a first water channel (2) and a second water channel (4) respectively, the blow-off pipe (3) is connected with the concentration pool (5) in a split way through a third water channel (6), a first blow-off pump (7) is arranged on each of the first water channel (2), the second water channel (4) and the third water channel (6), the blow-off pipe (3) is laid for a sewer pipe network of an urban road, a plurality of well bodies (8) are communicated on the blow-off pipe (3), a well cover (9) can be moved at the top end of each well body (8), a well body travel switch (10) and a well body detector (80) are arranged on the inner wall of each well body (8) respectively, the bottom of well body (8) is firmly installed and is equipped with liquid level detection appearance (18), the diapire of well lid (9) contradicts the contact end of well body travel switch (10), liquid level detection appearance (18) electric connection well body detection appearance (80) respectively, well body detection appearance (80) are with well lid state and water level data through GPRS network transmission to drainage flood control central authorities machine (11), surround around being provided with overflow pond (12) around lake pond (1), and set up on the wall around lake pond (1) a plurality of spillway mouths (13) that communicate between with overflow pond (12), concentration pond (5) are connected to city-surrounding water route system (16) through water course four (14), water course five (15) respectively, install respectively on four water course (14), water course five (15) and be provided with dredge pump two (17), sewage pump five (17), The drainage flood control central unit (11) is respectively and electrically connected with the drainage pump II (17) and the drainage pump I (7); when well lid (9) is removed, the contact state of well body travel switch (10) changes, and export this state change signal for well body detector (80) through the cable, water level data in the liquid level detector (18) real-time detection well body, and export data for well body detector (80) through the cable, thereby be convenient for well body detector (80) obtain the state and the water level condition of road drainage well in real time and transmit to drainage flood control management and control central computer (11), and blow off pipe (3) are shunted to lake pond (1), centralized pool (5) by respectively through water course one (2), water course two (4), make the reposition of redundant personnel drainage ability reinforcing, avoid the road to take place the ponding waterlogging condition, and centralized pool (5) are connected lake pond (1) through water course three (6), slow down the drainage system of the processing by centralized pool (5) alone.

2. The efficient and environment-friendly flood control and drainage system according to claim 1, wherein a concentration pool detector (50) and a liquid level detector (18) are installed in the concentration pool (5), and the concentration pool detector (50) transmits water level data of the concentration pool to the flood control and drainage central computer (11) through a GPRS network.

3. The efficient and environment-friendly flood control and drainage system as claimed in claim 1, wherein an overflow tank detector (120) and a liquid level detector (18) are installed in the overflow tank (12), and the overflow tank detector (120) transmits overflow tank water level data to the flood control and drainage central control unit (11) through a GPRS network.

4. The system according to claim 1, wherein the first water channel (2), the second water channel (4), the third water channel (6), the fourth water channel (14) and the fifth water channel (15) are respectively provided with a flow pipeline valve (19) for controlling communication or closing.

5. The system of claim 4, wherein the flow pipeline valve (19) is electrically connected to the flood drainage and control central unit (11).

6. An efficient and environment-friendly flood control and drainage system as claimed in claim 1, wherein a filtering net (20) with blocking function is arranged at the position of the overflow opening (13).