CN112732822B - Intelligent comprehensive drainage management system - Google Patents

Intelligent comprehensive drainage management system Download PDF

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Publication number
CN112732822B
CN112732822B CN202011591883.XA CN202011591883A CN112732822B CN 112732822 B CN112732822 B CN 112732822B CN 202011591883 A CN202011591883 A CN 202011591883A CN 112732822 B CN112732822 B CN 112732822B
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database
pump station
sewage
communication equipment
pipe network
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CN112732822A (en
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陈方亮
张帆
李伟
王玉开
梁帅锋
乔森
黄丽娜
王现伟
周磊
高起
王一宁
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Zhengzhou Litong Water Co ltd
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Zhengzhou Litong Water Co ltd
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
    • G06F16/26—Visual data mining; Browsing structured data
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
    • G06F16/24—Querying
    • G06F16/245—Query processing
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
    • G06F16/24—Querying
    • G06F16/248—Presentation of query results
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
    • G06F16/29—Geographical information databases
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
    • G06Q50/10—Services
    • G06Q50/26—Government or public services
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
    • Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]

Abstract

The invention discloses a smart drainage comprehensive management system which comprises a sewage plant monitoring module, a sewage pump station monitoring module, a rainwater pump station monitoring module, an estuary gate monitoring module, an overpass culvert accumulated water monitoring module, a cloud server, an equipment management module, a GIS pipe network monitoring module, an inspection module, a maintenance rescue module and a task module. Through a series of module designs, the system can fully utilize the data of a drainage pipe network, improve the informatization degree of patrol maintenance, has a dynamic data support function, improves the informatization management degree of data between rainwater and a pump station, monitors the rainwater pump station, and can play an important safety protection function in rainy seasons.

Description

Intelligent drainage comprehensive management system
Technical Field
The invention belongs to the technical field of drainage management, and particularly relates to an intelligent comprehensive drainage management system.
Background
Drainage is important for city construction, especially, drainage in rainy days is a severe test for urban drainage, and the current situation of urban drainage has the following problems: 1. the existing data of the drainage pipe network data are seriously insufficient and cannot be fully utilized; 2. the informatization degree of patrol and maintenance needs to be improved; 3. lack of real-time dynamic data support; 4. the management level and the informatization degree of the rainwater and rainwater pumping station need to be improved, and the problems of serious waterlogging, great economic loss and personnel and property safety are caused in rainy seasons.
Disclosure of Invention
In view of the above-mentioned deficiencies described in the prior art, the present invention provides an intelligent integrated drainage management system.
The technical scheme adopted by the invention is as follows:
a smart drainage comprehensive management system comprises a sewage plant monitoring module, a sewage pump station monitoring module, a rainwater pump station monitoring module, an entry gate monitoring module, a flyover culvert accumulated water monitoring module, a cloud server, an equipment management module, a GIS pipe network monitoring module, a routing inspection module, a maintenance rescue module and a task module;
the sewage plant monitoring module comprises a sewage plant monitoring terminal, a sewage plant data acquisition terminal and a sewage plant communication device;
installing a sewage plant monitoring terminal in a sewage plant, transmitting the acquired real-time data to a sewage plant data acquisition terminal by the sewage plant monitoring terminal, and uploading the data to a sewage plant real-time database of a cloud server by the sewage plant data acquisition terminal through sewage plant communication equipment;
the sewage plant monitoring terminal comprises a sewage plant flow sensor and a sewage plant water level sensor, wherein the sewage plant flow sensor and the sewage plant water level sensor are respectively installed at a water inlet and a water outlet of a sewage plant to monitor the water inlet and outlet amount and the water level information of the sewage plant.
The sewage pump station monitoring module comprises a sewage pump station monitoring terminal, a sewage pump station data acquisition terminal, a sewage pump station communication device and a sewage pump; installing a sewage pump station monitoring terminal on a sewage pump station, transmitting acquired real-time data to a sewage pump station data acquisition terminal by the sewage pump station monitoring terminal, uploading detection data to a sewage pump station real-time database of a cloud server by the sewage pump station data acquisition terminal through sewage pump station communication equipment, and receiving an instruction of the cloud server by the sewage pump through the sewage pump station communication equipment;
the sewage pump station monitoring terminal comprises a sewage pump station flow sensor and a sewage pump station water level sensor, wherein the sewage pump station flow sensor and the sewage pump station water level sensor are respectively arranged at a water inlet and a water outlet of the sewage pump station and used for monitoring the water inlet and outlet amount and the water level information of the sewage pump station.
The rainwater pump station monitoring module comprises a rainwater pump station monitoring terminal, a rainwater pump station data acquisition terminal, rainwater pump station communication equipment and a rainwater pump; installing a rainwater pump station monitoring terminal on a rainwater pump station, transmitting acquired real-time data to a rainwater pump station data acquisition terminal by the rainwater pump station monitoring terminal, uploading the data to a rainwater pump station real-time database of a cloud server by the rainwater pump station data acquisition terminal through rainwater pump station communication equipment, and receiving an instruction of the cloud server by the rainwater pump through the rainwater pump station communication equipment;
the rainwater pump station monitoring terminal comprises a rainwater pump station flow sensor and a rainwater pump station water level sensor, wherein the rainwater pump station flow sensor and the rainwater pump station water level sensor are respectively installed at a water inlet and a water outlet of a rainwater pump station to monitor the water inlet and outlet amount and water level information of the rainwater pump station.
And the river inlet gate monitoring module comprises an electric control gate and gate communication equipment, and the electric control gate receives the command of the cloud server through the gate communication equipment to be opened and closed.
The overpass culvert ponding monitoring module comprises a ponding depth monitor and a ponding communication device, wherein at least one ponding depth monitor is arranged in an overpass culvert, and the ponding depth monitor transmits the ponding depth to an overpass real-time database in a cloud server through the ponding communication device.
The equipment management module comprises a communication equipment management submodule, a monitoring terminal management submodule, a pipe network facility management submodule, a sewage plant equipment management submodule, a pump station equipment management submodule and a river inlet gate management submodule.
The communication equipment management submodule comprises a pipe network communication unit, a sewage plant communication unit, a sewage pump station communication unit, a rainwater pump station communication unit, an estuary gate communication unit and a overpass culvert ponding communication unit;
the pipe network communication unit comprises a pipe network communication equipment database, a pipe network communication equipment operation database, a pipe network communication equipment fault database and a pipe network communication equipment maintenance database.
The pipe network communication equipment database is used for storing pipe network communication equipment;
acquiring the running state of each pipe network communication device on the pipe network, if the pipe network communication device runs normally, storing the current state of the pipe network communication device into a pipe network communication device running database, and if the pipe network communication device fails, storing the current state of the pipe network communication device into a pipe network communication device failure database; if the pipe network communication equipment is maintained, the pipe network communication equipment is stored in a pipe network communication equipment maintenance database; the pipe network communication equipment specifically comprises rainwater communication equipment, sewage communication equipment and confluence communication equipment.
The sewage plant communication unit comprises a sewage plant communication equipment database, a sewage plant communication equipment operation database, a sewage plant communication equipment fault database and a sewage plant communication equipment maintenance database;
the sewage plant communication equipment database is used for storing the sewage plant communication equipment;
acquiring the operating state of communication equipment of each sewage plant on the sewage plant, if the communication equipment of the sewage plant normally operates, storing the current state of the communication equipment of the sewage plant into an operating database of the communication equipment of the sewage plant, and if the communication equipment of the sewage plant fails, storing the current state of the communication equipment of the sewage plant into a failure database of the communication equipment of the sewage plant; and if the communication equipment of the sewage plant is maintained, the maintenance data is stored in a maintenance database of the communication equipment of the sewage plant.
The sewage pump station communication unit comprises a sewage pump station communication equipment database, a sewage pump station communication equipment operation database, a sewage pump station communication equipment fault database and a sewage pump station communication equipment maintenance database;
the sewage pump station communication equipment database is used for storing the sewage pump station communication equipment;
collecting the operating state of each sewage pump station communication device on the sewage pump station, if the sewage pump station communication device normally operates, storing the current state of the sewage pump station communication device into a sewage pump station communication device operating database, and if the sewage pump station communication device fails, storing the current state of the sewage pump station communication device into a sewage pump station communication device failure database; and if the sewage pump station communication equipment is maintained, the maintenance data is stored in a maintenance database of the sewage pump station communication equipment.
The rainwater pump station communication unit comprises a rainwater pump station communication equipment database, a rainwater pump station communication equipment operation database, a rainwater pump station communication equipment fault database and a rainwater pump station communication equipment maintenance database;
the rainwater pump station communication equipment database is used for storing rainwater pump station communication equipment;
collecting the running states of all the rainwater pump station communication equipment on the rainwater pump station, if the rainwater pump station communication equipment runs normally, saving the current state of the rainwater pump station communication equipment to a rainwater pump station communication equipment running database, and if the rainwater pump station communication equipment fails, saving the current state of the rainwater pump station communication equipment to a rainwater pump station communication equipment failure database; and if the rainwater pumping station communication equipment is maintained, the rainwater pumping station communication equipment is stored in a rainwater pumping station communication equipment maintenance database.
The communication unit of the estuary gate comprises an estuary gate communication equipment database, an estuary gate communication equipment operation database, an estuary gate communication equipment fault database and an estuary gate communication equipment maintenance database;
the estuary gate communication equipment database is used for storing estuary gate communication equipment;
collecting the operation state of each estuary gate communication equipment on the estuary gate, if the estuary gate communication equipment operates normally, storing the current state of the estuary gate communication equipment into an estuary gate communication equipment operation database, and if the estuary gate communication equipment fails, storing the current state of the estuary gate communication equipment into an estuary gate communication equipment failure database; and if the communication equipment of the gate at the river inlet is maintained, storing the communication equipment of the gate at the river inlet into a maintenance database of the communication equipment of the gate at the river inlet.
The overpass culvert communication unit comprises an overpass culvert communication equipment database, an overpass culvert communication equipment operation database, an overpass culvert communication equipment fault database and an overpass culvert communication equipment maintenance database;
the overpass culvert communication equipment database is used for storing the overpass culvert communication equipment;
collecting the running states of all overpass culvert communication equipment on the overpass culvert, if the overpass culvert communication equipment runs normally, storing the current overpass culvert communication equipment state to an overpass culvert communication equipment running database, and if the overpass culvert communication equipment fails, storing the current overpass culvert communication equipment state to an overpass culvert communication equipment failure database; and if the overpass culvert communication equipment is maintained, storing the overpass culvert communication equipment in a maintenance database.
The monitoring terminal management submodule comprises a pipe network monitoring unit, a sewage plant monitoring unit, a sewage pump station monitoring unit, a rainwater pump station monitoring unit and an overpass culvert ponding unit;
the pipe network monitoring unit comprises a pipe network monitoring terminal database, a pipe network monitoring terminal operation database, a pipe network monitoring terminal fault database and a pipe network monitoring terminal maintenance database;
the pipe network monitoring terminal database is used for storing pipe network monitoring terminals;
collecting the running state of each pipe network monitoring terminal on the pipe network, if the pipe network monitoring terminal runs normally, storing the current state of the pipe network monitoring terminal into a pipe network monitoring terminal running database, and if the pipe network monitoring terminal fails, storing the current state of the pipe network monitoring terminal into a pipe network monitoring terminal failure database; if the pipe network monitoring terminal is maintained, the pipe network monitoring terminal is stored in a pipe network monitoring terminal maintenance database; the pipe network monitoring terminal specifically comprises a rainwater monitoring terminal, a sewage monitoring terminal and a confluence monitoring terminal.
The sewage plant monitoring unit comprises a sewage plant monitoring terminal database, a sewage plant monitoring terminal operation database, a sewage plant monitoring terminal fault database and a sewage plant monitoring terminal maintenance database;
the sewage plant monitoring terminal database is used for storing the sewage plant monitoring terminals;
acquiring the running state of each monitoring terminal of the sewage plant on the sewage plant, if the monitoring terminal of the sewage plant runs normally, storing the current state of the monitoring terminal of the sewage plant into a monitoring terminal running database of the sewage plant, and if the monitoring terminal of the sewage plant breaks down, storing the current state of the monitoring terminal of the sewage plant into a monitoring terminal fault database of the sewage plant; and if the sewage plant monitoring terminal is maintained, storing the sewage plant monitoring terminal in a maintenance database of the sewage plant monitoring terminal.
The sewage pump station monitoring unit comprises a sewage pump station monitoring terminal database, a sewage pump station monitoring terminal operation database, a sewage pump station monitoring terminal fault database and a sewage pump station monitoring terminal maintenance database;
the sewage pumping station monitoring terminal database is used for storing the sewage pumping station monitoring terminals;
acquiring the running state of each sewage pump station monitoring terminal on a sewage pump station, if the sewage pump station monitoring terminal runs normally, storing the current state of the sewage pump station monitoring terminal into a sewage pump station monitoring terminal running database, and if the sewage pump station monitoring terminal fails, storing the current state of the sewage pump station monitoring terminal into a sewage pump station monitoring terminal failure database; and if the maintenance is carried out on the sewage pumping station monitoring terminal, the maintenance is stored in a maintenance database of the sewage pumping station monitoring terminal.
The rainwater pump station monitoring unit comprises a rainwater pump station monitoring terminal database, a rainwater pump station monitoring terminal operation database, a rainwater pump station monitoring terminal fault database and a rainwater pump station monitoring terminal maintenance database;
the rainwater pump station monitoring terminal database is used for storing the rainwater pump station monitoring terminals;
collecting the running states of all the rainwater pump station monitoring terminals on the rainwater pump station, if the rainwater pump station monitoring terminals run normally, storing the current state of the rainwater pump station monitoring terminals into a rainwater pump station monitoring terminal running database, and if the rainwater pump station monitoring terminals fail, storing the current state of the rainwater pump station monitoring terminals into a rainwater pump station monitoring terminal failure database; and if the maintenance is carried out on the rainwater pumping station monitoring terminal, the maintenance data is stored in a rainwater pumping station monitoring terminal maintenance database.
The overpass culvert ponding unit comprises a culvert ponding depth sensor database, a culvert ponding depth sensor operation database, a culvert ponding depth sensor fault database and a culvert ponding depth sensor maintenance database;
the culvert ponding depth sensor database is used for storing the culvert ponding depth sensors;
collecting the running state of each culvert ponding depth sensor on the overpass culvert, if the culvert ponding depth sensor runs normally, saving the current culvert ponding depth sensor state to a culvert ponding depth sensor running database, and if the culvert ponding depth sensor fails, saving the current culvert ponding depth sensor state to a culvert ponding depth sensor failure database; and if the culvert accumulated water depth sensor is maintained, storing the culvert accumulated water depth sensor in a maintenance database.
The pipe network facility management submodule comprises a pipe network facility database, a pipe network facility operation database, a pipe network facility fault database and a pipe network facility maintenance database;
the pipe network facility database is used for storing pipe network facilities, and the pipe network facilities at least comprise pipe network valves;
acquiring the running state of a pipe network facility, if the pipe network facility runs normally, storing the current state of the pipe network facility into a pipe network facility running database, and if the pipe network facility breaks down, storing the current state of the pipe network facility into a pipe network facility fault database; and if the pipe network facilities are maintained, the maintenance data is stored in a pipe network facility maintenance database.
The sewage plant equipment management submodule comprises a sewage plant equipment database, a sewage plant equipment operation database, a sewage plant equipment fault database and a sewage plant equipment maintenance database;
the sewage plant equipment database is used for storing sewage plant equipment, and the sewage plant equipment at least comprises a sewage plant valve and a sewage plant motor;
acquiring the running state of equipment of the sewage plant, if the equipment of the sewage plant runs normally, storing the current equipment state of the sewage plant into an equipment running database of the sewage plant, and if the equipment of the sewage plant fails, storing the current equipment state of the sewage plant into an equipment failure database of the sewage plant; and if the sewage plant equipment is maintained, storing the sewage plant equipment into a sewage plant equipment maintenance database.
The pump station equipment management submodule comprises a rainwater pump station equipment unit and a sewage pump station equipment unit, wherein the rainwater pump station equipment unit comprises a rainwater pump station database, a rainwater pump station operation database, a rainwater pump station fault database and a rainwater pump station maintenance database;
the rainwater pumping station database is used for storing rainwater pumping station equipment, and the rainwater pumping station at least comprises a rainwater pumping station valve and a rainwater pump;
collecting the running state of rainwater pump station equipment, if the rainwater pump station equipment runs normally, storing the current state of the rainwater pump station equipment to a rainwater pump station running database, and if the rainwater pump station equipment fails, storing the current state of the rainwater pump station equipment to a rainwater pump station failure database; and if the rainwater pumping station equipment is maintained, storing the rainwater pumping station equipment to a rainwater pumping station maintenance database.
The sewage pump station equipment unit comprises a sewage pump station database, a sewage pump station operation database, a sewage pump station fault database and a sewage pump station maintenance database;
the sewage pump station database is used for storing sewage pump station equipment, and the sewage pump station at least comprises a sewage pump station valve and a sewage pump;
acquiring the running state of the sewage pump station equipment, if the sewage pump station equipment runs normally, storing the current state of the sewage pump station equipment into a sewage pump station running database, and if the sewage pump station equipment fails, storing the current state of the sewage pump station equipment into a sewage pump station failure database; and if the sewage pump station equipment is maintained, storing the sewage pump station equipment in a sewage pump station maintenance database.
The river inlet gate management submodule comprises a river inlet gate database, a river inlet gate operation database, a river inlet gate fault database and a river inlet gate maintenance database; the estuary gate database is used for storing estuary gates;
collecting the running state of the estuary gate, if the estuary gate runs normally, storing the current state of the estuary gate into an estuary gate running database, and if the estuary gate breaks down, storing the current state of the estuary gate into an estuary gate fault database; and if the estuary gate is maintained, storing the estuary gate in an estuary gate maintenance database.
The GIS pipe network monitoring module comprises a GIS pipe network module and a pipe network real-time database; the GIS pipe network module comprises a GIS database, a model builder, a model corrector and a model database;
the GIS database is used for storing pipe network space data obtained from a GIS system;
the pipe network real-time database is used for calling real-time detection data from each real-time database of the cloud server to serve as correction data of the primary pipe network model;
a model builder which is used for calling corresponding equipment from a pipe network facility database, a pipe network communication equipment database, a pipe network monitoring terminal database, a sewage plant equipment database, a sewage plant monitoring terminal database, a rainwater pumping station monitoring terminal database, a sewage pumping station database, a culvert accumulated water depth sensor database, a flyover culvert communication equipment database, a river mouth gate database and a river mouth gate communication equipment database and fusing the corresponding equipment with three-dimensional data in a GIS database to generate a preliminary pipe network model;
and the model corrector is used for calling real-time data from the pipe network real-time database, carrying out operation correction on the initial pipe network model, and storing the corrected pipe network model in the model database.
And each real-time database in the cloud server is simulated and operated on a pipe network model, so that problems can be found in time, corresponding instructions are issued through the task module, and the modules are coordinated to be matched with each other, so that quick drainage and fault early warning are realized.
The inspection module comprises inspection equipment, an inspection database, an inspection track database and a repair database, wherein an inspector holds the inspection equipment to acquire real-time detection data and running state data of a sewage plant monitoring terminal, a sewage pump station monitoring terminal or a rainwater pump station monitoring terminal and transmits the acquired data to the inspection database of the cloud server for storage, and when the inspection finds that the monitoring terminal has a fault, the inspection personnel stores the data of the current monitoring terminal into the repair database; the walking track of the inspection equipment is stored in an inspection track database.
And the maintenance snatching module calls fault information from each fault database in the repair reporting database and the equipment management module, displays the fault information on a main interface and issues the fault information to maintenance personnel through the task module.
And the task module is used for issuing tasks.
The invention sets monitoring points for pipe network, sewage plant, rainwater pump station, sewage pump station and overpass culvert, collects real-time data by monitoring device, and realizes data transmission by 4G plus optical fiber communication mode, cloud server receives each real-time data and carries out simulation operation and fault analysis by pipe network model, and increases the matching relation between modules, and overpass culvert adopts electronic water gauge to carry out ponding monitoring, can grasp ponding and drainage condition of key traffic point, and carry out linkage area pump station, and effectively discharge, and drainage pump station is divided into sub-area to carry out real-time monitoring, and produces pipe network model according to monitoring information, can intuitively know the whole structure and drainage state of urban drainage pipe network, the generated drainage pipe network can display monitoring points when displaying on the main interface, the monitoring device and communication device corresponding to each monitoring point can call from the corresponding database, and the invention can actively or passively call for maintenance when discovering drainage fault, and call corresponding data from the fault database, and call for maintenance, and can receive corresponding data from the corresponding database, and can provide remote maintenance data management scheme for the drainage pipe network, and maintenance personnel can use the drainage management to obtain remote maintenance data report forms, and maintenance of the drainage management of the drainage pipe network, and can greatly reduce the difficulty of the maintenance of the drainage management of the drainage system.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
Fig. 1 is a schematic block diagram of the present invention.
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 inventive step, are within the scope of the present invention.
The embodiment is as follows:
a comprehensive management system for intelligent drainage is shown in figure 1 and comprises a sewage plant monitoring module, a sewage pump station monitoring module, a rainwater pump station monitoring module, an estuary gate monitoring module, an overpass culvert ponding monitoring module, a cloud server, an equipment management module, a GIS pipe network monitoring module, an inspection module, a maintenance module and a task module;
the sewage plant monitoring module comprises a sewage plant monitoring terminal, a sewage plant data acquisition terminal and a sewage plant communication device;
installing a sewage plant monitoring terminal in a sewage plant, transmitting the acquired real-time data to a sewage plant data acquisition terminal by the sewage plant monitoring terminal, and uploading the data to a sewage plant real-time database of a cloud server by the sewage plant data acquisition terminal through sewage plant communication equipment;
the sewage plant monitoring terminal comprises a sewage plant flow sensor and a sewage plant water level sensor, wherein the sewage plant flow sensor and the sewage plant water level sensor are respectively installed at a water inlet and a water outlet of a sewage plant to monitor the water inlet and outlet amount and the water level information of the sewage plant.
The sewage pump station monitoring module comprises a sewage pump station monitoring terminal, a sewage pump station data acquisition terminal, a sewage pump station communication device and a sewage pump; installing a sewage pump station monitoring terminal on a sewage pump station, transmitting acquired real-time data to a sewage pump station data acquisition terminal by the sewage pump station monitoring terminal, uploading detection data to a sewage pump station real-time database of a cloud server by the sewage pump station data acquisition terminal through sewage pump station communication equipment, and receiving an instruction of the cloud server by the sewage pump through the sewage pump station communication equipment;
the sewage pump station monitoring terminal comprises a sewage pump station flow sensor and a sewage pump station water level sensor, wherein the sewage pump station flow sensor and the sewage pump station water level sensor are respectively arranged at a water inlet and a water outlet of the sewage pump station and used for monitoring the water inlet and outlet amount and the water level information of the sewage pump station.
The rainwater pump station monitoring module comprises a rainwater pump station monitoring terminal, a rainwater pump station data acquisition terminal, rainwater pump station communication equipment and a rainwater pump; installing a rainwater pumping station monitoring terminal on a rainwater pumping station, transmitting acquired real-time data to a rainwater pumping station data acquisition terminal by the rainwater pumping station monitoring terminal, uploading the data to a rainwater pumping station real-time database of a cloud server by the rainwater pumping station data acquisition terminal through rainwater pumping station communication equipment, and receiving an instruction of the cloud server by the rainwater pump through rainwater pumping station communication equipment;
the rainwater pump station monitoring terminal comprises a rainwater pump station flow sensor and a rainwater pump station water level sensor, wherein the rainwater pump station flow sensor and the rainwater pump station water level sensor are respectively installed at a water inlet and a water outlet of a rainwater pump station to monitor the water inlet and outlet amount and water level information of the rainwater pump station.
And the river inlet gate monitoring module comprises an electric control gate and gate communication equipment, and the electric control gate receives the command of the cloud server through the gate communication equipment to be opened and closed.
The overpass culvert ponding monitoring module comprises a ponding depth monitor and a ponding communication device, wherein at least one ponding depth monitor is arranged in an overpass culvert, and the ponding depth monitor transmits the ponding depth to an overpass real-time database in a cloud server through the ponding communication device.
The equipment management module comprises a communication equipment management submodule, a monitoring terminal management submodule, a pipe network facility management submodule, a sewage plant equipment management submodule, a pump station equipment management submodule and a river inlet gate management submodule.
The communication equipment management submodule comprises a pipe network communication unit, a sewage plant communication unit, a sewage pump station communication unit, a rainwater pump station communication unit, an estuary gate communication unit and a overpass culvert ponding communication unit;
the pipe network communication unit comprises a pipe network communication equipment database, a pipe network communication equipment operation database, a pipe network communication equipment fault database and a pipe network communication equipment maintenance database.
The pipe network communication equipment database is used for storing pipe network communication equipment;
acquiring the running state of each pipe network communication device on the pipe network, if the pipe network communication device runs normally, storing the current state of the pipe network communication device into a pipe network communication device running database, and if the pipe network communication device fails, storing the current state of the pipe network communication device into a pipe network communication device failure database; if the pipe network communication equipment is maintained, the pipe network communication equipment is stored in a pipe network communication equipment maintenance database; the pipe network communication equipment specifically comprises rainwater communication equipment, sewage communication equipment and confluence communication equipment.
The sewage plant communication unit comprises a sewage plant communication equipment database, a sewage plant communication equipment operation database, a sewage plant communication equipment fault database and a sewage plant communication equipment maintenance database;
the sewage plant communication equipment database is used for storing the sewage plant communication equipment;
acquiring the operating state of communication equipment of each sewage plant on the sewage plant, if the communication equipment of the sewage plant normally operates, storing the current state of the communication equipment of the sewage plant into an operating database of the communication equipment of the sewage plant, and if the communication equipment of the sewage plant fails, storing the current state of the communication equipment of the sewage plant into a failure database of the communication equipment of the sewage plant; and if the communication equipment of the sewage plant is maintained, the maintenance data is stored in a maintenance database of the communication equipment of the sewage plant.
The sewage pump station communication unit comprises a sewage pump station communication equipment database, a sewage pump station communication equipment operation database, a sewage pump station communication equipment fault database and a sewage pump station communication equipment maintenance database;
the sewage pump station communication equipment database is used for storing the sewage pump station communication equipment;
collecting the operating state of each sewage pump station communication device on the sewage pump station, if the sewage pump station communication device normally operates, storing the current state of the sewage pump station communication device into a sewage pump station communication device operating database, and if the sewage pump station communication device fails, storing the current state of the sewage pump station communication device into a sewage pump station communication device failure database; and if the sewage pump station communication equipment is maintained, the maintenance data is stored in a maintenance database of the sewage pump station communication equipment.
The rainwater pump station communication unit comprises a rainwater pump station communication equipment database, a rainwater pump station communication equipment operation database, a rainwater pump station communication equipment fault database and a rainwater pump station communication equipment maintenance database;
the rainwater pump station communication equipment database is used for storing rainwater pump station communication equipment;
collecting the running states of all the rainwater pump station communication equipment on the rainwater pump station, if the rainwater pump station communication equipment runs normally, saving the current state of the rainwater pump station communication equipment to a rainwater pump station communication equipment running database, and if the rainwater pump station communication equipment fails, saving the current state of the rainwater pump station communication equipment to a rainwater pump station communication equipment failure database; and if the rainwater pumping station communication equipment is maintained, the rainwater pumping station communication equipment is stored in a rainwater pumping station communication equipment maintenance database.
The communication unit of the estuary gate comprises an estuary gate communication equipment database, an estuary gate communication equipment operation database, an estuary gate communication equipment fault database and an estuary gate communication equipment maintenance database;
the estuary gate communication equipment database is used for storing estuary gate communication equipment;
collecting the operation state of each estuary gate communication equipment on the estuary gate, if the estuary gate communication equipment operates normally, storing the current state of the estuary gate communication equipment into an estuary gate communication equipment operation database, and if the estuary gate communication equipment fails, storing the current state of the estuary gate communication equipment into an estuary gate communication equipment failure database; and if the communication equipment of the gate at the river inlet is maintained, storing the communication equipment of the gate at the river inlet into a maintenance database of the communication equipment of the gate at the river inlet.
The overpass culvert communication unit comprises an overpass culvert communication equipment database, an overpass culvert communication equipment operation database, an overpass culvert communication equipment fault database and an overpass culvert communication equipment maintenance database;
the overpass culvert communication equipment database is used for storing the overpass culvert communication equipment;
collecting the running state of each overpass culvert communication equipment on the overpass culvert, if the overpass culvert communication equipment runs normally, storing the current overpass culvert communication equipment state into an overpass culvert communication equipment running database, and if the overpass culvert communication equipment fails, storing the current overpass culvert communication equipment state into an overpass culvert communication equipment failure database; and if the overpass culvert communication equipment is maintained, storing the overpass culvert communication equipment to a maintenance database.
The monitoring terminal management submodule comprises a pipe network monitoring unit, a sewage plant monitoring unit, a sewage pump station monitoring unit, a rainwater pump station monitoring unit and an overpass culvert ponding unit;
the pipe network monitoring unit comprises a pipe network monitoring terminal database, a pipe network monitoring terminal operation database, a pipe network monitoring terminal fault database and a pipe network monitoring terminal maintenance database;
the pipe network monitoring terminal database is used for storing pipe network monitoring terminals;
collecting the running state of each pipe network monitoring terminal on the pipe network, if the pipe network monitoring terminal runs normally, storing the current state of the pipe network monitoring terminal into a pipe network monitoring terminal running database, and if the pipe network monitoring terminal fails, storing the current state of the pipe network monitoring terminal into a pipe network monitoring terminal failure database; if the pipe network monitoring terminal is maintained, the pipe network monitoring terminal is stored in a pipe network monitoring terminal maintenance database; the pipe network monitoring terminal specifically comprises a rainwater monitoring terminal, a sewage monitoring terminal and a confluence monitoring terminal.
The sewage plant monitoring unit comprises a sewage plant monitoring terminal database, a sewage plant monitoring terminal operation database, a sewage plant monitoring terminal fault database and a sewage plant monitoring terminal maintenance database;
the sewage plant monitoring terminal database is used for storing the sewage plant monitoring terminals;
acquiring the running state of each monitoring terminal of the sewage plant on the sewage plant, if the monitoring terminal of the sewage plant runs normally, storing the current state of the monitoring terminal of the sewage plant into a monitoring terminal running database of the sewage plant, and if the monitoring terminal of the sewage plant breaks down, storing the current state of the monitoring terminal of the sewage plant into a monitoring terminal fault database of the sewage plant; and if the sewage plant monitoring terminal is maintained, storing the sewage plant monitoring terminal in a maintenance database of the sewage plant monitoring terminal.
The sewage pump station monitoring unit comprises a sewage pump station monitoring terminal database, a sewage pump station monitoring terminal operation database, a sewage pump station monitoring terminal fault database and a sewage pump station monitoring terminal maintenance database;
the sewage pump station monitoring terminal database is used for storing the sewage pump station monitoring terminal;
acquiring the running state of each sewage pump station monitoring terminal on a sewage pump station, if the sewage pump station monitoring terminal runs normally, storing the current state of the sewage pump station monitoring terminal into a sewage pump station monitoring terminal running database, and if the sewage pump station monitoring terminal fails, storing the current state of the sewage pump station monitoring terminal into a sewage pump station monitoring terminal failure database; and if the maintenance is carried out on the sewage pumping station monitoring terminal, the maintenance is stored in a maintenance database of the sewage pumping station monitoring terminal.
The rainwater pump station monitoring unit comprises a rainwater pump station monitoring terminal database, a rainwater pump station monitoring terminal operation database, a rainwater pump station monitoring terminal fault database and a rainwater pump station monitoring terminal maintenance database;
the rainwater pump station monitoring terminal database is used for storing the rainwater pump station monitoring terminals;
collecting the running states of all the rainwater pump station monitoring terminals on the rainwater pump station, if the rainwater pump station monitoring terminals run normally, storing the current state of the rainwater pump station monitoring terminals into a rainwater pump station monitoring terminal running database, and if the rainwater pump station monitoring terminals fail, storing the current state of the rainwater pump station monitoring terminals into a rainwater pump station monitoring terminal failure database; and if the maintenance is carried out on the rainwater pumping station monitoring terminal, the maintenance data is stored in a rainwater pumping station monitoring terminal maintenance database.
The overpass culvert ponding unit comprises a culvert ponding depth sensor database, a culvert ponding depth sensor operation database, a culvert ponding depth sensor fault database and a culvert ponding depth sensor maintenance database;
the culvert ponding depth sensor database is used for storing the culvert ponding depth sensors;
collecting the running state of each culvert ponding depth sensor on the overpass culvert, if the culvert ponding depth sensor runs normally, saving the current culvert ponding depth sensor state to a culvert ponding depth sensor running database, and if the culvert ponding depth sensor fails, saving the current culvert ponding depth sensor state to a culvert ponding depth sensor failure database; and if the culvert accumulated water depth sensor is maintained, storing the culvert accumulated water depth sensor in a maintenance database.
The pipe network facility management submodule comprises a pipe network facility database, a pipe network facility operation database, a pipe network facility fault database and a pipe network facility maintenance database;
the pipe network facility database is used for storing pipe network facilities, and the pipe network facilities at least comprise pipe network valves;
acquiring the running state of a pipe network facility, if the pipe network facility runs normally, storing the current state of the pipe network facility into a pipe network facility running database, and if the pipe network facility breaks down, storing the current state of the pipe network facility into a pipe network facility fault database; and if the pipe network facilities are maintained, storing the pipe network facilities in a pipe network facility maintenance database.
The sewage plant equipment management submodule comprises a sewage plant equipment database, a sewage plant equipment operation database, a sewage plant equipment fault database and a sewage plant equipment maintenance database;
the sewage plant equipment database is used for storing sewage plant equipment, and the sewage plant equipment at least comprises a sewage plant valve and a sewage plant motor;
acquiring the running state of equipment of the sewage plant, if the equipment of the sewage plant runs normally, storing the current equipment state of the sewage plant into an equipment running database of the sewage plant, and if the equipment of the sewage plant fails, storing the current equipment state of the sewage plant into an equipment failure database of the sewage plant; and if the sewage plant equipment is maintained, storing the sewage plant equipment into a sewage plant equipment maintenance database.
The pump station equipment management submodule comprises a rainwater pump station equipment unit and a sewage pump station equipment unit, wherein the rainwater pump station equipment unit comprises a rainwater pump station database, a rainwater pump station operation database, a rainwater pump station fault database and a rainwater pump station maintenance database;
the rainwater pump station database is used for storing rainwater pump station equipment, and the rainwater pump station at least comprises a rainwater pump station valve and a rainwater pump;
collecting the running state of rainwater pump station equipment, if the rainwater pump station equipment runs normally, storing the current state of the rainwater pump station equipment to a rainwater pump station running database, and if the rainwater pump station equipment fails, storing the current state of the rainwater pump station equipment to a rainwater pump station failure database; and if the rainwater pumping station equipment is maintained, storing the rainwater pumping station equipment to a rainwater pumping station maintenance database.
The sewage pump station equipment unit comprises a sewage pump station database, a sewage pump station operation database, a sewage pump station fault database and a sewage pump station maintenance database;
the sewage pump station database is used for storing sewage pump station equipment, and the sewage pump station at least comprises a sewage pump station valve and a sewage pump;
acquiring the running state of the sewage pump station equipment, if the sewage pump station equipment runs normally, storing the current state of the sewage pump station equipment into a sewage pump station running database, and if the sewage pump station equipment fails, storing the current state of the sewage pump station equipment into a sewage pump station failure database; and if the sewage pump station equipment is maintained, storing the sewage pump station equipment in a sewage pump station maintenance database.
The river inlet gate management submodule comprises a river inlet gate database, a river inlet gate operation database, a river inlet gate fault database and a river inlet gate maintenance database; the estuary gate database is used for storing estuary gates;
collecting the running state of the estuary gate, if the estuary gate runs normally, storing the current state of the estuary gate into an estuary gate running database, and if the estuary gate breaks down, storing the current state of the estuary gate into an estuary gate fault database; and if the estuary gate is maintained, storing the estuary gate in an estuary gate maintenance database.
The GIS pipe network monitoring module comprises a GIS pipe network module and a pipe network real-time database; the GIS pipe network module comprises a GIS database, a model builder, a model corrector and a model database;
the GIS database is used for storing pipe network space data obtained from a GIS system;
the pipe network real-time database is used for calling real-time detection data from each real-time database of the cloud server to serve as correction data of the primary pipe network model;
a model builder which is used for calling corresponding equipment from a pipe network facility database, a pipe network communication equipment database, a pipe network monitoring terminal database, a sewage plant equipment database, a sewage plant monitoring terminal database, a rainwater pumping station monitoring terminal database, a sewage pumping station database, a culvert ponding depth sensor database, an overpass culvert communication equipment database, an estuary gate database and an estuary gate communication equipment database and fusing the corresponding equipment with three-dimensional data in a GIS database to generate a preliminary pipe network model;
and the model corrector is used for calling real-time data from the pipe network real-time database, performing operation correction on the initial pipe network model, and storing the corrected pipe network model in the model database.
And each real-time database in the cloud server is simulated and operated on a pipe network model, so that problems can be found in time, corresponding instructions are issued through the task module, and the modules are coordinated to be matched with each other, so that quick drainage and fault early warning are realized.
The inspection module comprises inspection equipment, an inspection database, an inspection track database and a repair database, wherein an inspector holds the inspection equipment to acquire real-time detection data and running state data of a sewage plant monitoring terminal, a sewage pump station monitoring terminal or a rainwater pump station monitoring terminal and transmits the acquired data to the inspection database of the cloud server for storage, and when the inspection finds that the monitoring terminal has a fault, the inspection personnel stores the data of the current monitoring terminal into the repair database; the walking track of the inspection equipment is stored in an inspection track database.
And the maintenance robbery module calls fault information from each fault database in the repair reporting database and the equipment management module, displays the fault information on the main interface and sends the fault information to maintenance personnel through the task module.
And the task module is used for issuing tasks, and the workers are respectively stored in corresponding databases according to departments or functions and can call the tasks from the corresponding databases as required.

Claims (6)

1. The utility model provides an wisdom drainage integrated management system which characterized in that: the system comprises a sewage plant monitoring module, a sewage pump station monitoring module, a rainwater pump station monitoring module, an estuary gate monitoring module, a flyover culvert accumulated water monitoring module, a cloud server, an equipment management module, a GIS pipe network monitoring module, an inspection module, a maintenance module and a task module;
the sewage plant monitoring module is used for detecting real-time data of the sewage plant and uploading the real-time data to a sewage plant real-time database of the cloud server; the system comprises a sewage plant monitoring terminal, a sewage plant data acquisition terminal and a sewage plant communication device;
the system comprises a sewage pump station monitoring module, a cloud server and a data processing module, wherein the sewage pump station monitoring module is used for detecting real-time data of a sewage pump station and uploading the real-time data to a sewage plant real-time database of the cloud server and comprises a sewage pump station monitoring terminal, a sewage pump station data acquisition terminal, a sewage pump station communication device and a sewage pump;
the system comprises a rainwater pumping station monitoring module, a cloud server and a data processing module, wherein the rainwater pumping station monitoring module is used for detecting real-time data of a rainwater pumping station and uploading the real-time data to a sewage plant real-time database of the cloud server and comprises a rainwater pumping station monitoring terminal, a rainwater pumping station data acquisition terminal, rainwater pumping station communication equipment and a rainwater pump;
the river inlet gate monitoring module comprises an electric control gate and gate communication equipment, and the electric control gate receives an instruction of the cloud server through the gate communication equipment to be opened and closed;
the overpass culvert accumulated water monitoring module comprises an accumulated water depth monitor and accumulated water communication equipment, wherein at least one accumulated water depth monitor is arranged in an overpass culvert, and the accumulated water depth monitor transmits the accumulated water depth to an overpass real-time database in a cloud server through the accumulated water communication equipment;
the equipment management module comprises a communication equipment management submodule, a monitoring terminal management submodule, a pipe network facility management submodule, a sewage plant equipment management submodule, a pump station equipment management submodule and a river inlet gate management submodule;
the communication equipment management submodule comprises a pipe network communication unit, a sewage plant communication unit, a sewage pump station communication unit, a rainwater pump station communication unit, an estuary gate communication unit and a overpass culvert ponding communication unit;
the monitoring terminal management submodule comprises a pipe network monitoring unit, a sewage plant monitoring unit, a sewage pump station monitoring unit, a rainwater pump station monitoring unit and an overpass culvert ponding unit;
the pipe network monitoring unit comprises a pipe network monitoring terminal database, a pipe network monitoring terminal operation database, a pipe network monitoring terminal fault database and a pipe network monitoring terminal maintenance database;
the pipe network facility management submodule comprises a pipe network facility database, a pipe network facility operation database, a pipe network facility fault database and a pipe network facility maintenance database;
the sewage plant equipment management submodule comprises a sewage plant equipment database, a sewage plant equipment operation database, a sewage plant equipment fault database and a sewage plant equipment maintenance database;
the pump station equipment management submodule comprises a rainwater pump station equipment unit and a sewage pump station equipment unit,
the river inlet gate management submodule comprises a river inlet gate database, a river inlet gate operation database, a river inlet gate fault database and a river inlet gate maintenance database;
the GIS pipe network monitoring module comprises a GIS pipe network module and a pipe network real-time database; the GIS pipe network module comprises a GIS database, a model builder, a model corrector and a model database;
the GIS database is used for storing pipe network space data obtained from a GIS system;
the pipe network real-time database is used for calling real-time detection data from each real-time database of the cloud server to serve as correction data of the primary pipe network model;
a model builder which is used for calling corresponding equipment from a pipe network facility database, a pipe network communication equipment database, a pipe network monitoring terminal database, a sewage plant equipment database, a sewage plant monitoring terminal database, a rainwater pumping station monitoring terminal database, a sewage pumping station database, a culvert accumulated water depth sensor database, a flyover culvert communication equipment database, a river mouth gate database and a river mouth gate communication equipment database and fusing the corresponding equipment with three-dimensional data in a GIS database to generate a preliminary pipe network model;
the model corrector is used for calling real-time data from the pipe network real-time database, carrying out operation correction on the initial pipe network model, and storing the corrected pipe network model in the model database;
the inspection module comprises inspection equipment, an inspection database, an inspection track database and a repair reporting database, wherein an inspector holds the inspection equipment to acquire real-time detection data and running state data of a sewage plant monitoring terminal, a sewage pump station monitoring terminal or a rainwater pump station monitoring terminal and transmits the acquired data to the inspection database of the cloud server for storage, and when the inspection finds that the monitoring terminal has a fault, the inspection module stores the data of the current monitoring terminal into the repair reporting database; the walking track of the inspection equipment is stored in an inspection track database;
the maintenance snatching module is used for calling fault information from each fault database in the repair reporting database and the equipment management module, displaying the fault information on a main interface and issuing the fault information to maintenance personnel through the task module;
and the task module is used for issuing tasks.
2. The intelligent integrated drainage management system of claim 1, wherein: installing a sewage plant monitoring terminal in a sewage plant, transmitting the acquired real-time data to a sewage plant data acquisition terminal by the sewage plant monitoring terminal, and uploading the data to a sewage plant real-time database of a cloud server by the sewage plant data acquisition terminal through sewage plant communication equipment;
the sewage plant monitoring terminal comprises a sewage plant flow sensor and a sewage plant water level sensor, wherein the sewage plant flow sensor and the sewage plant water level sensor are respectively installed at a water inlet and a water outlet of a sewage plant to monitor the water inlet and outlet amount and the water level information of the sewage plant.
3. The intelligent integrated drainage management system of claim 1, wherein: installing a sewage pump station monitoring terminal on a sewage pump station, transmitting acquired real-time data to a sewage pump station data acquisition terminal by the sewage pump station monitoring terminal, uploading detection data to a sewage pump station real-time database of a cloud server by the sewage pump station data acquisition terminal through sewage pump station communication equipment, and receiving an instruction of the cloud server by the sewage pump through the sewage pump station communication equipment; the sewage pump station monitoring terminal comprises a sewage pump station flow sensor and a sewage pump station water level sensor, wherein the sewage pump station flow sensor and the sewage pump station water level sensor are respectively arranged at a water inlet and a water outlet of the sewage pump station and used for monitoring the water inlet and outlet amount and the water level information of the sewage pump station;
installing a rainwater pump station monitoring terminal on a rainwater pump station, transmitting acquired real-time data to a rainwater pump station data acquisition terminal by the rainwater pump station monitoring terminal, uploading the data to a rainwater pump station real-time database of a cloud server by the rainwater pump station data acquisition terminal through rainwater pump station communication equipment, and receiving an instruction of the cloud server by the rainwater pump through the rainwater pump station communication equipment;
the rainwater pump station monitoring terminal comprises a rainwater pump station flow sensor and a rainwater pump station water level sensor, wherein the rainwater pump station flow sensor and the rainwater pump station water level sensor are respectively installed at a water inlet and a water outlet of a rainwater pump station to monitor the water inlet and outlet amount and water level information of the rainwater pump station.
4. The intelligent integrated drainage management system of claim 1, wherein: the pipe network communication unit comprises a pipe network communication equipment database, a pipe network communication equipment operation database, a pipe network communication equipment fault database and a pipe network communication equipment maintenance database;
the pipe network communication equipment database is used for storing pipe network communication equipment;
acquiring the running state of each pipe network communication device on the pipe network, if the pipe network communication device runs normally, storing the current state of the pipe network communication device into a pipe network communication device running database, and if the pipe network communication device fails, storing the current state of the pipe network communication device into a pipe network communication device failure database; if the pipe network communication equipment is maintained, the pipe network communication equipment is stored in a pipe network communication equipment maintenance database;
the pipe network communication equipment specifically comprises rainwater communication equipment, sewage communication equipment and confluence communication equipment;
the sewage plant communication unit comprises a sewage plant communication equipment database, a sewage plant communication equipment operation database, a sewage plant communication equipment fault database and a sewage plant communication equipment maintenance database;
the sewage plant communication equipment database is used for storing the sewage plant communication equipment;
acquiring the operating state of communication equipment of each sewage plant on the sewage plant, if the communication equipment of the sewage plant normally operates, storing the current state of the communication equipment of the sewage plant into an operating database of the communication equipment of the sewage plant, and if the communication equipment of the sewage plant fails, storing the current state of the communication equipment of the sewage plant into a failure database of the communication equipment of the sewage plant; if the communication equipment of the sewage plant is maintained, the communication equipment is stored in a maintenance database of the communication equipment of the sewage plant;
the sewage pump station communication unit comprises a sewage pump station communication equipment database, a sewage pump station communication equipment operation database, a sewage pump station communication equipment fault database and a sewage pump station communication equipment maintenance database;
the sewage pump station communication equipment database is used for storing the sewage pump station communication equipment;
collecting the operating state of each sewage pump station communication device on the sewage pump station, if the sewage pump station communication device normally operates, storing the current state of the sewage pump station communication device into a sewage pump station communication device operating database, and if the sewage pump station communication device fails, storing the current state of the sewage pump station communication device into a sewage pump station communication device failure database; if the communication equipment of the sewage pump station is maintained, the maintenance data is stored in a maintenance database of the communication equipment of the sewage pump station;
the rainwater pump station communication unit comprises a rainwater pump station communication equipment database, a rainwater pump station communication equipment operation database, a rainwater pump station communication equipment fault database and a rainwater pump station communication equipment maintenance database;
the rainwater pump station communication equipment database is used for storing rainwater pump station communication equipment;
collecting the running states of all the rainwater pump station communication equipment on the rainwater pump station, if the rainwater pump station communication equipment runs normally, saving the current state of the rainwater pump station communication equipment to a rainwater pump station communication equipment running database, and if the rainwater pump station communication equipment fails, saving the current state of the rainwater pump station communication equipment to a rainwater pump station communication equipment failure database; if the rainwater pumping station communication equipment is maintained, storing the rainwater pumping station communication equipment in a rainwater pumping station communication equipment maintenance database;
the communication unit of the estuary gate comprises an estuary gate communication equipment database, an estuary gate communication equipment operation database, an estuary gate communication equipment fault database and an estuary gate communication equipment maintenance database;
the estuary gate communication equipment database is used for storing estuary gate communication equipment;
collecting the operation state of each estuary gate communication equipment on the estuary gate, if the estuary gate communication equipment operates normally, storing the current state of the estuary gate communication equipment into an estuary gate communication equipment operation database, and if the estuary gate communication equipment fails, storing the current state of the estuary gate communication equipment into an estuary gate communication equipment failure database; if the communication equipment of the gate at the river inlet is maintained, the communication equipment is stored in a maintenance database of the communication equipment of the gate at the river inlet;
the overpass culvert communication unit comprises an overpass culvert communication equipment database, an overpass culvert communication equipment operation database, an overpass culvert communication equipment fault database and an overpass culvert communication equipment maintenance database;
the overpass culvert communication equipment database is used for storing the overpass culvert communication equipment;
collecting the running states of all overpass culvert communication equipment on the overpass culvert, if the overpass culvert communication equipment runs normally, storing the current overpass culvert communication equipment state to an overpass culvert communication equipment running database, and if the overpass culvert communication equipment fails, storing the current overpass culvert communication equipment state to an overpass culvert communication equipment failure database; and if the overpass culvert communication equipment is maintained, storing the overpass culvert communication equipment in a maintenance database.
5. The comprehensive intelligent drainage management system of claim 4, wherein: the pipe network monitoring terminal database is used for storing pipe network monitoring terminals;
collecting the running state of each pipe network monitoring terminal on a pipe network, if the pipe network monitoring terminal runs normally, storing the current state of the pipe network monitoring terminal into a pipe network monitoring terminal running database, and if the pipe network monitoring terminal fails, storing the current state of the pipe network monitoring terminal into a pipe network monitoring terminal failure database; if the pipe network monitoring terminal is maintained, the pipe network monitoring terminal is stored in a pipe network monitoring terminal maintenance database;
the sewage plant monitoring unit comprises a sewage plant monitoring terminal database, a sewage plant monitoring terminal operation database, a sewage plant monitoring terminal fault database and a sewage plant monitoring terminal maintenance database;
the sewage plant monitoring terminal database is used for storing the sewage plant monitoring terminals;
acquiring the running state of each monitoring terminal of the sewage plant on the sewage plant, if the monitoring terminal of the sewage plant runs normally, storing the current state of the monitoring terminal of the sewage plant into a monitoring terminal running database of the sewage plant, and if the monitoring terminal of the sewage plant breaks down, storing the current state of the monitoring terminal of the sewage plant into a monitoring terminal fault database of the sewage plant; if the monitoring terminal of the sewage plant is maintained, the maintenance data is stored in a maintenance database of the monitoring terminal of the sewage plant;
the sewage pump station monitoring unit comprises a sewage pump station monitoring terminal database, a sewage pump station monitoring terminal operation database, a sewage pump station monitoring terminal fault database and a sewage pump station monitoring terminal maintenance database;
the sewage pump station monitoring terminal database is used for storing the sewage pump station monitoring terminal;
acquiring the running state of each sewage pump station monitoring terminal on a sewage pump station, if the sewage pump station monitoring terminal runs normally, storing the current state of the sewage pump station monitoring terminal into a sewage pump station monitoring terminal running database, and if the sewage pump station monitoring terminal fails, storing the current state of the sewage pump station monitoring terminal into a sewage pump station monitoring terminal failure database; if the maintenance is carried out on the monitoring terminal of the sewage pump station, the maintenance is carried out on the monitoring terminal of the sewage pump station and then the maintenance is stored in a maintenance database of the monitoring terminal of the sewage pump station;
the rainwater pump station monitoring unit comprises a rainwater pump station monitoring terminal database, a rainwater pump station monitoring terminal operation database, a rainwater pump station monitoring terminal fault database and a rainwater pump station monitoring terminal maintenance database;
the rainwater pump station monitoring terminal database is used for storing the rainwater pump station monitoring terminals;
collecting the running states of all the rainwater pump station monitoring terminals on the rainwater pump station, if the rainwater pump station monitoring terminals run normally, storing the current state of the rainwater pump station monitoring terminals into a rainwater pump station monitoring terminal running database, and if the rainwater pump station monitoring terminals fail, storing the current state of the rainwater pump station monitoring terminals into a rainwater pump station monitoring terminal failure database; if the maintenance is carried out on the rainwater pumping station monitoring terminal, the rainwater pumping station monitoring terminal is stored in a rainwater pumping station monitoring terminal maintenance database;
the overpass culvert ponding unit comprises a culvert ponding depth sensor database, a culvert ponding depth sensor operation database, a culvert ponding depth sensor fault database and a culvert ponding depth sensor maintenance database;
the culvert ponding depth sensor database is used for storing the culvert ponding depth sensors;
collecting the running state of each culvert ponding depth sensor on the overpass culvert, if the culvert ponding depth sensor runs normally, saving the current culvert ponding depth sensor state to a culvert ponding depth sensor running database, and if the culvert ponding depth sensor fails, saving the current culvert ponding depth sensor state to a culvert ponding depth sensor failure database; and if the culvert accumulated water depth sensor is maintained, storing the sensor in a culvert accumulated water depth sensor maintenance database.
6. The intelligent integrated drainage management system of claim 1, wherein: the pipe network facility database is used for storing pipe network facilities, and the pipe network facilities at least comprise pipe network valves;
collecting the running state of the pipe network facility, if the pipe network facility runs normally, storing the current state of the pipe network facility into a pipe network facility running database, and if the pipe network facility fails, storing the current state of the pipe network facility into a pipe network facility failure database; if the pipe network facilities are maintained, the pipe network facilities are stored in a pipe network facility maintenance database;
the rainwater pump station equipment unit comprises a rainwater pump station database, a rainwater pump station operation database, a rainwater pump station fault database and a rainwater pump station maintenance database;
the rainwater pump station database is used for storing rainwater pump station equipment, and the rainwater pump station at least comprises a rainwater pump station valve and a rainwater pump;
collecting the running state of rainwater pump station equipment, if the rainwater pump station equipment runs normally, storing the current state of the rainwater pump station equipment to a rainwater pump station running database, and if the rainwater pump station equipment fails, storing the current state of the rainwater pump station equipment to a rainwater pump station failure database; if the rainwater pumping station equipment is maintained, storing the rainwater pumping station equipment in a rainwater pumping station maintenance database;
the sewage pump station equipment unit comprises a sewage pump station database, a sewage pump station operation database, a sewage pump station fault database and a sewage pump station maintenance database;
the sewage pumping station database is used for storing sewage pumping station equipment, and the sewage pumping station at least comprises a sewage pumping station valve and a sewage pump;
acquiring the running state of the sewage pump station equipment, if the sewage pump station equipment runs normally, storing the current state of the sewage pump station equipment into a sewage pump station running database, and if the sewage pump station equipment fails, storing the current state of the sewage pump station equipment into a sewage pump station failure database; and if the sewage pumping station equipment is maintained, storing the sewage pumping station equipment to a sewage pumping station maintenance database.
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CN113191748A (en) * 2021-06-10 2021-07-30 河北大地数字信息技术有限公司 Wisdom drainage system

Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2003221845A (en) * 2002-01-31 2003-08-08 Mitsubishi Electric Corp Remote control system for waterworks and sewage facilities
KR101419022B1 (en) * 2013-12-24 2014-07-14 네스기술제어(주) Remote monitoring and control system of water management using plc technology
CN107516167A (en) * 2017-08-25 2017-12-26 宁波市城市排水有限公司 Municipal drainage integration operation intelligent distribution and management system
CN109102427A (en) * 2018-08-31 2018-12-28 重庆水利电力职业技术学院 A kind of wisdom water affairs management system and its workflow based on cloud computing
CN110533885A (en) * 2019-08-15 2019-12-03 江苏省气象服务中心 Urban waterlogging monitoring and warning system and method for early warning
CN111047471A (en) * 2019-12-25 2020-04-21 郑州力通水务有限公司 Intelligent water affair GIS geographic information system

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2003221845A (en) * 2002-01-31 2003-08-08 Mitsubishi Electric Corp Remote control system for waterworks and sewage facilities
KR101419022B1 (en) * 2013-12-24 2014-07-14 네스기술제어(주) Remote monitoring and control system of water management using plc technology
CN107516167A (en) * 2017-08-25 2017-12-26 宁波市城市排水有限公司 Municipal drainage integration operation intelligent distribution and management system
CN109102427A (en) * 2018-08-31 2018-12-28 重庆水利电力职业技术学院 A kind of wisdom water affairs management system and its workflow based on cloud computing
CN110533885A (en) * 2019-08-15 2019-12-03 江苏省气象服务中心 Urban waterlogging monitoring and warning system and method for early warning
CN111047471A (en) * 2019-12-25 2020-04-21 郑州力通水务有限公司 Intelligent water affair GIS geographic information system

Non-Patent Citations (5)

* Cited by examiner, † Cited by third party
Title
Research on Water Resources Automatic Monitoring and Management System;Jian-Hua Xu etc.;《 2012 Fourth International Conference on Computational and Information Sciences》;20120913;第1135-1138页 *
城市排水管网GIS系统的设计与实现;张培斯;《中国优秀硕士学位论文全文数据库（基础科学辑）》;20120215;第A008-10页 *
城市污水泵站运行综合管理计算机系统研究;贺方昕;《自动化与仪器仪表》;20170331;第176-178页 *
基于B/S与M/S混合架构的排水管网巡查养护WebGIS系统;赵冬泉等;《地理信息世界》;20101025(第05期);第63-68页 *
宁波市城市排水智能化运行管理系统设计及应用;林好斌等;《中国给水排水》;20160801;第32卷(第15期);第122-125页 *

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