CN113379363A - Urban water supply informatization intelligent management platform - Google Patents
Urban water supply informatization intelligent management platform Download PDFInfo
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- CN113379363A CN113379363A CN202011617762.8A CN202011617762A CN113379363A CN 113379363 A CN113379363 A CN 113379363A CN 202011617762 A CN202011617762 A CN 202011617762A CN 113379363 A CN113379363 A CN 113379363A
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- G06—COMPUTING; CALCULATING OR COUNTING
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- G06Q10/10—Office automation; Time management
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- G—PHYSICS
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- G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
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- G—PHYSICS
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- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/29—Geographical information databases
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- 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
- G06Q50/06—Electricity, gas or water supply
Abstract
The invention discloses an informatization intelligent management platform for urban water supply, which belongs to the field of water management and at least comprises a pipe network facility module, a pipe network model module, a real-time monitoring module, an analysis module and a monitoring equipment management module. Through a series of designs, set up the monitoring website with town water supply network, carry out remote monitoring and remote data acquisition, and can carry out difference processing to the data of gathering, if there is difference data then preferentially receive the situation of handling difference data correspondence, accelerate the discovery and the processing of abnormal conditions, and adopt the DMA subregion to carry out the leakage analysis to water supply network, can be more quick and accurate judgement water supply network whether have the leakage, in time inform personnel to handle, avoid the waste of water resource.
Description
Technical Field
The invention belongs to the field of water affair management, and particularly relates to an informatization intelligent management platform for urban water supply.
Background
With the rapid development and deep application of a new round of information technologies such as global cloud computing, internet of things, mobile internet and the like, the urban informatization development is being focused on major changes and new breakthroughs, and the development of digitized cities with main characteristics of digitization of objects and processes becomes a necessary trend towards intellectualization. Although the method has been initially successful, a plurality of problems still exist, and the water management still has the problems of insufficient water supply capacity guarantee, weak asset management capacity, imperfect monitoring system, laggard service and operation and maintenance modes and low informatization application level.
Disclosure of Invention
Aiming at the defects described in the prior art, the invention provides an informatization intelligent management platform for urban water supply.
The technical scheme adopted by the invention is as follows:
an informatization intelligent management platform for urban water supply at least comprises a pipe network facility module, a pipe network model module, a real-time monitoring module, an analysis module and a monitoring equipment management module.
The pipe network facility module is used for managing pipe network facilities and comprises a pipe network facility editing unit and a pipe network facility database; the pipe network facility editing unit is used for editing information and data of the pipe network facilities, increasing or reducing the number of the pipe network facilities, describing the attributes of the specific pipe network facilities, and storing the edited pipe network facility connection editing information in a pipe network facility database;
and the pipe network facility database is used for storing the information of pipe network facilities, including pipe network pipelines, valves, water pumps and other related facilities.
The pipe network model module comprises a GIS database, a historical hydraulic database, a model builder, a model straightener and a model database.
The GIS database is used for storing pipe network space data obtained from a GIS system; the method provides spatial information for building the pipe network model, and the built model is closer to reality.
The historical hydraulic database is used for storing past hydraulic data of a pipe network, including information such as pressure, flow and the like;
the model builder is used for calling pipe network facilities from a pipe network facility database and calling corresponding spatial data from a GIS database to generate a pipe network primary model;
the model corrector is used for correcting the generated pipe network primary model to obtain a pipe network model;
and the model database is used for the corrected pipe network model.
The real-time monitoring module comprises field monitoring equipment, data acquisition equipment, a data processing module, a temporary database and a difference database;
the urban water supply network is provided with a plurality of monitoring sites, each monitoring site is provided with a field monitoring device, the field monitoring devices of the monitoring sites respectively transmit acquired information to corresponding data acquisition devices, and the data acquisition devices transmit the received data to a temporary database for storage; data acquisition is carried out by adopting data acquisition equipment with the same specification, so that the compatibility of the whole platform can be improved, and other value-added service ports can be added conveniently in the later stage.
And the data processing module comprises an attenuation rate comparison module, a difference calculation module, a difference sequencing module, a real-time database and a difference temporary database.
The attenuation rate comparison module is used for calling real-time data from the temporary database to calculate an attenuation rate and comparing the attenuation rate with a nominal attenuation rate, and if the attenuation rate is within a tolerance range, the real-time data is stored into the real-time database; and if the tolerance range is exceeded, transmitting the real-time data to the difference calculation module.
And the difference calculation module is used for receiving the real-time data transmitted by the attenuation rate comparison module, comparing the real-time data with the data in the hydraulic historical database to obtain difference data, and storing the difference data in the temporary difference data.
The difference sorting module is used for sorting and sorting the difference data in the difference temporary data and storing the difference data in the difference database;
the analysis module comprises a leakage analysis module and an abnormity analysis module; and the abnormity analysis module is used for processing the difference data in the difference database, issuing a message to remind personnel to process if a fault occurs after analysis, and skipping to the leakage analysis module if no fault occurs.
The leakage analysis module comprises a DMA partition module and a leakage analysis unit;
the DMA partition module is used for partitioning the pipe network model in the model database and comprises a DMA partition generation sub-module, a region editing sub-module and a partition equipment association configuration sub-module;
the DMA partition generation submodule is used for partitioning a pipe network model in the model database to obtain a plurality of DMA partitions and storing the generated DMA partitions in the DMA partition database;
the area editing submodule comprises an editing unit and a storage unit; the editing unit is used for calling the DMA partition from the DMA partition database, editing basic information of the DMA partition and storing the edited DMA partition in the DMA partition database;
the partition equipment association configuration submodule comprises a partition equipment database and an equipment association configuration unit;
the partition equipment database is used for storing equipment in each DMA partition, and the equipment is called from the pipe network facility database; when the water supply network is partitioned, the equipment in the DMA partition is automatically stored in the corresponding partition equipment database;
the device association configuration unit is used for calling the partition devices from the partition device database and setting the association between the partition devices.
The leakage analysis unit is used for analyzing the leakage of the DMA partition module; the system comprises a partition flow database, an analysis unit and a DMA leakage database.
The partition flow database is used for calling the night flow of the DMA partition from the real-time database and storing the night flow in the partition flow database;
the analysis unit calls the night flow information of each DMA partition from the partition flow database, analyzes the night flow information to obtain the leakage condition of each DMA partition, and stores the leakage condition of each DMA partition in the DMA leakage database.
The monitoring equipment management module comprises a monitoring equipment database, a monitoring equipment fault database and a monitoring equipment fault unit;
the monitoring equipment database is used for storing parameters of the field monitoring equipment, including but not limited to the name, model and other parameters of the monitoring equipment;
collecting real-time operation parameters of the on-site monitoring equipment to judge whether the on-site monitoring equipment normally operates, fusing the real-time operation parameters of the current monitoring equipment and the parameters of the current monitoring equipment in the monitoring equipment database and storing the parameters in the monitoring equipment database in a monitoring equipment fault database if the on-site monitoring equipment abnormally operates, and starting a monitoring equipment fault unit to issue a fault message.
The urban water supply network is provided with the monitoring sites to carry out remote monitoring and remote data acquisition, the acquired data are subjected to difference processing, if the data are different, the situation corresponding to the difference data is preferentially received and processed, the discovery and processing of abnormal conditions are accelerated, the DMA partition is adopted for the leakage analysis of the water supply network, whether the water supply network has leakage or not can be judged more rapidly and accurately, personnel are informed to process the leakage in time, and the waste of water resources is avoided.
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 block diagram of the system 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 obtained by a person skilled in the art without inventive effort based on the embodiments of the present invention, are within the scope of the present invention.
As shown in fig. 1, the urban water supply informatization intelligent management platform at least comprises a pipe network facility module, a pipe network model module, a real-time monitoring module, an analysis module and a monitoring device management module.
The pipe network facility module is used for managing pipe network facilities and comprises a pipe network facility editing unit and a pipe network facility database; the pipe network facility editing unit is used for editing information and data of the pipe network facilities, increasing or reducing the number of the pipe network facilities, describing the attributes of the specific pipe network facilities, and storing the edited pipe network facility connection editing information in a pipe network facility database;
and the pipe network facility database is used for storing the information of pipe network facilities, including pipe network pipelines, valves, water pumps and other related facilities.
The pipe network model module comprises a GIS database, a historical hydraulic database, a model builder, a model straightener and a model database.
The GIS database is used for storing pipe network space data obtained from a GIS system; the method provides spatial information for building the pipe network model, and the built model is closer to reality.
The historical hydraulic database is used for storing past hydraulic data of a pipe network, including information such as pressure, flow and the like;
the model builder is used for calling pipe network facilities from a pipe network facility database and calling corresponding spatial data from a GIS database to generate a pipe network primary model;
the model corrector is used for correcting the generated pipe network primary model to obtain a pipe network model;
and the model database is used for the corrected pipe network model.
The real-time monitoring module comprises field monitoring equipment, data acquisition equipment, a data processing module, a temporary database and a difference database;
the urban water supply network is provided with a plurality of monitoring sites, each monitoring site is provided with a field monitoring device, the field monitoring devices of the monitoring sites respectively transmit acquired information to corresponding data acquisition devices, and the data acquisition devices transmit the received data to a temporary database for storage; data acquisition is carried out by adopting data acquisition equipment with the same specification, so that the compatibility of the whole platform can be improved, and other value-added service ports can be added conveniently in the later stage.
And the data processing module comprises an attenuation rate comparison module, a difference calculation module, a difference sequencing module, a real-time database and a difference temporary database.
The attenuation rate comparison module is used for calling real-time data from the temporary database to calculate an attenuation rate and comparing the attenuation rate with a nominal attenuation rate, and if the attenuation rate is within a tolerance range, the real-time data is stored into the real-time database; and if the tolerance range is exceeded, transmitting the real-time data to the difference calculation module.
And the difference calculation module is used for receiving the real-time data transmitted by the attenuation rate comparison module, comparing the real-time data with the data in the hydraulic historical database to obtain difference data, and storing the difference data in the temporary difference data.
The difference sorting module is used for sorting and sorting the difference data in the difference temporary data and storing the difference data in the difference database;
the analysis module comprises a leakage analysis module and an abnormity analysis module; and the abnormity analysis module is used for processing the difference data in the difference database, issuing a message to remind personnel to process if a fault occurs after analysis, and skipping to the leakage analysis module if no fault occurs.
The leakage analysis module comprises a DMA partition module and a leakage analysis unit;
the DMA partition module is used for partitioning the pipe network model in the model database and comprises a DMA partition generation sub-module, a region editing sub-module and a partition equipment association configuration sub-module;
the DMA partition generation submodule is used for partitioning a pipe network model in the model database to obtain a plurality of DMA partitions and storing the generated DMA partitions in the DMA partition database;
the area editing submodule is used for calling the DMA partition from the DMA partition database, editing basic information of the DMA partition and storing the edited DMA partition in the DMA partition database;
the partition equipment association configuration submodule comprises a partition equipment database and an equipment association configuration unit;
the partition equipment database is used for storing equipment in each DMA partition, and the equipment is called from the pipe network facility database; when the water supply network is partitioned, the equipment in the DMA partition is automatically stored in the corresponding partition equipment database;
the device association configuration unit is used for calling the partition devices from the partition device database and setting the association between the partition devices.
The leakage analysis unit is used for analyzing the leakage of the DMA partition module; the system comprises a partition flow database, an analysis unit and a DMA leakage database.
The partition flow database is used for calling the night flow of the DMA partition from the real-time database and storing the night flow in the partition flow database;
the analysis unit calls the night flow information of each DMA partition from the partition flow database, analyzes the night flow information to obtain the leakage condition of each DMA partition, and stores the leakage condition of each DMA partition in the DMA leakage database.
The monitoring equipment management module comprises a monitoring equipment database, a monitoring equipment fault database and a monitoring equipment fault unit;
the monitoring equipment database is used for storing parameters of the field monitoring equipment, including but not limited to the name, model and other parameters of the monitoring equipment;
collecting real-time operation parameters of the on-site monitoring equipment to judge whether the on-site monitoring equipment normally operates, fusing the real-time operation parameters of the current monitoring equipment and the parameters of the current monitoring equipment in the monitoring equipment database and storing the parameters in the monitoring equipment database in a monitoring equipment fault database if the on-site monitoring equipment abnormally operates, and starting a monitoring equipment fault unit to issue a fault message.
Claims (7)
1. The utility model provides a cities and towns water supply informatization intelligent management platform which characterized in that: the system at least comprises a pipe network facility module, a pipe network model module, a real-time monitoring module, an analysis module and a monitoring equipment management module; the pipe network facility module is used for managing pipe network facilities and comprises a pipe network facility editing unit and a pipe network facility database;
the pipe network model module comprises a GIS database, a historical hydraulic database, a model builder, a model straightener and a model database;
the real-time monitoring module comprises field monitoring equipment, data acquisition equipment, a data processing module, a temporary database and a difference database;
the urban water supply network is provided with a plurality of monitoring stations, each monitoring station is provided with a field monitoring device, the field monitoring devices of the monitoring stations respectively transmit acquired information to corresponding data acquisition devices, the data acquisition devices transmit the received data to a temporary database for storage, and a data processing module processes the temporary database;
the analysis module comprises a leakage analysis module and an abnormity analysis module; the abnormity analysis module is used for processing the difference data in the difference database, issuing a message to remind personnel to process if a fault occurs after analysis, and skipping to the leakage analysis module if no fault occurs; the leakage analysis module comprises a DMA partition module and a leakage analysis unit;
the DMA partition module is used for partitioning the pipe network model in the model database and comprises a DMA partition generation sub-module, a region editing sub-module and a partition equipment association configuration sub-module;
the leakage analysis unit is used for analyzing the leakage of the DMA partition module; the system comprises a partition flow database, an analysis unit and a DMA leakage database;
the monitoring equipment management module comprises a monitoring equipment database, a monitoring equipment fault database and a monitoring equipment fault unit, wherein the monitoring equipment database is used for storing parameters of field monitoring equipment;
collecting real-time operation parameters of the on-site monitoring equipment to judge whether the on-site monitoring equipment normally operates, fusing the real-time operation parameters of the current monitoring equipment and the parameters of the current monitoring equipment in the monitoring equipment database and storing the parameters in the monitoring equipment database in a monitoring equipment fault database if the on-site monitoring equipment abnormally operates, and starting a monitoring equipment fault unit to issue a fault message.
2. The urban water supply informatization intelligent management platform according to claim 1, characterized in that: the pipe network facility editing unit is used for editing information and data of the pipe network facilities, increasing or reducing the number of the pipe network facilities, describing the attributes of the specific pipe network facilities, and storing the edited pipe network facility connection editing information in a pipe network facility database;
and the pipe network facility database is used for storing the information of pipe network facilities, including pipe network pipelines, valves, water pumps and other related facilities.
3. The town water supply informatization intelligent management platform according to claim 1 or 2, characterized in that: the GIS database is used for storing pipe network space data obtained from a GIS system;
the historical hydraulic database is used for storing the past hydraulic data of the pipe network;
the model builder is used for calling pipe network facilities from a pipe network facility database and calling corresponding spatial data from a GIS database to generate a pipe network primary model;
the model corrector is used for correcting the generated pipe network primary model to obtain a pipe network model;
and the model database is used for the corrected pipe network model.
4. The urban water supply informatization intelligent management platform according to claim 3, characterized in that: the data processing module comprises an attenuation rate comparison module, a difference calculation module, a difference sequencing module, a real-time database and a difference temporary database;
the attenuation rate comparison module is used for calling real-time data from the temporary database to calculate an attenuation rate and comparing the attenuation rate with a nominal attenuation rate, and if the attenuation rate is within a tolerance range, the real-time data is stored into the real-time database; if the tolerance range is exceeded, transmitting the real-time data to a difference calculation module;
the difference calculation module receives the real-time data transmitted by the attenuation ratio comparison module, compares the real-time data with data in the hydraulic historical database to obtain difference data, and stores the difference data in the temporary difference data;
and the difference sorting module is used for sorting and sorting the difference data in the difference temporary data and storing the difference data in the difference database.
5. The urban water supply informatization intelligent management platform according to claim 4, characterized in that: the DMA partition generation submodule is used for partitioning a pipe network model in the model database to obtain a plurality of DMA partitions and storing the generated DMA partitions in the DMA partition database;
the area editing submodule comprises an editing unit and a storage unit; and the editing unit is used for calling the DMA partition from the DMA partition database, editing the basic information of the DMA partition and storing the edited DMA partition in the DMA partition database.
6. The urban water supply informatization intelligent management platform according to claim 5, characterized in that: the partition equipment association configuration submodule comprises a partition equipment database and an equipment association configuration unit;
the partition equipment database is used for storing equipment in each DMA partition, and the equipment is called from the pipe network facility database; when the water supply network is partitioned, the equipment in the DMA partition is automatically stored in the corresponding partition equipment database;
the device association configuration unit is used for calling the partition devices from the partition device database and setting the association between the partition devices.
7. The urban water supply informatization intelligent management platform according to claim 6, characterized in that: the partition flow database is used for calling the night flow of the DMA partition from the real-time database and storing the night flow in the partition flow database;
the analysis unit calls the night flow information of each DMA partition from the partition flow database, analyzes the night flow information to obtain the leakage condition of each DMA partition, and stores the leakage condition of each DMA partition in the DMA leakage database.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN115370973A (en) * | 2022-10-25 | 2022-11-22 | 山东辰智电子科技有限公司 | Water supply leakage monitoring method and device, storage medium and electronic equipment |
| CN117455203A (en) * | 2023-12-25 | 2024-01-26 | 深圳市科荣软件股份有限公司 | Urban and rural integrated water supply leakage management method and system based on multistage subareas |
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