CN112288379A - Reservoir science and technology management system - Google Patents
Reservoir science and technology management system Download PDFInfo
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- CN112288379A CN112288379A CN201910715740.6A CN201910715740A CN112288379A CN 112288379 A CN112288379 A CN 112288379A CN 201910715740 A CN201910715740 A CN 201910715740A CN 112288379 A CN112288379 A CN 112288379A
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- 238000005516 engineering process Methods 0.000 title claims abstract description 38
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 28
- 238000012544 monitoring process Methods 0.000 claims abstract description 22
- 238000007639 printing Methods 0.000 claims abstract description 9
- 238000012552 review Methods 0.000 claims description 20
- 239000003621 irrigation water Substances 0.000 claims description 15
- 238000007689 inspection Methods 0.000 claims description 9
- 238000003973 irrigation Methods 0.000 claims description 7
- 230000002262 irrigation Effects 0.000 claims description 7
- 230000006870 function Effects 0.000 claims description 6
- 238000011160 research Methods 0.000 claims description 6
- 238000004458 analytical method Methods 0.000 claims description 5
- 238000000034 method Methods 0.000 claims description 4
- 230000005540 biological transmission Effects 0.000 claims description 3
- 238000004364 calculation method Methods 0.000 claims description 3
- 238000013461 design Methods 0.000 claims description 3
- 230000005662 electromechanics Effects 0.000 claims description 3
- 238000012423 maintenance Methods 0.000 claims description 3
- 238000013178 mathematical model Methods 0.000 claims description 3
- 230000008520 organization Effects 0.000 claims description 3
- 238000010248 power generation Methods 0.000 claims description 3
- 238000004088 simulation Methods 0.000 claims description 3
- 238000012905 input function Methods 0.000 claims description 2
- 239000000463 material Substances 0.000 claims description 2
- 230000008521 reorganization Effects 0.000 claims description 2
- 238000011161 development Methods 0.000 description 2
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Abstract
本发明涉及一种管理体系，尤其是水库科技管理体系，属于水利工程管理技术领域。水库科技管理体系是根据水库管理工作的特点，将水库管理分为数字化办公系统、工程管理系统、水库调度系统、档案管理系统、无线视频监测系统、科技创新系统等不同的管理系统，采用先进的科技技术和相应的计算机汇编语言，将各管理系统有机地进行整合到水库管理单位信息中心主服务器上，并利用现代网络技术和大数据平台，根据不同的管理系统进行分类、录入、整编、分析、查询和打印，可以通过水库管理单位内部各部门计算机进行所有的操作，达到水库管理单位内部信息共享，增加透明度，提高工作效率和水库管理水平，实现真正的数字化水库。The invention relates to a management system, in particular to a reservoir science and technology management system, and belongs to the technical field of water conservancy project management. Reservoir scientific and technological management system is based on the characteristics of reservoir management, and divides reservoir management into different management systems such as digital office system, engineering management system, reservoir dispatching system, file management system, wireless video monitoring system, and technological innovation system. Science and technology and corresponding computer assembly language, organically integrate each management system into the main server of the information center of the reservoir management unit, and use modern network technology and big data platform to classify, enter, reorganize and analyze according to different management systems. , query and printing, all operations can be carried out through the computers of various departments within the reservoir management unit to achieve information sharing within the reservoir management unit, increase transparency, improve work efficiency and reservoir management level, and realize a real digital reservoir.
Description
Technical Field
The invention relates to a management system, in particular to a reservoir science and technology management system, and belongs to the technical field of hydraulic engineering management.
Background
Reservoirs are generally defined as hydro-hub projects that provide flood containment and water storage and regulate water flow. The hydro-junction is a complex of different types of hydraulic buildings built in suitable sections of rivers or channels in order to meet the interest-removing and harm-removing targets of various hydraulic engineering. The hydro-junction can be divided into a flood control junction, an irrigation (or water supply) junction, a hydroelectric generation junction, a shipping junction and the like according to different tasks. The hydro-junction mainly comprises a water retaining building, a water outlet building, a water taking building and a special building. The reservoirs can be classified into large-sized reservoirs, medium-sized reservoirs and small-sized reservoirs according to storage capacity.
The management of large-scale reservoirs and medium-sized reservoirs with important positions is generally carried out by management units which are independently calculated, the management units are divided into a plurality of fine management departments, the management departments are independent and mutually connected, and the configuration of the management departments is the same as the corresponding administrative levels.
After the reservoir is built, the management work always uses the traditional management mode, each management department in the reservoir works independently, information is not shared, other departments need to check information of different required departments, and the information needs to be checked and approved layer by layer, and then related paper archives can be checked, so that the management efficiency is reduced, and meanwhile, the archiving period of the paper archives is also reduced.
With the development of modern science and technology level and information technology, reservoir management work should keep pace with the development of the times, a new step is formed, and the following reservoir science and technology management system is specially provided for the above reality.
Disclosure of Invention
The invention aims to provide a reservoir science and technology management system, which organically integrates all reservoir management systems by adopting an advanced science and technology and utilizing a modern network technology and a big data platform, performs classification, reorganization, analysis, inquiry and printing according to different management systems, performs all operations through a computer, achieves internal information sharing of a reservoir management unit, increases transparency, improves working efficiency and reservoir management level, and realizes a real digital reservoir.
In order to achieve the purpose, the invention adopts the following technical scheme:
reservoir science and technology management system specifically includes:
(1) digital office system
The digital office system is a novel office mode which combines modern office and computer technology. Office software is adopted and a local area network is utilized to connect computers of all departments in a management unit, files and data which need to be issued by all the departments are sent to all leaders through electronic documents according to different functions to be reviewed and electronically signed, and the signed files are finally sent to a printing room by all the management departments to be uniformly printed. The documents to be reported to the upper administrative department and archived are printed into paper, and the other documents are archived and circulated by adopting electronic documents, so that paperless office work is completely realized.
By realizing digital office, the existing management organization structure can be optimized, the management system can be adjusted, the cooperative office capacity is increased on the basis of improving the efficiency, and the decision consistency is strengthened.
(2) Engineering management system
The project management system mainly integrates daily management data of reservoir projects into a set of complete reservoir project management system by adopting a computer information technology and corresponding assembly language. The system comprises a data acquisition module for building, electromechanics, equipment, monitoring and the like; an analysis and editing module for observing data; the gate and the opening and closing equipment automatic control module; engineering operation management module and the like. The collection of daily management data can adopt two modes of automation and manual work.
The engineering management data coverage is very wide, mainly includes: design and completion data of reservoir water retaining buildings, water release buildings, water taking buildings and special buildings; daily observation data of major buildings (generally classified into deformation, seepage, pressure and other four categories); daily inspection and maintenance data of major buildings, etc.
Through the engineering management system, the operation condition of the reservoir engineering can be clearly checked by using a computer.
(3) Reservoir dispatching system
The reservoir dispatching system comprises a flood control dispatching module, an irrigation water module, a city water supply module, a hydroelectric generation module and the like.
(3a) The flood control dispatching module is a computer application software system which is based on a flood simulation technology on a geographic information system and is used for forming a future change trend of the characteristic value of the reservoir through computer calculation according to a specific mathematical model. The future reservoir characteristic value predicted by the software system is reported to a flood control command department for consultation decision, and finally, the decision is implemented according to a flood control dispatching command issued by a superior administrative department.
(3b) The irrigation water module is a computer application software system designed according to the irrigation water characteristics and combined with the actual reservoir. The method comprises the declaration of irrigation water range, irrigation water consumption, irrigation starting and stopping time and the like, and the irrigation main department transmits the report to a reservoir dispatching system after checking and approval according to the local declaration.
(3c) The urban water supply module is a computer application software system designed according to the characteristics of urban water supply and by combining the actual situation of a reservoir.
(3d) The hydroelectric power generation module is a computer application software system designed according to the functions and characteristics of the hydroelectric power station.
(4) File management system
The file management system comprises a scientific and technological file management module, a personnel file management module, a financial file management module, a party handling and inspection supervision file management module, a water administration supervision file management module and the like.
The modules of the file management system are different computer application software systems designed according to different file management characteristics. These management modules all have the options of entering, inquiring and printing, and the user can only operate some options according to the own level.
(5) Wireless video monitoring system
The wireless video monitoring system is a set of wireless video monitoring system which is formed by connecting monitoring equipment consisting of wireless cameras arranged in main buildings, office areas and management ranges of a reservoir with a computer of a monitoring center through a wireless network or a satellite transmission system and jointly consisting of corresponding computer software.
The situation in the monitored area can be intuitively known in real time through the wireless video monitoring system, unsafe factors can be mastered at the first time and processed in time, and the situation is prevented in the bud.
(6) Scientific and technological innovation system
The scientific and technological innovation system comprises two parts, the first part is subject research and review, and the second part is treatise and review.
The topic research review part comprises a researched topic and an obtained result, and is used for preparing a topic review part to be researched; the review part of paper works includes the published paper works and the winning condition, and the review part of paper works to be published.
Through a scientific and technological innovation system, the inspection progress of the reported topics and the papers in the unit can be randomly checked, and meanwhile, the topics researched previously and the detailed conditions of the published papers can be checked.
Detailed Description
The following description of specific embodiments of the present invention is provided in connection with examples to facilitate a better understanding of the present invention.
Examples
The reservoir science and technology management system is according to the characteristics of reservoir management work, divide into different management systems such as digital office system, engineering management system, reservoir dispatch system, archives management system, wireless video monitoring system, scientific and technological innovation system, adopt advanced science and technology and corresponding computer assembly language, organically integrate each management system to reservoir management unit information center main server, and utilize modern network technology and big data platform, can carry out all operations through the inside every department computer of reservoir management unit, reach reservoir management unit internal information sharing, improve reservoir management level, realize real digital reservoir, specifically include:
1. system composition of reservoir science and technology management system
(1) Digital office system
The digital office system is a novel office mode which combines modern office and computer technology. Office software is adopted and a local area network is utilized to connect computers of all departments in a management unit, files and data which need to be issued by all the departments are sent to all leaders through electronic documents according to different functions to be reviewed and electronically signed, and the signed files are finally sent to a printing room by all the management departments to be uniformly printed. The documents to be reported to the upper administrative department and archived are printed into paper, and the other documents are archived and circulated by adopting electronic documents, so that paperless office work is completely realized.
By realizing digital office, the existing management organization structure can be optimized, the management system can be adjusted, the cooperative office capacity is increased on the basis of improving the efficiency, and the decision consistency is strengthened.
(2) Engineering management system
The project management system mainly integrates daily management data of reservoir projects into a set of complete reservoir project management system by adopting a computer information technology and corresponding assembly language. The system comprises a data acquisition module for building, electromechanics, equipment, monitoring and the like; an analysis and editing module for observing data; the gate and the opening and closing equipment automatic control module; engineering operation management module and the like. The collection of daily management data can adopt two modes of automation and manual work.
The engineering management data coverage is very wide, mainly includes: design and completion data of reservoir water retaining buildings, water release buildings, water taking buildings and special buildings; daily observation data of major buildings (generally classified into deformation, seepage, pressure and other four categories); daily inspection and maintenance data of major buildings, etc.
Through the engineering management system, the operation condition of the reservoir engineering can be clearly checked by using a computer.
(3) Reservoir dispatching system
The reservoir dispatching system comprises a flood control dispatching module, an irrigation water module, a city water supply module, a hydroelectric generation module and the like.
(3a) The flood control dispatching module is a computer application software system which is based on a flood simulation technology on a geographic information system and is used for forming a future change trend of the characteristic value of the reservoir through computer calculation according to a specific mathematical model. The future reservoir characteristic value predicted by the software system is reported to a flood control command department for consultation decision, and finally, the decision is implemented according to a flood control dispatching command issued by a superior administrative department.
(3b) The irrigation water module is a computer application software system designed according to the irrigation water characteristics and combined with the actual reservoir. The method comprises the declaration of irrigation water range, irrigation water consumption, irrigation starting and stopping time and the like, and the irrigation main department transmits the report to a reservoir dispatching system after checking and approval according to the local declaration.
(3c) The urban water supply module is a computer application software system designed according to the characteristics of urban water supply and by combining the actual situation of a reservoir.
(3d) The hydroelectric power generation module is a computer application software system designed according to the functions and characteristics of the hydroelectric power station.
(4) File management system
The file management system comprises a scientific and technological file management module, a personnel file management module, a financial file management module, a party handling and inspection supervision file management module, a water administration supervision file management module and the like.
The modules of the file management system are different computer application software systems designed according to different file management characteristics. These management modules all have the options of entering, inquiring and printing, and the user can only operate some options according to the own level.
(5) Wireless video monitoring system
The wireless video monitoring system is a set of wireless video monitoring system which is formed by connecting monitoring equipment consisting of wireless cameras arranged in main buildings, office areas and management ranges of a reservoir with a computer of a monitoring center through a wireless network or a satellite transmission system and jointly consisting of corresponding computer software.
The situation in the monitored area can be intuitively known in real time through the wireless video monitoring system, unsafe factors can be mastered at the first time and processed in time, and the situation is prevented in the bud.
(6) Scientific and technological innovation system
The scientific and technological innovation system comprises two parts, the first part is subject research and review, and the second part is treatise and review.
The topic research review part comprises a researched topic and an obtained result, and is used for preparing a topic review part to be researched; the review part of paper works includes the published paper works and the winning condition, and the review part of paper works to be published.
Through a scientific and technological innovation system, the inspection progress of the reported topics and the papers in the unit can be randomly checked, and meanwhile, the topics researched previously and the detailed conditions of the published papers can be checked.
2. Operation of reservoir science and technology management system
The reservoir science and technology management system integrates different management systems such as a digital office system, an engineering management system, a reservoir scheduling system, an archive management system, a wireless video monitoring system, a science and technology innovation system and the like into a main server through corresponding link ports and programs, and forms a unified operation interface. All computers in the reservoir management unit are connected to the unit network, and only the operation interface is displayed when a browser is clicked, and the operation interface can be used for checking the content of the external network.
(1) Login and registration
Each worker of the reservoir management unit can log in the reservoir science and technology management system to perform corresponding operation. When logging in, the user must register first, only the registered user can open and check the corresponding content, and corresponding operation is carried out according to different authorities.
During registration, a user fills real information, the information is directly fed back to a unit manual department and a party department for auditing, the manual department and the party department cooperate with a responsible person of a related system and allocate different operation authorities according to the real situation of the user, for example, which contents can only be checked, which level can be checked, which contents can be checked and printed, and the like.
(2) Entry of relevant information
Each system of the reservoir science and technology management system has an input function, and paper data, sound image data and the like of each day or each month are input and updated in real time. Entry and review of data material is performed by the full-time staff of each system.
(3) Query for related information
Reservoir management personnel need to inquire related data information, after logging in the system, the system can automatically identify according to user names and judge which type the user belongs to, the user types are divided into general users, intermediate users, advanced users and special users, according to the different types of the users, the system can automatically give different operation and inquiry authorities to the users, and the users can only carry out corresponding operation according to the authorities of the users.
For special users, in order to improve the own authority, the users have to apply for the departments of the unit labor and the party, and the authorities can be improved in stages through the negotiation between the departments of the labor and the party and all system responsible persons and the examination and approval of related leaders.
Claims (2)
1. Reservoir science and technology management system, its characterized in that: the reservoir science and technology management system is characterized in that reservoir management is divided into different management systems such as a digital office system, an engineering management system, a reservoir scheduling system, a file management system, a wireless video monitoring system, a science and technology innovation system and the like according to the characteristics of reservoir management work, advanced science and technology and corresponding computer assembly languages are adopted, all the management systems are organically integrated on a main server of an information center of a reservoir management unit, and classification, input, reorganization, analysis, query and printing are carried out according to different management systems by utilizing modern network technology and a big data platform, so that the real digital reservoir is realized. The method specifically comprises the following steps:
(1) digital office system
The digital office system is a novel office mode which combines modern office and computer technology. Office software is adopted and a local area network is utilized to connect computers of all departments in a management unit, files and data which need to be issued by all the departments are sent to all leaders through electronic documents according to different functions to be reviewed and electronically signed, and the signed files are finally sent to a printing room by all the management departments to be uniformly printed. The documents to be reported to the upper administrative department and archived are printed into paper, and the other documents are archived and circulated by adopting electronic documents, so that paperless office work is completely realized.
By realizing digital office, the existing management organization structure can be optimized, the management system can be adjusted, the cooperative office capacity is increased on the basis of improving the efficiency, and the decision consistency is strengthened.
(2) Engineering management system
The project management system mainly integrates daily management data of reservoir projects into a set of complete reservoir project management system by adopting a computer information technology and corresponding assembly language. The system comprises a data acquisition module for building, electromechanics, equipment, monitoring and the like; an analysis and editing module for observing data; the gate and the opening and closing equipment automatic control module; engineering operation management module and the like. The collection of daily management data can adopt two modes of automation and manual work.
The engineering management data coverage is very wide, mainly includes: design and completion data of reservoir water retaining buildings, water release buildings, water taking buildings and special buildings; daily observation data of major buildings (generally classified into deformation, seepage, pressure and other four categories); daily inspection and maintenance data of major buildings, etc.
Through the engineering management system, the operation condition of the reservoir engineering can be clearly checked by using a computer.
(3) Reservoir dispatching system
The reservoir dispatching system comprises a flood control dispatching module, an irrigation water module, a city water supply module, a hydroelectric generation module and the like.
(3a) The flood control dispatching module is a computer application software system which is based on a flood simulation technology on a geographic information system and is used for forming a future change trend of the characteristic value of the reservoir through computer calculation according to a specific mathematical model. The future reservoir characteristic value predicted by the software system is reported to a flood control command department for consultation decision, and finally, the decision is implemented according to a flood control dispatching command issued by a superior administrative department.
(3b) The irrigation water module is a computer application software system designed according to the irrigation water characteristics and combined with the actual reservoir. The method comprises the declaration of irrigation water range, irrigation water consumption, irrigation starting and stopping time and the like, and the irrigation main department transmits the report to a reservoir dispatching system after checking and approval according to the local declaration.
(3c) The urban water supply module is a computer application software system designed according to the characteristics of urban water supply and by combining the actual situation of a reservoir.
(3d) The hydroelectric power generation module is a computer application software system designed according to the functions and characteristics of the hydroelectric power station.
(4) File management system
The file management system comprises a scientific and technological file management module, a personnel file management module, a financial file management module, a party handling and inspection supervision file management module, a water administration supervision file management module and the like.
The modules of the file management system are different computer application software systems designed according to different file management characteristics. These management modules all have the options of entering, inquiring and printing, and the user can only operate some options according to the own level.
(5) Wireless video monitoring system
The wireless video monitoring system is a set of wireless video monitoring system which is formed by connecting monitoring equipment consisting of wireless cameras arranged in main buildings, office areas and management ranges of a reservoir with a computer of a monitoring center through a wireless network or a satellite transmission system and jointly consisting of corresponding computer software.
The situation in the monitored area can be intuitively known in real time through the wireless video monitoring system, unsafe factors can be mastered at the first time and processed in time, and the situation is prevented in the bud.
(6) Scientific and technological innovation system
The scientific and technological innovation system comprises two parts, the first part is subject research and review, and the second part is treatise and review.
The topic research review part comprises a researched topic and an obtained result, and is used for preparing a topic review part to be researched; the review part of paper works includes the published paper works and the winning condition, and the review part of paper works to be published.
Through a scientific and technological innovation system, the inspection progress of the reported topics and the papers in the unit can be randomly checked, and meanwhile, the topics researched previously and the detailed conditions of the published papers can be checked.
2. The system according to claim 1, wherein the system is operated as follows:
(1) login and registration
Each worker of the reservoir management unit can log in the reservoir science and technology management system to perform corresponding operation. When logging in, the user must register first, only the registered user can open and check the corresponding content, and corresponding operation is carried out according to different authorities.
During registration, a user fills real information, the information is directly fed back to a unit manual department and a party department for auditing, the manual department and the party department cooperate with a responsible person of a related system and allocate different operation authorities according to the real situation of the user, for example, which contents can only be checked, which level can be checked, which contents can be checked and printed, and the like.
(2) Entry of relevant information
Each system of the reservoir science and technology management system has an input function, and paper data, sound image data and the like of each day or each month are input and updated in real time. Entry and review of data material is performed by the full-time staff of each system.
(3) Query for related information
Reservoir management personnel need to inquire related data information, after logging in the system, the system can automatically identify according to user names and judge which type the user belongs to, the user types are divided into general users, intermediate users, advanced users and special users, according to the different types of the users, the system can automatically give different operation and inquiry authorities to the users, and the users can only carry out corresponding operation according to the authorities of the users.
For special users, in order to improve the own authority, the users have to apply for the departments of the unit labor and the party, and the authorities can be improved in stages through the negotiation between the departments of the labor and the party and all system responsible persons and the examination and approval of related leaders.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910715740.6A CN112288379A (en) | 2019-07-24 | 2019-07-24 | Reservoir science and technology management system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910715740.6A CN112288379A (en) | 2019-07-24 | 2019-07-24 | Reservoir science and technology management system |
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| CN112288379A true CN112288379A (en) | 2021-01-29 |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100728808B1 (en) * | 2007-03-06 | 2007-06-14 | 농수산물유통공사 | Electronic audit system, electronic audit method and method storage media recording program |
| CN104657806A (en) * | 2013-11-25 | 2015-05-27 | 北京建筑大学 | Scientific information management method and system |
| CN109710672A (en) * | 2018-12-20 | 2019-05-03 | 长江勘测规划设计研究有限责任公司 | Mobile application system for multi-level management of reservoir based on cloud service |
-
2019
- 2019-07-24 CN CN201910715740.6A patent/CN112288379A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100728808B1 (en) * | 2007-03-06 | 2007-06-14 | 농수산물유통공사 | Electronic audit system, electronic audit method and method storage media recording program |
| CN104657806A (en) * | 2013-11-25 | 2015-05-27 | 北京建筑大学 | Scientific information management method and system |
| CN109710672A (en) * | 2018-12-20 | 2019-05-03 | 长江勘测规划设计研究有限责任公司 | Mobile application system for multi-level management of reservoir based on cloud service |
Non-Patent Citations (2)
| Title |
|---|
| 崔信民 等: ""数字水库"构建水库安全保障体系", 中国水利学会2008学术年会论文集（下册）, pages 906 - 910 * |
| 白淑萍: "白龟山水库数字化档案管理系统", 河南水利与南水北调, no. 20, pages 29 - 30 * |
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Application publication date: 20210129 |