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Smart water management analysis system
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A water management and analysis system technology, applied in the field of intelligent water management analysis system, can solve the problems of abnormal data waiting time and low efficiency of original data transmission, and achieve the effect of improving efficiency and timeliness
Active Publication Date: 2019-01-11
ZHENGZHOU LITONG WATER CO LTD
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[0005] In view of the deficiencies in the existing technology, the purpose of the present invention is to provide a smart water management analysis system, which effectively solves the problems of low raw data transmission efficiency and long waiting time for the monitoring center to obtain abnormal data
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Embodiment 1
[0028] Embodiment 1, the intelligent water management analysis system, the water source well, water intake pumping station, water plant, water supply pipe network, pressurized pumping station, user's water level, water pressure, flow rate and pump voltage and current collected by the data acquisition module One way of information is processed and analyzed by the data processor to obtain the difference data, and the other way is the existing data collected by the data module. The MIS management dispatching center adds the concept of priority on the basis of the multi-level feedback queue algorithm to obtain the GPRS optical fiber transmission. The existing data collected by the data module and the difference data transmitted by the storage network, on the one hand, improve the timeliness and collection efficiency of the effective data collection of the MIS management dispatching center, and on the other hand, the MIS management dispatching center can analyze the difference data i...
Embodiment 2
[0037] Embodiment two, on the basis of embodiment one, on the basis of described multi-level feedback queue algorithm, add the concept of priority to obtain the data collected by the data module transmitted by GPRS optical fiber and the difference data steps transmitted by the storage network as follows:
[0038] 1) Set up a multi-level feedback queue for water source wells, water intake pumping stations, water plants, water supply pipe networks, pressurized pumping stations, users' water level, water pressure, flow, and pump voltage and current information;
[0039] 2) Set up a multi-level feedback queue for the water level, water pressure, flow, pump voltage and current data collected at the same time at the water source well, water intake pump station, water plant, water supply pipe network, pressurized pump station, and user;
[0040] 3) Set priority for difference data, so that MIS management and dispatching center can preferentially acquire, analyze and process difference...
Embodiment 3
[0042] Embodiment 3, on the basis of Embodiment 1, the difference data transmitted by the dedicated storage network is transmitted through the same physical medium (Ethernet), while retaining the characteristics of the upper layer protocol in FC, data consistency, stream The control is consistent, but the physical lines and interfaces of the original optical fiber network are not used, which reduces the interference of other collected data and improves the timeliness and collection efficiency of valid data (difference data).
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Abstract
In the smart water affairs management analysis system of the present invention, the data collection module collects water source wells, water intake pump stations, water plants, water supply pipe networks, pressurized pump stations, water levels, water pressures, flow rates of users, and voltage and current information of pumps After the difference data is processed and analyzed by the data processor along the way, the difference data is obtained. The MIS management dispatching center adds the concept of priority on the basis of the multi-level feedback queue algorithm to obtain the existing data collected by the data module transmitted by the GPRS optical fiber and the storage network transmission. The difference data from the past solves the problems of low raw data transmission efficiency and long waiting time for the monitoring center to obtain abnormal data. The invention calculates the attenuation rate of important parameters affecting water supply, obtains difference data and difference factors, and uses a storage network for transmission, which improves the timeliness and collection efficiency of effective data collection; the MIS management dispatching center adds The concept of priority is used to obtain data, and the difference data can be analyzed and processed in time.
Description
technical field [0001] The invention relates to the field of water technology, in particular to a smart water management analysis system. Background technique [0002] The water supply scheduling system in water affairs is a comprehensive water supply information management platform, which can incorporate important water supply units such as water intake pump stations, water source wells, water plants, pressurized pump stations, and water supply pipe networks under the jurisdiction of water supply companies into comprehensive monitoring and control. Management, with the help of the water supply dispatching system, the dispatching center can remotely monitor the real-time production data and equipment operating parameters of each water supply unit, remotely view the surveillance video or surveillance photos of important production parts, and remotely manage water supply equipment such as water pumps and valves. [0003] At present, the data monitored by the dispatching center...
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Application Information
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