A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Comprehensive water supply monitoring method and system for water supply station building
The invention discloses a comprehensive water supply monitoring method and system for a water supply station building, and belongs to the technical field of water supply monitoring. Comprising the following steps: constructing a water supply monitoring system; receiving the current water demand of the user and supplying water to the user; continuously acquiring the water supply quantity provided for the user in unit time, and updating the water supply quantity to a water supply quantity set; judging whether a plurality of continuous elements in the water supply amount set meet monitoring conditions or not, and if yes, recording and marking the elements and generating a mark set; and performing magnitude processing on the elements in the mark set to obtain a corresponding magnitude processing result, judging whether a corresponding warning condition is met or not based on the magnitude processing result, and if so, sending a warning instruction and performing monitoring judgment on one or more of the water source module, the water storage module or the pressurization module. According to the invention, data analysis is carried out on the basis of obtaining the actual water supply data of the user, remote data analysis is preferentially adopted, manual inspection is reduced, and the fault monitoring efficiency is improved.
本发明公开了一种给水站房综合供水监控方法及系统，属于供水监控技术领域。包括以下步骤：构建供水监控系统；接收用户的当前水需求量并向用户供水；连续获取单位时间内向用户提供的供水量，并更新至供水量集中；判断供水量集中的多个连续元素是否符合监控条件，若符合，则记录标记该元素并生成标记集；将标记集中的元素进行量值处理并得到相应的量值处理结果，基于量值处理结果判断是否符合对应警示条件，若符合，则发出警示指令并对水源模块、蓄水模块或加压模块其中一个或多个进行监控判断。本发明在获取用户实际供水量数据基础上进行数据分析，优先采用远程数据分析，减少人工巡检，提高故障监控效率。
Comprehensive water supply monitoring method and system for water supply station building
The invention discloses a comprehensive water supply monitoring method and system for a water supply station building, and belongs to the technical field of water supply monitoring. Comprising the following steps: constructing a water supply monitoring system; receiving the current water demand of the user and supplying water to the user; continuously acquiring the water supply quantity provided for the user in unit time, and updating the water supply quantity to a water supply quantity set; judging whether a plurality of continuous elements in the water supply amount set meet monitoring conditions or not, and if yes, recording and marking the elements and generating a mark set; and performing magnitude processing on the elements in the mark set to obtain a corresponding magnitude processing result, judging whether a corresponding warning condition is met or not based on the magnitude processing result, and if so, sending a warning instruction and performing monitoring judgment on one or more of the water source module, the water storage module or the pressurization module. According to the invention, data analysis is carried out on the basis of obtaining the actual water supply data of the user, remote data analysis is preferentially adopted, manual inspection is reduced, and the fault monitoring efficiency is improved.
本发明公开了一种给水站房综合供水监控方法及系统，属于供水监控技术领域。包括以下步骤：构建供水监控系统；接收用户的当前水需求量并向用户供水；连续获取单位时间内向用户提供的供水量，并更新至供水量集中；判断供水量集中的多个连续元素是否符合监控条件，若符合，则记录标记该元素并生成标记集；将标记集中的元素进行量值处理并得到相应的量值处理结果，基于量值处理结果判断是否符合对应警示条件，若符合，则发出警示指令并对水源模块、蓄水模块或加压模块其中一个或多个进行监控判断。本发明在获取用户实际供水量数据基础上进行数据分析，优先采用远程数据分析，减少人工巡检，提高故障监控效率。
Comprehensive water supply monitoring method and system for water supply station building
一种给水站房综合供水监控方法及系统
ZHANG CHAO (author) / WANG JING (author) / DU HUA (author) / XI AIGUO (author) / CHEN SHULONG (author) / PANG ZHAOHUA (author)
2023-09-12
Patent
Electronic Resource
Chinese
IPC:
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
,
INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
Residential building and comprehensive building double-water-supply system
| European Patent Office | 2021
| European Patent Office | 2023
Peak shifting water supply method for intelligent water supply pump station
| European Patent Office | 2024