A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses an intelligent monitoring method and system for the operating environment of a water meter well, relates to the technical field of environment control, and solves the technical problem that in the prior art, prediction before and after external influence cannot be performed during water meter well environment monitoring, in particular to prediction before external influence. Before external influence is generated at the position of the water meter well, whether external influence is likely to be generated or not is judged according to position environment analysis, the preferential water flow direction and the synchronous water flow direction in the water meter well are determined, information before external influence is obtained and substituted into a formula, and a prediction coefficient before external influence is obtained; the influence prediction probability is deduced according to coefficient comparison; and external influence post-prediction: performing real-time prediction analysis after the external influence is generated according to the position of the water meter well, collecting external real-time influence information and external continuous influence information, and analyzing and deducing the influence degree of the current external influence according to the information.
本发明公开了一种水表井的运行环境智能监控方法及系统，涉及环境控制技术领域，解决了现有技术中，水表井环境监控时不能够对外界影响前和外界影响后进行预测的技术问题，具体为外界影响前预测，根据水表井所在位置产生外界影响前，根据位置环境分析推断当前外界影响前是否容易产生外界影响，确定水表井内部的优先水流方向和同步水流方向，并获取外界影响前信息，代入公式得到外界影响前预测系数，根据系数比对推断影响预测概率；外界影响后预测，根据水表井所在位置产生外界影响后进行实时预测分析，采集外界实时影响信息和外界持续影响信息，根据信息分析推断当前外界影响的影响程度。
The invention discloses an intelligent monitoring method and system for the operating environment of a water meter well, relates to the technical field of environment control, and solves the technical problem that in the prior art, prediction before and after external influence cannot be performed during water meter well environment monitoring, in particular to prediction before external influence. Before external influence is generated at the position of the water meter well, whether external influence is likely to be generated or not is judged according to position environment analysis, the preferential water flow direction and the synchronous water flow direction in the water meter well are determined, information before external influence is obtained and substituted into a formula, and a prediction coefficient before external influence is obtained; the influence prediction probability is deduced according to coefficient comparison; and external influence post-prediction: performing real-time prediction analysis after the external influence is generated according to the position of the water meter well, collecting external real-time influence information and external continuous influence information, and analyzing and deducing the influence degree of the current external influence according to the information.
本发明公开了一种水表井的运行环境智能监控方法及系统，涉及环境控制技术领域，解决了现有技术中，水表井环境监控时不能够对外界影响前和外界影响后进行预测的技术问题，具体为外界影响前预测，根据水表井所在位置产生外界影响前，根据位置环境分析推断当前外界影响前是否容易产生外界影响，确定水表井内部的优先水流方向和同步水流方向，并获取外界影响前信息，代入公式得到外界影响前预测系数，根据系数比对推断影响预测概率；外界影响后预测，根据水表井所在位置产生外界影响后进行实时预测分析，采集外界实时影响信息和外界持续影响信息，根据信息分析推断当前外界影响的影响程度。
Intelligent monitoring method and system for operation environment of water meter well
一种水表井的运行环境智能监控方法及系统
2024-12-06
Patent
Electronic Resource
Chinese
Multifunctional water meter and water meter protection well
| European Patent Office | 2023
Water Meter Construction and Operation
| Wiley | 1936