Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Intelligent water supply method of secondary water supply water tank
The invention discloses an intelligent water supply method of a secondary water supply water tank. The intelligent water supply method comprises the following steps of: 1, dividing one day of a workday or a rest day into a plurality of time periods according to the water utilization condition of the water tank on the workday or the rest day; 2, calculating the average outflow water amount and the maximum outflow water amount of the water tank in different time periods of one day of the workday or the rest day; 3, calculating the theoretical water retention amount of the water tank at the starting moments of different time periods of one day of the workday or the rest day; 4, calculating the theoretical inflow water amount of the water tank in different time periods of one day of the workday or the rest day; and 5, sending a control signal instruction of closing or opening to water supply control equipment according to the result of the step 4 at the starting moments of different time periods of one day of the workday or the rest day, and circularly finishing water supply of one day according to the control signal instruction. According to the intelligent water supply method, the retention time of tap water in a high-level water tank or a low-level water tank can be accurately controlled on the premise that the water utilization requirement is met, and the risk that the microbial index exceeds the standard due to the fact that the retention time of the tap water in the water tank is too long is effectively reduced.
本发明公开了一种二次供水水箱的智能供水方法，包括：一、根据水箱在工作日或休息日的用水情况将工作日或休息日的一天划分成若干时间段；二、计算水箱在工作日或休息日一天不同时间段的平均流出水量和最大流出水量；三、计算水箱在工作日或休息日一天不同时间段开始时刻的理论存留水量；四、计算水箱在工作日或休息日一天不同时间段的理论流入水量；五、在工作日或休息日一天不同时间段的开始时刻根据步骤四的结果向供水控制设备发出关闭或开启的控制信号指令，依此循环完成一天的供水。本发明能在满足用水要求的前提下准确控制自来水在高位水箱或低位水箱中的停留时间，有效地降低自来水因在水箱中停留时间过长而导致的微生物指标超标的风险。
Intelligent water supply method of secondary water supply water tank
The invention discloses an intelligent water supply method of a secondary water supply water tank. The intelligent water supply method comprises the following steps of: 1, dividing one day of a workday or a rest day into a plurality of time periods according to the water utilization condition of the water tank on the workday or the rest day; 2, calculating the average outflow water amount and the maximum outflow water amount of the water tank in different time periods of one day of the workday or the rest day; 3, calculating the theoretical water retention amount of the water tank at the starting moments of different time periods of one day of the workday or the rest day; 4, calculating the theoretical inflow water amount of the water tank in different time periods of one day of the workday or the rest day; and 5, sending a control signal instruction of closing or opening to water supply control equipment according to the result of the step 4 at the starting moments of different time periods of one day of the workday or the rest day, and circularly finishing water supply of one day according to the control signal instruction. According to the intelligent water supply method, the retention time of tap water in a high-level water tank or a low-level water tank can be accurately controlled on the premise that the water utilization requirement is met, and the risk that the microbial index exceeds the standard due to the fact that the retention time of the tap water in the water tank is too long is effectively reduced.
本发明公开了一种二次供水水箱的智能供水方法，包括：一、根据水箱在工作日或休息日的用水情况将工作日或休息日的一天划分成若干时间段；二、计算水箱在工作日或休息日一天不同时间段的平均流出水量和最大流出水量；三、计算水箱在工作日或休息日一天不同时间段开始时刻的理论存留水量；四、计算水箱在工作日或休息日一天不同时间段的理论流入水量；五、在工作日或休息日一天不同时间段的开始时刻根据步骤四的结果向供水控制设备发出关闭或开启的控制信号指令，依此循环完成一天的供水。本发明能在满足用水要求的前提下准确控制自来水在高位水箱或低位水箱中的停留时间，有效地降低自来水因在水箱中停留时间过长而导致的微生物指标超标的风险。
Intelligent water supply method of secondary water supply water tank
一种二次供水水箱的智能供水方法
CHENG LI (Autor:in) / GAO XIAOKUN (Autor:in) / LIU XINGUI (Autor:in)
16.04.2021
Patent
Elektronische Ressource
Chinesisch
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