A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Household intelligent water circulation system
The invention provides a household intelligent water circulation system. The system comprises a plurality of acquisition modules arranged at a plurality of primary water utilization devices in a one-to-one correspondence manner; the drainage devices of the plurality of primary water utilization equipment are respectively connected with the low-level water tank and the sewer; each acquisition module is used for acquiring the turbidity of direct drainage of the corresponding primary water utilization equipment; the low-level water tank sends the low-level water storage capacity and the low-level turbidity to the analysis module; the high-level water tank sends the high-level water storage amount to the analysis module; the analysis module judges whether the turbidity is a turbidity upper limit value or not after receiving the turbidity of the direct discharge water acquired by each acquisition module; if yes, directly discharging water into a sewer; if not, according to the low-level water storage capacity and the low-level turbidity, the direct drainage water is supplemented into a low-level water tank or discharged into a sewer; the analysis module further supplements water in the low-level water tank into the high-level water tank according to the low-level water storage capacity and the high-level water storage capacity. The technical problem that in the prior art, household bathroom water is not effectively utilized is solved.
本发明提供了一种家庭用智能水循环系统，系统包括：多个采集模块一一对应设置在多个一次用水设备处；多个一次用水设备的排水装置分别于与低位水箱和下水道相连；每一采集模块采集对应一次用水设备的直排水的浑浊度；低位水箱将低位储水量和低位浑浊度发送至分析模块；高位水箱将高位储水量发送至分析模块；分析模块接收到每一采集模块采集的直排水的浑浊度后，判断浑浊度是否浑浊上限值；若是，直接直排水排入下水道；若否，根据低位储水量和低位浑浊度，将直排水补入低位水箱或排入下水道；分析模块还根据低位储水量和高位储水量，将低位水箱中的水补入高位水箱。解决了现有技术中家庭卫浴用水没有得到有效利用的技术问题。
Household intelligent water circulation system
The invention provides a household intelligent water circulation system. The system comprises a plurality of acquisition modules arranged at a plurality of primary water utilization devices in a one-to-one correspondence manner; the drainage devices of the plurality of primary water utilization equipment are respectively connected with the low-level water tank and the sewer; each acquisition module is used for acquiring the turbidity of direct drainage of the corresponding primary water utilization equipment; the low-level water tank sends the low-level water storage capacity and the low-level turbidity to the analysis module; the high-level water tank sends the high-level water storage amount to the analysis module; the analysis module judges whether the turbidity is a turbidity upper limit value or not after receiving the turbidity of the direct discharge water acquired by each acquisition module; if yes, directly discharging water into a sewer; if not, according to the low-level water storage capacity and the low-level turbidity, the direct drainage water is supplemented into a low-level water tank or discharged into a sewer; the analysis module further supplements water in the low-level water tank into the high-level water tank according to the low-level water storage capacity and the high-level water storage capacity. The technical problem that in the prior art, household bathroom water is not effectively utilized is solved.
本发明提供了一种家庭用智能水循环系统，系统包括：多个采集模块一一对应设置在多个一次用水设备处；多个一次用水设备的排水装置分别于与低位水箱和下水道相连；每一采集模块采集对应一次用水设备的直排水的浑浊度；低位水箱将低位储水量和低位浑浊度发送至分析模块；高位水箱将高位储水量发送至分析模块；分析模块接收到每一采集模块采集的直排水的浑浊度后，判断浑浊度是否浑浊上限值；若是，直接直排水排入下水道；若否，根据低位储水量和低位浑浊度，将直排水补入低位水箱或排入下水道；分析模块还根据低位储水量和高位储水量，将低位水箱中的水补入高位水箱。解决了现有技术中家庭卫浴用水没有得到有效利用的技术问题。
Household intelligent water circulation system
一种家庭用智能水循环系统
JIANG LIANWEN (author) / ZHANG QI (author) / JIANG HAIYANG (author) / JIANG YONGHUI (author)
2023-04-04
Patent
Electronic Resource
Chinese
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