Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Water supply equipment and control method thereof
According to the water supply equipment and the control method thereof, when it is detected that the water supply equipment needs to produce water, a water supply module is controlled to supply water to a mineral water preparation module, and after water supply is completed, the water supply module is controlled to stop supplying water and the mineral water preparation module is controlled to start producing water; the data acquisition module is used for acquiring water preparation parameters of the mineral water preparation module in real time; the controller is further used for controlling the operation of the mineral water preparation module according to the water preparation parameters until the water preparation completion condition is judged to be met according to the water preparation parameters, outputting mineralized water prepared by the mineral water preparation module to the water storage module, and controlling the operation of the mineral water preparation module under the condition that a water taking signal is received. And controlling the water supply module to convey the mineralized water of the water storage module to a user through the water taking module. The mineralized water with the target concentration is prepared in the mineral water preparation module and stored in the water storage module, so that the mineral concentration in drinking water obtained by a user is accurate and stable, large fluctuation is avoided, and the requirement of people for healthy drinking water in life is met.
本申请涉及一种供水设备及其控制方法，在检测到供水设备需制水时，控制送水模块向矿水制备模块送水，并在送水完成后，控制送水模块停止送水并控制矿水制备模块启动制水；数据采集模块用于实时采集矿水制备模块的制水参数；控制器还用于根据制水参数控制矿水制备模块运行，直至根据制水参数判定满足制水完成条件，将矿水制备模块制备得到的矿化水输出至储水模块，并在接收到取水信号的情况下，控制送水模块将储水模块的矿化水通过取水模块输送至用户。本申请通过在矿水制备模块内制备得到目标浓度的矿化水并存储至储水模块中，使得用户取得的饮用水中的矿物质浓度精准稳定，不会发生较大的波动，满足人们生活健康饮水需要。
Water supply equipment and control method thereof
According to the water supply equipment and the control method thereof, when it is detected that the water supply equipment needs to produce water, a water supply module is controlled to supply water to a mineral water preparation module, and after water supply is completed, the water supply module is controlled to stop supplying water and the mineral water preparation module is controlled to start producing water; the data acquisition module is used for acquiring water preparation parameters of the mineral water preparation module in real time; the controller is further used for controlling the operation of the mineral water preparation module according to the water preparation parameters until the water preparation completion condition is judged to be met according to the water preparation parameters, outputting mineralized water prepared by the mineral water preparation module to the water storage module, and controlling the operation of the mineral water preparation module under the condition that a water taking signal is received. And controlling the water supply module to convey the mineralized water of the water storage module to a user through the water taking module. The mineralized water with the target concentration is prepared in the mineral water preparation module and stored in the water storage module, so that the mineral concentration in drinking water obtained by a user is accurate and stable, large fluctuation is avoided, and the requirement of people for healthy drinking water in life is met.
本申请涉及一种供水设备及其控制方法，在检测到供水设备需制水时，控制送水模块向矿水制备模块送水，并在送水完成后，控制送水模块停止送水并控制矿水制备模块启动制水；数据采集模块用于实时采集矿水制备模块的制水参数；控制器还用于根据制水参数控制矿水制备模块运行，直至根据制水参数判定满足制水完成条件，将矿水制备模块制备得到的矿化水输出至储水模块，并在接收到取水信号的情况下，控制送水模块将储水模块的矿化水通过取水模块输送至用户。本申请通过在矿水制备模块内制备得到目标浓度的矿化水并存储至储水模块中，使得用户取得的饮用水中的矿物质浓度精准稳定，不会发生较大的波动，满足人们生活健康饮水需要。
Water supply equipment and control method thereof
供水设备及其控制方法
ZHOU PINGFA (Autor:in) / WANG SHIQIAN (Autor:in) / GU YI (Autor:in) / CHEN ZIBIN (Autor:in) / LI YIRAN (Autor:in) / LYU JIANMING (Autor:in)
12.01.2024
Patent
Elektronische Ressource
Chinesisch
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