Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Porous sluice intelligent central control system
The invention relates to a porous sluice intelligent central control system, which comprises: an execution unit for driving corresponding gates to open and close based on the control signal of each gate; a display operation screen for locally inputting the opening and closing operation instruction for each gate and displaying the opening and closing operation information and the state informationof each gate; a system signal input unit for acquiring the opening and closing operation instruction for each gate and converting the opening and closing operation instruction into a corresponding opening and closing operation signal for each gate; an electrical parameter transmitter for acquiring the opening and closing operation information and state information of each gate; a system logic maincontroller for outputting a control signal for each gate on the basis of the opening and closing operation signal for each gate and the opening and closing operation information and state informationof each gate; a communication module for remotely acquiring the opening and closing operation instruction for each gate; and a power supply unit. According to the invention, centralized control overmultiple gates can be achieved based on the operation instructions of each gate, and the system is simple in structure and convenient to use.
本发明涉及一种多孔水闸智能中央控制系统，包括基于对各道闸门的控制信号带动对应闸门启闭的执行单元；本地输入对各道闸门的启闭操作指令、显示各道闸门的启闭运行信息和状态信息的显示操作屏；获取对各道闸门的启闭操作指令并转换为对应的对各道闸门的启闭操作信号的系统信号输入单元；获取各道闸门的启闭运行信息和状态信息的电参数变送器；基于对各道闸门的启闭操作信号、各道闸门的启闭运行信息和状态信息输出对各道闸门的控制信号的系统逻辑主控制器；远程获取对各道闸门的启闭操作指令的通讯模块；电源单元。本发明能够基于各道闸门的操作指令，实现对多道闸门的集中控制，系统结构简单，使用方便。
Porous sluice intelligent central control system
The invention relates to a porous sluice intelligent central control system, which comprises: an execution unit for driving corresponding gates to open and close based on the control signal of each gate; a display operation screen for locally inputting the opening and closing operation instruction for each gate and displaying the opening and closing operation information and the state informationof each gate; a system signal input unit for acquiring the opening and closing operation instruction for each gate and converting the opening and closing operation instruction into a corresponding opening and closing operation signal for each gate; an electrical parameter transmitter for acquiring the opening and closing operation information and state information of each gate; a system logic maincontroller for outputting a control signal for each gate on the basis of the opening and closing operation signal for each gate and the opening and closing operation information and state informationof each gate; a communication module for remotely acquiring the opening and closing operation instruction for each gate; and a power supply unit. According to the invention, centralized control overmultiple gates can be achieved based on the operation instructions of each gate, and the system is simple in structure and convenient to use.
本发明涉及一种多孔水闸智能中央控制系统，包括基于对各道闸门的控制信号带动对应闸门启闭的执行单元；本地输入对各道闸门的启闭操作指令、显示各道闸门的启闭运行信息和状态信息的显示操作屏；获取对各道闸门的启闭操作指令并转换为对应的对各道闸门的启闭操作信号的系统信号输入单元；获取各道闸门的启闭运行信息和状态信息的电参数变送器；基于对各道闸门的启闭操作信号、各道闸门的启闭运行信息和状态信息输出对各道闸门的控制信号的系统逻辑主控制器；远程获取对各道闸门的启闭操作指令的通讯模块；电源单元。本发明能够基于各道闸门的操作指令，实现对多道闸门的集中控制，系统结构简单，使用方便。
Porous sluice intelligent central control system
多孔水闸智能中央控制系统
SHEN YONGFU (Autor:in)
29.09.2020
Patent
Elektronische Ressource
Chinesisch
| Europäisches Patentamt | 2021