Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Distributed dredging control system of intelligent cutter suction dredger
The invention discloses a distributed dredging control system of an intelligent cutter suction dredger. Dredging control comprises a dredger end operation mode, a shore end operation mode and a dredger end unmanned-shore end intelligent control mode. The structure of the dredging control system is designed according to a modular distribution mode, the dredging control system comprises ship-end equipment, shore-end equipment and a remote transmission system connected between the ship-end equipment and the shore-end equipment, and the ship-end equipment and the shore-end equipment respectively comprise a programmable logic controller (PLC), a data acquisition and monitoring control system (SCADA), a dredging track and profile display system (DTPM) and a video monitoring system (CCTV); according to control function priorities, ship-end manual control, ship-end full-automatic control, shore-end remote control, ship-end unmanned-shore-end intelligent control and intelligent emergency control are sequentially included; independent and stable ship-shore communication and smooth video monitoring are the basis of shore-end remote control and ship-end unmanned-shore-end intelligent control. The system is highly integrated, and the hull compactness and dredging construction operability are guaranteed.
智能绞吸挖泥船分布式疏浚控制系统，疏浚控制包括船端操作模式、岸端操作模式以及船端无人‑岸端智能控制模式；疏浚控制系统结构按模块化分布式进行设计，包括：船端设备、岸端设备以及其间连接的远程传输系统，船端设备、岸端设备分别包含可编程逻辑控制器PLC、数据采集与监视控制系统SCADA、疏浚轨迹与剖面显示系统DTPM以及视频监控系统CCTV；按控制功能优先级依次包含船端手动控制、船端全自动控制、岸端遥控、船端无人‑岸端智能控制和智能应急控制；独立且稳定的船岸通讯和流畅的视频监控，是岸端遥控及船端无人‑岸端智能控制的基础。系统高度集成，保障船体紧凑和疏浚施工易操作性。
Distributed dredging control system of intelligent cutter suction dredger
The invention discloses a distributed dredging control system of an intelligent cutter suction dredger. Dredging control comprises a dredger end operation mode, a shore end operation mode and a dredger end unmanned-shore end intelligent control mode. The structure of the dredging control system is designed according to a modular distribution mode, the dredging control system comprises ship-end equipment, shore-end equipment and a remote transmission system connected between the ship-end equipment and the shore-end equipment, and the ship-end equipment and the shore-end equipment respectively comprise a programmable logic controller (PLC), a data acquisition and monitoring control system (SCADA), a dredging track and profile display system (DTPM) and a video monitoring system (CCTV); according to control function priorities, ship-end manual control, ship-end full-automatic control, shore-end remote control, ship-end unmanned-shore-end intelligent control and intelligent emergency control are sequentially included; independent and stable ship-shore communication and smooth video monitoring are the basis of shore-end remote control and ship-end unmanned-shore-end intelligent control. The system is highly integrated, and the hull compactness and dredging construction operability are guaranteed.
智能绞吸挖泥船分布式疏浚控制系统，疏浚控制包括船端操作模式、岸端操作模式以及船端无人‑岸端智能控制模式；疏浚控制系统结构按模块化分布式进行设计，包括：船端设备、岸端设备以及其间连接的远程传输系统，船端设备、岸端设备分别包含可编程逻辑控制器PLC、数据采集与监视控制系统SCADA、疏浚轨迹与剖面显示系统DTPM以及视频监控系统CCTV；按控制功能优先级依次包含船端手动控制、船端全自动控制、岸端遥控、船端无人‑岸端智能控制和智能应急控制；独立且稳定的船岸通讯和流畅的视频监控，是岸端遥控及船端无人‑岸端智能控制的基础。系统高度集成，保障船体紧凑和疏浚施工易操作性。
Distributed dredging control system of intelligent cutter suction dredger
智能绞吸挖泥船分布式疏浚控制系统
HE HAITAO (Autor:in) / ZHANG HONGSHENG (Autor:in) / SONG WEIHAO (Autor:in) / MIAO YUANQUAN (Autor:in) / ZHANG QINGBO (Autor:in) / PAN YONGJUN (Autor:in) / HE YANXING (Autor:in) / QIN HAIYANG (Autor:in) / ZHOU ZHENYAN (Autor:in)
12.09.2023
Patent
Elektronische Ressource
Chinesisch
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