Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Non-cutoff operation deep water area pneumatic dredging pump complete equipment and method
The invention discloses non-cutoff operation deep water area pneumatic dredging pump complete equipment and method. The non-cutoff operation deep water area pneumatic dredging pump complete equipment comprises a pneumatic dredging pump and a towing ship; a frame on the pneumatic dredging pump is connected with a suspension arm at the stern of the towing ship through a first towing rope; tank bodies are mounted in the frame; the tops of the adjacent tank bodies communicate through a flow dividing pipeline; the flow dividing pipeline is connected with a mud shoveling cover located on the front side of the frame through a mud sucking pipeline; and a lug plate on the mud shoveling cover is connected with the bow of the towing ship through a second towing rope. The method comprises the steps that the pneumatic dredging pump sinks to the bottom of a deep water area through the towing ship, the tank bodies on the pneumatic dredging pump sequentially suck and discharge mud, the towing ship drives the pneumatic dredging pump to move, and continuous sucking and discharging of the mud are achieved. According to the non-cutoff operation deep water area pneumatic dredging pump complete equipment and method, the mud sucking and discharging effect can be achieved through continuous changes of the air pressure in the tank bodies, linkage of the multiple tank bodies can be achieved through the time difference, and the whole pneumatic dredging pump system conducts continuous sucking and discharging on the mud.
本发明公开了一种不断流作业深水域气动清淤泵成套装备及方法，包括气动清淤泵和牵引船，气动清淤泵上的框架通过第一牵引绳连接牵引船船尾的吊臂，框架内安装有罐体，相邻罐体的顶部之间通过分流管道连通，分流管道通过吸泥管道连接位于框架前侧的铲泥罩，铲泥罩上的耳板通过第二牵引绳连接牵引船的船头。其方法包括：通过牵引船将气动清淤泵下沉至深水域的底部，经气动清淤泵上的各个罐体依次对淤泥进行吸排，牵引船带动气动清淤泵移动，实现对淤泥的连续吸排。本发明不仅可以通过罐体内气压的连续变化实现对淤泥的吸排作用，而且可以将多个罐体通过时间差来实现联动，保证整个气动清淤泵系统对淤泥进行连续吸排。
Non-cutoff operation deep water area pneumatic dredging pump complete equipment and method
The invention discloses non-cutoff operation deep water area pneumatic dredging pump complete equipment and method. The non-cutoff operation deep water area pneumatic dredging pump complete equipment comprises a pneumatic dredging pump and a towing ship; a frame on the pneumatic dredging pump is connected with a suspension arm at the stern of the towing ship through a first towing rope; tank bodies are mounted in the frame; the tops of the adjacent tank bodies communicate through a flow dividing pipeline; the flow dividing pipeline is connected with a mud shoveling cover located on the front side of the frame through a mud sucking pipeline; and a lug plate on the mud shoveling cover is connected with the bow of the towing ship through a second towing rope. The method comprises the steps that the pneumatic dredging pump sinks to the bottom of a deep water area through the towing ship, the tank bodies on the pneumatic dredging pump sequentially suck and discharge mud, the towing ship drives the pneumatic dredging pump to move, and continuous sucking and discharging of the mud are achieved. According to the non-cutoff operation deep water area pneumatic dredging pump complete equipment and method, the mud sucking and discharging effect can be achieved through continuous changes of the air pressure in the tank bodies, linkage of the multiple tank bodies can be achieved through the time difference, and the whole pneumatic dredging pump system conducts continuous sucking and discharging on the mud.
本发明公开了一种不断流作业深水域气动清淤泵成套装备及方法，包括气动清淤泵和牵引船，气动清淤泵上的框架通过第一牵引绳连接牵引船船尾的吊臂，框架内安装有罐体，相邻罐体的顶部之间通过分流管道连通，分流管道通过吸泥管道连接位于框架前侧的铲泥罩，铲泥罩上的耳板通过第二牵引绳连接牵引船的船头。其方法包括：通过牵引船将气动清淤泵下沉至深水域的底部，经气动清淤泵上的各个罐体依次对淤泥进行吸排，牵引船带动气动清淤泵移动，实现对淤泥的连续吸排。本发明不仅可以通过罐体内气压的连续变化实现对淤泥的吸排作用，而且可以将多个罐体通过时间差来实现联动，保证整个气动清淤泵系统对淤泥进行连续吸排。
Non-cutoff operation deep water area pneumatic dredging pump complete equipment and method
一种不断流作业深水域气动清淤泵成套装备及方法
LUO XIANWEN (Autor:in) / LIAN JIADI (Autor:in) / ZUO QIANG (Autor:in) / XIONG HAO (Autor:in) / YAN SUPING (Autor:in) / YU FANG (Autor:in) / XIANG SHOULIANG (Autor:in) / XIONG BING (Autor:in)
01.10.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E02F
Baggern
,
DREDGING
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