Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Deep water area pneumatic desilting pump equipment and dynamic balancing method
The invention discloses deep water area pneumatic desilting pump equipment and a dynamic balancing method. The deep water area pneumatic desilting pump equipment comprises a pneumatic desilting pump and a traction ship, a frame on the pneumatic desilting pump is connected with a suspension arm at the stern of the traction ship through a first traction rope, four tank bodies are installed in the frame, and the tank bodies comprise the first tank body, the second tank body, the third tank body and the fourth tank body. The first tank body, the second tank body, the third tank body and the fourth tank body are distributed in a linear mode or a rectangular mode, and dynamic balance control over a pneumatic desilting pump is achieved by controlling the pulling force of a first pulling rope and the pulling force of the second pulling rope. According to the deep water area pneumatic desilting pump equipment and the dynamic balancing method, corresponding rope tension changes can be conveniently controlled according to gravity changes of all the tank bodies, the pneumatic desilting pump can reach dynamic balance during continuous work, the situation that the pneumatic desilting pump inclines due to uneven stress, and the desilting efficiency is affected is prevented, dynamic balance can be achieved when the pneumatic desilting pump continuously sucks and discharges sludge, the pneumatic desilting pump is prevented from overturning, and the whole equipment can be controlled to operate stably.
本发明公开了一种深水域气动清淤泵装备及动态平衡方法，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，框架内安装有四个罐体，罐体包括第一罐体、第二罐体、第三罐体和第四罐体，第一罐体、第二罐体、第三罐体和第四罐体呈直线分布或矩形分布，通过控制第一牵引绳和第二牵引绳的拉力，实现对气动清淤泵的动态平衡控制。本发明便于根据各个罐体的重力变化控制相应的绳索拉力变化，使气动清淤泵在连续工作时达到动态平衡，防止气动清淤泵因受力不均造成倾斜，影响清淤效率，不仅可以在气动清淤泵连续吸排淤泥时达到动态平衡，防止气动清淤泵发生倾覆，而且有利于控制整个装备运行稳定。
Deep water area pneumatic desilting pump equipment and dynamic balancing method
The invention discloses deep water area pneumatic desilting pump equipment and a dynamic balancing method. The deep water area pneumatic desilting pump equipment comprises a pneumatic desilting pump and a traction ship, a frame on the pneumatic desilting pump is connected with a suspension arm at the stern of the traction ship through a first traction rope, four tank bodies are installed in the frame, and the tank bodies comprise the first tank body, the second tank body, the third tank body and the fourth tank body. The first tank body, the second tank body, the third tank body and the fourth tank body are distributed in a linear mode or a rectangular mode, and dynamic balance control over a pneumatic desilting pump is achieved by controlling the pulling force of a first pulling rope and the pulling force of the second pulling rope. According to the deep water area pneumatic desilting pump equipment and the dynamic balancing method, corresponding rope tension changes can be conveniently controlled according to gravity changes of all the tank bodies, the pneumatic desilting pump can reach dynamic balance during continuous work, the situation that the pneumatic desilting pump inclines due to uneven stress, and the desilting efficiency is affected is prevented, dynamic balance can be achieved when the pneumatic desilting pump continuously sucks and discharges sludge, the pneumatic desilting pump is prevented from overturning, and the whole equipment can be controlled to operate stably.
本发明公开了一种深水域气动清淤泵装备及动态平衡方法，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，框架内安装有四个罐体，罐体包括第一罐体、第二罐体、第三罐体和第四罐体，第一罐体、第二罐体、第三罐体和第四罐体呈直线分布或矩形分布，通过控制第一牵引绳和第二牵引绳的拉力，实现对气动清淤泵的动态平衡控制。本发明便于根据各个罐体的重力变化控制相应的绳索拉力变化，使气动清淤泵在连续工作时达到动态平衡，防止气动清淤泵因受力不均造成倾斜，影响清淤效率，不仅可以在气动清淤泵连续吸排淤泥时达到动态平衡，防止气动清淤泵发生倾覆，而且有利于控制整个装备运行稳定。
Deep water area pneumatic desilting pump equipment and dynamic balancing method
一种深水域气动清淤泵装备及动态平衡方法
XU GANG (Autor:in) / ZUO QIANG (Autor:in) / LIAN JIADI (Autor:in) / SHEN HUA (Autor:in) / GU JIANMING (Autor:in) / BAO SHIQI (Autor:in) / MAO YILONG (Autor:in) / FEI XIANG (Autor:in)
01.10.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E02F
Baggern
,
DREDGING
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