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The development of underwater dredging system for rocky sea bottom at narrow channel

机译:窄通道岩质海底水下疏system系统的研制

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Kanmon channel located between Honshu and Kyusyu is a main steamship lane of Japan. On March 1991 the dredging plan to the depth of 14 m was decided. The part of Hayatomo-Strait is restricted by various conditions. At present, dredging to the depth of -13 m, to the distance of 100 m from the side end of the channel, we use a grab dredger which is equipped with spades and anchor lines for mooring. However, we must restrict the navigation at the dredging of the central part of the channel by the present method. Therefore we develop an underwater dredging system. As the sea bed soil consists of weathered rock, we chose a load header for the excavating machine. The paper describes: the excavating machine designed especially for its low height; the electric cable system; the power supply for the excavating machine; the gathering and transporting system; and the control system to operate the excavating machine under invisible underwater condition.
机译:位于本州和九州之间的关门航道是日本的主要轮船通道。 1991年3月,决定了挖深14m的计划。 Hayatomo-Strait的部分地区受到各种条件的限制。目前,我们使用的抓斗式挖泥船疏the深度为-13 m,距航道侧端100 m,它配有铲子和锚索进行系泊。但是,通过本方法,我们必须限制在航道中央部分的疏navigation航行。因此,我们开发了水下疏system系统。由于海床土壤由风化岩石组成,因此我们为挖掘机选择了负载集管。本文描述:专门针对其低高度而设计的挖掘机;电缆系统;挖掘机的电源;收集和运输系统;以及在水下隐形条件下操作挖掘机的控制系统。

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