首页> 外国专利> Concatenated mannered null 1st element floating body between compound floating body system

Concatenated mannered null 1st element floating body between compound floating body system

机译:复合浮动体系统之间的级联空置的第一要素浮动体

摘要

PROBLEM TO BE SOLVED: To realize a composite floating body system having large-size and large mass and to establish a technique for connecting element floating bodies to realize the system.;SOLUTION: A first element floating body 1-1 is linked with a second element floating body 1-2. A connecting mechanism is provided for connecting the first element floating body 1-1 to the second element floating body 1-2. The connecting mechanism is constituted of a multi-dimensional rotating joint 4 of the first element floating body 1-1 and the second element floating body 1-2 and restoring mechanisms 5-1 and 5-2 for generating restoring force for restoring a relative rotation position of the first element floating body 1-1 and the second element floating body 1-2 to a reference position. The multi-dimensional rotating joint 4 is desirable to be dottedly connected, in particular. The two element floating bodies 1-1 and 1-2 do not impulsively approach and do not impulsively separate. When external force such as wave power is applied to the two element floating bodies, rectilinear directional force to be applied to the two element floating bodies 1-1 and 1-2 is converted into rotational force between the two element floating bodies 1-1 and 1-2 by the multi-dimensional rotating joint 4, large moment is generated in the floating bodies having large mass, and application of the huge rectilinear directional force between the two element floating bodies 1-1 and 1-2 is effectively suppressed.;COPYRIGHT: (C)2003,JPO
机译:解决的问题:实现具有大尺寸和大质量的复合浮体系统,并建立连接元件浮体以实现该系统的技术。解决方案:第一元件浮体1-1与第二元件浮体1-1相连。元件浮体1-2。提供用于将第一元件浮动体1-1连接到第二元件浮动体1-2的连接机构。连接机构由第一元件浮动体1-1和第二元件浮动体1-2的多维旋转接头4以及用于产生用于恢复相对旋转的恢复力的恢复机构5-1和5-2构成。第一元件浮动体1-1和第二元件浮动体1-2的位置处于基准位置。多维旋转接头4尤其希望是点连接的。两个元件浮体1-1和1-2不会脉冲地接近并且不会脉冲分离。当将诸如波浪力的外力施加到两个元件浮体1-1和1-2时,要施加到两个元件浮体1-1和1-2的直线方向的力被转换成两个元件浮体1-1和1-2之间的旋转力。通过多维旋转接头4,如图1-2所示,在质量大的浮体中产生较大的力矩,有效地抑制了在两个要素浮体1-1、1-2之间施加大的直线方向的力。版权:(C)2003,日本特许厅

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