首页> 外国专利> CABLE-DRIVEN FOLLOW-UP ROV WINCH APPLIED TO NON-POWERED POSITIONING MOTHER SHIP

CABLE-DRIVEN FOLLOW-UP ROV WINCH APPLIED TO NON-POWERED POSITIONING MOTHER SHIP

机译:无动力定位母船的电缆驱动跟进式绞盘绞车

摘要

A cable-driven follow-up ROV winch applied to a non-powered positioning mother ship, comprising a non-powered positioning mother ship (1), an A-type frame (2) and a winch retracting cable roller (6) disposed on the non-powered positioning mother ship (1), and an underwater robot (3), wherein the A-type frame (2) is rotatably connected to a pulley (4), the underwater robot (3) is connected to an umbilical cable (61), the umbilical cable (61) bypasses the pulley (4) to connect to the winch retracting cable roller (6), and the non-powered positioning mother ship (1) is also provided thereon with a positioning member (5) used for guiding the umbilical cable (61). The A-type frame (2) is provided with a connecting rod (21), the pulley (4) comprises a sliding portion (42) and a rotating portion (41), the sliding portion (42) is annular and slides on the connecting rod (21) along the direction of the connecting rod (21), the connecting rod (21) is opened thereon with a bar-shaped groove (22), a bump (44) protrudes from the sliding portion (42), and the rotating portion (41) is connected at an outer ring of the sliding portion (42) by means of the rotation of a bearing. By means of the pulley (4) being designed to slide freely on the A-type frame (2), the operating frequency of the underwater robot (3) due to the rotation of the ship may thus be reduced while reducing the risk of the underwater robot (3) being lost due to the umbilical cable (61) breaking.
机译:一种应用于无动力定位母舰的缆线随动ROV绞车,包括无动力定位母舰(1),A型车架(2)和设置在其上的绞车伸缩电缆轮(6)无动力定位母舰(1)和水下机器人(3),其中A型框架(2)可旋转地连接到滑轮(4),水下机器人(3)连接到脐带缆(61),脐带缆绳(61)绕过滑轮(4)连接至绞盘收放缆绳滚轮(6),并且非动力定位母船(1)上还设有定位构件(5)用于引导脐带缆线(61)。 A型框架(2)设置有连杆(21),滑轮(4)包括滑动部分(42)和旋转部分(41),滑动部分(42)是环形的并且在滑动部分上滑动。连杆(21)沿着连杆(21)的方向打开,连杆(21)在其上开有条形凹槽(22),凸块(44)从滑动部分(42)突出,并且旋转部(41)通过轴承的旋转而连接在滑动部(42)的外圈。通过设计成可在A型框架(2)上自由滑动的皮带轮(4),可以降低由于船的旋转而引起的水下机器人(3)的工作频率,同时降低了操作人员的风险。水下机器人(3)由于脐带缆线(61)断裂而丢失。

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