Pendulum type automatic rope arranging device

Abstract

The invention discloses a pendulum type automatic rope arranging device. A rope storage barrel is rotatably connected to a barrel shaft support through a barrel shaft. The device comprises a rope arrangement device base connected to the barrel shaft support, a rotating shaft is vertically and rotatably arranged on the rope arrangement device base, and the top of the rotating shaft is exposed out of the rope arrangement device base and connected to a pulley yoke. At least two pulleys are connected to the pulley yoke in a rotating mode. The pulley yoke is located over the rope storage barrel and stretches across the rope storage barrel in the direction perpendicular to the axis of the rope storage barrel, and the rotating shaft is vertically connected to one end of the pulley yoke. Gaps are reserved between the pulleys and between the pulleys and the rotating shaft. According to the pendulum type automatic rope arranging device, the purpose of orderly arranging ropes into the rope storage barrel can be achieved.

Description

technical field [0001] The invention relates to a device for realizing orderly arrangement and storage of working ropes on a rope storage drum, in particular to a set of pendulum-type self-arranging rope devices that do not require additional driving force. Background technique [0002] In industrial fields such as shipbuilding, marine engineering, oilfield exploitation, etc., the practical applications of working ropes stored on rope storage drums abound During the working process, it is stored on the rope storage cylinder from the outside or released from the rope storage cylinder to the target position. In the practical engineering application of this kind of rope on the rope drum, according to theoretical guidance and practical engineering experience, it has been known that the distance between the rope swing limited point and the rope storage drum needs to be large enough. If this distance is limited, it must be As a result, the rope cannot be arranged at the end of th...

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Problems solved by technology

[0004] However, in actual engineering projects, due to space constraints, this distance often cannot satisfy

For example, in ship mooring design, due to the limitation of the deck area, the winch rope storage barrel is very close to the fairlead (rope swing limit point), and the winch often cannot realize automatic and neat arrangement when recovering the ropes.

As a result, when the ropes are recovered, the mutual extrusion and friction between the ropes cannot be arranged in a neat and orderly manner, resulting in serious damage to the ropes, reduced service life, and even broken ropes that may cause injury to operators.

[0005] In order to meet the actual needs of the above-mentioned projects, the technical expressions adopted in the past are mostly to set up special external force-driven rope-laying devices. The disadvantages of these devices are complex mechanisms, high supporting costs, and high energy consumption.

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