Oscillating type outgoing line anti-bending connecting mechanism and mooring cable take-up and pay-off winch based on connecting mechanism

Abstract

The invention provides an oscillating type outgoing line anti-bending connecting mechanism and a mooring cable take-up and pay-off winch based on the connecting mechanism, and belongs to the fields ofmooring equipment manufacturing and flight. Particularly, a bunching sleeve pipe capable of oscillating around a shaft is arranged at the position of a mooring cable passing hole on the mooring cabletake-up and pay-off winch; a mooring cable penetrates through the bunching sleeve pipe and is fixed inside; and one end of the mooring cable on the inner side of a winding roller is connected with aphotoelectric slip ring after a sufficient cushion area is left. When the mooring cable is paid off to the tail end, the bunching sleeve pipe bears a tensile force of the cable and oscillates along the direction of the tensile force, so that the acute-angle bending of the mooring cable is avoided. According to the oscillating type outgoing line anti-bending connecting mechanism and the mooring cable take-up and pay-off winch based on the connecting mechanism provided by the invention, the problem that the mooring cable is damaged due to acute-angle bending is fundamentally solved, the occurrence of communication outage and air crash accidents is avoided, and the work reliability of mooring equipment is ensured.

Description

technical field [0001] The invention relates to a connection mechanism, in particular to a swing-type outgoing line anti-bending connection mechanism, which belongs to the fields of mooring equipment manufacturing and flight. Background technique [0002] At present, in the field of tethered equipment manufacturing and flight, there is an urgent problem to be solved in the tethered cable take-up and pay-off winch used to pull the tethered equipment, that is: the end of the tethered cable passes through a wire hole when it enters the winding drum , when the mooring cable is paid out to the end, due to the pulling of the mooring equipment and the rotation of the winding drum, the mooring cable will be bent at an acute angle at the hole, which will easily cause damage to the mooring cable, especially the mooring cable. The communication optical cable inside the cable is more easily damaged due to the limitation of its allowable bending radius, which often leads to communication...

AI Technical Summary

Problems solved by technology

[0002] At present, in the field of tethered equipment manufacturing and flight, there is an urgent problem to be solved in the tethered cable take-up and pay-off winch used to pull the tethered equipment, that is: the end of the tethered cable passes through a wire hole when it enters the winding drum , when the mooring cable is paid out to the end, due to the pulling of the mooring equipment and the rotation of the winding drum, the mooring cable will be bent at an acute angle at the hole, which will easily cause damage to the mooring cable, especially the mooring cable. The optical cable for communication in the cable is more easily damaged due to the limit of its allowable bending radius, which often leads to communication interruption and crash due to power failure, which directly affects the reliability of the entire mooring equipment.

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