Branch optical cable and cable type material rapid winding and unwinding device and winding and unwinding method thereof

Abstract

The invention relates to a branch optical cable and cable type material rapid winding and unwinding device including a wire rod guiding mechanism, a swing arm discharging mechanism, a wire rod lengthcounting mechanism and a collecting mechanism; the wire rod guiding mechanism includes at least two conducting wires which are installed at a wire wheel base on a guiding frame, the far-end of a rotating arm of the swing arm discharging mechanism is provided with a linear bearing, the upper portion of a spindle is connected at the near-end of the rotating arm, and a regulating screw penetrates through the rotating arm to be connected with an inner screw hole of the spindle; a base is detachably installed at a big wire wheel or a connecting base, and the wire rod length counting mechanism includes a substrate, a guiding base, a length-measuring sensor, a sliding base, a side roller, a lower roller and a limiting roller; the collecting mechanism includes a speed-regulating motor which is connected with a turn table and a wire-winding wheel through a winding shaft, the outer side of the winding shaft is provided with a radial clamping groove, and the winding shaft is installed at a shaftbase of a supporting base through a bearing. The branch optical cable and cable type material rapid winding and unwinding device is reasonable in structure, a wire rod can be automatically and rapidlywound and unwound, the accuracy of winding and unwinding of the wire rod is high, the labor intensity of operating personnel can be effectively reduced, and the operation is safe.

Description

technical field [0001] The invention relates to a device for quickly taking out branch optical cables and cable-like materials and a taking-out method thereof, and belongs to the technical field of taking-out wires. Background technique [0002] Branch optical cables and cable products are usually used in the transmission of optical and electrical energy information in optical communications and power distribution products; branch optical cables and cables act as transmission media during the entire transmission process; corresponding branch optical cables and cable materials are widely used in optical fiber distribution Cable racks, optical transmission networks, AC and DC power distribution cabinets, communication base stations / cabinets and other products. [0003] Conventionally purchased branch optical cables, cables and other wires are usually stored in large reels and packaged in a coiled manner, and need to be taken out before use. However, in the actual loading and ...

AI Technical Summary

Problems solved by technology

This way of release, on the one hand, because the wire material has a certain hardness, the coiled wire material will produce different curvature deformations according to the winding diameter, so in the process of release, excessive tension will cause the wire material to deform. Transition stretching can easily cause secondary deformation of the wire; if the tension is too small, since the wire retains the original curvature deformation, it will cause uneven collection and affect the use

On the other hand, this method of loading and unloading the wire requires 3 to 4 people to operate at the same time, and needs to be equipped with a variety of auxiliary tools. The work efficiency is low, the labor intensity is high, and there are certain safety hazards.

Furthermore, the length of the wire is calculated by calculating the length or weighing, and the length of the wire is difficult to control, resulting in a large deviation in the length of the wire, and there is a certain amount of waste.

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