Retractable and unwinding device for fiber optic cable

Abstract

The invention discloses a take-up, pay-off and wire arrangement device for optical fiber cables. The take-up, pay-off and wire arrangement device comprises a base, a left supporting base, a right supporting base, a rotating motor and an advancing motor. X-direction linear rails are sequentially embedded in grooves of a first x-direction slide block and a second x-direction slide block. An x-direction drive mechanism located between the two x-direction linear rails is arranged in a groove of the base and located below the left supporting base and the right supporting base. The x-direction drive mechanism comprises an x-direction nut, an x-direction lead screw embedded in the x-direction nut, an x-direction master bearing pedestal and an x-direction slave bearing pedestal. A cylinder is fixed to the left supporting base and is located at the outer side end of the left supporting base. One end of an ejector rod mechanism of the cylinder is connected to the cylinder, and the other end of the ejector rod mechanism of the cylinder is arranged at the outer side end of the same side as the right supporting base through an insertion base. The ejector rod mechanism comprises a Y-shaped ejector rod and a connection rod. An insertion groove is formed in one end of the Y-shaped ejector rod. One end of the connection rod is embedded in the insertion groove and is movably connected with the insertion groove through a bolt. The other end of the connection rod is embedded in the insertion base. By means of the take-up, pay-off and wire arrangement device, the wire arrangement steering position can be automatically regulated, full-automatic wire arrangement is completely achieved, the disc distance can be dynamically regulated, operation of optical fiber plates of various specifications is achieved, and the labor intensity is lowered on the aspect of operation.

Description

technical field [0001] The invention relates to the field of optical fiber retracting and retracting, in particular to a retracting and arranging device for optical fiber cables. Background technique [0002] Optical fiber communication has become the main transmission medium of modern communication. When the optical fiber is processed into the medium, according to the length of the segment, the optical fiber must be rewound and colored, and then the optical fiber can be extruded into the optical fiber bundle tube. Finally Fiber optics are made usable by cabling and jacket extrusion. The length of the finished natural-color optical fiber is generally 25km or 50km, and the optical fiber can be colored and rewound to the required color and length of optical fiber through the optical fiber coloring and rewinding machine. [0003] In the production and use of optical fiber winding and wiring, fiber optic reels of different specifications are often used. Even the same specificat...

AI Technical Summary

Problems solved by technology

[0003] In the production and use of optical fiber winding and wiring, fiber optic reels of different specifications are often used. Even the same specification of optical fiber reels is affected by the manufacturing accuracy. The width and outer diameter of the optical fiber reels are different; Due to the existence of mechanical and electrical control errors of the equipment itself during the wiring process, after a period of error accumulation, the wiring will not be able to line up or the lines will overlap.

Since the cables are adjusted mechanically and manually, the above-mentioned various errors will cause the operator to adjust the position of the cable reversing at all times, which makes the workload of the operators particularly heavy. Pay attention to the fiber cable and not leave Machine, even in this way, there will still be a phenomenon of poor cable arrangement, and the speed of winding and cable arrangement is low, and the efficiency is not high

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