Production method of full-dry big data photoelectric network cable and big data photoelectric network cable

Abstract

The invention relates to a production method of a full-dry big data photoelectric network cable and the big data photoelectric network cable. An output method includes the steps of band combining, winding, optical cable manufacturing, cable combining, wrapping of waterstop tape and a steel band, wrapping of a second sheath layer, wrapping of a third sheath layer and the like. The big data photoelectric network cable comprises an optical cable, a waterstop material, a first sheath layer, the waterstop tape, a metal band, the second sheath layer and the third sheath layer, wherein the optical cable is composed of a wire, a television line, a network cable and a plurality of wound optical fibers; the waterstop material is arranged among the television line, the network cable and the optical cable in a filling mode; the first sheath layer, the waterstop tape, the metal band, the second sheath layer and the third sheath layer wrap the television line, the network cable, the optical cable and the waterstop material from inside to outside. The wire is embedded in the second sheath layer. The big data photoelectric network cable has the advantages that the cable utilization rate is high, perspectiveness is good, the diameter of an optical fiber unit can be reduced, multiple cables can be fused and connected conveniently, construction efficiency is high, conductivity can be achieved and tensile performance of the optical cable can be improved by using the wire as a reinforcing element, and the modified nylon third sheath layer can prevent mice and ants.

Description

technical field [0001] The invention relates to a cable, in particular to a production method of an all-dry large data optical network cable and a large data optical network cable. Background technique [0002] With the advancement of science and the development of society, people's requirements for communication are getting higher and higher. In addition to the TV line of cable TV, ordinary families also need to lay out network lines and optical fiber lines. TV cables, network cables and optical cables, which affect the view and are easily damaged. At the same time, if there is no pre-setting in the previous cable layout, such as no optical cable, and then the optical cable needs to be laid, the side needs to be re-drilled and slotted , so that the existing cable layout is not forward-looking. In addition, the optical fiber ribbons in existing optical cables are stacked so that the diameter of the optical fiber cable containing a certain number of optical fibers is relativ...

AI Technical Summary

Problems solved by technology

[0002] With the advancement of science and the development of society, people's requirements for communication are getting higher and higher. In addition to the TV line of cable TV, ordinary families also need to lay out network lines and optical fiber lines. TV cables, network cables and optical cables, which affect the view and are easily damaged. At the same time, if there is no pre-setting in the previous cable layout, such as no optical cable, and then the optical cable needs to be laid, the side needs to be re-drilled and slotted , making existing cabling non-prospective

In addition, the optical fiber ribbons in existing optical cables are stacked so that the diameter of the optical fiber cable containing a certain number of optical fibers is relatively large

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