A semi-automatic optical fiber coloring machine based on conveying, cleaning, winding and positioning

Abstract

The invention discloses a semi-automatic fiber coloring machine based on conveying, cleaning, winding and positioning. Its structure includes a manual adjustment flap, an integrated pipe structure, and an installation box. Over the installation box, the integrated pipe structure is locked on the installation box. The integrated pipe structure is composed of a conveying rail plate, a pipe body, and a transmission end wheel. The conveying rail plate is installed and connected to the transmission end wheel, and the pipe body is assembled and connected The two are composed of an integrated structure. The optical fiber of the present invention is transported on the conveying rail plate, and the dust cleaner performs dust removal, coloring, and coloring to clean the fine dust to improve the effect of dyeing and adhesion. The coloring supervisor automatically rewinds and takes up the wire In the process, the optical fiber is further strengthened and the error is adjusted, so that the two ends of the optical cable can be quickly and conveniently found when the optical cable is docked, and high-precision positioning is achieved.

Description

technical field [0001] The invention relates to the field of optical fiber, in particular to a semi-automatic optical fiber coloring machine based on conveying, cleaning, winding and positioning. Background technique [0002] Optical fiber is the abbreviation of optical fiber. Optical fiber coloring machine is mainly used for coloring the surface of optical fiber. In order to effectively identify the multi-core optical fiber in an optical cable, it is necessary to dye the optical fiber so that two optical fibers can be quickly and conveniently found when docking the optical fiber cable. The terminal meets the needs of cable connection and maintenance, and the fiber coloring machine plays a decisive role in the production of optical cables. [0003] In the prior art, the coloring of the optical fiber surface is carried out when the optical fiber is paid out, and the fine dust is easily involved in the surface of the optical fiber and the surface of the rotating roller when th...

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Problems solved by technology

[0004] The main purpose of the present invention is to overcome the deficiencies of the prior art, and provide a semi-automatic fiber coloring machine based on conveying, cleaning, winding and positioning, so as to solve the problem that the coloring of the fiber surface is carried out when the fiber is unwound, and the fine dust is rotated by the roller. When it is easy to be involved in the surface of the optical fiber and the surface of the roller, the fiber dyeing is mixed with dust that is invisible to the naked eye, which reduces the effect of dyeing adhesion. After the coloring is completed, the fiber is automatically rewound and taken up. The problem of realizing high-precision positioning and take-up

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