High-speed automatic crimping machine for optical fiber insertion core

Abstract

The invention discloses a high-speed automatic crimping machine for an optical fiber insertion core. The high-speed automatic crimping machine is used for crimping a metal tail handle and a ceramic insertion core and comprises a support base, a turntable body, a driving device and a material supplying mechanism; multiple containing slots for placing the ceramic insertion cores are arrayed at the outer circle end surface of the turntable body along the circumferential direction at intervals; sliders parallel with the containing slots are arranged at the outer circle end surface of the turntable body; a containing slot port for placing the metal tail handle is arranged at one end of each slider; a floating ejecting block is arranged at the outer edge end surface of one side, provided with the sliders, of the turntable body on the support base; the turntable body adopts a horizontal turntable structure; when the turntable body rotates, the other end of each slider sequentially passes and touches the floating ejecting block to be pushed so as to move towards the direction of the ceramic insertion core, so the ceramic insertion core is pressed into the metal tail handle to form the optical fiber insertion core, fast and continuous crimping is realized, the crimpling efficiency is high, the whole crimping machine is compact in structure, easy to control and lower in manufacturing cost.

Description

technical field [0001] The invention relates to the technical field of manufacturing optical fiber accessories, in particular to an optical fiber ferrule crimping machine. Background technique [0002] The fiber optic ferrule is composed of a ceramic ferrule and a metal tail handle. During assembly, the ceramic ferrule needs to be pressed into the inner hole of the metal tail handle. In the prior art, there are two ways to crimp the fiber ferrule. One is to use simple tooling for manual crimping, but the labor intensity is high and the production efficiency is low; the other is to use a special crimping machine to crimp the fiber ferrule. crimping, but the overall structure design of the existing crimping machine is complicated, and the maintenance cost is high. Although it can realize automatic crimping of optical fiber ferrule, it is usually intermittent crimping, and the crimping efficiency is low. Contents of the invention [0003] The technical problem to be solved b...

AI Technical Summary

Problems solved by technology

In the prior art, there are two ways to crimp the fiber ferrule. One is to use simple tooling for manual crimping, but the labor intensity is high and the production efficiency is low; the other is to use a special crimping machine to crimp the fiber ferrule. crimping, but the overall structure design of the existing crimping machine is complicated, and the maintenance cost is high. Although it can realize the automatic crimping of the optical fiber ferrule, it is usually intermittent crimping, and the crimping efficiency is low

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