An automatic crimping machine for ferrule tail handle

Abstract

The invention relates to an automatic press-connection machine for core inserts and tail handles. The automatic press-connection machine comprises an outer cabinet and a press-connection machine device arranged inside the outer cabinet. The periphery of the upper half part of the outer cabinet is provided with transparent windows. The press-connection machine device comprises a core insert feeder, a tail handle feeder, a pre-pressing mechanism, a laminating mechanism, a core insert distribution mechanism, a tail handle inching mechanism, a discharge port and a tail handle distribution mechanism, wherein the tail handle feeder is arranged below the core insert feeder, the pre-pressing mechanism is arranged at front of the core insert feeder, the laminating mechanism is arranged at front of the pre-pressing mechanism, the core insert distribution mechanism is arranged below the pre-pressing mechanism, the tail handle inching mechanism is arranged below the core insert distribution mechanism, the discharge port is formed in the inner side of the tail handle inching mechanism, and the tail handle distribution mechanism is arranged below the tail handle inching mechanism. The automatic press-connection machine is simple in structure, safe and convenient to use and capable of saving time, and therefore production efficiency and product quality are improved.

Description

technical field [0001] The invention relates to an automatic crimping machine for ferrule tail handle. Background technique [0002] The ceramic ferrule is the core component of the optical fiber connector. Its inner hole fixes the optical fiber, and the outer circle positions the connector. Pressing the ceramic ferrule into the metal tail handle has strict dimensional requirements for its insertion force, protruding length and concentricity. . At present, most optical fiber connector manufacturers use manual crimping, and the average output of skilled workers is 4000pcs / 8H. Manual crimping has the following disadvantages: 1. The protruding length is related to the size of the manpower, and the pressing force is too small. It will cause the protruding length to be too long, or require multiple crimping, which will cause low efficiency or even cause defects. 2. Manual crimping will easily produce defective products such as poor concentricity due to improper operation. 3. T...

AI Technical Summary

Problems solved by technology

At present, most fiber optic connector manufacturers use manual crimping, and the average output of skilled workers is 4000pcs / 8H. Manual crimping has the following disadvantages: 1. The protruding length is related to the size of the manpower, and the pressing force is too small. It will cause the protruding length to be too long, or require multiple crimping, which will cause low efficiency or even cause defects

2. Manual crimping will easily produce defective products such as poor concentricity due to improper operation

3. The operator is prone to fatigue after repeated simple crimping work for a long time. In severe cases, chronic diseases such as periarthritis of the shoulder will be induced

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