Numerical control slot milling machine for processing copper tailstock of optical fiber connector

Abstract

The invention relates to a numerical control slot milling machine for processing a copper tailstock. The slot milling machine comprises a rack, a main shaft, a feed mechanism, a mechanical arm mechanism, a clamp mechanism, a cutter mechanism, a power mechanism, a transmission mechanism and a numerical control sense mechanism, wherein the feed mechanism, the mechanical arm mechanism, the clamp mechanism, the cutter mechanism, the power mechanism, the transmission mechanism and the numerical control sense mechanism are installed on the rack; the power mechanism is connected with the transmission mechanism; the numerical control sense mechanism is connected with main shaft; and the cutter mechanism is connected with the main shaft. The numerical control slot milling machine for processing the copper tailstock is characterized in that the mechanical arm mechanism comprises a mechanical arm base, an oscillating bar, a chuck, a chuck spring, a bend board, a connecting rod, a shaft base, a push rod device, a cam device, a cullis, a scraping wing, a fixed rod, an oscillating bar spring, a connecting sliding column and an oscillating bar. The numerical control slot milling machine for processing the copper tailstock is high in automation degree, high in work efficiency, high in slot milling precision and high in slot milling speed.

Description

technical field [0001] The invention relates to a groove milling machine, in particular to a numerically controlled groove milling machine for processing copper tailstocks. The groove milling machine is used for processing copper tailstocks of optical fiber connectors and belongs to the field of mechanical processing. Background technique [0002] A Chinese utility model patent, the patent name is slot milling machine, the publication number is CN2593989Y, discloses a slot milling machine, which includes a machine table, the two sides of the machine table are equipped with a clamping structure that can clamp the processed object, A slot milling mechanism and a power structure for reciprocating movement of the linked slot milling mechanism are installed between the clamping structures; the slot milling mechanism has several sliding seats that can be adjusted for angles and is assembled on the sliding seats to independently adjust its front, rear, The milling cutter group at t...

AI Technical Summary

Problems solved by technology

[0006] Existing milling machines for copper tailstock rely on manual operation or semi-mechanical operation, which has the following disadvantages: First, the copper tailstock is small in size as a workpiece, and manual operation will cause symmetrical and angular deviations in the four slots of the copper tailstock , high and low deviation and size deviation, etc., or cause the optical fiber connector to connect the optical line and cable, the connection between the optical fiber wires is not in place, which affects the use of optical fiber lines and cables; the second is the slow processing speed of manual operation and the production efficiency. Low; third, in the process of using a semi-mechanical milling machine, it is necessary to loosen and clamp the copper tailstock on the processing fixture four times by hand. Angle deviations are prone to occur during the manual loosening and tightening process, which affects processing precision

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