Real-time monitoring system for cutting principal shaft of numerical control gear milling machine tool

Abstract

A digital control milling teeth machine tool cutting main shaft real time monitoring system comprises a digital control machine tool control system. The invention is characterized in that the servo driving input interface of digital control machine tool control system is connected with a feed servo driving module. The analog voltage output interface of digital control machine tool control system is connected with a main shaft frequency conversion driving module. The output interface of feed servo driving module is connected with driving interface of feed servo motor. The feed servo motor is connected with a workpiece feed device. The driving output interface of main shaft frequency conversion driving module is connected with a main shaft frequency conversion motor. The output interface of main shaft frequency conversion motor is connected with a main shaft cutter. The output interface of main shaft frequency conversion driving module is connected with an input interface of programmable controller and analog quantity detection expansion module. The output interface of programmable controller and analog quantity detection expansion module is connected with a control quantity input interface of upper machine. The control quantity interface of upper machine is connected with a control quantity interface of digital control machine tool control system. The digital control milling teeth machine tool cutting main shaft real time monitoring system of the invention can ensure the processing efficiency and field safety.

Description

Technical field [0001] The invention relates to the field of monitoring and safety protection in the machining process, in particular to a real-time monitoring system for a cutting spindle of a CNC milling machine tool. Background technique [0002] Gears are widely used in the machinery industry. Among them, the demand for large-diameter and large-modulus gears has increased rapidly in recent years, but the traditional production process is inefficient, especially gear tooth processing is a major bottleneck. How to quickly remove the material of the tooth groove is the main method to solve the low efficiency of tooth processing. People have successively improved the efficiency of gear processing by drilling, planing, and milling in the tooth grooves. With the development of technology, it has gradually developed to rough milling of gear forming, until fine milling. High-speed gear milling machine tools have stepped into the right track in terms of gear forming and milling. In th...

AI Technical Summary

Problems solved by technology

[0002] Gears are widely used in the machinery industry, and the demand for large-diameter, large-module gears has grown rapidly in recent years, but the traditional production process is inefficient, especially gear tooth processing is a major bottleneck

How to quickly remove the material of the tooth groove is the main means to solve the low efficiency of tooth processing

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