Intelligent machining equipment for cutting aluminum-plastic profiles

Abstract

The invention discloses intelligent machining equipment for cutting an aluminum plastic profile. The intelligent machining equipment comprises a feeding system, a saw cutting system, a discharging system, an electrical control cabinet, a data transmission line and an intelligent console. The feeding system is provided with an automatic feeding device, an automatic clamping device and a feeding workbench frame, the saw cutting system is provided with an acoustic emission detection device and an alarm device above a saw cutting power head, the discharging system is provided with a visual detection device above a discharging workbench, and the main electric control cabinet is arranged below the saw cutting power head. And the intelligent console is connected with the main electrical control cabinet, the acoustic emission detection device and the visual detection device through data transmission lines. According to real-time feedback information of the acoustic emission detection device and the visual recognition device, the intelligent cutting equipment can intelligently regulate and control cutting process parameters, effectively suppress cutting noise and vibration, prolong the service life of a cutter, improve the cutting efficiency and reduce the cutting energy consumption, and meanwhile, the intelligent degree of the aluminum-plastic profile cutting equipment is also improved.

Description

Technical field [0001] The present invention relates to the field of cutting equipment for industrial aluminum-plastic profiles, specifically a kind of intelligent processing equipment for cutting aluminum-plastic profiles. Background [0002] With the promotion and popularization of intelligent manufacturing production lines, in the field of deep processing of industrial aluminum-plastic profiles, enterprises' requirements for the production efficiency and processing quality of cutting equipment continue to increase, and there are higher requirements for the intelligent level of cutting equipment. [0003] At present, the traditional industrial aluminum-plastic profile deep processing field adopts empirical processing technology and semi-automated processing equipment. The empirical processing process mainly relies on the experience of the workers to select cutting process parameters, strong randomness, in the cutting process is very easy to produce screaming, and even produce ...

AI Technical Summary

Problems solved by technology

Empirical processing technology mainly relies on the experience of workers to select cutting process parameters, which is highly random, and it is easy to generate whistling during the cutting process, and even cause resonance between the machine tool and the tool, resulting in high cutting vibration noise, short tool life, and cannot fully utilize the cutting tool. equipment performance

In addition, the production efficiency of semi-automated processing equipment is low, the labor intensity of workers is high, and the level of intelligence is low, which does not meet the supporting requirements of intelligent manufacturing production lines.

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