FLEX-NC control system

Abstract

The invention discloses a FLEX-NC control system, and relates to the technical field of FANUC systems, and the system comprises a servo amplifier which is a controller used for controlling a servo motor, is similar to a frequency converter, acts on a common AC motor, belongs to a part of a servo system, is mainly used for a high-precision positioning system, and is provided with an HMI display, the HMI is a man-machine interface, and the man-machine interface system is a medium for interaction and information exchange with a user. The FLEX-NC control system adopts FANUC CNC MF PLUS as system control and controls a movement mechanism with more than seven axes, integrally adopts profinet network communication, safely adopts ET200SP for interaction, can realize interpolation and synchronous movement functions, is provided with a movable panel for point position teaching, program modification and other functions, the zero point cannot be lost after the motor is shut down and restarted, and the position information cannot be lost when the program is modified or during initialization.

Description

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AI Technical Summary

Benefits of technology

This patented technology uses an engine called Fluor Corporation's CFNPLUS (Ceramic Finite Nano Particle) controlling System that controls multiple motors in different directions at once. It achieves this by allowing movement along specific paths through space instead of just one path. By implementing these features, it allows for precise movements within complex systems without losing their functionality due to temporary interruptions during operation. Overall, this innovation improves efficiency and accuracy in flexible printing processes.

Problems solved by technology

This patented describes two technical problem addressed in this patents - flexibility in storing and handling large groups of machining tools while minimizing occupancy on their owners' floor level. Current solutions involve manually loading new tools onto carts that move around within the factory environment, which may take up too much time if done repetitively over multiple days due to its complexity.

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