Control method of beam, light lump, light line, curve surface pattern ceramic brick polisher

Abstract

The invention relates to a control method for a polishing machine for ceramic tiles with surface patterns of light beams, light mass, light waves and curves, which comprises the following steps of: designing a motion path, decomposing the motion path into a transverse motion path and a longitudinal motion path, controlling the transverse motion path and the longitudinal motion path with a variable-frequency controller; detecting a chain control signal; operating the polishing machine; detecting a product signal; if no product signal is detected, returning through 'cylinder resetting'; if a product signal is detected, starting a rotary grinding disc; detecting a grinding disc group descending signal; detecting a movement limit signal; if no movement limit signal is detected, returning through 'limit signal operation' and cylinder resetting; if a movement limit signal is detected, detecting a movement and operation signal; and if a movement and operation signal is detected, producing ceramic tiles with surface patterns of light beams, light mass, light waves and curves.

Description

technical field [0001] The invention relates to a control method for a ceramic tile polishing machine with light beams, light clusters, light patterns and curved surface patterns. Background technique [0002] CN200620115650.1 announced a "networked control system for porcelain tile polishing production line". Its purpose is to provide a porcelain tile polishing production line with high automation degree, convenient operation, fewer operators, and a networked control system for the porcelain tile polishing production line that can monitor the running state. Its technical composition: the networked control system of the porcelain tile polishing production line includes a plurality of work stand-alone machines for tile polishing production, on-site control equipment for controlling the work of the work stand-alone machines, and the on-site control equipment is controlled by the various A field programmable controller working as a stand-alone machine, a relay, an AC frequency...

AI Technical Summary

Problems solved by technology

Its shortcomings are: first, the grinding block is a rigid material, lacks flexibility, and is in line contact with the surface of the tile; the contact surface is small, and the revolution and rotation speed is low, and the polishing efficiency is low; Changing the way of moving and rotating is to polish the entire surface of the adobe, and cannot form a difference in gloss, and produce light patterns such as beams, light clusters, and light patterns.

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