Laser marking pattern division and arrangement system

Abstract

A laser marking pattern division and arrangement system is mainly used in a laser marking control system which comprises a laser marking machine, a sliding platform, a motor system, a computer deviceand a laser marking controller; the laser marking controller is used for controlling the laser marking machine, the motor system and the sliding platform so as to perform required marking operation ona marking object; the laser marking pattern division and arrangement system comprises a computer pattern division and marking arrangement device connected to the computer device and the laser markingcontroller, orderly division of a marking pattern can be realized, and a marking sequence of different divided regions can be determined after dividing operation according to predetermined logic. Themarking pattern can be divided into a plurality of sub-patterns, adjacent sub-patterns have overlapping regions of a set size, line segments of adjacent sub-pattern boundaries can also be extended outward by a set length, and the set length can be adjusted irregularly.

Description

technical field [0001] The invention relates to a division editor for dividing a laser marking pattern, which is mainly used in a laser marking machine system, in particular to a laser marking pattern division and arrangement system. Background technique [0002] The laser marking machine uses the laser beam to be highly focused after being processed by the lens, and then applies the laser beam to the laser processing object to achieve the purpose of marking, material removal, cutting or engraving. Generally, the marking object is placed on a slide table. Then use the motor system to control the movement and rotation of the sliding table, and move the sliding table to a position suitable for marking to perform marking operations. [0003] Due to the limited marking range of the laser marking machine, when dealing with large marking objects or large marking graphics, the laser marking machine must first divide the marking graphics to be marked into multiple parts, and then a...

AI Technical Summary

Problems solved by technology

The processing methods in the prior art all manually divide and sort the marking graphics, and then manually control the sliding table to perform the alignment of the marking, which is difficult to avoid the situation of incomplete seams

Therefore, for too complex large-scale marking graphics, the work of manual adjustment is very time-consuming and laborious, and it is even too complicated to be carried out by humans.

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