Steel plate mark printer

Abstract

The invention relates to a steel plate marker printer, comprising an external computer, a startup switch, a retainer, a motor, a pneumatic valve, an air interface, a print needle, independent lead rails and slide rails for the X axis and the Y axis, a strap, a belt roller and a connector. The slide rail for the X axis is locked on the lead rail of the X axis and can slide along the lead rail of the X axis; the lead rail for the Y axis is fixed on the slide rail for the X axis and the slide rail for the Y axis is locked on the lead rail for the Y axis; a needle seat is fixed on the slide rail for the Y axis and can move along the two perpendicular straight lines of the X axis and the Y axis, which leads to that the needle moves along a curve track in a perpendicular frame of axes; the pneumatic valve controls the air flow make-and-break of the print needle, so that the motor can drive to print preset markers through the transmission of a synchronous belt. The invention is accurate and quick in printing markers with high frequency and the markers are durable; the invention is small in size, convenient to repair and easy to use with low cost, stable performance and an accuracy of 100percent, thus the invention can be applied to print on various steel plates.

Description

technical field [0001] The invention relates to a device for automatically printing required marks or marks on steel plates, specifically a machine that restores and prints marks or marks on steel plates through a certain control and execution system according to preset marks or marks . Background technique [0002] Marking specific product marks, technical marks or special marks such as anchor marks on the surface of the steel plate is not only a quality management method for steel rolling mills to prevent mixed steel grades and specification identification, but also a technical measure to meet the needs of the orderer according to the requirements of export products. , is an indispensable process link in steel plate production. At present, although the domestic steel plate marking printing technology has made some progress and development, the scope of machine printing has gradually expanded. However, it is still difficult to realize automatic printing for some specific ...

AI Technical Summary

Problems solved by technology

However, it is still difficult to realize automatic printing for some specific requirements or specific graphics, so manual printing has to be used

Manual printing is inefficient, labor-intensive, and has a high error rate, making it difficult to guarantee quality

Most domestic mechanical automatic printing devices use dot-matrix printers. First, the volume is relatively large, second, the speed is slow, third, the life of the needle is low, and fourth, the scope of application is too narrow, making it difficult to print complex marks such as anchor marks, etc.

However, although the imported steel plate marking and printing equipment has a high degree of automation, it is expensive, has a complex structure, and is difficult to maintain, which is difficult for ordinary steel plate manufacturers to accept.

Moreover, there has been no detailed information and related records on specific steel plate marking printing equipment so far, so it cannot be used for reference and investigation.

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