Tin ingot brand character code mechanical automatic printer

Abstract

The invention provides a tin ingot brand character code mechanical automatic printer. The tin ingot brand character code mechanical automatic printer comprises a tin ingot conveyor, a tin ingot pusher, a tin ingot printer, a tin ingot stacker and a guide rail anvil block. In a tin ingot mechanical and automatic production line under programming control of a PLC (programmable logic controller), the guide rail anvil block supports, blocks and clamps a tin ingot, two groups of rod hammers with character clips and character codes are arranged above the tin ingot, and simultaneously generate independent free falling motion impact, a lifting air cylinder is used, locking and unlocking pins are arranged on slide blocks of the lifting air cylinder, and lift the rod hammers through plug pins, and the rod hammers fall off by unlocking the plug pins. The tin ingot brand character code mechanical automatic printer has the advantages of being flexible in printing direction, sufficient in printing strength, distinct and beautiful in printing writing and pattern, quick in action, short in work period, timely in tin ingot processing, simple in structure, easy to manufacture, convenient to operate, high in running reliability, and low in running maintenance cost, and is a perfect device for achieving brand character code printing for products in the tin ingot mechanical and automatic production line.

Description

technical field [0001] The invention belongs to the technical field of tin metallurgy, and in particular relates to a tin ingot trademark character code mechanical automatic printer used in a product tin ingot mechanical automatic production system. technical background [0002] In traditional production, a pot of liquid tin with a designed processing capacity of 50 tons requires manpower to complete the continuous casting at one time, 25 (kg) one piece, and about 1800 pieces are actually obtained during production. After the manual printing is completed, the printing surface on the upper surface of the tin ingot is characterized by unevenness, and the whole is warped from the center to the periphery. The printing effect is often blurred, the layout is not neat, and printing is often unclear or missing, the printing quality is low, and the production efficiency is low. Contents of the invention [0003] Aiming at the above-mentioned prior art, the present invention provid...

AI Technical Summary

Problems solved by technology

[0002] In traditional production, a pot of liquid tin with a designed processing capacity of 50 tons requires manpower to complete the continuous casting at one time, 25 (kg) one piece, and about 1800 pieces are actually obtained during production. After the manual printing is completed, the printed surface on the upper surface of the tin ingot is characterized by unevenness, and the whole is warped from the center to the periphery. Up to more than 20 mm, the printing effect is often blurred, the layout is not neat, and printing is often unclear or missing, the printing quality is low, and the production efficiency is low

Images