A cable processing technology combining thermal printing and electronic coding

Abstract

The invention relates to the technical field of cable processing, and specifically relates to a cable processing technology combining hot stamping and electronic code spraying. Positions of a cable needed to be printed are bombarded by an ion processor, making a part of the surface layer of the cable surface gasified. The output voltage of the plasma processor is 5-10 kV, and output current is 0.5-0.8 A, exactly making the surface of the cable slightly sunken and a coarse surface which is easier to adhere to printing ink is generated. Printed characters are clear in order, and are not easy to eliminate. The cable drives a printing pinch roller to move, and motion speed of the cable is 8-12 m per minute, the speed is relatively slow, thereby preventing the cable from bouncing up and down and increasing cooperative steady of the cable and the printing pinch roller. A hot stamping machine provided with a plurality of printing pinch rollers and an electronic code spraying machine are used in a combined manner to print characters. The technology can realize to print 2-5 rows characters at the same time, and electronic code spraying can spray print in angles the hot stamping machine cannot print, so as to improve flexibility of printing processing, saving working procedures, and improving processing efficiency.

Description

technical field [0001] The invention relates to the technical field of wire and cable processing, in particular to a cable processing technology combining thermal printing and electronic coding. Background technique [0002] As the cable industry is increasing and its competitiveness is increasing, it is very important for enterprises to save and control costs. Wire and cable printing is an important link in the cable production process. The name of the factory, product model, product parameters, etc. are printed on the surface of the wire and cable to identify the type and specification information of the wire and cable. At present, there are three main methods of printing on the surface of cables: thermal printing, inkjet and electronic code printing. Generally, single-line printing is used. For cables with larger diameters, when multiple lines of thermal printing are required, repeated processing is required, especially Some angles cannot be processed by thermal printing...

AI Technical Summary

Problems solved by technology

At present, there are three main methods of printing on the surface of cables: thermal printing, inkjet and electronic code printing. Generally, single-line printing is used. For cables with larger diameters, when multiple lines of thermal printing are required, repeated processing is required, especially Some angles cannot be processed by thermal printing, resulting in difficult printing, complicated processing procedures, and high production costs, or the cable jumps violently during the processing, making it difficult to thermally print smoothly, resulting in blurred printing and unsatisfactory processing effects