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Multi-line hot stamping technology

A process and thermal printing technology, applied in printing, printing devices, copying/marking methods, etc., can solve problems such as unsatisfactory processing effects, complicated processing procedures, severe cable jumping, etc., to save processing procedures, not easy to remove, easy Effect of Adhesive Ink

Active Publication Date: 2015-08-26
DONGGUAN MINXING CABLES
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

In the existing thermal printing process, single-line thermal printing is generally used. For cables with large diameters, when multiple lines of characters need to be thermally printed, repeated processing is required, the processing procedures are complicated, and the processing cost is high. The jump is severe, it is difficult to thermally print smoothly, resulting in blurred printing and unsatisfactory processing effect

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0023] A multi-line thermal printing process, comprising the following steps:

[0024] a) Pretreatment: Pass the cable through the plasma processor for plasma bombardment treatment, the output voltage of the plasma processor is 5kv, and the output current is 0.6A;

[0025] b) Hot printing: Prepare ink according to the formula, put the ink into the ink tank, use a hot printing machine equipped with 2 printing rollers to perform 2 lines of hot printing on the cable after plasma bombardment treatment, and the pressure of hot printing 0.2Mpa, the temperature of hot stamping is 162°C, and the moving speed of the cable is 8m / min;

[0026] c) Drying: Dry the hot-printed cables in two stages. First, dry the hot-printed cables at 258°C for 30 minutes, then raise the temperature to 300°C, and continue to dry. Dry for 10 minutes;

[0027] d) Cooling: Cool the dried cables, using a combination of water cooling and air cooling, first use water cooling at a cooling rate of 5°C / min to 150°...

Embodiment 2

[0033] In this implementation, a multi-line thermal printing process includes the following steps:

[0034] a) Pretreatment: Pass the cable through the plasma processor for plasma bombardment treatment, the output voltage of the plasma processor is 6kv, and the output current is 0.8A;

[0035] b) Hot printing: Prepare ink according to the formula, put the ink into the ink tank, and use a hot printing machine equipped with 3 printing rollers to perform 3 lines of hot printing on the cables after plasma bombardment treatment. The pressure of hot printing 0.3Mpa, the temperature of hot stamping is 160°C, and the moving speed of the cable is 10m / min;

[0036] c) Drying: Dry the heat-printed cable in two stages of drying. First, dry the heat-printed cable at 260°C for 25 minutes, then raise the temperature to 305°C, and continue to dry Dry for 18 minutes;

[0037] d) Cooling: The dried cable is cooled by water cooling and air cooling. First, water cooling is used to cool down to ...

Embodiment 3

[0044] In this implementation, a multi-line thermal printing process includes the following steps:

[0045] a) Pretreatment: Pass the cable through the plasma processor for plasma bombardment treatment, the output voltage of the plasma processor is 10kv, and the output current is 0.5A;

[0046] b) Hot printing: Prepare ink according to the formula, put the ink into the ink tank, use a hot printing machine equipped with 4 printing rollers to perform 4 lines of hot printing on the cables after plasma bombardment treatment, and the pressure of hot printing 0.5Mpa, the temperature of hot stamping is 150°C, and the moving speed of the cable is 11m / min;

[0047] c) Drying: Dry the hot-printed cables in two stages. First, dry the hot-printed cables at 270°C for 23 minutes, then raise the temperature to 310°C, and continue to dry. Dry for 15 minutes;

[0048] d) Cooling: The dried cable is cooled by water cooling and air cooling. First, water cooling is used to cool down to 155 °C at ...

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Abstract

The invention relates to the cable processing technical field, and specifically relates to the multi-line hot stamping technology; positions needing stamping of a cable are bombarded by an ion processor, thus gasifying partial surface of the cable; an output voltage of the ion processor is 5-10kv, and an output current is 0.5-0.8A, so the surface of the cable is slightly hollowed so as to generate a rough surface, and the rough surface is easy for ink to attach, so the stamped characters are clear and tidy, and hard to remove; the cable drives stamping pinch rollers to move, thus realizing powerless driving, and saving energy; a cable motion speed is 8-12 meters per minute, and the slow speed can prevent cable jumping conditions, thus improving stable cooperation between the cable and the stamping pinch rollers; many stamping pinch rollers are employed to complete multi-line hot stamping in one process, thus saving processing steps, and improving processing efficiency.

Description

Technical field [0001] The invention involves the field of wire and cable processing technology, which specifically involves a multi -line thermal printing process. Background technique [0002] With the increasing number of cable industries and the increasing competitiveness, the cost of controlling control of enterprises is crucial.The wire and cable printing is an important link in the cable production process. The type and specifications of the wires and cables are marked on the surface of the wire and cable on the surface of the wire and cable, and the type and specifications of the wire and cable are identified.A single -line thermal printing is generally used in the existing thermal printing process. For cables with large diameter, when you need hot printing multiple lines, you need to process repeated processing. The processing process is complicated, and the processing cost is high.High jump, it is difficult to stabilize the hot print, resulting in blurring printing, and...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H01B13/34B41M5/382B41M1/40
Inventor 吴惠明
Owner DONGGUAN MINXING CABLES
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