Remote implementation method based on industrial inkjet printer control system

Abstract

A remote implementation method based on a traditional industrial inkjet printer local control system comprises the following steps of a local control equipment hardware remote step including reconstituting hardware structures of far-end control systems of an upper computer and a lower computer; a remote communication protocol design step including adding a communication channel protocol stack module; a packing protocol and unpacking protocol design step of transmission data, which includes adding a transmitting and receiving protocol stack module; a far-end packing information sending and receiving program design step which includes completing an I / O module of control data and display data. The remote implementation method based on the traditional industrial inkjet printer control system achieves remote operation of the industrial inkjet printer, effectively protects a site operator to stay away from an operation site harmful to a human body; meanwhile, the remote implementation method is based on the traditional industrial inkjet printer local control system, is low in costs and easy to implement; a completed remote control system accords with an original local control system mode and method, retraining on site operators is not needed, centralized control is facilitated, and human cost is further reduced.

Description

technical field [0001] The invention relates to a remote realization method based on an industrial inkjet printer control system, belonging to the technical field of industrial control. Background technique [0002] The inkjet printer is a device that is controlled by software and uses a non-contact method to mark on products. The principle is to deflect the ink out of the normal flight path by means of electrified deflection of the ink, shoot it to the surface of the work object, and use the electricity charged to the ink droplet to control the position of each ink droplet to form the data to be printed. In the industry, inkjet printers are used to mark products, which have the advantages of non-contact, fast speed, wide application range and easy editing and modification. With the gradual deepening of marking technology in the industrial field, inkjet printers are widely used in many industries such as food, beverage, building materials, wire and cable, medicine, chemical...

AI Technical Summary

Problems solved by technology

[0003] While inkjet printers bring convenience to the field of industrial marking, they also bring many new problems: First, most of the inks used in inkjet printers contain ketone-based or alcohol-based components. These chemical reagents are flammable and explosive. Therefore, during use, pay attention to fire prevention; secondly, the ink and solvent of the inkjet printer are corrosive, which is harmful to the skin, eyes, nose and other body organs of the on-site staff. Working in this environment for a long time will affect their health ;Finally, because the inkjet printer uses the principle of electrostatic deflection to control ink droplets, it is necessary to pay attention to the electrostatic protection on site

However, the cost of replacing the existing traditional inkjet printers with remote operation inkjet printers is too high and does not meet the purpose of corporate profitability

Moreover, the methods of remote operation are not uniform, not universal, and difficult to promote on a large scale

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