Abstract
The work deals with the features of construction of human-computer interaction to manage the complex process equipment. The mechanism for creating additional portable terminals for monitoring and controlling complex machine tools is presented. A practical example of using the mechanism for creating additional terminal solutions for monitoring and controlling the Quaser MV184P milling machining center is given.
Highlights
Modern trends in the industry include increasing the level of automation and computerization of all processes and the creation of multi-level, global technological and organizational system, which involves the integration into a single information space of all technological operations and their accompanying processes
Management of complex machine tools is usually carried out with the help of numerical control systems (CNC), which are a complex of hardware components, built-in mathematical and logical control algorithms, as well as human-computer interaction tools
The article proposes the creation of a mechanism for the development of additional, including mobile terminal solutions that interact with the core of the CNC system, which allow visualizing information on the operation of the main components of the process equipment and the parameters of the CNC system
Summary
Modern trends in the industry include increasing the level of automation and computerization of all processes and the creation of multi-level, global technological and organizational system, which involves the integration into a single information space of all technological operations and their accompanying processes. The actual task is to create mechanisms for constructing additional portable terminals with a convenient and flexible user interface designed to solve the tasks of monitoring and controlling technological equipment.
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