CASPIAN JOURNAL
MANAGEMENT AND HIGH TECHNOLOGIES
Development of finger-tip control technology for coordinate machines with cnc in the man-machine systems
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Read | Aksenov Oleg I., Rybakov Aleksey V. Development of finger-tip control technology for coordinate machines with cnc in the man-machine systems // Caspian journal : management and high technologies. — 2015. — №1. — pp. 10-21. |
Aksenov Oleg I. - post-graduate student, Astrakhan State University, 20a Tatishchev St., Astrakhan, 414056, Russian Federation, oleg_aksenov@inbox.ru
Rybakov Aleksey V. - Ph.D. (Physics and Mathematical Sciences), Director of Institute of Researches and Solutions to Technological Tasks, Astrakhan State University, 20a Tatishchev St., Astrakhan, 414056, Russian Federation, rybakov_alex@mail.ru
In article have been analyzed functional capabilities of controlling systems for coordinate engraving millers (CEM). The paper researches problems of single products precise positioning on work surface of CEMs with computer numerical control (CNC). Expediency of new CEMs controlling technology was proved. It`s based on application of user-interaction system with usage of projecting type portable finger-tip monitor. Patent search confirmed originality of this technology. Authors proposes manufacturing scheme of production by means of CEMs with hardware of finger-tip control, corresponding described technology. Electrical scheme of finger-tip control device for CEMs, realizing described technology, was designed. In article are described main functional features of this scheme. It is shown, that solution, suggested by the authors, allows to considerably simplify the automatic formation of programs, aimed to machine single products of different shapes, made of sheet material, for CEMs with CNC. The general model of finger-tip control system's usage by coordinate CEMs was constructed on the basis of the authors' development. Also the article considers ways of future development for described technology, including automatic gesture recognition systems` possibilities of machine operator`s for input information usage.
Key words: ЧПУ, координатный станок, блок управления, сенсорное управление, проецирование, позиционирование, человеко-машинная система, инфракрасная сенсорная рамка, алгоритм, микроконтроллер, CNC, coordinate machine, controlling part, finger-tip control, projection