Опытно-конструкторская разработка системы диспетчирования для ГАЦ токарной обработки деталей типа «Фланец и Втулка»: магистерская диссертация

科研成果: Master's Thesis

摘要

The author designed the dispatching system structure of metalcutting FMS, at that it was placed high emphasis on hardware recourses, in the course of study.
The author analyzed present information transmission and encoding methods in FMS: uniform codes, codes with control at par, optimum code, Chudakov code and Huffman - Liberman codes. The last one is the best for given problem. It was created the original Huffman - Liberman codes synthesis algorithm, which is conformed to present hardware level of development. On the base of this algorithm it was coded the Huffman - Liberman codes synthesis program, which was taken out the Certificate of state program registration № 2013612951. Huffman - Liberman codes for Russian, Ukrainian and English alphabets and CNC machines executive program were synthesized with the help of this program. The results of the work were published in four scientific-technical journals.
In the course of study the author designed automatic guided vehicle control system, which involves rate of movement, motion path, positioning and acceleration -braking control systems. The latest two systems are original, which are designed by the author. Designed positioning control system allows to program the break time of automatic guided vehicle and avoid missing of stop place. This system took out a patent of Russian Federation № 130540. Designed acceleration -braking control system allows to change automatic guided vehicle speed fluently (without stage), and to change rate of acceleration -braking and maximum speed depending on cargo tonnage. This system took out a patent of Russian Federation № 132278.
Engineering solutions, introduced in the work, can be used at any metalcutting FMS.
投稿的翻译标题Emperical and engineering design of dispatching system of turning parts metalcutting FMS such as "Flange and Sleeve": Master's thesis
源语言Russian
导师/顾问
  • Либерман, Яков Львович, Supervisor
Published - 2015

指纹 探究 'Опытно-конструкторская разработка системы диспетчирования для ГАЦ токарной обработки деталей типа «Фланец и Втулка»: магистерская диссертация' 的科研主题。它们共同构成独一无二的指纹。

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