Alekseev I. Fuzzy combined technological process control system of rolling of types screw-thread

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0405U003332

Thesis Registration Form

0405U003332.pdf

Applicant for

Specialization

  • 05.13.07 - Автоматизація процесів керування

12-05-2005

Specialized Academic Board

Д 08.080.07

National Technical University Dnipro Polytechnic

Essay

In dissertation thesis the decision of actual scientific and technical problem in-crease of exactness rolling the external types of screw-thread is executed by devel-opment the intellectual control system, that able to work in the conditions fuzzy de-termination technological parameters. The analysis of existent facilities, devices and equipment is executed, that will realize the technological rolling process the type's screw-thread with the purpose ex-posure backlogs increase exactness process. Theoretical and experimental researches rolling process the type of screw-thread at two are conducted by the roller chart of rolling, and after their results a mathematical model is built, that allows to conduct the calculation of process parameters on verge association the modes rolling the filled and unfilled contours.The engineering method of instantaneous determination parameters of type is developed, that is rolled, on the basis of unclear estimations the process state of roll-ing. The flow diagram of themulticontour control system is offered. A type is cer-tain and conformities to the law of calculation the managing influencing. For market-ability system on the base computers to the type ІВМ, the method adaptive matrix ap-proximation by work orthogonal functions of surface rules base is developed to the contour fuzzy regulator. Experimental research of work the control and design of pos-sible its office hours system in semiindustrial terms is conducted with the use of mod-ern software.

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Files

Диссертация-Содержание.doc

Диссертация-Список литературы.doc

Диссертация-Титул.doc

Приложение А-Акты-довидки.doc

Приложение Б-Адаптер фото.doc

Приложение Б-Внешний вид.doc

Приложение Б-Для фото станка.doc

Приложение Б-Програма.doc

Приложение В-MODEL2.1.doc

Приложение В-MODEL2.2.doc

Раздел 1-Выводы к первому разделу.doc

Раздел 1-Концептуальные принципы.doc

Раздел 1-Общая схема.doc

Раздел 1-Таблица 1.doc

Раздел 2-Выводы ко второму разделу.doc

Раздел 2-Напряженное состояние.doc

Раздел 3-Выводы к третьему разделу.doc

Раздел 3-Рисунок 3.16-3.17.doc

Раздел 3-Рисунок 3.18-3.19.doc

Раздел 3-Рисунок 3.2-3.3.doc

Раздел 3-Рисунок 3.4-3.5.doc

Раздел 3-Рисунокэлектрическоесопротивление3.13.doc

Раздел 3-Рисунокэлектрическоесопротивление3.14-3.15.doc

Раздел 3-Экспериментисследования.doc

Раздел 4-4.12-4.13.doc

Раздел 4-4.14-4.15.doc

Раздел 4-4.5.doc

Раздел 4-Выводы к ЧЕТВЕРТОМУ разделу.doc

Раздел 4-РАЗДЕЛ 4 НОВ1.doc

Раздел 4-Рисунки подсистеы.doc

Раздел 4-Рисунок подсистема итерраций.doc

Раздел 4-Структурная схема рис.4.1.doc

Раздел 4-Термы.doc

Раздел 5-5.10.doc

Раздел 5-5.11-5.12.doc

Раздел 5-5.13.doc

Раздел 5-5.14.doc

Раздел 5-5.15.doc

Раздел 5-5.16.doc

Раздел 5-5.3-5.4.doc

Раздел 5-5.5.doc

Раздел 5-5.6.doc

Раздел 5-5.7.doc

Раздел 5-5.8-5.9.doc

Раздел 5-Выводы к пяТОМУ разделу.doc

Раздел 5-Датчики таблица.doc

Раздел 5-Раздел 5.doc

Раздел 5-Рисунки АЦП.doc

Раздел 5-Таблица параметров перед функций.doc

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