Abstract:
Робота присвячена дослідженню точності складання багатопозиційних технологічних систем металообробки різанням при їх реінжиніринзі. На основі виконаних розробок забезпечена можливість прогнозування кінцевого результату при проектуванні і виготовленні багатопозиційних агрегатних верстатів, що дозволило підвищити точність обробки деталей на цьому устаткуванні. Работа посвящена исследованию точности сборки многопозиционных технологических систем металообработки резанием при их реинжиниренги. На основе выполненных исследований обеспечена возможность прогнозирования конечного результата при проектировании и изготовлении многопозиционных агрегатных станков, что позволило повысить точность обработки деталей на этом оборудовании.
Description:
The workis devoted to research multipositionaccuracy of metal cuttingtechnology systems in the reengineering. Multi-process systems metal cutting, usually designed to the one option implementation, the method consists of fitting individual parts and components, which greatly affects the possibility of re-engineering of the equipment. After assembly design process conducted multiple installation and removal units, fitting, finishing, layout and so on. All this leads to increasing complexity of technological systems assembly multiposition metal machining during their reinzhynirynzi, as well as theoretical and practical unpredictability of the final result. The process of designing and manufacturing of the process equipment not controlled "pass-through" system of quality assessment criteria and approval of the results at each stage. So, now the question arose of development of science-based methodology design and production process systems multiposition metal machining during their reinzhynirynzi that will achieve the necessary precision equipment at the least cost, through harmonization results in all phases of design and production, and thus provide a predictable end features at the lowest cost. In this case we can speak of process control engineering and assembly at reinzhynirynzi unique complex technological systems that can significantly improve their competitiveness, which is relevant.
