Wyniki wyszukiwania - BazTech

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Zastosowanie technik CAx w procesie projektowania maszyn rozdrabniających

Zuba M., Tomas A., Skarka W.

Mechanik

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2016

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R. 89, nr 4

332--333

PL

Zaprezentowano zastosowanie technik CAx w procesie projektowania maszyn rozdrabniających w Instytucie Technologii Górniczej KOMAG na przykładzie rozdrabniacza MR300. Jest to urządzenie wykorzystywane w zakładach mechanicznej przeróbki węgla do dezintegracji drobnoziarnistych produktów filtracji, odwodnionych na prasach filtracyjnych.

EN

Presented is application of CAx techniques in the process of disintegrating machine design, by the example of the MR300 disintegrating machine designed by KOMAG. The machine is dedicated for use in the mechanical coal processing plants for disintegration of the fine-grained filtration products after dehydrating operation on filter presses.

2

Projektowanie stożkowych kół zębatych z użyciem technik CAx

Marciniec A., Płocica M.

Mechanik

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2016

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R. 89, nr 5-6

478--479

PL

Omówiono etapy projektowania przekładni stożkowej z wykorzystaniem technik CAD i MES. Wskazano korzyści wynikające z użycia technik CAx, takie jak skrócenie czasu osiągnięcia wymaganych wskaźników jakościowych przekładni i wprowadzenia jej do produkcji.

EN

Presented are stages of the bevel gear design work with use of CAD, FEM and other techniques. To this purpose are also indicated some advantages provided by these techniques such as e.g. reduction of time usually consumed to achieve the required transmission quality indices and to implement the project in production.

3

Technologia wirtualnej rzeczywistości w systemach komputerowo wspomaganego projektowania

Banaszak Z., Jakubowski J.

Zarządzanie Przedsiębiorstwem

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2002

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Vol. 5, nr 2

4-10

EN

Over the last several years the systems aimed at integrated management of product information including a part design, a process planning, and a sales forecast, have emerged. While designing a part, besides of a material and technology, the main emphasis is placed on manufacturing processes, i.e. a workpiece machining, its handling and transportation, as well as on a quality control, a storage, an assembly, and so on. In order to take into account a part (a worpiece) processing conditions such as a manufacturing cycle time. a delivery time, a batch size a production routing, a control policy, and the dispatching rules. the friendly decision supporting tools are required. In this study we focus on possible implementations of a virtual reality (i.e. a virtual manufacturing) technology. The virtual reality that can be treated as a direct consequence of the CAD/CAM or CAD/CAM/CAE/CIM systems development provides a powerful methodology allowing evaluating a design from its possible processes flow organization point of view. We emphasize, in particular, the possibility of a multi-objective evaluation of the manufacturing processes organization including a layout design as well as the robots and AGVs programming. It has been shown that the approach presented seems to be promising for a rapid prototyping of virtual enterprises following constraints of a given virtual design.