FUNDAMENTALS OF STRUCTURAL TYPOLOGY DEVICE DESIGN WITH A GAS BEARING LAYER

• Main Authors: I. A. Аvtsinоv, V. K. Вitуukоv, D. Yu. Маlikоv, A. L. Ivаshin
• Format: Article
• Language: Russian
• Published: Voronezh state university of engineering technologies 2016-02-01
• Series: Vestnik Voronežskogo Gosudarstvennogo Universiteta Inženernyh Tehnologij
• Subjects: stages of structural typology of products; devices; mathematical description of systems; manipulation; algorithms of programming
• Online Access: https://www.vestnik-vsuet.ru/vguit/article/view/802

We describe the typical stages of a structural typology of devices allowing them to design quality in the automatic mode on the known parameters of products (parts) and the required processing operations with them. In the first stage classification it was organized as a piece of specific products and devices for the manipulation of the latter. Specifics items described their physical – mechanical properties, geometry and their application. The most frequently described specific products are used in pharmaceutical, perfume, food, microelectronics, electrical engineering, electronics. The main elements of the proposed device is a carrier working surface over which a thin layer of gas is created. Depending on the position (horizontal or vertical) of the form of its movement (rotation, rotational – translational) or is stationary, and the configuration of the carrier operating the surface implement various manufacturing operations (targeting, positioning, shaping, classification, transport, heat treatment, weight control, assembly, culling, and others). The second stage was to mathematically describe the relationship of the specificity of piece goods, with design features of devices supporting the work surface and sold them operations. For this purpose, the device has been used in discrete mathematics, with which you can produce a description of all types of devices, and then make a conclusion such as the work surface meets the specified requirements. The apparent advantage of using predicate logic to this problem is fairly simple implementation of the algorithm of structural typology, which can be expressed using a declarative programming language. In the third phase, work is underway to create the necessary algorithmic language program "Prolog" and presented the structure of the imperative and declarative implementation of the algorithm.