DESIGN VARIANTS MODELING OF THE SMALL-SIZED GANTRY-TYPE MILLING MACHINE
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- TITLE: DESIGN VARIANTS MODELING OF THE SMALL-SIZED GANTRY-TYPE MILLING MACHINE
- ABSTRACT: Desktop CNC machines are designed for small-scale details manufacturing and form the perspective direction of specialists training at design, research, development and operation of machine-tool equipment of new generation. The research objective is to construct genetic models and programs for directed synthesis of desktop milling machines without mechanical transmissions. Evolution theory bases of electromechanical energy converters and genetic synthesis method of the complex combined electromechanical structures, based on the genetic operators are used here. The analysis of various approaches to kinematics of forming movements, to kinematic chains record and modeling, and configurations of traditional performance machines and mechanisms of parallel structure is made. New approach of genetic modeling on the example of the gantry-type milling machine with linear electric motors is offered. There are first-ever created the genetic synthesis models of small-sized milling machines without mechanical transmissions and discovered their genetic programs, on which basis the original samples of desktop milling machines that can be used successfully in production and educational process, are synthesized. This study is original in use of innovative genetic approach to solving the tasks of desktop milling machines synthesis. The offered approach can be used for synthesis of machines, robots and robotic systems of different function.
- PAGES: 20-
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