Abstract—Mechanical design engineers who have to make a machine or modify the machine usually deal with designing timing diagram of related movements between each part in the machine. Timing diagram is a useful tool for the designer not only to see how each part of the machine works together, but also to see the opportunity to improve the machine movement through "overlap" motion. The aim of this paper is developed a vector model of timing diagram automatic machine, which allows us to solve a variety of dynamic tasks by changing the parameters timing diagram of its mechanisms. There is used the method presentation linear timing diagram in the form of vector polygons. Results of the paper are developed mathematical model of automatic machines based on timing diagram and the connection between the parameters of the automatic machine timing diagram and equations of motion mechanisms through functions of position and transfer functions of mechanisms.
Index Terms—Automatic machine, dynamic, timing diagram, vector model.
The authors are with the Institute Mechanics and Mechanical Engineering, Almaty, 050010, Kazakhstan (e-mail: legsert@mail.ru, dgpimmash@mail.ru, temirbekove@mail.ru).
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Cite:A. Jomartov, S. Joldasbekov, and Y. Temirbekov, "Connection between Parameters of Timing Diagram of Automatic Machine and Equations Movements of Mechanisms," International Journal of Materials, Mechanics and Manufacturing vol. 2, no. 2, pp. 117-120, 2014.
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