The subject of the research is the optimization of the mechanism of the cross planer. In the article, on the basis of the condition of closed contours, the equations of the projection of the links on the corresponding coordinate axes are compiled. A functional relationship has been established between the kinematic parameters characterizing the movement of the input and output links of the mechanism. The obtained numerical calculations are presented in the form of graphic dependences. The aim of the work is the optimal metric synthesis of the mechanism of a cross-planer, with parametric restrictions. The conclusions obtained in the article can be used to improve and design modern technological equipment with mechanisms similar to the mechanism of a cross-cutting machine.
Investigation of formation processes and characteristics of Al-B-N system compounds obtained under the influence of high pressures (up to 8 GPa) and temperatures (up to 2000K) to create composite tool materials on their basis. The main scientific idea is that a method will be developed for forming compounds of the Al-B-N system under the action of high pressures and temperatures. The obtained compounds of this system will create the prerequisites for creating composite tool materials on their basis for specific application tasks in the industry.
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