Gruban V. Rationale and parameters and operating modes of technology module for many factoris action corn collection

The study aims to improve the efficiency of corn by developing universal design kachanovidokremlyuvalnoho device process module that conforms to existing agro-technical study is vymoham.Ob'yektom technological process of separation from cobs of corn stalks. Subject of research - study process and device parameters kachanovidokremlyuvalnoho multi-action process module, providing improvements in separation of corn ears at harvest. Research methods. Theoretical studies performed using the main provisions of theoretical mechanics, strength of materials and mathematical modeling using modern software packages. Experimental studies conducted on a specially developed original experimental settings in laboratory and field conditions, according to the accepted methodology and industry standards using mathematical methods of planning using video. Processing results of experimental studies carried out by methods of mathematical statistics using the PC. The thesis is devoted to increasing versatility and performance of maize technology by developing technological kachanovidokremlyuvalnoho device module that can be used for corn for grain and seed and sweet corn. In carrying out the thesis promoted Patent Information Search, studied literature on the problems of mechanized corn harvesting. In theoretical analysis of mathematical models of different methods of separating heads from the stems (tensile, impact, fracture, torsion), established new patterns of features and character destruction stalk, and also the resulting efforts to stem the intersection with all types of loads. Based on experimental studies reasonably rational structural and kinematic parameters of the proposed device kachanovidokremlyuvalnoho process module. Thresholds established four main structural and technological factors that are crucial for the proposed device kachanovidokremlyuvalnoho process module. Production tests proved the effectiveness and efficiency of its work.