Name
Linenko Andrey Vladimirovich
Scholastic degree
•
Academic rank
associated professor
Honorary rank
—
Organization, job position
Bashkir State Agrarian University
Web site url
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Articles count: 2
The purpose of work is increasing the efficiency of the inertial conveyor by applying the link of preacceleration of the linear induction electric drive (LIED). One of the tasks is creation a mathematical model and its research. LIED design with the link of preliminary dispersal was chosen during the work, its installation coordinated on the inertial conveyor. The mathematical model created and its researches conducted. The results of the researches confirm the increasing of the efficiency of the inertial conveyor
In the article we have considered the self-balanced
potato sorting machine differing from existing designs
of self-balanced potato sorting machines with an oscillatory
electric drive. That drive uses a linear induction
motor. As the counterbalancing device, the method of
the duplicating mechanism is applied. The duplicating
mechanism is a specular reflection of the main working
body, and also participates in technological process.
Its application in the drive of machine allows not
only to increase efficiency of cleaning, drying and
sorting of potatoes, but also to increase reliability of
sorting installation that corresponds to the newest
tendencies of development of technology. We have
brought the mathematical model of the offered electric
drive of potato sorting machine, which is implemented
in the environment of object and visual modeling of
Matlab |Simulink|. The mathematical model allows
investigating influence of parameters of the linear induction
electric drive on parameters of oscillatory process
of working body in dynamics. The developed
technique of research and the created experimental
potato sorting machine with the linear induction drive
have confirmed theoretical researches. The main kinematic
sizes of machine and technical parameters of
individual nodes are determined. It is shown, that the
efficiency of inertial transportation can be increased
for 20% in comparison with the classical drive from
the motor of rotation. Results of research will allow to
realize energetically and technologically effective potato
sorting machines with the linear induction drive