ELECTRONIC JOURNAL OF ACTUAL PROBLEMS OF MODERN SCIENCE, EDUCATION AND TRAINING. FEBRUARY, 2021 -III. ISSN 2181-9750
http://khorezmscience.uz
70
• a controlled electric motor (AC or DC) that implements an
electromechanical converter;
• a mechanical device that performs a given controlled action and a working body
that interacts with an external object;
• feedback device that provides information on voltage and current in the
converter;
• feedback sensors (status, speed) that perform the function of mechanical-
information exchange;[10]
• Interface devices shown in the block diagram as I 0-I 8.
Depending on the physical nature of the input and output parameters, the interface
units can be a mechanical or intelligent converter. Examples of mechanical interfaces
are transmissions and transmissions that connect to a mechanical device motor (I4
interface) and feedback sensors (I7, I8).
Conclusion. Comparing the functional model of the mechatronic module and the
structural model of the traditional electric drive, we can conclude that the total number
of basic and interface units in the electric drive is significantly higher than the number
of functional changes. In other words, there are many structural elements in traditional
electric drive. [3] The presence of redundant blocks leads to a decrease in the reliability
and accuracy of the technical system, an increase in its overall size and mass, as well
as cost performance. This method can significantly reduce the cost of the product and
increase the reliability of the work, radically simplify the mechanical design of the
module by loading the feedback function on electronic and computer devices. In fact,
in this case, the method of eliminating intermediate converters is combined with the
third integration method, which aims to expand the functions of smart devices in
mechatronics.
References
[1] Yu.V.Poduraev, Mexatronika: Osnovi, Metodi, Primenenie: Moskva,
«Mashinostroenie».: 2007;
[2] Yegorov O.D., Poduraev Yu.V. Konstruirovanie mexatronnix moduley: Uchebnik.
- M.: IS MGTU "STANKIN", 2004.
[3] Grabchenko A.I., Klepikov V.B., Dobroskok V.L., Vvedenie v mexatroniku.
Xar'kov, 2014.
[4] E.Uljaev, U.Ubaydullaev. Microprocessor-based tools and systems in automatic
control. Methodical manuals for experimental work. Tashkent, 2010
[5] E.Uljaev. Basics of microprocessors and microEXM. Textbook, Tashkent, 2012.
[6] V.G. Gusev, Y.M. Gusev, Electronics and microprocessor technology, M.2013.
[7] Stroustrup, B.,TheC++Programming Language, Reading, MA: AddisonWesley,
1997
[8] Chinmay K. Maiti, Introducing Technology Computer-Aided Design (TCAD):
Fundamentals, Simulations and Applications, 2016, 400 Pages
[9] M.M. Kamilov, M.Z. Babamuhamedova “Software for computers and automated
systems” Tashkent - 2015, page 26
[10] T.H. Rixsiboyev “Computer Graphics” Uzbek Academy of Sciences, Tashkent -
2006, 168 pages.
Do'stlaringiz bilan baham: |