CONCEPTUAL BASIS FOR MODELING MULTI-CORDINATE MECHATRONIC ROBOT MODULES

Authors

Yusupbekov Azizbek Nodirbekovich, Tashkent State Technical University named after Islam Karimov Address: 2, University str., 100095, Tashkent, Uzbekistan
Nazarov Khayriddin Nuritdinovich, Department of Electronics and Automation, Tashkent state technical university named after Islom Karimov Address: 2, University str., 100095, Tashkent, Uzbekistan E-mail: nazarov_hayriddin@bk.ru;Follow
Matyokubov Nurbek Rustamovich, Tashkent State Technical University named after Islam Karimov Address: 2, University str., 100095, Tashkent, Uzbekistan E-mail: nm85@mail.ru;
Temurbek Omonboyevich Rakhimov, Department of Electronics and Automation, Tashkent state technical university named after Islom Karimov Address: 2, University str., 100095, Tashkent, Uzbekistan, E-mail: Rahimov_timur@bk.ruFollow

Abstract

The conceptual foundations of modeling multi-coordinate mechatronic modules of robots are considered. The use of a multi-coordinate mechatronic movement module in robots made it possible to obtain at the output of one module several linear and angular coordinates, which reduces the weight and dimensions of the robot and thereby improves its dynamic characteristics. The proposed original concept of the mathematical description of a multi-coordinate mechatronic module, which is focused on displaying their structural and operating features. A structural diagram of a developed industrial robot operating in a Cartesian coordinate system and built on the basis of a multi-coordinate mechatronic module with three output coordinates is presented. When modeling a mechatronic module, its principle of operation is displayed by logical models of its constituent elements. Structural diagrams of a composite power electromagnet and a multi-coordinate mechatronic module of an industrial robot have been constructed using the MATLAB software.

First Page

10

Last Page

15

References

1. Kh.N.Nazarov, P.F.Xasanov, “Promishlenniy robot” [Industrial robot] Patent, №1598380, N02K33/02, 27.11.1996, (in Russian)
2. Kh.N.Nazarov, M.M.Abdullaev, T.O.Rakhimov, S.Sh.Otamuratov, “Mathematical description of the construction principles of electromagnetic mechatronic modules of intelligent robots”, International Journal of Engineering and Advanced Technology (IJEAT), vol. 9, Issue-2, pp. 1001-1005, December 2019.
3. Kh.N.Nazarov, N.R.Matyokubov, “Models of multi-ordinary mechatronic models of intellectual robots”, Chemical Technology, Control and Management, vol. 2018 (2019) Issue 3, Special Issue 4-5, pp. 150-153, 2018.
4. Kh.N.Nazarov, T.O.Rakhimov, “Mathematical models of multi-coordinate electromechatronic systems of intellectual robots”, Electro Anic journal of actual problems of modern science, education and training, pp. 37-46, August 2019-III.
5. Kh.N.Nazarov, “Intellektualnie mexatronnie moduli lineynogo dvijeniya robototexnicheskix system” [Intellectual mechatronic modules linear motion of robotic systems], Mexatronika, avtomatizasiya i upravlenie [] M.: 2005, №4, Page No 26-31. (In. Russian).
6. Ye.I.Yurevich, “Upravlenie robotami i robototexnicheskimi sistemami” [The management of robots and robotic systems], Sankt-Peterburg 2000, 170 p. (in. Russian).
7. Kh.N.Nazarov, “Intellektualnie mnogokoordinatnie mexatronnie moduli robototexnichesix sitem” [Intellectual multi-axis mechatronic modules of robotic site], Toshkent: “Mashxur-Press” 2019, 143 p. (in. Russian).
8. A.A.Afonin, V.V.Grebennikov, “Lineyniy elektromagnitnix privod raschet ix staticheskix i dinamicheskix xarakteristik” [Linear electromagnetic drive calculation of their static and dynamic characteristics], 55 p. (in. Russian).
9. Kh.N Nazarov, T.O.Rakhimov, “Traffic control of the intellectual robot manipulator built based on a multicoordinate mechatron module”, Journal of Modern Technology and Engineering, vol. 4, no. 2, pp. 132-136, 2019.
10. P.D.Krutko, “Upravlenie ispolnitelnmi sistemami robotov” [Controlling implementation system of robots], Moskva, Nauka, 1991, 281 p. (in. Russian).
11. L.A.Kazakov “Elektromagnitnyy ustroystva RAA: Spravochnik” [The electromagnetic device of RAA: a Handbook], Moskva: radio i svyaz, 1991, 352 p (in. Russian).
12. X.N.Nazarov “O konsepsii postroeniya mnogokoordinatnix mexatronnыx moduley dvijeniya intellektualnix robotov” [The concept of building a multi-coordinate mechatronic motion module for intelligent robots], Ximicheskaya texnologiya. Kontrol upravleniya, no. 5, pp. 5-7, 2006. (in. Russian).
13. A.Zimina, D.Rimer, E.Sokolova, O.Shandarova, E.Shandarov, “The Humanoid Robot Assistant for a Preschool Children”, International Conference on Interactive Collaborative Robotics. – Springer International Publishing, 2016, p. 219-224.

Recommended Citation

Nodirbekovich, Yusupbekov Azizbek; Nuritdinovich, Nazarov Khayriddin; Rustamovich, Matyokubov Nurbek; and Rakhimov, Temurbek Omonboyevich (2020) "CONCEPTUAL BASIS FOR MODELING MULTI-CORDINATE MECHATRONIC ROBOT MODULES," Chemical Technology, Control and Management: Vol. 2020: Iss. 4, Article 2.
DOI: https://doi.org/10.34920/2020.4.10-15