The article deals with the concept of mathematical de- scription of multi-coordinate mahatronic modules of robots. The main results of the work are a generalized structure of a multi- coordinate mechatronic module of motion, a kinematic diagram of an electromagnetic multi-coordinate mechatronic module with three independent coordinate linear and angular movements is proposed, consisting of four electromagnets, controlled couplings designed to transmit the reciprocating motion of the moving parts of electro- magnets to the output rods and a cable, which are associated with the links of work and bringing them into linear and angular mo- tion. A simulation model of the functioning of the multi-coordinate mechatronic movement module in the MATLAB system has been developed. A mathematical description of the mechatronic module is given, which includes a description of the engine, a description of a mechanical transmission and a control device. An important aspect of the study is the use of a multi-coordinate mechatronic movement module in robots, which allows obtaining several linear and angular coordinates in one module at the output, which reduces the weight and dimensions of the robot and thereby improves its dynamic characteristics. There are no constructive solutions for a similar purpose in the literature. The proposed concept of the math- ematical description of the multi-coordinate mechatronic module is original, which are oriented to display their structural and opera- tional features.
 Kazakov L. A. Elektromagnitnyy ustroystva RAA: Spravochnik. radio i svyaz, 1991.  Yurevich Ye.I. Upravlenie robotami i robototexnich- eskimi sistemami. 2000.  Nazarov Kh.N. Robototexnicheskie sistemi i kompleksi - Ucheb. posobie. TGTU. Toshkent, 2004.  Nazarov Kh.N. Intellektual’nie mnogokoordinatnie mexatronnie moduli robototexnichesix sistem. Mono- grafiya. Mashxur-Press, 2019.  Rakhimov T.O. Otamuratov S.Sh. Nazarov Kh. N, Ab- dullaev M.M. Mathematical description of the con- struction principles of electromagnetic mechatronic modules of intelligent robots. International Jour- nal of Engineering and Advanced Technology (IJEAT), 9(2):1001–1005, 2019.  Yusupbekov Azizbek Nodirbekovich, Nazarov Khayriddin Nuritdinovich, Matyokubov Nurbek Rustamovich, and Temurbek Omonboyevich Rakhimov. Conceptual basis for modeling multi-cordinate mechatronic robot modules. Chemical Technology, Control and Management, 2020(4):10–15, 2020.  HN Nazarov and NR Matyokubov. Models of multi-ordinary mechatronic models of intellectual robots. Chemical Technology. Control and Manage- ment, 4(3):150–153, 2018.  HN Nazarov and NR Matyokubov. Mathematical models of multi-coordinate electromechatronic systems of intellectual robots. Electronic journal of actual problems of modern science, education and training, Avgust(3):37–46, 2019.  Nazarov Kh. N. Intellektualnie mexatronnie moduli lineynogo dvijeniya robototexnicheskix system. Mex- atronika, avtomatizasiya i upravlenie, (4):26–31, 2005.  Afonin A.A. Grebennikov V.V. Lineyniy elektromag- nitnix privod raschet ix staticheskix i dinamicheskix xarakteristik.  Rakhimov T. O. Nazarov Kh. N. Traffic control of the intellectual robot manipulator built based on a multico- ordinate mechatron module. Journal of Modern Tech- nology and Engineering, 4.
Rakhimov, Temurbek Omonboyevich
"THE CONCEPT OF THE MATHEMATICAL DESCRIPTION OF THE MULTI-COORDINATE MECHATRONIC MODULE OF THE ROBOT,"
Acta of Turin Polytechnic University in Tashkent: Vol. 10
, Article 3.
Available at: https://uzjournals.edu.uz/actattpu/vol10/iss3/3