FEATURES OF A GEOMETRIC COMBINATION PLUG THAT TWISTS IN THE HORIZONTAL
Keywords:
geometric modeling, two-shaft housing, rotary mechanism, rotary plow, double-acting housing.Abstract
The article is devoted to the problems of designing housings with double-sided dumps for rotary plows, using geometric modeling methods. A brief analysis of the designs of double-sided drop-off housings for rotary plows from a geometric point of view is considered. Some disadvantages of the double-sided fall-off body designs that prevent the widespread use of rotary plows have been identified. The results of research on the design of two double-acting dump housings for rotary plows using geometrically combined working surfaces are presented. The developed models of body designs with double-sided blades for rotary plows have a number of advantages, simplifying the rotary mechanism, improving the manufacturability of the blade and using additional field boards.
References
1. Tojiddin Juraev; Shavkat Imomov; Dilorom Ubaydullayeva; Tulkin Abdukarimov; Mukhriddin Fayzullayev “Constructive geometric modeling the double sided”
2. Kuchkarov, ZHM Khalilov, Mn Fayzullaev, Kso Sobirov bazali va yumshatkichli tekislagichlar bilan ekin maydonlarini tekislash technologist zharayoni Scientific progress 2 (6)
3. Файзуллоев м.н., гуреев ю.а., Белоусов.н.и., определение параметров шнекового рабочего органа валоделательной установки «Современные ресурсоэффективные технологии и технические средства в АПК», 34-39 стр https://elibrary.ru/item.asp?id=45825117.
4. Golovanov N.N. Geometric modeling. Moscow, “FizMatLit”, 2002, 472 p.
5. Goryachkin V.P. Collected writings. Moscow, “Kolos”, vol. 1.2. 1965, 648 pp.
6. Dennis A.Coelho 2011 Industrial design-New frontiers Published by “In Tech” Janeza Trdine 51000 Rijeka Croatia.
7. Denis Coste, 24 rue Georges Denance, 93270 Sevran, France. Plow with symmetrical bodies having concave vertical and horizontal cross-sections. US Patent N 4.984.638, Jan.15, 1991.
8. Dyakov V.P; Shvarts A.A. One-way plough. Patent SU812199A1, Mar. 15, 1981.
9. Juraev, T., Voloshinov, D., Xujakulov, R., Qahharov, A., Ubaydullayeva, D.: Computer simulation the moldboard's surface in SIMPLEX system. In: CONMECHYDRO-2021. E3S Web of Conferences 264, 01029 (2021). https://doi.org/10.1051/e3sconf/202126401029.
10. Juraev T.Kh., Voloshinov D.V. Geometric modeling laboratory as an engineering infrastructure in the digital economy. FORM-2020. Number 2, July 2020, SMART CITY, (2020) 022037, IOP Publishing. https://iopscience.iop.org/volume/1757-899X/869
11. Juraev T.Kh. Computer modeling the moldboards’ surface in AutoCAD system. CONMECHYDRO-2020.
12. Juraev T.Kh. Decision Maintenance Management Problems in Agriculture Engineering by Constructive Geometric Modeling Methods. / Maintenance Management. Edited by Fausto Pedro García Márquez and Mayorkinos Papaelias. London, UK.2020. 23-37 p.
13. Juraev T.Kh. Conceptual Designing of Moldboard’s Surface by Geometrical Modeling. American Journal of Mechanics and Applications. Vol. 5, No. 4, 2017, pp. 28-33. doi:
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