Peculiarities of the design of drive elements for electric circular sprinkling machines
https://doi.org/10.26897/1997-6011-2023-5-33-39
Abstract
Land irrigation is one of the important factors in obtaining stable and high crop yields. In Russia, up to 80% of arable land is located in zones of insufficient and unstable soil moisture. Sprinkler machines are used to irrigate the soil. Manufacturers of sprinkler equipment offer a wide range of machines to work on closed irrigation networks. Angular transmission (AT) is most commonly used as the wheel gear of sprinkler machines. An important component of the wheel gearbox is the worm gear. When analyzing the existing designs of arch sprinkler carts, it was concluded that it is necessary to optimize some of its elements. Such an element, in our opinion, is the elastic element of the coupling, made of polymeric material. The force elements of the elastic insert work mainly in bending. The most dangerous part of this element is the base of the “tooth”. In most cases, this element provides the necessary performance of the sprinkler drive, but at the peak values of torque (movement of wheeled cart on a difficult section) its deformation due to insufficient strength is possible. Therefore, the purpose of our work is to improve the strength characteristics of the drive elements of the arch-type sprinkler cart by optimizing their design parameters. To calculate the loads on the gearbox, classical methods of calculation of worm gears were used, taking into account the coefficients that depend on the environment. The finite element method with the use of the software environment Compass 3D was used to manufacture the prototype on a 3D printer.
About the Authors
I. A. Bashmakov
Federal scientific agroengineering center VIM
Russian Federation
Russian Federation
Bashmakov Igor Andreevich, candidate of technical sciences, researcher, WoSResercher ID: AGN‑4580‑2022, AuthorID: 1130809
109428, Moscow, 1st Institutskiy proezd, 5
M. G. Zagoruiko
Federal scientific agroengineering center VIM
Russian Federation
Russian Federation
Zagoruiko Mikhail Gennadievich, candidate of technical sciences, associate professor, senior Researcher, WoSResercher ID: AAF‑6639‑2021, Scopus ID: 57220182022, РИНЦAuthorID: 323776
109428, Moscow, 1st Institutskiy proezd, 5
References
1. Melikhov V.V. Amelioration of agricultural land in Russia – strategy and tactics of system development. Irrigated Agriculture. 2017. № 4. P. 3-4.
2. Wide-cut sprinkler machines of foreign production [Electronic resource]. URL: https://itexn.com/699_shirokozahvatnye-dozhdevalnye-mashiny-zarubezhnogo-proizvodstva.html.
3. Abezin V.G., Semenenko S.Yu., Skripkin D.V., Bespalov A.G. Perfection of the design of a sprinkler machine of circular action // Proceedings of the Lower Volga Agrarian University Complex. 2015. № 2(38). P. 10-16.
4. Bakirov S.M. Increasing energy efficiency in the operation of sprinkler machines of circular action by substantiating ways and means of energy saving: doctoral thesis: 05.20.02. Saratov, SGAU. 2021. 406 p.
5. Ryazantsev A.I., Kirilenko N.Y., Egorov N.N., Sheremetev A.V. Improvement of multi-support sprinkler technology to improve the quality of agricultural products // Innovations in commodity science: theory, practice, expertise, safety. 2009. P. 141-143
6. Ryzhko N.F., Ryzhko N.V., Ryzhko S.N., Smirnov E.S. Technical solutions for modernization of circular sprinkler machines and the results of their implementation. Volga research institute of hydraulic engineering and land reclamation. 2019. № 2. P. 21-24.
7. Vagabov N.M. Machine parts and basics of construction: a training manual. Makhachkala: DSTU, 2020. 130 p.
8. Mongush E.S., N.S. Borbak-ool. Machine parts and basics of construction: teaching aid. TuvGU. 2020. P. 52
9. Pastukhov A.G. Bakharev D.N., Kolesnikov A.S. Design of geared bevel gears in mechanical drives: a training manual. BelGaU named after V.Y. Gorin. 2019. 76 с.
10. Tverskov B.M. Traction calculation of the tractor: methodological guidelines for the performance of control works, term and diploma projects by students of the direction 23.05.01 “Land transport and technological means”. Kurgan: 2016. 27 p.
11. Dorokhov A.S., Sibirev A.V., Aksenov A.G. Dynamic systems modeling using artificial neural networks for agricultural machines. INMATEH – Agricultural Engineering. 2019. № 58(2). P. 63-74.
12. Dorokhov A.S. Efficiency of quality assessment of agricultural machinery and spare parts. Vestnik MSAU named after V.P. Goryachkin, 2015. № 1(65). S. 31-35.
13. Zagoruyko M.G., Vasilchikov V.V., Leontev A.A. Design details of sprinkler machines using 3d prototyping technology. In the collection: The current state and prospects for the construction, heat and gas supply and energy supply. Materials of VI International scientific and practical conference. Saratov state agrarian university named after N.I. Vavilov. 2017. P. 115-119.
14. Mechanical couplings. Range of nominal turning moments // GOST 19107-97. Moscow. 2002.
15. Shuraitz A.L., Vasilchikov V.V., Zubailov G.I., Volkov V.S. Assessment of strength characteristics of insulating rings (spacers) mounted on gas pipelines. Gaz Rossii. 2008. № 2(6). P. 70-72.
16. Vasilchikov V.V. Estimation of insulating rings strength of spacers installed at the pipeline. Young scientists – to the agricultural complex of the Volga Region. 2005. P. 117-120.
Review
For citations:
Bashmakov I.A., Zagoruiko M.G. Peculiarities of the design of drive elements for electric circular sprinkling machines. Prirodoobustrojstvo. 2023;(5):33-39. (In Russ.) https://doi.org/10.26897/1997-6011-2023-5-33-39
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