Published
2024-10-24
Section
Articles
License
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.
How to Cite
DETERMINATION OF KINEMATIC AND DYNAMIC PARAMETERS IN A COTTON PNEUMOTRANSPORT FAN SHAFT WITH AUTOMATIC CONTROL MECHANISM
Sarimsakov Olimjon Sharipjanovich
Namangan Institute of Textile Industry, Namangan, Uzbekistan
Kholbaev Doniyor Juraboevich
Namangan Institute of Engineering and Technology, Namangan, Uzbekistan
Yusupova Maftunakhon Yoqubjon kizi
Namangan Institute of Engineering and Technology, Namangan, Uzbekistan
Keywords: Cotton, pneumatic transport, fan, technological parameter, strain gauge, inverter, electric motor, photoelectric sensor, strain sensor; torque converter, microcontroller, computer, torque, angular speed, amplitude, technological resistance.
Abstract
Objective. The article describes a simple electrotensometric method of determining the loads of the working bodies of a pneumatic transport device whose energy parameters are controlled for transporting cotton to different distances. As a result of the automatic management of energy indicators, the results of comparing the changes in torque and angular speed values on the air transport fan shaft with the existing system were analyzed. Graphs of the dependence of the torque value on the pneumotransport shaft on the work performance and the dependence of the average value of the angular speed of the pneumotransport shaft on the technological resistance were obtained. Methods. It should be noted that in recent years in cotton ginning enterprises, the use of pneumatic transport system engines with an inverter device has become a demand of the times. Results. Experimental studies of determining the kinematic and dynamic parameters of the pneumotransport fan shaft moving through the proposed system were carried out using the electrical strain gauge method. Conclusion. According to the above research and analysis results, it is possible to reduce energy consumption by 10% by applying inverter devices to the currently used pneumotransport system and adjusting the kinematic and dynamic parameters of the fan shaft.
References
Sarimsakov O. SH., Kholbaev D.J., X.Ismailov Effect of changing the distances of the cotton pneumatic transport pipeline on the air velocity, static and dynamic pressure in the pipeline. Innovative approaches in science education, problems, suggestions, and solutions. Republican scientific conference. 2023, pp. 226-232.
A.Djurayev, A.Mamakhonov. I. Xikmatillayev. Analysis Of The Regularities Of Changing The Amplitude Values Of The Torque On The Driving And Drived Shaft Of A Chain Drive With An Elastic Element. Turkish Journal of Computer and Mathematics Education Vol.12 No.7 (2021), pp. 302-313.
A.Djurayev, A.Mamakhonov. I. Xikmatillayev. Analysis Of Regularities Of Rotation Frequency Change And Noise Values Of Chain Drive Shaft With Elastic Element. Turkish Journal of Computer and Mathematics Education Vol.12 No.7 (2021), pp. 314-322.
A.Mamakhonov. "Results of an experimental study of Loadings of working body shafts of Resource-efficient chain transmissions. Journal of Pharmaceutical Negative Results Volume 13, Special Issue 7, 2022.
D.J. Holbaev Implementation of a mechatronic system controlling the inverter construction using pneumatic transport pipes. "Problems of science in the interpretation of young interpreters". No. 3 Scientific Conference of the Republic, Part 2, 2022. pp. 314-320.
D. J.KHolbaev, A. A. Mamakhanov, O. Sarimsakov. Studying the transfer of cotton to the pneumatic transport pipeline and its movement along the pipeline Namangan Institute of Engineering and Technology International scientific conference "Economic, innovative technological problems and international experience of increasing the efficiency of product production based on deep processing of raw materials in cotton textile clusters" Volume 2, May 27-28, 2022.
D.J. Kholbaev, H. Ismailov and A. Sotvoldiev. Methods of increasing the economic efficiency of cotton pneumatic transport equipment. A collection of materials from the international scientific and practical conference on "Prospects of energy and modern
solutions to problems", 2022 October 28-29. pp. 396-39.
Manley R. Analysis and processing of vibration records// – M.: Machine-Building, 1972. P. 368.
G.A.Timofeev., Theory of mechanisms and machines /Moscow/ YURAYT Publishing House, 2010. P. 348.
D.J. Kholbaev, I. Musaev. Airspeed control in cotton pneumatic transport equipment, a collection of materials from the international scientific and practical conference on "Energy prospects and modern solutions to problems", 2022, October 28-29, pp. 400-402.
Kholbaev D.J. Testing of the mechatronic system controlling the construction of cotton pneumatic transport. "Problems of science in the interpretation of young interpreters". No. 4 Scientific Conference of the Republic, Part 2, 2022, pp. 318-323.
D.J.Kholbaev Production introduction of the installation using the proposed Scada software. Hosted online from Toronto, Canada. Date: 5th March, 2023, pp. 101-108.
D.J.Kholbaev Effect of pneumotransport pipe length on static and dynamic pressure. Hosted online from Moscow, Russia Date: 11th March 2023, pp. 9-14.
