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SCIENTIFIC AND TECHNICAL SOLUTIONS FOR THE MAINTENANCE OF
AGRICULTURAL MACHINERY IN UZBEKISTAN IN ACCORDANCE WITH MODERN
REQUIREMENTS
Xudaykuliyev Rajabboy Ruzmatovich
Director, Scientific Research Institute of Agricultural Mechanization
Kupaysinova Khurshida Arabboy kizi
Basic Doctoral Student, Academy of Sciences of the Republic of Uzbekistan
M.T. Urozboev Institute of Mechanics and Seismic Stability of Structures
Valijonova Nodira Bozorboy kizi
Namangan region. Turakurgon district. Teacher at Turakurgon Polytechnic College No. 1.
E-mail: kupaysinovahurshidaxon@.gmail.com.
Abstract:
Research on scientific and technical solutions for the maintenance of agricultural
machinery holds significant importance in the field of modern agrotechnology. In order to ensure
the efficient performance and uninterrupted operation of agricultural machinery, modern methods,
technologies, and tools for technical maintenance have been developed. These studies discuss
scientific analyses aimed at servicing processes during the production phase of machinery, their
repair, modernization, and preventive inspections, as well as the application of innovative
technologies and automation.
The objective is to effectively organize all technical maintenance processes during the production
and operational phases of agricultural machinery, ensuring continuity and reliability in their usage.
Furthermore, the research focuses on developing and implementing new, user-friendly,
environmentally safe, and adaptable technical solutions suited to changing conditions.
Keywords:
machine-tractor fleet, classification, basic and regional models, malfunctions, service,
technical maintenance, maintenance point, quantity, repair.
Introduction
In many countries around the world, scientific, practical, and innovative research is being conducted
to address the challenges of ensuring the efficient year-round use of mechanized tools in agricultural
production. Scientific and technical solutions for the maintenance of agricultural machinery are
crucial for meeting the needs of evolving agricultural practices. In Uzbekistan, solutions tailored to
the modern era can be grounded in the following key aspects.
Automation and digitalization
Automating and digitalizing the technical maintenance of agricultural machinery significantly
improves operational efficiency. Through modern monitoring systems and cloud-based technologies,
accurate data on the condition of machinery can be obtained in real time. This enables rapid
response, effective technical servicing, and the timely organization of preventive maintenance tasks.
Region-specific maintenance services
Due to the diverse climate and terrain in various regions of Uzbekistan, regionally adapted solutions
are necessary. Mechanical service and repair centers must be designed to meet local conditions and
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RESEARCH & DEVELOPMENT
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requirements, which includes the implementation of specialized tools and technical equipment
suited for regional use.
Ensuring uninterrupted operation of machine aggregates
To guarantee the uninterrupted operation of agricultural machinery, timely preventive maintenance,
the use of modern equipment, and high-quality spare parts that meet current standards are essential.
Incorporating electronic systems and advanced materials helps reduce operational failures and
increase overall efficiency.
Training and Professional Development of Personnel
The effective organization of technical maintenance services requires highly qualified specialists.
Therefore, training and retraining processes for personnel must be scientifically guided.
Collaboration with higher education institutions is necessary for integrating modern technologies
into practical training and service provision.
Energy efficiency and reducing environmental impact
Agricultural machinery must comply with energy-saving requirements and environmental standards.
The use of new technologies, cyber-physical systems, and energy-efficient equipment represents one
of the most promising directions for minimizing environmental impact while maximizing
operational productivity.
Improving the logistics system of maintenance services
Efficient logistics systems are critical for the timely repair of machinery and the delivery of spare
parts. Such systems ensure effective and uninterrupted maintenance services, thereby enhancing the
reliability and sustainability of agricultural operations.
Innovative methods in technical maintenance
Newly introduced technologies such as 3D printing, robotic repair systems, and intelligent guidance
software are transforming the way agricultural machinery is serviced. Integrating these innovations
with scientific research and industrial applications can significantly enhance the effectiveness and
sustainability of technical maintenance systems.
CONCLUSION
In the context of Uzbekistan, providing modern maintenance services for agricultural machinery
requires a focus on automation, the adoption of innovative technologies, adherence to environmental
standards, and adaptation to local conditions. Achieving these goals necessitates a coordinated
system of operations and the involvement of highly qualified professionals.
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eISSN :2394-6334 https://www.ijmrd.in/index.php/imjrd Volume 12, issue 04 (2025)
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