Ишчи органи такомиллашган культиватор ёрдамида ғўза қатор орасига ишлов беришни механизациялаш.
This document appears to be a student's graduation thesis focused on improving the mechanization of cotton cultivation, specifically the process of tilling between rows using a modified cultivator. The thesis covers various aspects, including the theoretical background of cotton cultivation, the design and functionality of cultivators, safety measures, environmental impact, and economic analysis of the proposed improvements. It includes diagrams, formulas, and data to support the arguments and analysis. The work also references several sources and includes a table of contents for easy navigation.
Asosiy mavzular
- Umumiy qism (General Section): This section provides foundational knowledge about cotton cultivation, including the requirements for successful growth, the importance of inter-row tillage, and an overview of existing machinery used in the process. It also likely discusses the current state of mechanization in cotton farming and the need for improvement.
- Yaratuvchanlik qism (Creative/Design Section): This part focuses on the student's contribution to improving the cultivator. It details the design modifications made to the cultivator's working parts, such as the tilling mechanism and support wheels. The section likely includes justifications for these changes, along with diagrams and calculations to support their effectiveness.
- Texnika xavfsizligi (Technical Safety): This section addresses safety protocols and guidelines for operating the modified cultivator. It likely outlines potential hazards and provides instructions on how to prevent accidents during operation and maintenance.
- Atrof-muhitga ta'siri (Environmental Impact): This section examines the environmental impact of using the cultivator, including emissions, soil erosion, and the use of pesticides. It probably explores ways to minimize the negative environmental effects of cotton cultivation.
- Iqtisodiy qism (Economic Section): This section presents an economic analysis of the improved cultivator, comparing its performance and cost-effectiveness to existing models. It likely includes calculations of labor costs, fuel consumption, and overall profitability.