Andere Kunden interessierten sich auch für
![TESTING AND EVALUATION OF TRACTOR OPERATED POWER SPRAYER]( "TESTING AND EVALUATION OF TRACTOR OPERATED POWER SPRAYER")
TESTING AND EVALUATION OF TRACTOR OPERATED POWER SPRAYER29,99 €![Agricultural Processing Machines (Design, Fabrication and Evaluation)]( "Agricultural Processing Machines (Design, Fabrication and Evaluation)")
Agricultural Processing Machines (Design, Fabrication and Evaluation)64,99 €![Design, Fabrication and Evaluation of an Electrical Sieving Machine]( "Design, Fabrication and Evaluation of an Electrical Sieving Machine")
Design, Fabrication and Evaluation of an Electrical Sieving Machine36,99 €![Design, development and testing of milk pasteurization system]( "Design, development and testing of milk pasteurization system")
Design, development and testing of milk pasteurization system36,99 €![Development, Testing and Evaluation of Manually Operated Single Row Cotton Planter]( "Development, Testing and Evaluation of Manually Operated Single Row Cotton Planter")
Development, Testing and Evaluation of Manually Operated Single Row Cotton Planter23,99 €![Self-Propelled Multi-Purpose Power Unit]( "Self-Propelled Multi-Purpose Power Unit")
Self-Propelled Multi-Purpose Power Unit36,99 €![Enhancing Sugarcane Profitability through Sequential Intercropping]( "Enhancing Sugarcane Profitability through Sequential Intercropping")
Enhancing Sugarcane Profitability through Sequential Intercropping55,99 €
The main objective of the study was to design and fabricate a power tiller operated potato harvester. From the potato tuber distribution study it was found that 84.21% of the plants had a total tuber weight per plant of less than 800g, the tubers were distributed to a maximum width of 27.5 cm and 11.5 cm deep. The implement was designed such that it can be hitched on to the attachment designed by the previous batch. The designed implement could dig the potato tubers out of the soil, loosen the soil mass attached to the tubers and drop the potato tubers to one side thus preventing the operator walking behind to press the harvested tubers back into the soil. The draft of the implement was found to be 722.22kg and the power required to operate the implement was found to be 8.74 hp. Based on the type and magnitude of the force acting on each member of the implement, appropriate ones were selected such that they can safely withstand the forces acting on them. While operating the implement the operators were exposed to vibration, but the vibration was comparatively less with the implement in operation, when compared with operating the power tiller without the implement in operation.