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This presentation outlines the development of a bicycle-powered irrigation device designed to be user-friendly, durable, cost-effective, safe, and easy to maintain. The device must lift water to a height of 2 meters at a minimum rate of 2 gallons per minute, with the bicycle quickly reverting to its normal function. We selected the best design from preliminary evaluations, which is detailed here, covering product modifications and subsystem functionalities, including water lifting, transition mechanisms, and bike support.
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The code Breakers Detailed Design Presentation The Bicycle Powered Irrigation Device Team Members: Ali Ashraf Ahmed Samir Mushfiq
Outline • Introduction • Product modification • Subsystem • Conclusion
Introduction • Revised client statement • The client required a bicycle powered irrigation device which is easy to use, durable, cheap, safe as well as easy to maintain. It should also be able to lift the water 2 meter high at a rate of minimum 2 gallons per minute and the bike should also easily return to its normal use. • A preliminary report was submitted with 3 design evaluated and the best one chosen. • This design was studied in more detail and is explained in this presentation
Subsystems • Water lifting • Transition • Water collection • Bike support • Motor support
Bike support 0.33m Table 1: Bill of materials for the transition subsystem:
Transition subsystem Steel rod Secondary Wheel 0.18m 40° 0.138m 0.30m 0.23m Table 2: Bill of materials for the transition subsystem:
Water lifting subsystem Shaft connecting impeller to power source Discharge pipe 0.5m Water inlet Table 3: Bill of materials for the lifting subsystem: Axial of the impeller
Water collection subsystem Table 4: Bill of materials for the collection subsystem:
Water collection subsystem Container Square rod Base sheet
Motor support subsystem Shaft 0.138m 0.40m 0.25m Table 5: Bill of materials for the motor support subsystem:
Conclusion Any Questions