Paddle Operated Hacksaw


EOI: 10.11242/viva-tech.01.05.0MECH_02

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Citation

Pratiksha Sankhe, Kalpesh Bhoir, Tejas Jagdale, Shreyash Jamsandekar, "Paddle Operated Hacksaw", VIVA-IJRI Volume 1, Issue 7, Article MECH_02, pp. 1-6, 2024. Published by Computer Engineering Department, VIVA Institute of Technology, Virar, India.

Abstract

The objective of this project is to presents an innovative approach to manual cutting tools, introducing a human-powered solution that leverages the time-tested crank-slider mechanism. This project integrates the concept of the crank-slider mechanism, a classic mechanical engineering principle. This mechanism seamlessly converts rotary motion into reciprocating motion, making it an ideal choice for a human-powered pedal-operated hacksaw. This innovation capitalizes on the robustness and endurance of the muscles of human leg, which are inherently better suited for sustained physical effort compared to arm muscles. The applications of the paddle-operated hacksaw extend across a wide spectrum of materials, including metals and plastics. Its versatility is particularly valuable in industries such as metalworking and furniture production. Beyond productivity, the machine has the unique ability to double as an exercise tool, promoting physical fitness while engaging in practical tasks. This dual-purpose feature aligns with the growing emphasis on integrating physical activity into daily routines. Precise construction and well-calibrated components ensure that the pedal-operated hacksaw delivers efficient and reliable cutting capabilities. The seamless integration of the crank-slider mechanism optimizes the conversion of human effort into mechanical work, enhancing overall cutting efficiency and minimizing physical strain on the operator. Moreover, its potential application in various industries can help reduce peak electricity demand and grid fluctuations in regions heavily reliant on electrical power for similar cutting tasks, since it does not need any electricity to operate functionally.

Keywords

Crank slider mechanism, Cutting, Hacksaw, Less Effort, Paddle operated, Time saving.

References

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