Authors :
Shubham Hedau; Sagar Barai; Nitin Benibagde; Soham Potekar; Rakesh Gajbhiye; Kushank Gokhale
Volume/Issue :
Volume 9 - 2024, Issue 3 - March
Google Scholar :
https://tinyurl.com/eyxy26x
Scribd :
https://tinyurl.com/4e3rd6re
DOI :
https://doi.org/10.38124/ijisrt/IJISRT24MAR1055
Note : A published paper may take 4-5 working days from the publication date to appear in PlumX Metrics, Semantic Scholar, and ResearchGate.
Abstract :
This pedal-operated hacksaw machine is
suitable for both household and industrial uses, as it
requires no specific power or energy input. This project
is made up of a slider mechanism and crank. Using a
crank and slider mechanism, the pedal is directly linked
to the hacksaw to process cutting materials such as pvc,
metal bars, and wooden blocks. The modal's goal is to use
the traditional mechanical procedure, which is essential.
The primary goal is to minimize the amount of labor
required by humans to machine different materials, like
PVC, steel, and wooden blocks. The human- powered
power hacksaw operates on the premise of converting
rotational motion into oscillatory motion. The fact that
this initiative is environmentally friendly and lowers our
need for electricity makes it important. Second, it is easy
to operate and move this cutter to our workspace.
Moreover, by connecting our device to a dynamo, diode,
and battery, we may use it to create electricity if we so
choose.
This pedal-operated hacksaw machine is
suitable for both household and industrial uses, as it
requires no specific power or energy input. This project
is made up of a slider mechanism and crank. Using a
crank and slider mechanism, the pedal is directly linked
to the hacksaw to process cutting materials such as pvc,
metal bars, and wooden blocks. The modal's goal is to use
the traditional mechanical procedure, which is essential.
The primary goal is to minimize the amount of labor
required by humans to machine different materials, like
PVC, steel, and wooden blocks. The human- powered
power hacksaw operates on the premise of converting
rotational motion into oscillatory motion. The fact that
this initiative is environmentally friendly and lowers our
need for electricity makes it important. Second, it is easy
to operate and move this cutter to our workspace.
Moreover, by connecting our device to a dynamo, diode,
and battery, we may use it to create electricity if we so
choose.
