MANUALLY OPERATED MULTIPURPOSE MACHINE WHICH INCLUDES SAWING AND HAMMERING
Prof SP alone,Rohit L. Janbandhu,Rohit M. Bhure,Pradip Bisen,Premlal Donode,Shubham Lilhare
Dept. of Mechanical Eng.
MPCE, Bhilewada, Bhandara, India
ABSTRACT: - This project introduces a user-friendly manual multipurpose machine tailored to convert used edible oil cans into durable trunks, devoid of any reliance on traditional power sources like electricity or hydraulics. This innovative apparatus seamlessly merges two essential functions—sawing and hammering—rendering it ideal for settings where access to conventional power systems is limited or entirely unavailable. The heart of this machine lies in its manual sawing mechanism, meticulously engineered to effortlessly slice through the robust metal of the oil cans. This process is facilitated by a precisely designed blade assembly and ergonomically optimized handles, ensuring optimal cutting efficiency and accuracy while minimizing user strain and fatigue.
Once the precise cutting phase is completed, the machine seamlessly transitions to its manual hammering capability. Operators adeptly manipulate hand-operated levers or pedals to shape and flatten the metal components, intricately fashioning the foundational structure of the trunk with remarkable precision and control. This manual hammering operation is purposefully engineered for simplicity and effectiveness, delivering ample force for shaping tasks without requiring external power inputs.
Safety features are paramount in the design of this machine, with robust mechanisms meticulously integrated to safeguard operators throughout operation. Stable platforms securely immobilize the cans, while ergonomically optimized grips minimize operator fatigue during extended usage sessions. Furthermore, comprehensive protective enclosures effectively shield against inadvertent contact with moving parts, always ensuring operator safety.
This manually operated multipurpose machine represents more than just a recycling tool; it embodies a commitment to sustainable craftsmanship. By empowering artisans and communities, it offers a practical and cost-effective means of material recycling
and upcycling, promoting environmental responsibility and fostering a culture of sustainability. Through the utilization of human effort, this innovative tool epitomizes sustainable craftsmanship, enabling the creation of functional, eco-friendly trunks with precision, ingenuity, and environmental consciousness.
