Design Development & Fabrication of Self Powered Operating Gate System by Application of Mechanized Four Bar Linkages

Design Development & Fabrication of Self Powered Operating Gate System by Application of Mechanized Four Bar Linkages

Dr. P. S. Chaudhari1, Dr. V. M. Sonde2 Harsh Borkar3, Ayush Bansod4, Prapti Bhaltadak5, Karan Bharatkar6

12Assistant Professor, Mechanical Engineering Department, Priyadarshini College of Engineering, Hingna, Nagpur, Maharashtra, India

3456Student, Mechanical Engineering Department, Priyadarshini College of Engineering, Hingna, Nagpur, Maharashtra, India

Abstract

The Automatic Gate Opening System project deals with limits and hassles of manual gate functioning in residential and commercial settings. This project utilizes modern technologies, including four bar link based automation and self-operated mechanisms to streamline property entry and exit. by enabling remote and hands-free gate operation, the advancement increases user efficiency and convenience. Load deflect the linkages and regulate gate movement for safety. The project conducts substantial research, including literature reviews, technology evaluations to guide system design and functioning. Regulatory compliance, user needs analysis, and benchmarking help create a system that fulfills industry standards and fits with user expectations. The focus is on energy efficiency, security integration, and user experience, including renewable power sources, encryption for remote control functions, and optimum human-computer interface. The project's methodology involves iterative testing, risk analysis, and community discussions to improve the system's architecture and ensure dependability.