Button Operated Gear Shifting Mechanism for Two Wheelers
Mr. Jagtap J.S. , Salunkhe Adesh Arjun, Patvekari Ayan Akhtar, Bagwan Abubakar Farukh, Masal Tushar Rajkumar.
CHAPTER NO.01 INTRODUCTION
1.1 Introduction
Chapter 1 INTRODUCTION
Mobility plays a vital role in the daily life of every individual. Two-wheelers are one of the most commonly used modes of transportation due to their affordability, fuel efficiency, and convenience in traffic conditions. However, conventional motorcycles are designed primarily for riders who have full control and use of both legs. In traditional gear-operated motorcycles, gear shifting is performed using a foot-operated lever. This requires proper coordination between the clutch, throttle, and foot movement. For handicapped individuals or riders who have one leg injured, operating such a system becomes extremely difficult, uncomfortable, or sometimes impossible.
The Button Operated Gear Shifting Mechanism using Solenoid for Two-Wheeler is developed as an assistive and innovative solution to overcome this limitation. The main objective of this project is to design a system that enables gear shifting without the need for foot operation. By replacing the conventional foot lever mechanism with a push- button operated system, the rider can change gears easily using hand controls mounted on the handlebar. This significantly improves accessibility and independence for physically challenged individuals and those recovering from leg injuries.The proposed system works on the principle of electromagnetic actuation. A solenoid, which is an electromechanical device, is used as the main actuator. When electrical current passes through the solenoid coil, it creates a magnetic field that moves a plunger linearly. This linear motion is then transmitted to the motorcycle’s gear shifting shaft through a properly designed mechanical linkage arrangement. As a result, when the rider presses the “Gear Up” or “Gear Down” button, the solenoid activates and performs the gear shifting action smoothly and efficiently.
