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International Research Journal of Engineering and Technology (IRJET)

e-ISSN: 2395-0056

Volume: 11 Issue: 11 | Nov 2024

p-ISSN: 2395-0072

www.irjet.net

Magnoplus Shield Vehicle Security Lock System Charles J1, Ambrose Prabhu R2, Ananthaprakash K 3, Aravindh GB 4 1Charles J, Department of Computer Science, Rajalakshmi Institue of Technology, Chennai-600124, India, 2Ambrose

Prabhu R, Department of Mathematics, Rajalakshmi Institute of Technology, Chennai-600124, India,

3Ananthaprakash K, Department of Computer Science, Rajalakshmi Institute of Technology, Chennai-600124,

India,

4Aravindh GB, Department of Computer Science, Rajalakshmi Institute of Technology, Chennai-600124, India.

---------------------------------------------------------------------***--------------------------------------------------------------------Abstract - The conventional ignition lock cylinder has served us well for decades, but it’s time to get into a new venture with novel idea. Visualize a world where your vehicle key never goes missing, where rust doesn’t corrode the lock, and where you can smoothly insert and eradicate the key loss. This article proposes integrating magnets into the ignition lock cylinder to address the collective issues. And also shows how this simple yet effective modification can revolutionize the effect of vehicle user.

movement prevents rust from settling and accumulating 1.2 Avoiding Key Missing while driving with MagnetEnhanced Ignition Lock Cylinders: Losing your vehicle key while driving can be a nervewracking experience. Imagine that the rider being stuck on the side of the road, unable to start the vehicle because the key mysteriously missing.

Key Words: Ignition Lock, Magnoplus, Magnet, Corrode, Integrating Magnets

Secure Retention: The magnetic force ensures that the key remains firmly in lock cylinder as long as the vehicle exists. Hence no more panic on the loss of key.

1.INTRODUCTION The ignition lock cylinder is a critical component in any vehicle. It certifies that only authorized users can start the engine. However, traditional lock cylinders have their limitations. Keys get lost, wear out, and sometimes got damaged. Iron collects rust inside the lock in due course of time, leading to stiffness and eventual malfunction. Furthermore, accidental missing of the key while driving can lead to insecure of the vehicle. Author proposed a solution which includes integrating magnets into the lock cylinder, offering several benefits. 1.1 Reducing Rust Formation: Rust is the antagonist of mechanical components. Ignition lock cylinders, which play a crucial role in starting our enhanced ignition lock cylinders, offer a practical solution to wear and tear issues. Vehicles are not immune to rust-related issues. However, by integrating magnets into the ignition lock cylinder, we can significantly reduce rust formation and enhance the overall durability of the lock key system. Integrating magnets into the ignition lock cylinder addresses rust-related challenges. •

Barrier Effect: The magnetic field created by the embedded magnets acts as a barrier against moisture. It repels water molecules, reducing the chances of rust formation.

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Constant Movement: As the key interacts with the magnetic field during insertion and removal, any existing rust particles are dislodged. This continuous

Impact Factor value: 8.315

Smooth Transitions: When you’re ready to start the engine, the key effortlessly slides into the lock cylinder, guided by the magnetic attraction. No fumbling or struggling—just seamless insertion.

Emergency Situations: Imagine being in a hurry or facing an emergency. With magnets holding the key securely, you won’t waste precious minutes searching for it. Quick access means peace of mind.

Reduced Distractions: A securely retained key means fewer distractions while driving. You can focus on the road ahead without worrying about where you left the key.

1.2 Avoiding Key Damage: Traditional vehicle keys are susceptible to wear and tear, often resulting in bending, breaking, or other forms of damage. However, our innovative Magnet-Enhanced Ignition Lock Cylinders addresses these issues effectively. 1. Bend Prevention: The system’s magnetic hold ensures that the key remains aligned within the lock cylinder. Unlike conventional keys that can bend when subjected to pressure, the magnetic retention keeps the key. 2. Breakage Reduction: Keys are prone to snapping, especially when excessive force is applied during ignition. With the magnetic system, the key

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