Abstract

Background: In general, riding motorized two-wheeled vehicles carries a higher risk of being involved in a fatal accident than any other mode of transport. In some countries, the use of protective helmets while riding motorcycles is a legal requirement. That is, a helmet can be a lifesaver in an accident and can protect against severe head, brain and facial injuries, particularly integral helmets with full facial protection. The present paper introduces a newly invention of smart armor to protect motorcyclist's head and neck in an accident time and to minimize injuries. Materials & Designs: The smart armor for protecting motorcyclist's head and neck was designed innovatively. The system was constructed from boxes settled on the motorcycle, including a power source, an incident detection sensor, a transmitter circuit and a transmitter circuit antenna. In addition, the helmet parts including a mechanical operator's box, mechanical force interface cables, helmet frame, balance surface, fixed neck guard and moving neck guard were constructed. The constructed system was formally registered by the Iranian Patent Organization in 2010. Findings & Tests: The smart armor showed useful capabilities and was successfully tested by several motor cyclists in simulated accidents. The different mode of collision with obstacle ahead, back hit, and change angle more than 45 degrees from vertical mode of motorcycles were successfully tested. Conclusions: The designed smart armor presented in this article, showed a suitable performance to protect motorcyclist's head and neck simultaneously. Therefore, it can be used as a suitable protective device for motorcycle riders.

Highlights

  • Riding motorized two-wheeled vehicles carries a higher risk of being involved in a fatal accident than any other mode of transport

  • The present paper introduces a newly invention of smart armor to protect motorcyclist's head and neck in an accident time and to minimize injuries

  • The designed smart armor presented in this article, showed a suitable performance to protect motorcyclist's head and neck simultaneously

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Summary

Introduction

Riding motorized two-wheeled vehicles carries a higher risk of being involved in a fatal accident than any other mode of transport. Using helmets by motorcyclists prevents head and neck injuries significantly. Several types of helmets for motorcyclists are commercially available on the markets, but they are not necessarily suitable for protecting motorcyclists' head and neck. Even though, such helmets cause odor, face and head perspiration and head pressure (Ichikawa, Chadbunchachai & Marui, 2003). Helmets need to be designed for the both purposes of protecting of head and neck injuries, as well as feasibility, and acceptability by motorcyclists. The designed smart armor introduced in the present paper, has all required features It is acting based on transmitting and receiving FM waves, while motorcycle is angled over 45 degrees from its vertical mode, or while a strong force was entered to it from either front or back. This part consists of several components including: 1.1 The metal box: This box is used for keeping and embedding other components, which is installed on motorcycle

The accident detection sensors
The transmitter circuit
The circuit antenna
Receiver circuit
Helmet
Field Tests
Discussion
Full Text
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