A new approach to road accident rescue

Area of Science:

• Emergency Medicine
• Traffic Safety Engineering
• Information Systems

Background:

• Traffic accidents pose significant risks, necessitating efficient rescue operations.
• Current rescue protocols can be time-consuming, potentially leading to increased victim casualties.
• Access to critical vehicle and passenger information is often delayed during emergency responses.

Purpose of the Study:

• To develop and validate a novel methodology and tool for enhanced rescue assistance in traffic accidents.
• To improve the efficiency and safety of victim evacuation processes.
• To reduce the overall number of fatalities and injuries resulting from road accidents.

Main Methods:

• Development of a new rescue assistance methodology and associated tool.
• Conducting tests with professionals and experts using real and simulated accident scenarios.
• Calibration and refinement of the methodology and tool based on expert evaluations and simulated data.

Main Results:

• A computer-based tool, App_Rescue, was developed for efficient access to vehicle technical and passenger health information.
• Comparative analysis of rescue times using standard protocols versus the proposed App_Rescue system.
• Simulated rescue operations demonstrated an average reduction in rescue time of 14%.

Conclusions:

• The App_Rescue system enhances post-trauma care by providing vital information to emergency services.
• Improved intervention effectiveness and reduced rescue times minimize consequences and victim numbers.
• The system has the potential to significantly improve outcomes and save lives in traffic accident scenarios.