Rescue System. Role of lay ... could be avoided by administering basic first aid at
the scene of ... •Automatic Electronic Defibrillators becoming more common in ...
US field operational test found that ACN systems reduced incident notification ...
Post Crash Emergency Response Current & Future Innovations
John Wall, Centre for Road Safety, Transport for NSW
Post Crash Intervention
Post Crash Injury Outcome Intervention Opportunities Access to the Emergency Medical & Rescue System
Emergency Rescue System
Role of lay bystanders
Data / Information Systems
Post Crash Injury Outcomes
Pre-hospital Medical care
Rehabilitation
Trauma care
Adapted from SafetyNet (2009) – Post Crash Care Report
Facts & Figures • 1,400 road deaths per year*
• 32,500 road related hospitalisations* • Road Deaths in remote areas six times the rate of metropolitan Australia* • 22,140 road crash rescue events 2009-2010** • 58.6 rescue extractions per 100,000 registered vehicles • Swedish study*** – 48% of patient who died sustained non-survivable injuries –
5% patients not located in time
– 12% would have survived if transported to hospital quicker – 32% would have survived if transported to an advanced trauma centre *National Road Safety Strategy, Australian Transport Commission 2011 **Report on Government Services 2012, Productivity Commission, Australia *** Henriksson, E. M., Öström, M. Eriksson, A. (2001) Preventability of vehicle-related fatalities. Accident Analysis and Prevention, 33, 467-475
Intervention Opportunities - Bystanders • St John Ambulance train 400,000 Australians annually in First Aid* • 41% surveyed – First Aid Qualifications 11 years old** • 94 % of Australians are unsure of their ability to help in an emergency** • Up to 85 % of preventable road accident deaths could be avoided by administering basic first aid at the scene of the accident before emergency services arrive*** * St John Ambulance web site ** Pfizer Health Report 2007 Australians and First Aid *** British Red Cross, 2006, ‘First Aid Fact Sheet’
Bystanders – Current Innovation • First Aid Training routinely conducted in schools &
workplaces • Increase in the number of work vehicles carrying first aid equipment • Automatic Electronic Defibrillators becoming more common in work vehicles
Bystanders – Future Innovations • Smartphones capable of sending location details automatically when calling Triple Zero
• Smartphone Apps that instruct bystanders on what to do until help arrives
Access To Emergency Medical & Rescue Current Innovations • Single emergency number Triple Zero (000) • Establishment of secondary emergency numbers • 112 – International mobile emergency number • 106 – Text emergency relay service – hearing impaired
• Calls answered by Telstra Operator and transferred to Police, Fire or Ambulance • Caller talked through “what to do” by operator • Address details that are stored in the Integrated Public Number Database if calling from a fixed line
• Integrated CAD for all emergency services
* Established 1961
Access To Emergency Medical & Rescue Future Innovations Automatic Crash Notification or eCall • US field operational test found that ACN systems reduced incident notification time from an average of 3 minutes to less than 1 minute
• EU determined eCall has a BCR of 3.16 (just behind ESC of 3.97)* • A Finnish study has estimated that such a system might reduce between 4-8% of road deaths and 5-10% of motor vehicle occupant deaths.**
• European Commission 2011 ** Virtanen, N., Schirrokoff, A. Luoma, J.and Kumala, R. (2006) eCall Safety Effects in Finland, eSafety Forum
Access To Emergency Medical & Rescue Future Innovations Problem with 1st Generation ACN– Too many crashes (US figures) • 6,000,000 crashes that can trigger ACN • 3,000,000 crashes with any injury •
250,000 crashes AIS 2+ injuries (4.0%)
•
80,000 crashes AIS 3+ injuries (1.3%)
•
35,000 fatalities (0.6%)
Augenstein J (2011) , Application of Instant Crash Injury Risk Data to Assist Medical Treatment and Save Lives
Access To Emergency Medical & Rescue Future Innovations Enhanced Automatic Crash Notification • Geographic location of crashes with possible injuries • Provide voice communication with vehicle occupants • Data from vehicle sensors
Results in: • More rapid response to injured occupants • Improved diagnosis and triage of injured
Image BMW
Access To Emergency Medical & Rescue Future Innovations Enhanced Automatic Crash Notification
Augenstein J (2011) , Application of Instant Crash Injury Risk Data to Assist Medical Treatment and Save Lives
Access To Emergency Medical & Rescue Future Innovations Enhanced Automatic Crash Notification
Augenstein J (2011) , Application of Instant Crash Injury Risk Data to Assist Medical Treatment and Save Lives
Access To Emergency Medical & Rescue Future Innovations Enhanced Automatic Crash Notification
Augenstein J (2011) , Application of Instant Crash Injury Risk Data to Assist Medical Treatment and Save Lives
Access To Emergency Medical & Rescue Future Innovations Enhanced Automatic Crash Notification
Augenstein J (2011) , Application of Instant Crash Injury Risk Data to Assist Medical Treatment and Save Lives
Access To Emergency Medical & Rescue Future Innovations Enhanced Automatic Crash Notification
Augenstein J (2011) , Application of Instant Crash Injury Risk Data to Assist Medical Treatment and Save Lives
Access To Emergency Medical & Rescue Future Innovations Enhanced Automatic Crash Notification
Augenstein J (2011) , Application of Instant Crash Injury Risk Data to Assist Medical Treatment and Save Lives
Access To Emergency Medical & Rescue Future Innovations Enhanced Automatic Crash Notification
Augenstein J (2011) , Application of Instant Crash Injury Risk Data to Assist Medical Treatment and Save Lives
Access To Emergency Medical & Rescue Future Innovations Enhanced Automatic Crash Notification
Augenstein J (2011) , Application of Instant Crash Injury Risk Data to Assist Medical Treatment and Save Lives
Access To Emergency Medical & Rescue Future Innovations Enhanced Automatic Crash Notification
Augenstein J (2011) , Application of Instant Crash Injury Risk Data to Assist Medical Treatment and Save Lives
Access To Emergency Medical & Rescue Future Innovations Enhanced Automatic Crash Notification
Augenstein J (2011) , Application of Instant Crash Injury Risk Data to Assist Medical Treatment and Save Lives
Access To Emergency Medical & Rescue Future Innovations Enhanced Automatic Crash Notification
Augenstein J (2011) , Application of Instant Crash Injury Risk Data to Assist Medical Treatment and Save Lives
Access To Emergency Medical & Rescue Future Innovations Enhanced Automatic Crash Notification
Augenstein J (2011) , Application of Instant Crash Injury Risk Data to Assist Medical Treatment and Save Lives
Emergency Rescue System Current Innovations • Establishment of State Rescue Board (NSW) • Establishment of the Australian Road Rescue Organisation
• Australian Rescue Challenge held annually • Machine driven hydraulic rescue equipment
• Improved cutting equipment • Rescue manuals by manufacturers
• Development of national competency standards for operators
Emergency Rescue System Future Innovations • Further development of new rescue techniques based on sound research
• New and improved hydraulic rescue equipment • Further development of national competency standards
• Inclusion of volunteer agencies in CAD systems • Better location and information from ACN & eCall systems • Availability of manufacturers’ rescue manuals on scene.
The Safe System Approach
Haddon Matrix
The NSW Safe System Approach
Existing Emergency Services
The NSW Safe System Approach
Contact Details
www.centreforroadsafety.nsw.gov.au
[email protected]