During a fire one of the largest causes of death is smoke inhalation, which is exactly wha the Saver Emergency Breath System is hoping to reduce with a device that allows individuals to inhale through heavy clouds of smoke. Such a system could potentially help to save thousands of lives by helping people evacuate dangerous fires.
The Saver Emergency Breath System is a cylinder filtration system that can be placed inside a mouth. The device allows the user to breathe through smoke and carbon monoxide for five extra minutes giving just enough time to escape a space quickly filling up with smoke and fumes. The filtration kit also comes with a built-in flashlight, alarm and GPS that can be used to help officials determine your location and send help immediately.
Emergency Breathing Devices
The Saver Emergency Breath System Helps Users Inhale Through Smoke
Trend Themes
1. Smoke Inhalation Prevention - Innovations in emergency breathing devices like the Saver Emergency Breath System are aiming to reduce deaths caused by smoke inhalation during fires.
2. Portable Filtration Systems - The development of portable cylinder filtration systems provides individuals with the ability to safely inhale through heavy smoke and carbon monoxide.
3. Integrated Safety Features - Emergency breath systems, such as the Saver Emergency Breath System, are incorporating additional safety features like flashlights, alarms, and GPS to improve rescue efforts during emergencies.
Industry Implications
1. Fire Safety - The fire safety industry can benefit from integrating advanced emergency breathing devices with improved filtration capabilities to enhance smoke inhalation prevention and evacuation efforts.
2. Personal Protective Equipment - The development of efficient and user-friendly emergency breathing devices presents opportunities for the personal protective equipment industry to offer innovative respiratory protection solutions.
3. Emergency Response - Emergency response organizations can utilize the advancements in emergency breathing devices and integrated safety features to enhance their rescue protocols and improve response times.