5 New Firefighter Technologies
Firefighters have used technology since they were originally hired to put out major city fires. Today, numerous departments across the country are utilising technology in various ways to respond faster, enhance internal communication, decrease operator error when driving fire engines, keep firefighters safe during emergency responses, and cut costs.
When it comes to rushing into burning buildings or saving individuals in perilous situations, firefighters are famed for their bravery. However, many brave men and women risk injury while working lengthy shifts answering calls at all hours of the day and night. New technology is altering that by assisting firemen in remaining safe when they are not actively fighting a fire. Consider how many lives could be spared if firefighters could have complete camera control over their surroundings. They will have full camera control and even thermal camera capability to see through smoke or flames using camera glasses.
As a result, there are five new technologies that make firefighters' tasks safer, easier, and more efficient.
Firefighters' helmets appear to shield their heads from falling debris, but they also protect them from the heat of a fire and flying embers. The most recent firefighter helmets on the market have heat-resistant visors. Guardian, a Milwaukee-based helmet manufacturer, collaborated with Scott Safety, a respiratory protection equipment firm, to develop these innovative visor helmets.
Engineers from both firms collaborated to develop a firefighter accessory that would operate with all Guardian helmets and would not interfere with communication equipment already installed on some models. The Visor Accessory Kit, or VAK, is a lightweight aluminium accessory that fits to the front of a regular firefighter helmet. The visors are available in 11 different hues and can resist temperatures of up to 1,700 degrees Fahrenheit.
On-call firefighters frequently have their hands full combating fires. During an emergency, they require every available pair of hands. Due to all of the loud noise coming from hoses, fire trucks, sirens, and other equipment operating together at the same time, deaf and hard-of-hearing firefighters have significant obstacles when it comes to communicating on the scene during emergency responses. However, assistive technology is allowing firemen to communicate without using their voices on the scene. The iFire Mobile software, for example, enables people with hearing loss to collect visual signals from firefighters as they speak and subsequently send those messages as text messages or voice-to-text translated communications. Firefighters can also use their smartphones to download the software and use it during emergencies.
To respond more safely, firefighters must be able to immediately detect what sorts of gases are present at a fire and how much of them are present. This isn't always easy because there is presently no safety equipment available that provides reliable real-time gas sensing for firefighters. However, sensors may soon save lives. Researchers at the University of North Carolina have developed a prototype sensor that can detect common gases such as methane and carbon dioxide, thanks to support from the National Science Foundation and other federal organisations. The gas detector is roughly the size of a cent and is worn as a patch. It collects readings every four seconds and works in damp or muddy circumstances, making it ideal for firemen who must work in less-than-ideal settings.
Fire departments across the country are looking for methods to improve their response times because it affects their ability to put out flames before they become deadly. One method used by dispatch centres across the country is to send smaller fire engines known as "quint trucks" to calls that do not require a full-sized fire truck. These smaller trucks, known as "civilian firefighting units" in the United Kingdom, can reduce response times by over 30 percent and have been in development for than a decade. In 2014, a quint truck arrived in Orlando, Florida, making it the first city in the United States to have one. This smaller vehicle carries less equipment than a typical fire engine but still contains lifesaving equipment such as an oxygen tank and masks that are required when there is no working building ventilation available on a site.
Firefighters must be able to see in order to do their duties properly and safely, yet navigating dark corridors in a burning building is tough. That's why scientists are working on head-mounted displays to assist firefighters see through smoke. Due to built-in sensors that wirelessly detect what is around them, a fireman wearing the gadget would be able to point it towards his or her surroundings and receive real-time information regarding the layout of the building being investigated. The goal is for this technology to not only display firemen their current location, but also to provide directions as needed, allowing them to navigate structures even in complete darkness.
Alternatively, feel free to WhatsApp or Call: +91 9445508458
Ms. Divyasree - HSE Adviser | Aim Vision Safety Training & Consulting
t: 044 42140492
m: 91 9445508458
e: Admin@aimvisionsafety.co.in
286, First Floor,GST Road,
Chromepet, Chennai 600 044 (Above Vodafone Showroom)
Check out our regular updates on our FB Page:
Ms. Divyasree - HSE Adviser | Aim Vision Safety Training & Consulting
t: 044 42140492
m: 91 9445508458
e: Admin@aimvisionsafety.co.in
286, First Floor,GST Road,
Chromepet, Chennai 600 044 (Above Vodafone Showroom)
Check out our regular updates on our FB Page:
Comments
Post a Comment