Augmented Reality Helmet concept aims at revolutionizing how firefighters rescue civilians

Brave - Augmented Reality Helmet for Firefighters

Technology is best put to use when it gives us powers we didn’t have before. Whether it’s being able to fly using airplanes, see through skin and bones using X-rays, or send each other messages using radio waves and satellites. I’ve long believed that augmented reality has the ability to positively impact life as we know it, beyond just entertainment and games. Microsoft’s Hololens has often demonstrated how AR tech can help remote learning and servicing, whether it’s something as simple as sending instructions to a technician fixing a faulty circuit box or plumbing pipe, or as game-changing as helping doctors learn more about the human body by literally being able to see inside it using virtual, augmented, and mixed reality. A Red Dot Design Concept Award-winning entry, however, is pushing the capabilities of augmented reality imaging to help firefighters effectively assess buildings, find structural weak spots, avoid infernos, locate and rescue victims, and quickly plot safe escape routes.

Brave - Augmented Reality Helmet for Firefighters

The Brave is an AR Headset with a helmet attachment purpose-built for firefighters to use while training and in action. The headset itself comes with an array of cameras along the front that allows the internal chip to effectively plot out its surroundings, and a HUD under the headset’s main visor helps project digital elements on the physical world while the firefighters move around. The outer visor also covers the upper half of the face, preventing dust and debris from making its way into the firefighter’s eyes, while a mask on the lower half of their face remains unobstructed or untouched.

When paired along with the helmet, the Brave is complete as a state-of-the-art imaging, safety, and rescue tool. The helmet comes with lights built into the front and the back, illuminating the path while allowing firefighters to see each other in smoke-filled corridors. The rear of the helmet even comes with a camera lens that allows the AR headset to see what’s behind the wearer too, informing them of any developments. Finally, the hard-hat helmet works as the ultimate head-protecting device, softening the impact from debris that may fall from above, and overall helping the firefighter effectively perform rescue missions without getting hurt. Along with the AR headset, however, the Brave is the ultimate rescue tool. It helps firefighters effectively see behind walls, beyond floors, and observe the building in a way that the eyes cannot.

The Brave AR Helmet is a winner of the Red Dot Design Concept Award for the year 2021.

Designers: Kim Hyewon & Shin Alim

Brave - Augmented Reality Helmet for Firefighters

The post Augmented Reality Helmet concept aims at revolutionizing how firefighters rescue civilians first appeared on Yanko Design.

This inflatable stretcher designed for emergency missions decreases the chance of panic-induced injuries!

The inflatable stretcher designed by Yu-Hsin Wu caters to impromptu emergency situations with the goal of lessening the effects of panic-induced injuries caused by medical personnel and/or the patient.

Life-threatening rescue situations can bring on panic in anyone, even first responders. When EMT personnel, nurses, and doctors are faced with life or death, the panic that comes with it can exacerbate preexisting injuries or worse yet, result in new injuries. In an attempt to avoid these sometimes fatal mistakes, Taiwan-based student designer Yu-Hsin Wu developed their own interpretation of an inflatable stretcher that comes equipped with medical tools and kits that ensure a successful rescue mission.

Wu’s inflatable stretcher features a similar build to everyday flotation devices like pool floats with additional fastening cushions that keep the patient in place. This inflatable stretcher also comes with integrated tools kits and medical accessories for rescuers to use on the patient before and during the ride to the hospital.

Since Wu’s inflatable stretcher comes with built-in rescue tools and clinical appliances, the medical aid given to the patient will feel intuitive and systematic. Ideal for high-traffic locations and community recreation zones, the inflatable stretcher comes packed with instructions so health professionals like lifeguards and on-site supervisors can use the stretcher with ease whenever necessary.

Lightweight and portable by design, the inflatable stretcher can be used across many different rescue circumstances, from water rescue missions to airlift emergency situations. Recognized by Golden Pin Design Awards for its innovation in the medical field, the inflatable stretcher already comes equipped with several medical tools for use during emergency crises, so no matter the location or form of transportation taken to the hospital, patients will receive preliminary care.

Summing up the design in their own words, Wu describes, “When an accident occurs, the rescuer’s emotions and strains may not be able to properly rescue. The inflatable stretcher integrates ambulance supplies and fixed equipment, it is expected that when an incident occurs, it can be quickly taken in the form of a bag, and calmly follow the instructions on the stretcher to correctly rescue.”

Designer: Yu-Hsin Wu

This firefighting bike is designed to aid and assist tunnel accident rescue missions





Fire incidents in tunnels can be highly fatal due to the limitations in reaching the injured – this is where a swift firefighting bike can mean the difference between life and death.

Highway tunnels and accidental fires are a deadly mix that we all wish never happens. The Mont Blank tunnel (between Italy and France) fire is a grave example of how tunnel fires can have fatal consequences – a situation that can be very complicated to take control over. The major problem with the design of tunnels is the limited access area due to the enclosed structure. The trapping of smoke, high temperature in a constricted section and disorientation is fatal for the unfortunate trapped people. Another problem is the inability of rescue vehicles to enter or exit the tunnel.

To get around this, designer Syu Wei Chen has proposed the design of an emergency operations station complete with a charging stand, foam cylinders, water mist system, and TUNNEL KEEPER bikes. The latter is equipped with a state-of-the-art water mist system and exhaust device to beam water particles to reduce carbon monoxide concentration in one section. This system expands the exhaust device to both sides to dissipate heat and dense smoke to improve visibility to aid the rescue vehicles and firefighters.

The firefighter bike is loaded with all the latest firefighting technology and HUD systems to keep the personnel abreast the vital information. Things like the temperature inside the tunnel, status of the equipment and advanced maps to accurately scout the disaster struck location in advance from a distance. TUNNER KEEPER comes with a detachable side stretcher to rescue the injured out of harm’s way. According to Syu the advanced firefighting bikes will be dispatched in groups to better access the situation and take proactive measures for damage control.

These vehicles will be electric-powered and charged at the station outside every major tunnel. I personally like the idea of the exhaust smoke system which sucks up the air from the front of the bike and throws it out from the rear to clear the area with dense smoke for better visibility to save the injured or trapped people. There’s another interesting bit, the foam nozzle is equipped with infrared rays to beam the nozzle precisely at the fire.

Designer: Syu Wei Chen

Whale-inspired underwater drone can carry out rescue operation where humans can’t reach!

Shipwrecks have become more frequent as the number of vessels in the oceans increases due to open trade policies between nations. Owning to their scope and location, shipwreck rescues can become logistically complicated and humanly dangerous to carry out. This is where underwater rescue robots such as the Saver Whale designed after the good sense of whales – that are known to helping people – come into the scene.

The Saver Whale is ideally a concept of an underwater drone designed to reach where human rescuers can’t – or shouldn’t – go. Lots of human live-saving deep water rescues happen in challenging, dangerous conditions which are difficult for diving squads to negotiate without risking injury or loss of life. Maritime rescue drones such as the Saver Whale can reach uncharted waters – reducing risk to human life – and work as scouts to deliver medical and equipment to liberate any trapped or sinking soul.

The Saver Whale, equipped with cameras, sonar, and radar for detection, and a radio system for communication, can be deployed from the helicopter, to venture into depths of the hostile waters of the ocean where sending human is riskier. The drone, on detecting a survivor or diseased and can instantly relay the message to the rescue team and request assistance. In addition to calling out for backup and relaying its live location, this versatile sub can equip the survivor with a life vest, rope, and other gear from the first aid kit onboard.

Interestingly, the Saver Whale is also conceptualized to shoot out a net on a dead body located, to fix its position, so it’s not lost in the water current. There are already a range of rescue robots that can crawl in the rubble, fly over fires, and swim in deep waters to help first responders in executing operations. Yet, Saver Whale with its payload carrying capacity and more organized approach can definitely go through improvisations to one day dive to the ocean beds in search of marine accident victims.

Designer: Lim do-hwi

 

 

Seaplane-inspired drone can rescue people trapped at sea

Meet Oasis, an Aeronaval Rescue Drone capable of helping rescue people drowning in waters by not just locating them, but also pulling them to the nearest vessel to safety. Designed in the aftermath of the accidents caused by the Boeing 737 Max, the Oasis aims at being able to help search-and-rescue teams to reach farther and cover much more ground in lesser time. The autonomous drones are instantly deployed in an emergency situation. They fly in grid-patterns to efficiently scan waters for any signs of humans. When found, the drone descends to the water’s surface, relying on two buoyancy devices to float on top of the water. The human then latches onto the drone, as it essentially does the job of a tugboat, pulling the human either to shore, or to the nearest rescue vessel.

I’ve long been a proponent of drones doing high-risk activities humans aren’t capable of doing, and the Oasis is a brilliant example of such a situation. Each drone comes with three air propellers and one water propeller to help it move around. The fact that it flies in the air helps it overcome turbulent waters with ease during search missions. The drone’s on-board optical and thermal cameras work effectively in both day and night to help spot signs of life during recon. Survivors can grasp onto the huge pontoons as the drone pulls them to safety. If the weather or tide don’t permit a rescue, on-board rescue-kits containing food, water, and medicine increase one’s chances for survival as the drone immediately pings location and a livestream of the survivor to rescue teams.

Designer: Ray Liu

UK ambulance services are testing a rescue jet suit

The “Iron Man” jet suit we first saw back in 2017 might be less crazy than we first thought. Inventor Richard Browning and his company Gravity Industries have demonstrated that it may be a viable option to quickly get medical help to victims in remot...

Elon Musk painted as ‘thin-skinned billionaire’ in court documents

The fallout from Elon Musk's ill-advised "pedo guy" comments -- made last year about British cave rescuer Vernon Unsworth -- is not going away. In new court documents, Unsworth didn't hold back when it came to his opinion of the South African tech bi...

The U Safe Is a Remote-controlled Life Preserver

Typically, when you use a life preserver, you just throw it to the man overboard and hope for the best. If you suck at throwing, the person being rescued has to swim further to get to the life preserver, and that can put them in danger for longer. If only we could guide the life preserver toward them. Well, now we can.

Meet U Safe. This remote-controlled life preserver from Noras Performance will make it easy to get the life preserver to its subject. You just toss it in the water, and guide it to a person in need using a remote control. It’s light and easy to maneuver. Once they grab on you can guide them back to safety. Its electric motors can guide it up to 3 miles on a charge, at speeds up to 15 knots.

This is something that will save lives for sure, assuming that people aren’t using them for life preserver races while someone is busy drowning, anyway. It’s for safety people. It’s not a toy.

How about that super dramatic music used in the promo video? It really gets me pumped up to save lives with this thing. I may just throw someone overboard just so I can experience the thrill of it.

[via Geekologie]