Accidents happen. And our response – in the form of the tools we use and time we take – dramatically impacts whether trauma results in a minor scar, permanent damage or death. Today, technology is playing an increasingly larger role in how we better respond to and manage catastrophic events. Read on as we highlight some of the latest innovations that are applying state-of-the-art design solutions and technologies to redefine emergency preparedness and response.
This flying defibrillator proves that drone technology can be used for good. With this concept, drones would be stationed at various points in the city and with a simple phone call, the drone would travel to the scene of an emergency within seconds. The drone is equipped with a webcam and speaker, allowing a remote paramedic to walk people through the process of attaching the electrodes and preparing the defibrillator.
This is an excellent example of improving a trusted life-saving device by introducing a new application of an emerging technology.
Realizing that even the most skilled swimmer can experience a water emergency, Tom Agapiades, creator of Kingii, developed the smallest inflatable in the world. Watersport enthusiasts rarely wear a lifevest given its large, inconvenient nature. Kingii is a reuseable, wearable wristband that provides emergency buoyancy with the push of a button.
People don’t like to feel encumbered; this minimal package speaks to the usability issues that are keeping swimmers away from wearing the devices that save lives.
Twiage is a pre-hospital communication system that delivers real-time incoming ambulance alerts to Emergency Departments. Paramedics and EMTs can use the app to videotape symptoms at the trauma scene, as well as record digital voice memos. By providing live patient data and GPS-tracked timing for all incoming ambulances, Twiage helps hospitals accelerate treatment for critical emergencies
As a patient enters the ER, videos and images of the individual combined with smart systems for prioritizing the severity of an ailment help to ease transition from one care unit to another.
Revmed X: Xstat-30
XSTAT 30 is a hemostatic device used for the control of severe, life-threatening bleeding from junctional wounds. Revmed is transforming how first responders help civilians treat severe bleeding while on the trauma scene by enabling them to inject a group of small, rapidly-expanding sponges into a wound cavity using a syringe-like applicator.
The approach is simple and familiar, making it possible for those with very little medical knowledge to deliver a lifesaving treatment.
The 3M Intelligent Control Inhaler
Designed to improve compliance among patients with Chronic Obstructive Pulmonary Disease (COPD), 3M’s new smart inhaler has an electronic display that provides clear instructions to the user, ensuring the device is used properly. The device records the patient’s use and an internal mechanism is used to control the release of the medication so that the proper dose is delivered, even if the patient’s profile changes.
Miniaturization of screens and sensors is enabling a new way of smart medical devices. Hat tip to 3M for modernizing this basic device, without adding too many features.
Dialog is a system designed specifically for helping epileptic patients track and manage their seizures. The module, designed to be worn like a sticker directly on the patient’s skin, communicates with a smartphone app and a cloud-based tool for patients, physicians and caretakers alike. Dialog helps both epileptic patients and their caregivers achieve a deeper understanding of the disease, ultimately allowing them to make better decisions so they can live as freely as possible.
Better information about when and how seizures occur enables patients to modify their behaviors to avoid the situations with the greatest likelihood of triggering an epileptic event.