The 'SmokeBot' Sees Through Dense Smoke to Lead the Way
Michael Hemsworth — June 20, 2018 — Tech
References: aass.oru.se & newatlas
The 'SmokeBot' is a new piece of equipment for emergency responders to utilize when entering a burning building to ensure that they can do their job without having to deal with the effects of smoke.
The robot works by utilizing the power of a 3D radar camera, a stereo thermal camera and a LiDAR unit to effectively see through dense clouds of smoke. This enables firefighters to make their way through a burning building with more control to ensure they can get inhabitants out safely without fuss.
The 'SmokeBot' has been developed by a consortium in Europe lead by the Örebro University in Sweden and could effectively work to increase the capabilities of firefighters by limiting the number of tasks they need to accomplish.
Image Credit: Örebro University
The robot works by utilizing the power of a 3D radar camera, a stereo thermal camera and a LiDAR unit to effectively see through dense clouds of smoke. This enables firefighters to make their way through a burning building with more control to ensure they can get inhabitants out safely without fuss.
The 'SmokeBot' has been developed by a consortium in Europe lead by the Örebro University in Sweden and could effectively work to increase the capabilities of firefighters by limiting the number of tasks they need to accomplish.
Image Credit: Örebro University
Trend Themes
1. Enhanced Vision Technology - The 'SmokeBot' showcases the potential for enhanced vision technology to assist emergency responders in navigating through challenging environments.
2. Robotic Assistance in Emergency Response - The development of 'SmokeBot' highlights the opportunity for robots to aid firefighters in hazardous situations, minimizing risks and improving overall efficiency.
3. Sensor Fusion for Improved Perception - The integration of 3D radar cameras, thermal cameras, and LiDAR units in the 'SmokeBot' exemplifies the potential for sensor fusion to enhance perception capabilities in emergency scenarios.
Industry Implications
1. Robotics - The 'SmokeBot' introduces a disruptive innovation that could revolutionize the use of robotics in emergency response situations.
2. Safety Equipment - The development of the 'SmokeBot' presents an opportunity for the safety equipment industry to integrate advanced technologies to enhance emergency response capabilities.
3. Firefighting Services - The use of guiding robots like the 'SmokeBot' could transform firefighting services by increasing efficiency and minimizing risks for first responders.
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