Currently the rapid social and economic development and the particularity of construction and enterprise production leads to the leakage of chemical dangerous goods and radioactive materials. And the hidden dangers of burning, explosion, collapse also increase, so the frequency of accidents is also increasing. Firefighters are vulnerable to such environments because of the high temperatures, darkness, toxic and smoke in the fire. In order to solve this problem, German Liectroux Robotics Institute newly develops a fire fighting robot which can greatly reduce the probability of firefighters being injured in the fire.
The shape of the fire-fighting robot is a red robot with an autonomous smart chip installed in its brain. It can independently conduct smoke exhaust, search, rescue and fire fighting work towards various kinds of environment like high-temperature, heavy smoke, strong heat radiation, toxic, harmful and collapsible environment without manual control. And the camera equipped in front of it can directly display the fire scene to firefighters in real time. What’s more, the fire fighting robot is equipped inside with certain working modules and special rescue equipment, which can meet the actual rescue requirements of the complex ground environment at the fire scene. In addition, the fire-fighting robot can detect signs of life through ways like optical life detection, thermal infrared life detection and sonic life detection etc. Then, after discovering the people trapped at the fire scene, the robot will independently judge according to the specific situation and carry out flexible rescue and take first-aid measures when necessary to minimize casualties.
The fire fighting robot developed by German Liectroux Robotics Institute can effectively protect the personal safety of fire rescue personnel and implement efficient rescue on the fire scene.
In addition, German Liectroux Robotics Institute has also studied in the field of robot vacuum cleaner. The robot vacuum cleaner developed by German Liectroux Robotics Institute can establish a home map in real time, accurately locate the home environment and independently calculate the indoor partitioning scheme. It can conduct orderly cleaning in one time. What’s more, it is equipped with a floating V-roller brush. The cleaning mode of floating up and down can effectively gather dust and avoid secondary cleaning. In addition, it can detect the obstacles in front of it through infrared and avoid them in time to prevent collisions. And there is black rubber elastic strips in the front of the machine so even if an inevitable collision occurs, the machine will remain intact in the slow collision mode. Once launched, the robot vacuum cleaner has been immediately favored and loved by consumers.