Humans have entered a new era of automation thanks to artificial intelligence and robots. The rescue robots will make mine rescue operations safer than ever.
Fremont, CA: One of the most difficult challenges in rescuing miners following an accident is the unknown level of risk, which can disrupt rescue operations and potentially endanger rescuers' lives. In such cases, the role of mobile subsurface robots is critical.
Why do robots need to be used in underground mines?
When an event happens in a mine, contact the victims as soon as possible. Aside from a shortage of oxygen, the accident zone contains high levels of toxic gases, including carbon monoxide and carbon dioxide, along with explosive gases like methane. The mine is loaded with smoke and dust, making it difficult for the rescue squad to see. Such potentially fatal circumstances provide several challenges for rescue crews, limiting their capacity to assess the situation quickly and efficiently.
Robots can deliver critical information to search and safely rescue crews.
The Benefits of Utilizing Robots in Mining Rescue
Regardless of the state of the mine, the robot may get deployed quickly following an accident. A mine rescue robot can offer adequate supplies, such as oxygen cylinders and medication. In addition, the robots get outfitted with various sensors that warn imprisoned miners of potential gas leaks.
The rescue command center can create an efficient rescue strategy based on the data supplied by the robot. These robots can also help with mapping and data collecting in hard-to-reach areas of a mine.
Robotics in Mining Rescue Operations
To detect possible risks or locate victims, the rescue robots execute precise and regulated search operations in the unstructured and dark underground. These searches must get performed quickly without endangering victims or rescuers.
• Inspection and mapping
The robots provide information about the surroundings to the rescue crew and swiftly construct a map of the devastated zone. The rescue robot's course may get calibrated using vision sensors mounted on industrial robots operating within the mine.
• Structural examination
The sensors enable the robot to select the most effective path past obstructions, allowing for faster and safer rescue operations. Using onboard live video transmission and illumination to monitor the mine enables rescue workers to plan accordingly. Robots equipped with thermal cameras can swiftly detect victims based on their body temperature.
Rescue robots can also move debris that might otherwise obstruct mine rescue efforts. The robots get equipped with a range of temperature and gas sensors that allow them to constantly monitor their surroundings, allowing rescuers to make faster and more intelligent judgments.