Yushu Emergency Rescue Robot B1 empowers the fire protection industry
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The fire rescue environment is complex and there are many potential dangers. Dangerous situations such as high temperature, collapse, explosion, and toxic gas occur from time to time, all of which are a test of life.
Therefore, it is very important to ascertain the actual environment and danger of the rescue site in advance, and the emergency rescue quadruped robot came into being. Compared with traditional tracked or wheeled robots, quadruped robots have more obvious advantages in fire rescue. Quadruped robots have better adaptability to complex environments, lighter weight, and lower production costs. They are the best choice for fire detection and emergency rescue.
Yushu’s self-developed quadruped robot B1, with its excellent motion performance and ultra-high protection level, can replace fire rescue personnel to enter the scene of flammable, explosive, toxic, hypoxic, dense smoke and other dangerous disasters in advance to conduct environmental reconnaissance , On-site commanders can keep abreast of the actual situation of the disaster according to the results of their feedback, and make correct and reasonable decisions, thereby effectively reducing the risk of injury to rescuers and improving rescue efficiency.
Yushu quadruped robot B1 can attack and defend well, has excellent scalability, and can flexibly deploy a variety of sensors to meet the needs of different customers and truly realize the empowerment of the fire protection industry.
1. Ultra-clear picture, panoramic image real-time transmission
Yushu quadruped robot B1 is equipped with a 360° panoramic camera, which intelligently transmits on-site images, which is convenient for command personnel to monitor the disaster environment in real time and detect risk factors in advance.
2. Super strong ability to overcome obstacles, walking freely on complex terrain
Yushu quadruped robot B1 can easily cross obstacles, stairs and slopes, walk freely in complex terrain, and fight in all kinds of disaster environments.
3. Ultra-precise radar, digital twin real-time mapping
Yushu quadruped robot B1 is equipped with 3D laser radar, which can scan three-dimensional space, build a three-dimensional exploration map in real time, and complete tasks such as path planning and autonomous obstacle avoidance. It can also provide real-time feedback on the three-dimensional structure of the building, which is beneficial to avoid risks such as collapse.
4. Ultra-smooth call, two-way unimpeded sound collection
Yushu quadruped robot B1 is equipped with self-organizing network, 5G dual-network dual-backup module and two-way communication module, which can realize long-distance control and real-time image transmission, collect live sound in real time through microphones and loudspeakers, and conduct remote rescue calls with the wounded .
5. Ultra-fast air detection, accurate identification of pollutants
Yushu quadruped robot B1 is equipped with a gas sensor, which can quickly and accurately identify and give feedback on the concentration data and distribution of 9 air pollutants. It can also flexibly carry out search and rescue and reconnaissance work in harsh environments such as poisonous, hypoxic, and dense smoke, effectively protecting the safety of rescuers.
6. Ultra-precise tracking and detection of vital signs
Yushu quadruped robot B1 is equipped with a thermal imaging dual-spectrum gimbal, which can accurately detect the vital signs of trapped people. It can penetrate the fog to track the heat source, capture the human body signal of the detected person and give timely feedback to ensure that the rescue is completed in the first time.
It is reported that as early as 2017, Yushu took the lead in launching the landing application of the global quadruped robot industry, and was the first to participate in practical exercises such as national earthquake relief and disaster relief nationwide. The latest upgrade of Yushu’s “Emergency Rescue Quadruped Robot” solution is bound to bring innovation and subversion to the entire fire emergency rescue system, and will continue to lead the development of the global quadruped robot industry!
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