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At present, the domestic epidemic situation is severe and complicated, and the pressure for prevention and control continues to increase. Many places in Beijing are killing all public areas in communities. Due to the large area of killing and the recent hot weather, manual killing is facing great challenges. In response to this situation, the epidemic prevention and killing robots developed by the third institute once again rushed to the forefront of epidemic prevention and control, effectively alleviating the pressure of killing volunteers under high temperatures.
On August 1, Beijing added two new confirmed cases of local new coronary pneumonia associated with outside Beijing and one asymptomatic infection, all living in the Lohas City community in Fangshan District. The epidemic is an order. After receiving a request for help, the Fangshan Blue Sky Rescue Team members who had just returned to Beijing from the flood control line in Henan did not have time to rest, so they went into Fangshan District's epidemic prevention work. "We want to kill the public areas in the north and south districts of Lohas City. In addition, the entrances of the residential buildings in the two districts and the trash can stations in the community must be killed. Every detail must not be overlooked." The Blue Sky Rescue Team member said.
Since the Fangshan Blue Sky Rescue Team is equipped with the anti-epidemic and killing robots developed by the third hospital, its work efficiency has been greatly improved. In the past, the team members had to carry a medicine tank containing chlorine dioxide on their backs and walk into the community with a mist mist machine. In order to prevent inhalation of high-concentration disinfectants, each team member must wear goggles and protective masks. Now, the anti-epidemic and disinfection robots of the Third Academy of Aerospace Science can replace the artificial entry into the polluted environment to perform epidemic-prevention and disinfection work. The robot has the characteristics of simple operation, flexible maneuverability, high work efficiency, and strong ability to adapt to terrain. The sterilization rate reaches 99.99%, which effectively solves the problems of low killing efficiency and difficulty in ensuring the safety of operators.
At noon on August 5, the rescue team took the anti-epidemic and disinfection robot to the anti-special patrol detachment in Fangshan District, Beijing, for disinfection and epidemic prevention.
In the afternoon, the team members were unable to take a break, and rushed to the 3 districts including Lohas City to kill. With the previous experience, 18 team members completed the elimination work in just one hour.
Fangshan Blue Sky Rescue Team members call it "tanks." "The characteristics of "tanks" are that they are not afraid of heat and tiredness, work without blind spots, and are safe and reliable," one member said. The anti-epidemic and killing robot "tank" developed by the third hospital can travel 5 kilometers per hour, with a disinfection area of 10,000 square meters, and is equipped with a 15-liter large-capacity medicine pot. The spray tube can be rotated 360 degrees to spray, which can effectively dilute the aerosol concentration and increase The disinfection efficiency can also be adapted to open fields and indoor disinfection operations.
Since the outbreak of the epidemic, the project team members of the three institutes sacrificed a lot of rest time to respond to national needs and completed the research and development and testing of epidemic prevention and killing robots in the first time. The development of the robot brings together the wisdom and strength of multiple professions from the three hospitals. In the epidemic prevention and control work, to contribute to the country's fight against the epidemic, which reflects the mission and social responsibility of the pilot. I believe that with the blessing of aerospace "hard core" technology, we will definitely be able to win the war on epidemic prevention and control. In the future, more aerospace "black technologies" will benefit people's livelihoods and allow more ordinary people to enjoy the benefits of aerospace technology.
