Bao'an Daily News, technology promotes the development and progress of all walks of life, and the field of epidemic prevention and anti-epidemic is also actively exploring the use of smarter and more efficient solutions to make up for or even replace the shortage of manual disinfection. As a high-tech in the field of virus disinfection, Reeman, an enterprise in Bao'an District, has officially launched the Shenzhen North Railway Station High-speed Railway Station recently. It uses technology to empower epidemic prevention work and build a "smart line of defense" for passengers to travel safely.
It is reported that the disinfection robot will spray the diluted disinfectant from the atomizing nozzle and atomize and disinfect the air, which can realize autonomous movement, intelligent obstacle avoidance in seconds, and perform disinfection tasks at regular and fixed points. Compared with manual disinfection, robot disinfection has the advantages of zero contact, prevention of secondary infection, and more comprehensive and thorough disinfection.
"The amount of fog produced by this robot reaches 3,000 ml per hour, and it can disinfect 1,000 square meters of space in 15 minutes. The disinfection speed is fast and the efficiency is high. The battery life has also reached 6 hours, and it can automatically return to charging." The person in charge of Ruiman introduced, The atomization disinfection robot is based on the Ruiman robot platform technology. There is no need for manual intervention in the entire work process. After a simple setting, it can perform disinfection tasks independently, without affecting the normal passage of passengers at all. After the work is completed, it can automatically return to charging. In addition, the staff can also monitor it remotely through the APP.
The staff of Shenzhen North Railway Station High-speed Railway Station said that the application of disinfection robots can reduce labor input to a certain extent and relieve the work pressure of front-line personnel during the epidemic period while improving operational efficiency.