Now that the prevention and control of the new pneumonia epidemic has entered a critical period, how can it be useful to reduce cross-infection in hospitals and prevent the spread of the epidemic? Reduce the operational pressure of front-line medical personnel and help prevent and control the epidemic? All of them have become the key policies that have attracted wide attention. A series of high-tech methods, from long-distance medical treatment to intelligent robots, have contributed important efforts in the battle against the epidemic.
During the epidemic prevention and control period, medical staff have a large amount of work and a strong demand for barriers, and medical robots are moving: active disinfection robots, delivery robots, consultation robots, etc., and the application of service robots can effectively reduce virus infection, improve medical efficiency, and usher in a new chapter in the era of artificial intelligence for epidemic prevention and anti-epidemic.
Robots deliver food and medicine
The fight against the epidemic is a protracted battle, and the use of AI-driven robots that can self-disinfect can help alleviate the pressure of medical staff who are facing huge physical and mental challenges, and the urgency of medical supplies to be consumed at an accelerated pace, and the risk of infection for medical staff continues to increase.
Through the application of cutting-edge technologies such as high-precision positioning, route planning, scheduling system, intelligent vision, and human-computer interaction, the intelligent delivery robot can complete the large-scale and cross-floor delivery of various items in the hospital.
When the hospital has a distribution demand, such as sending medicines, surgical instruments, lunch boxes, quilts and other operations, medical staff can go through face recognition, fingerprint recognition and ID card, open the robot body, open the items that need to be delivered, and then operate on the screen and click to confirm. Subsequently, the robot will autonomously plan the route according to the constructed map and the level of understanding of the hospital environment, and will send it to the destination, which is a "small assistant" for medical staff. In this process, the robot can complete the functions of autonomously opening and closing the door, taking the elevator autonomously, avoiding obstacles, and charging autonomously through the intelligent scheduling of the control center, without personnel operation, which greatly reduces the frequency of medical staff entering the barrier area, greatly reduces the consumption of medical supplies in short supply such as protective clothing, and the time cost of medical staff wearing protective clothing, and plays a better barrier maintenance effect.
Robot cleaning and disinfection
Regular spraying of disinfectant is an indispensable step to eliminate the bacteria attached to the surface of the object, and the specific operation needs to achieve no dead angles and full cover-up spraying.
The mobile intelligent disinfection robot can operate 24 hours a day in the outpatient hall, corridor and barrier area of the hospital, and it is equipped with a disinfection water tank, which can independently complete the disinfection and cleaning mission, avoid obstacles, and check the cleaning effect according to the regular road, and actively report the mission status and feedback the mission overview. In the whole process, the unmanned operation is completed, and the disinfection and cleaning operation is completed independently, which greatly saves manpower costs, reduces the risk of cross-infection, improves efficiency, and escorts clinical medical operators.
R2000 smart eye, escort
With its outstanding product performance and measurement capabilities, R2000 has become a solution for on-site monitoring, navigation and positioning, useful obstacle avoidance, object general scanning, terrain general establishment, etc., so as to meet all kinds of transportation needs in various complex scenarios and successfully apply to such intelligent robot AGV scenarios.
The R2000 series has an angular resolution of up to 0.014 degrees of high accuracy, covering a 360° plane detection area, a fast response of 50Hz scanning frequency, and an output of 250,000 scans per second.
Even in long-range and high-speed applications, the R2000 series is an aspirational choice that satisfies customers' needs for high precision and efficiency.
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