The use of UV disinfectant robots has become one of the most effective disinfection methods used indoors, especially for public transportation equipment such as subway cars and buses.

The use of UV disinfectant robots in public transportation makes it possible for wagons and buses to be disinfected much more efficiently, for each trip and at the beginning and end of each line, and to be used immediately with methods. It is no longer possible. In a hospital setting, the robot reduces the time required for disinfection to one-tenth of the manpower-based methods.

The use of UV radiation for disinfection has many advantages according to the following:

· Do not use chemicals

· No environmental damage

· Reliability and higher speed compared to manpower-based methods

Eliminate more than 99.99% of microorganisms

· Simple system maintenance with low operating cost and high energy consumption against high reliability

Failure to produce hazardous by-products such as THMs

Failure to form chemical vapors (inhalation of vapors from chemical disinfectants in the air can cause respiratory problems for people and even confuse them with signs of COVID-19)

· US FDA approved method for fighting coronavirus families

Due to the harmful effects of this radiation on humans, it is impossible for humans to use this radiation in the presence of humans, which will be possible with the use of robots. Following the outbreak of the COVID-19 virus in China, European countries and the United States, these robots are widely used to disinfect public transportation systems, hospitals and administrative centers.

Summary of the robot’s technical specifications:
Dimensions (length, width, height): mm645mm x 510mm x 1455
Power: Battery
Body material: aluminum, stainless steel, fiberglass, plastic
Electrical protection: overvoltage and overcurrent
Control method: Remote control by the operator with video communication or intelligently
Communication interface: TCP / IP over WIFI
Type of movement: 4WD
Rotation angle: 360 degrees
Power consumption: Depending on the type from 355 watts to 2500 watts
Working temperature: 20- to +55 degrees Celsius
Humidity: up to 90%
Speed: Maximum km / h 8
Weight: 95 to 152 kg
UV wavelength: nm 254 (UV-C)

Categories: RoboticsUncategorized