Anti Virus Sterilization UV Robot Hospital , UV Light Disinfection Robot
Product Description
ARIS-K2 series anti-virus robot to help fight COVID-19, use short-wave UVC ultraviolet rays for disinfection and sterilization, which can destroy the DNA and RNA of germs and cause them to die within a few minutes, which can effectively kill the bacteria. After testing, in the high-level disinfection mode, the spores and various multi-drug resistant bacteria on the surface of the environment (smooth surface, rough porous surface) and various multi-drug resistant bacteria can completely achieve the high-level disinfection requirement of 99.9999%.
Using a mobile anti-virus robots as a carrier, an autonomous mobile multi-point disinfection of the surface of the environment and air can complete a complete disinfection of a thousand square meters in about 150 minutes, which is ten times more efficient and effective than conventional manual and fixed disinfection. It can Help kill coronavirus in hospitals, reduce acquired infections.
The virus killing robot is suitable for indoor public places or high-risk environments to disinfect. It can move autonomously and be killed by no one. It can work in public areas such as shopping malls, offices, and office buildings to reduce the insecurity of manual killing. Data, history is controllable.Thermal defect recognition and other functions.
Technical Parameter
Category |
Item |
Parameter |
Material of body |
Material of body |
Cold rolled steel + plastic |
Size |
Size |
580x500x1200mm |
Weight |
Weight (including battery) |
50KG |
Ambient temperature |
5 to 40 degrees |
|
Ambient humidity |
Relative humidity 5 to 95% (no condensation) |
|
Running environment |
Indoor use only, no excessive dust, no corrosive gas |
|
Environmental conditions |
Protection level |
IP20 |
Cleanliness grade |
Class100 |
|
Antiskid coefficient of ground |
>0.5 |
|
Ground requirement |
Horizontal ground for concrete pouring (without water, oil or dust) |
|
Minimum flatness of ground |
Ff25 (* AC1117 standard) |
|
Vertical obstacle surmounting ability |
10mm |
|
Ability to cross gullies |
±20mm |
|
Ground conditions |
Climbing ability |
5° |
Path selection |
Secure scanning lidar based on environment mapping independent path selection |
|
Navigation |
Navigation system |
Provide large-scale lidar mapping, lidar positioning, lidar path planning, lidar navigation functions, including obstacle avoidance and recovery control. |
Rendering of environmental map |
Scanning with Slam (positioning and mapping ad the same time) |
|
Navigation mode |
Laser landmark navigation |
|
Running speed |
Maximum speed |
1 m / S (theoretical maximum speed) |
Maximum rotational speed |
180% |
|
Mobility performance |
Stopping precision |
Position accuracy1 cm, angle accuracy:+ 2° |
Texture of material |
Polyurethane |
|
Driving wheel |
Size |
Diameter 150 * 35mm |
Battery |
Industrial grade lithium iron phosphate battery, high stability, metal shell safety protection, earthquake resistance, accidental strong impact damage, no open fire |
|
Capacity |
0.75kwh |
|
Running time |
6H |
|
Battery |
Charging time |
<2.5H |
Battery life |
Cycle life < 1500 times, keep 80% capacity after 1500 times |
|
Charging mode |
Auto / manual |
|