Key feature:
The liquid is atomized by ultrasonic wave, and the atomized mist is dispersed to the desired area by high-speed airflow. The robot can autonomously navigate, avoid obstacles and move to the fog-producing area, and perform fog-producing around the area target with no dead Angle at 360 degrees.
1. The user binds the robot to select the CDC in the region,
which has been approved by the CDC(center of disease control);
2. The user disinfects the office through the robot every day,
and uploads the disinfection record of each time to the background;
3. The CDC should check the elimination situation of the region in current time,
select and eliminate the unqualified merchants according to the elimination records of merchants, correct contact, and the record the whole process of record, keeping the information traced.
Technical principle:
The liquid is atomized by ultrasonic wave, and the atomized mist is dispersed to the desired area by high-speed airflow. The robot can autonomously navigate, avoid obstacles and move to the fog-producing area, and perform fog-producing around the area target with no dead angle at 360 degrees.
The liquid is atomized by ultrasonic wave, and the atomized mist is dispersed to the desired area by high-speed airflow. The robot can autonomously navigate, avoid obstacles and move to the fog-producing area, and perform fog-producing around the area target with no dead Angle at 360 degrees.
| Refer to the classification | Refer to the classification | Function declaration |
| Fogging | Making fog by command ing of mode | The robot is equipped with an 8 "HD display is equipped with the robot , The screen can visually display the maintained fog producing areas and points, the robot can automatically make fog by touching and sending instructions , Self-planning path, avoiding the obstacle to walk, intelligently making fog,In addition, in the case of insufficient power, Independently returns the pile charging. |
| Move | Autonomous planning path | Planning the best route from A to B, and re-planing the new route if you encounter obstacles on the way. |
| Autonomously avoid obstacle | The robot identifies the abstacle ahead by using ultrasonic sensors and the laser radar , and combining with a deep degree of camera. | |
| Autonomously charging | When the electric volume of the robot is lower than the preset value, it will automatically return to the charging pile for charging. | |
| Setting the process of coordinate points | Management of coordinate point | To manage the points marked on the map, the effect of modifying and checking can be deleted. |
| Voice broadcast | Fogging remind | Voice reminder while start fogging and making fog "Pay attention to avoid" ensuring safety. |
Presentation and statistics of data
1. The user binds the robot to select the CDC in the region,
which has been approved by the CDC(center of disease control);
2. The user disinfects the office through the robot every day,
and uploads the disinfection record of each time to the background;
3. The CDC should check the elimination situation of the region in current time,
select and eliminate the unqualified merchants according to the elimination records of merchants, correct contact, and the record the whole process of record, keeping the information traced.
Technical principle:
The liquid is atomized by ultrasonic wave, and the atomized mist is dispersed to the desired area by high-speed airflow. The robot can autonomously navigate, avoid obstacles and move to the fog-producing area, and perform fog-producing around the area target with no dead angle at 360 degrees.