ECOVACS DEEBOT T30S COMBO Bedienungsanleitung Seite 14

Sensors
Name
By utilizing the principle of triangulation, which involves
emitting and receiving laser beams reflected by surrounding
objects, precise distance measurement information
TrueMapping between the DEEBOT and nearby objects can be calculated
Distance Sensor through algorithms. When the DEEBOT moves within a
certain environment, the positions of surrounding objects
are determined to create a spatial map of the DEEBOT's
surroundings. The measurement range is 8 meters.
Vibrating the diaphragm through air by human voice, it can
Microphone realize Voice Recording and ask DEEBOT to complete the
assigned work by Voice Control. Effective wake of 8m.
The TrueDetect 3D structured light sensor scans the object
with a line laser and collect images with a monocular camera,
TrueDetect 3D
and generates the three-dimensional coordinates of the object
Sensor
through image algorithms to identify the size of the object. The
detection distance is 0.35m.
With Infrared Ranging-detecting the distance between the
bottom of DEEBOT and ground by Infrared Sensor at the
Anti-drop Sensor bottom, DEEBOT will not move forward when there are stairs in
front or the identified distance exceeds the preset one, realizing
the Anti-drop. The trigger distance is 60mm.
The difference in energy of the ultrasonic echo signal on
Carpet Detection different surfaces is used to identify the floor material and help
Sensor DEEBOT to adjust the cleaning strategy automatically. Drive
frequency 290kHZ.
When the transmitted signal is blocked by an obstacle, the
signal receiver will not be able to receive the signal. With this
Anti-collision Sensor
principle, DEEBOT will avoid obstacles when colliding with
them.
With ToF distance measurement, DEEBOT can detect the
distance between itself and objects on its right side. When there
Edge Sensor
is a wall or obstacle on the right side, DEEBOT will perform
edge cleaning to avoid missing spots or collisions.
EN 14
Functional Description