Because of the high consistency of accurate values, strong adaptability to the environment, and long-distance recognition, ToF cameras are mostly used in the AR field of mobile phone rear cameras. In fact, in addition to mobile phones, ToF is an indispensable basic technology in more scenarios of the Internet of Things and artificial intelligence.
ToF camera configuration of the robot vacuum will be more intelligent. How does the robot vacuum generally judge obstacles. For example, when facing a 40cm-high step, how does the robot vacuum accurately judge the height of the obstacle? That's right, the robot vacuum also has "eyes", that is, 3D tof cameras. robot vacuum observes the surrounding environment and obtains data through tof camera technology, so as to accurately step up the steps.
For robot obstacle avoidance and navigation, high-reliability depth data is very important, and DOMI tof camera can provide modules with a wide range of 20 cm to 5 meters in this aspect, and supports wide dynamic range in distance, which can It is understood that on a depth map, it is ensured that be seen clearly at a long distance.
In fact, ToF camera can not only capture regular objects, but also detect and identify more irregular objects, such as seats and dynamic objects. For example, the food delivery robot mentioned in the previous article uses the tof camera to scan the dynamic obstacles around it, thereby issuing an avoidance request.