DOMI tof sensor series sensors are specially designed for challenging ambient light conditions, using time-of-flight (ToF) technology to avoid interference such as glare or materials with different reflectance indices, ensuring lens accuracy and pixels. The tof sensor will be the best choice for users who are looking for a high-end smartphone with excellent camera capabilities. Not only smartphones, but also tablets, VR/AR headsets, drones, smart homes, etc. are also using tof sensor technology to optimize the experience of the device itself.
And the tof sensor is also very suitable for the robot vacuum. The robot vacuum equipped with the DOMI 3D ToF sensor can improve the robot's ability to detect the environment and provide an excellent dynamic detection range, which can be effectively detected from 0.1 meters in front and 5 meters away. , has more than 10,000 depth points, measures the depth of each pixel, and achieves millimeter-level accuracy. Combined with the unique innovative algorithm of DOMI chip, it helps the robot vacuum to identify objects, make predictions from a safe distance, and avoid obstacles. to avoid being entangled or stuck by wires, or to automatically decide whether to enter when encountering a narrow space, so as to achieve dual intelligent obstacle avoidance for obstacles and spaces.
Using DOMI tof sensor technology to realize 3D visual recognition system, compared with structured light, it can achieve a farther dynamic detection range. Compared with binocular camera, it does not worry about the interference of natural light, which has become the preferred choice for home space detection applications. At the same time, the DOMI tof sensor is small and light in size, and can be installed on the robot vacuum to replace the previous "huge" laser transmitter. Not only the hardware cost is reduced, but the overall thickness can also be effectively reduced, and there is almost no noise. Therefore, 3D ToF technology is expected to become the future mainstream product direction of smart home applications such as robot vacuum. In addition, ToF technology and applications in the fields of industry and automobiles are also gradually fermenting, such as industrial automation equipment, security, robots, multi-axis drones, gesture recognition in the car cockpit, human body sensing, etc.
