- Working Principle: The LDS (Laser Distance Sensor) utilizes a light beam to emit signals and detects the reflected waves. By calculating the time delay and angle of these signals, it precisely determines the position and distance of obstacles in its path. - High Accuracy: With a measurement precision within a few millimeters, LDS distance sensors empower robot vacuum cleaners to effectively navigate their environment. This accuracy ensures optimal path planning and efficient cleaning. - Extensive Coverage: The LDS sensor typically covers a range of a few meters up to over ten meters. Its ability to rotate and scan the entire environment enables the generation of a detailed map, facilitating thorough room coverage. - Obstacle Recognition: These sensors are adept at detecting and identifying various obstacles—such as walls, furniture, and other objects. This capability is crucial for the navigation and obstacle avoidance functionalities of robot vacuums, enhancing their operational efficiency. Use Scenarios: 1. Home Cleaning: The LDS-equipped robot vacuum can seamlessly navigate your living space, mapping out rooms and avoiding furniture to deliver a thorough clean without human intervention. 2. Office Environments: In workplaces, the precision and mapping abilities of the LDS sensor allow robot vacuums to maintain cleanliness without disrupting daily activities, recognizing and maneuvering around office equipment and supplies. 3. Complex Layouts: For homes with multiple levels or intricate layouts, the LDS sensor ensures that the robot vacuum can adapt its cleaning path, effectively managing stairs and tight spaces while avoiding obstacles.