It is called “active stereovision” if both technologies are combined. These either consist of spatially separated, baseline image sensor modules (stereovision) with laser or LED based synchronized scene illumination, or a single image sensor paired with a laser dot projection module, which projects a predefined high-resolution dot pattern onto the observed scene (structured light). The vision technologies used rely on specially designed cameras. This is primarily driven by the availability of vision-based technologies that enable reliable 3D imaging for object recognition and collision avoidance, especially for navigation and safety applications in collaborative environments. Mobile robots - also called autonomously guided vehicles (AGVs) or autonomous mobile robots (AMRs) - are increasingly popular in automation. Beside our unique portfolio of sensors, LEDs and lasers, ams OSRAM pursues a dedicated innovation roadmap regarding future technologies like smart-surface solutions and differentiating algorithms to advance robot capabilities. The better the robot understands and interacts with its dynamic environment, the more successful this technology becomes. This significantly reduces the probability of so called collision artifacts where the robot is forced into a safe stop state without existence of any true collision Our well-known multi-lens-array (MLA) projection solutions open up new opportunities for enhanced human-machine co-existence or even collaboration setups, where the robot projects its next intended action onto the floor ahead of time. Battery management systems (BMS) in Li-battery powered devices benefit from our high accuracy I/V/T-sensing products, which enable best in class state-of-charge or battery state-of-health predictions.įurther, special supporting functions such as optical force sensing, temperature sensing and spectral sensing for material classification and identification or moisture level detection are covered by our comprehensive portfolio. automotive manufacturers) to mobile robots used in logistics, so-called AGVs (automatically guided vehicles) or AMRs (autonomous mobile robots) to advanced service robots for dedicated functions such as cleaning, inventory monitoring, harvesting and many others. In fact, the biggest fastest growing market is for residential service robots, such as vacuum cleaners and lawnmowers.Īms OSRAM's miniaturized sensing and illumination solutions are the best choice to increase the performance and precision of robots by making them smarter. Our portfolio covers all the critical sensing function for robots, from environment sensing for obstacle detection, collision avoidance and navigation purposes, to high precision positioning control. Smart robotics range from traditional robot arms in production lines (e.g. They can take over repetitive as well as dangerous tasks, enabling time and cost savings, safety and flexibility. Smart robots play an increasingly important role in industrial automation as well as in private homes.
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