Universal Robots A/S Safety for industrial Patent (US1039923
US10399232B2 · Universal Robots A/S
- Patent number
- US10399232B2
- Applicant
- Universal Robots A/S
- Filing date
- 2015-02-26
- CPC class
- B25J 9/16
- Pillar
- Muscle
A collaborative-robot safety architecture using redundant joint position sensing and configurable speed/force limits so a manipulator can operate beside humans without a full cage.
Claims
Claims recite redundant position sensors at joints, monitoring for disagreement, and triggering safety functions that constrain joint speed/torque when limits are exceeded.
Technical analysis
This is the legal/engineering backbone of the UR cobot category: safety is not a software afterthought but dual-channel sensing with hard stop behavior. Without redundant sensing stories, CE/UL collaborative claims collapse.
Commercial impact
Underpins Universal Robots’ dominance in SME cobots. Integrators cite these mechanisms when justifying UR10e deployments next to operators instead of behind fences.
Related patents
- Calibration and programming of robots — Universal Robots A/S
- Autonomous mobile robot — Robotis Co Ltd
- Roller tool for part forming — Machina Labs Inc
- Robot arm — Industry University Cooperation Foundation of Korea University of Technology and Education
- Humanoid robot — GM Global Technology Operations LLC, National Aeronautics and Space Administration NASA
- Gantry robotics system and related material transport for contour crafting — University of Southern California