A purpose-built robotic system designed to recover disordered flexible lines—separating, verifying, straightening and organizing cables, cords, ropes and selected hoses.
Play product demonstrationOpen recovery simulationBuyer technical & IP dossierRun software verificationHardware integration simulatorPhysical validation recordSystem architectureIP claim evidence matrixEngineering handoffManufacturer overviewValidation dashboardPrior-art landscapePrototype build specControl packageRequirements & acceptancePrototype BOMTest protocolMaster IP disclosureWorking claim setInvention disclosure & evidenceIP boundary matrixExplore the architectureInstead of asking a conventional robot arm to imitate a human hand, the proposed architecture creates a controlled recovery environment around flexible-line behavior.
Vision, depth, tension and motion data build a live representation of the flexible-line state.
Manipulation prioritizes controlled slack creation and low-risk separation before higher-force actions.
Each manipulation is checked against geometry and physical response before the machine advances.
Recovered lines can move into a controlled straightening and coiling path.
A shallow, visible handling field constrains the problem and keeps line motion observable.
Multiple compliant guide/grip modules transfer and manipulate local line sections without relying on a full robot arm.
Endpoints, segments, crossings, loops, tension estimates and recovery history are represented as a live state.
Failed actions can roll back to the last verified state and select an alternative manipulation.
The engineering/IP disclosure package is complete for professional review. It is not a granted patent or a claim of guaranteed patentability; formal patent search, freedom-to-operate analysis and jurisdiction-specific claim review remain necessary before filing.