Inclination and load sensing detect slack rope during deep lowering, allowing the hoist control to stop or constrain motion before rope damage occurs.
A controller-mounted display shows crane direction and nearby worker positions, reducing line-of-sight shifts and collision risk.
A controller-mounted display shows crane direction and nearby worker positions, reducing gaze shifts and improving safer load handling.
Timed acceleration and deceleration patterns counter payload sway during crane braking, shortening stopping distance while improving safety.
A cable tensioning device applies test tensile force to detect damaged ropes before crane operation.
Segmentation and dimensionality change resolve safety versus functionality contradictions by defining 3D forbidden volumes.
An automated piloting method determines optimal crane rotation direction to minimize interference lenses between multiple tower cranes.
GPS and RTK sensors track crane components to resolve collision risks in dynamic jobsites by providing precise spatial data.
A dynamic overload threshold system adapts to measured load weight for rapid snag detection.
Coincidence verification between dual transmission units prevents erroneous crane operations.
Control unit synchronizes multiple conveyor drives using rotary encoder signals, eliminating individual programming complexity while maintaining safety.
A 3D laser scanner captures spatial coordinates of crane runway rails and beams, eliminating manual survey downtime while maintaining measurement precision.
An information processing apparatus assesses danger levels and optimizes transportation routes by analyzing accumulated operational data from suspended loads.
Controllers compare deactivated hoist loads against thresholds to prevent crashes, ensuring safety without adding hardware complexity.
Cameras and sensors monitor crane blind spots to provide real-time situational awareness, reducing collision risks from limited operator visibility.
A wireless identifier reader authenticates crane operators by transmitting data to the control unit, enabling flexible access management.
A crane control stand pivot axis detects load states via a measuring axis integrated into the compensating rocker bearing.