Cameras and fork sensors enable autonomous pick-up operations despite sensing system complexity.
Embedding the detection device in the drive unit improves accessibility and reduces space requirements compared to mounting sensors on free shaft ends.
A material handling vehicle uses a vertically movable electromagnet to attach securely to load carriers.
Segmented coupling members with aligned grooves attach drive units to pallet jacks, eliminating the need to detach steered wheels during installation.
A truck mounted forklift uses a nested telescopic linkage to extend reach vertically while keeping the rear profile compact.
Optical ground markings replace external transmitters, reducing system complexity while maintaining precise position-based control.
A hydraulic control device uses a recirculating conduit to move fluid between cylinder chambers during load descent.
Ratchet-mounted adjustable operator interface resolves cab space constraints by allowing dynamic repositioning for complex implement control.
Oscillating rollers in a vertical sliding trolley ensure equal load distribution, maximizing capacity despite manufacturing tolerances.
A hybrid storage system combines static racks and dynamic mobile units managed by a control server to optimize inventory placement.
A mobile device uses image and LiDAR data to align with load carriers.
Hydraulic lift drive prevents uncontrolled movement on inclined bridges by replacing friction bearings with positive rail connections.
Transverse insertion of a segmented chain anchor into a narrow passage resolves mast alignment issues caused by manufacturing tolerances.
Segmented sideplates hide intermediate portions within the mast channel to preserve operator visibility.
Segmenting the electric pallet truck into detachable front and rear frames reduces packaging volume while maintaining structural reliability during operation.
An isolating bearing block transmits radial clamping forces to a sensor, resolving the trade-off between pivot adaptability and measurement precision.