A stacker crane lower frame distributes weight via flanged support rods mounted on wheel support frames.
A modular industrial truck substructure uses integrated steering counterweights to simplify assembly and enable configuration changes.
Dual-side actuating elements on a tiller head resolve limited operator freedom by utilizing depth without increasing structural complexity.
Adjustable railings and compartments attach sensors to industrial machines, minimizing disassembly time and manufacturing complexity during retrofitting.
Segmented wire locking parts with arc grooves reduce terminal fittings and installation space in mobile crane boom extensions.
An indexing stud secures or pivots a yoke-mounted tool head, enabling effective separation in tight engine compartments without increasing overall length.
A spring-loaded toothed wheel rotates an internal tube within an external housing for rapid deployment.
A control apparatus adjusts engine output limits based on detected operating modes to balance travel speed and actuator power.
A pneumatic dismantling device uses a hammer block driven by high pressure gas to deliver reciprocating impact forces for tool assembly.
An autonomous transport vehicle uses a lifting device to move containers while receiving inductive energy supply.
Hydraulic piston-cylinder units drive vertical displacement of industrial truck wheel assemblies along guide paths.
Nested beams house pneumatic bellows that lift loads vertically, eliminating manual handling and reducing equipment complexity during loading operations.
Portable support structure secures materials on pitched roofs, eliminating manual labor and safety risks during delivery.
Positioning extension chains on opposite sides of the longitudinal axis distributes stress uniformly, reducing deflection and enabling thinner sections.
Roller pinions replace sliding gears to minimize friction, reducing noise and improving ride comfort in passenger elevators.
Segmenting the drive into a motor unit and cable hoist reduces structural complexity while maintaining rapid movement speed.