A cable-stayed jacking mechanism replaces cam lifting to boost shuttle load capacity, obstacle crossing, and service life in dense warehouses.
A telescoping mid-mount ladder and tandem rear axle preserve 88-foot reach while keeping fire truck weight and length within state limits.
Adjustable engagement members create a secure connection to loads of different sizes and weights without requiring multiple dedicated couplings.
A hub motor with adjustable suspension and electromagnetic braking helps AGVs cross pits and obstacles with less structural complexity.
Hydraulic lifting raises loaded utility poles above the foundation so extension segments can restore line clearance without cable de-energization.
A spring-biased rod and return-lock mechanism absorb collision impact in stacker cranes without bounce-back, lowering damage risk.
Lithium-ion battery management keeps vehicle lift voltage balanced to avoid torque drop, extend cycle life, and support portable operation.
A mast-mounted generator harvests fork lowering energy to charge the battery when flatland travel is too short for regenerative braking.
Adjustable dampers and stops let a pivoting seat or standing plate move within limits, cutting shock and vibration transfer from the vehicle frame.
Rapidly deployable outriggers, nested tower sections, and guy wires make remote mobile towers easier to transport, erect, and stabilize.
Rotating ladder steps switch from flush to transverse positions, improving cab access visibility while keeping boom lift width low for travel.
A pivoted axle-cradle with dual actuators keeps lift chassis level on uneven ground while allowing limited, controlled rocking for stability.
A motorized wheel and jack attach to a vehicle tow hitch, letting one driver move a broken-down vehicle without manual pushing or a crane.
An offset keeper locks the load wheel axle against axial and rotational movement while preserving lubrication access and reducing side-swipe damage.
A movable access handle gives operators a stable grip at the cab ladder, then retracts below the rotation area to avoid boom and cab interference.