Lifting Frames TRIZ Cases

Electric robots and vehicle-linked coordination cut manual container loading effort, errors, noise, and emissions in transport handling.

Pivoting legs and releasable support members let heat transfer printer stands fold compactly for storage while maintaining stable support in use.

Rotatable support elements and a vertically offset holding frame keep disc-shaped bodies stable while improving underside access during lifting.

A vertically movable floor plate with corner springs cuts truck floor vibration while simplifying assembly, maintenance, and driver space use.

A vertically movable floor plate with corner springs absorbs truck vibration while simplifying assembly and preserving driver space.

Laser-based support leg detection lets an unmanned transport vehicle dock standard car carriages accurately without modifying the carriage or floor.

A central server assigns robots under each pallet to lift and transport loads, improving scalable warehouse movement and path coordination.

Autonomous robots, sensors, and a coordinating server speed container loading and unloading while reducing manual hazards and item damage.

Electric-actuated positioning supports, lifts, aligns, and transports heavy brake parts so one technician can service them more safely and quickly.

A rigid-chain lift shifts load from the scissors to cut stage system weight while keeping precise platform positioning and fast setup.

A one-direction curving modular arm reaches deep into pallet spaces with lower weight and power than bulky 6-axis robots.

Nested thrust columns lift vehicle running rails with less visible under-rail mechanics while allowing flexible height adjustment and stable support.

A multi-point support frame preserves rubber caterpillar shape and lowers friction, enabling faster, more consistent vehicle track replacement.

Hydraulic lift and adjustable sled positioning help align and move 1,000-lb pipeline pigs across varied launcher and receiver setups.

Four corner lifting levers and a constrained guide keep forklift loads stable and level on inclined ramps with less lifting-device complexity.

A manual scissor-lift platform uses dual locks to give tube rail carts ergonomic working heights without hydraulic complexity or specialist maintenance.

Two vertically stacked motors share a flexible drive path to deliver higher output torque where large single motors are too bulky.

A movable stabilizer cuts lift-column free length to limit bowing, enabling longer stroke and higher load capacity without larger lifting hardware.