Manual Conveyance Devices TRIZ Cases

A hinge-mounted handle adds secure grip points for lifting door and window assemblies, reducing strain, damage risk, and handling difficulty.

This case uses force-transmitting elements and a coupling portion to counter gravity and support lifting without a cumbersome exoskeleton.

Clamping straps secure vessels to a solid support plate, enabling manual transportation while maintaining stacking stability.

A multilayer moving bag encapsulates heavy items with absorbent and fluid blocking layers.

Parallel lifting elements distribute weight across diverse objects, reducing injury risk while maintaining portability.

Segmented support plates made of non-magnetic material reduce eddy current losses and maintain energy transfer efficiency for the primary conductor system.

A C-shaped hook engages pallet stems to lift coils without sliding friction.

Elongated holes in connecting elements allow dynamic frame adjustment, enabling vertical stacking of plate objects to reduce storage volume.

A V-shaped dolly with pivotal legs and large wheels moves vehicles while reducing rolling resistance and wheel set.

An adjustable lifting apparatus secures heavy wooden beams via an encircling door and risers, eliminating the need for complex crane systems.

A hinged clamping assembly with angled gripping ends secures heavy pavers for transport.

Adjustable supports on a wheeled platform stabilize bulky loads during turning, reducing damage risk in tight spaces.