Vehicle With Removable Loading TRIZ Cases

Side-mounted gear rack mechanisms elevate truck containers vertically to preserve bed surface area and enable secure compartment access.

Double-acting cylinder actuates a main shaft and hook to lock or unlock the tipper and connecting rod.

An intermediary drawbar assembly prevents jamming against the tray rear during winching, while an ejector assembly overcomes friction to control unloading.

A self-propelled intermediate storage vehicle buffers milled material using a load transfer conveyor.

A coaxially mounted guide and restraint assembly secures air cargo pallets on aircraft decks.

Segmented trailers nest within each other to solve the contradiction between high transport capacity and manageable towing operations.

A toolless quick release device uses a ball and spring mechanism to attach cargo equipment to slotted tracks.

A lifting support uses intermediate pins to engage upper container holes when lower corners are inaccessible.

Pressure-driven jaws lock a tilting cargo body to a rolling chassis, automating coupling and uncoupling while removing manual handling risks.

A tilt truck uses a rotating hydraulic platform to reposition vertical storage tanks without external cranes.

Detection devices identify swap body properties so the control device adapts sequence programs, eliminating manual selection errors.

Displaceable side guide devices on a fastening rail enable quick cargo deck reconfiguration while reducing overall weight.

Pivotable stops on the trailer arch align inner carriages from either side, eliminating complex retrofitting requirements while ensuring reliable securing.

Angular sheave axes balance forces while removable mounts enable independent greasing.

A cam-actuated hook engages a recessed sidewall surface to secure cargo attachments without drilling.

A twist lock slide plate deflects to pass an enlarged head, enabling secure attachment across varied chassis configurations.

A movable adapter creates a second set-down surface via the lifting platform, resolving instability when transporting wide-body containers.

Replacing a cylindrical king pin with a spherical interface eliminates alignment requirements for fifth wheel hitches on uneven terrain.

Vertical deck adjustment via hydraulic lifts eliminates steep ramps and tow cables, preventing low-profile vehicle damage during loading.

Offset camera displays coupling guide lines to resolve visibility constraints during vertical positioning.

A hydraulic cylinder raises and lowers a pallet jack box assembly between truck frame and ground.

A multi-function dump cart integrates a pivoting bed adapter and a lift mechanism for versatile material handling.

A tilting interchangeable platform moves cargo using a pivoting arm and winch system for efficient transport.

Transverse rollers enable telescopic frame movement, resolving the trade-off between length adjustability and vertical clearance for high-cube containers.

Sliding tie-down devices move along pallet channels to match vehicle anchor patterns, eliminating obstructions from unused hardware.

A sensor arrangement measures boom arm inclination relative to gravity to dynamically adjust actuator speed and force during container handling.

A load leveler with adjustable stakes accommodates varying stake pocket distances across different semi-trailer manufacturers.

Movable adapter creates a second set-down surface between guide surfaces, enabling stable transport of wide-body containers without slipping.

A carrier device integrates locking and guiding members to automatically engage different payload bodies on commercial vehicles.

A releasable latch mechanism engages a boat snare to secure watercraft on trailers.

Segmented machine modules fit into the vehicle's receiving frame, enabling flexible reconfiguration in confined underground spaces without complex assembly.

Removable elastomeric inserts allow the chute door to slide linearly and be extracted for maintenance without welding.

Torsion springs mounted on pivot shafts counterbalance the ramp wall weight, eliminating hydraulic complexity while maintaining structural integrity.

Segmented rolling modules with adjustable supports lift heavy waste containers while reducing tire wear and infrastructure height.

A wheeled vehicle uses sliding guide elements to transfer waste containers laterally onto a bearing frame.

Inspection windows allow infrared monitoring of battery packs while recirculation nozzles cool overheating cells without flooding the container.

Telescopic height adjustment lowers the brake below conveyor planes to prevent aircraft damage while maintaining braking effectiveness.

A container transfer system uses a lift mechanism to raise and lower a conveyance mechanism for moving containers along an axis.

A control unit on removable transport equipment converts lock closing force into functional commands.

Dynamic pawl assembly balances cargo security with rapid loading operations.

Elastic band tensions tailgate and bed extender, reducing lock mechanism load and vehicle weight.

Segmenting the tilt frame into a hinged tail and using dual hydraulic reeving enables container loading in low clearance spaces.

A lift unit moves a hoist frame between transport and use positions using mechanical advantage.

Replacing heavy hydraulic cylinders with a traction roller mechanism reduces vehicle weight and increases payload capacity for commercial transport.

Configurable platforms and dividers enable secure top surface containment without mounting hardware that damages vehicle interiors.

A guide with a run-on surface directs pallets away from posts, preventing damage during loading.

A dual chassis design segments the structure so a sliding secondary chassis absorbs floor undulations, maintaining traction on heavy loads.

Segmented rail system with flexible straps adds versatile product mounting to tailgates without permanent vehicle modifications.

A sliding bracket positions a winch on a perforated headboard mount to resolve the trade-off between hauling versatility and device complexity.