Loading/Unloading TRIZ Cases

Flexible curtain shield prevents condensation and corrosion by adapting to dock leveler movements without complex custom fitting.

Automated guided vehicles ascend vertical stacks to eliminate aisle dead space and maximize parking density.

Dual auger conveyors with adaptive lifts match gate throughput to reduce offloading time and cost.

Spring-based loader arms reduce power consumption and footprint while maintaining operator access.

A component supply device integrates a locking mechanism with an automatic shutter to cover the storage opening upon release.

Adjustable rotary valve positioning mechanism maintains precise housing spacing.

A sweep-mounted leg engages a floor pedestal to support the housing during stationary phases and disengages during movement.

Pivoting wall extensions expand load volume while maintaining highway width compliance during transport.

A pickup mechanism drives blocks to pause and shake for releasing reaction vessels.

Rotating removal device with vertical conveying element aligns parallel to partition walls in circular bulk material storage.

A vertical trolley storage system uses a motorized platform to transfer carts between floor and wall compartments.

An adjustable angle brace reconfigures the ramp inclination between 20 and 70 degrees, accommodating vehicles with limited substructure clearance.

A dock leveler lift lever retainer with a shaped opening receives the lever for manual operation.

Movable front and rear platforms adjust laterally and vertically to resolve labor-intensive alignment bottlenecks during semi-trailer loading.

Segmenting positioning and locking functions resolves the contradiction between safety reliability and ease of operation in vehicle blocking devices.

A loading dock barrier rotates and translates to capture rear impact guards.

Segmented dock seals deflect against vehicles, reducing wear while maintaining operational access.

Housing with transport chain conveys bulk material from walking floor vehicles to discharge chute at surface level.

Vertical plates with coaxial apertures guide stub shaft pins and a hollow tubular shaft for hydraulic cylinder mounting.

Motorized ramp hook engages hand trucks to prevent uncontrolled descent and operator injury during heavy cargo loading.

A transport trolley conveyor system moves luggage between stationary infeed and outfeed lines.

A carrier element supports packages inside a flexible bag element that surrounds the load.

Intact fasteners secure a removable toe guard to dock levelers, enabling easy replacement without damaging the main structure.

A pallet displacement device uses levelling means to align travel surfaces with vehicle floors for efficient carrier handling.

A movable carriage with cantilevered prongs transfers sacks to a vertically adjustable seizing apparatus inside the container.

A loading station platform stores load carriers at predetermined sections for trains to pick up directly.

A layered loading method distributes superabsorbent polymers in the lower ore hold to absorb migrating water.

Manual obstructions extend beyond the deck perimeter to prevent downward movement during pit servicing.

Raised web members provide user traction on a hinged ramp, preventing slippage during vehicle loading.

Automated transfer vehicles move boats along an overhead grid track into vertical storage cells, eliminating internal aisles required by ground machinery.

Profiled uprights with rolling surfaces and wheels maintain parallel flank alignment without horizontal tie-rods, preserving usable insertion space.

Bayonet connection with alignment lugs prevents leakage during hazardous waste transfer.

A swinging roller blind device pivots behind aprons to maintain continuous contact with truck roofs.

Nested lip subplates reinforce the deck plate while standard cylindrical springs reduce manufacturing complexity compared to conical designs.

A tilted paddle movement plane prevents particle retraction and eccentric loading while maintaining continuous floor contact.

Dual cylinders pivot a support frame to tilt containers for gravity-fed loading, eliminating demounting complexity.

Vertical reciprocating motion disrupts sticky powder bridges, ensuring reliable die filling without excessive mechanical wear.

A slide rail assembly moves pallets via a sliding arm and finger mechanism, resolving inconsistent gravity-fed indexing.

An elastic member deforms to remove projecting components, preventing entanglement and breakage during supply.

A mobile base mounts the body lift cylinder to allow transversal inclination and maintain straight extension.

Parallel flexible lips deflect around protrusions to bridge gaps and prevent energy loss.

Reverse velocity acceleration eliminates friction and impact damage during continuous AGV transport.

Orthogonal paddle arrangements prevent blockages at tube junctions, ensuring efficient intermodal transport of granular materials.

A spooling roller winds a base belt to drive an automated unloading apparatus into a container.

Compression springs hold the middle lip weight, preventing vehicle sagging during lighter van loading.

Segmented rollers rotate to distribute impact energy, preventing rubber tearing and enabling selective part replacement.

Adjustable chutes rotate via grain flow to distribute high moisture corn uniformly without motors.

A dock shelter moves along a guide to seal building openings.

A stabilizing retainer absorbs side loads from uneven terrain, preventing cylinder failure and seal damage.