Storage Devices TRIZ Cases

See how vertically offset container frameworks with horizontal layering enable direct side acce

See how a flat-zone post and hook-based bracing connection minimize moments, prevent rotation,

See how a dual coupling mechanism combining locking portions and binding members reduces assemb

See how adjustable strap tensioning stabilizes ladder uprights during mobile drive unit lifting

See how single-side mounting with track-guided supports eliminates surrounding frames, enabling

See how a detachable hoist replaces fixed winding units to simplify storage rack structure and

See how track-constrained securement beams with single-degree-of-freedom vertical adjustment en

See how parallel storage racks and vertical conveying eliminate rear manipulator space, reducin

See how independent track systems restrict deck and beam movement to vertical paths, enabling r

See how notched I-beam rails enable flush cart nesting in push-back pallet racks by allowing wh

See how grooved ribs and an anti-pivot flange enable single-bolt pallet stops that fit multiple

See how vertical front-insertion brackets enable tool-free bumper bar installation in tight war

See how an inclined pallet with fork plates and blocking mechanism automates goods picking and

A hook lug and lower support plate create double-surface contact to disperse tray stress, raise load capacity, and extend service life.

Movable platforms linked by a winch stack large items vertically, saving floor space while keeping each item safely reachable.

Three-part spaced couplers let adjacent mobile racks move relative to each other while resisting seismic tipping on uneven floors.

Guide surfaces correct lateral and angular misalignment during lowering, enabling reliable gripping of containers with multiple grip sections.

A simplified left-right support and arm layout uses elastic bodies and rotation shafts to damp base vibration while keeping the overhead carrier compact.

Angled loading rollers cut friction in mobile furniture lift containers, reducing manual force, injury risk, and edge collisions.

When power fails mid-scoop, the control sequence completes projection, then retracts empty movable members to avoid equipment contact on restart.

By splitting transport into pickup-to-wait and wait-to-unload steps, this case prevents article buildup at pickup ports during route closures.

A lockable suspended elevator cuts article sway during lifting and isolates travel vibration for more accurate overhead transfer.

Guide rollers, a lift, and a gripper drive let one robot retrieve containers stably from deep racks while avoiding charging downtime.

A reinforced rack base resists forklift impact while a replaceable shelf adapter preserves beam compatibility and speeds floor-level repairs.

Vertical transfer zones and multi-trolley container movement ease port congestion while raising storage capacity and throughput.

Production order and target locations are preplanned from product size, quantity, and loading space to improve robotic stacking efficiency.

A movable second guide tooth helps gears enter racks without side abutment, improving axial engagement reliability in logistics motion transitions.

Shared maps and synchronized clocks let ASRS vehicles self-route around dense traffic, cutting radio load while avoiding collisions.

Shared rail maps and a common clock let container handling vehicles route themselves safely while cutting radio traffic and interference.

A spring-supported reinforcing plate and damper isolate twisting and vertical vibration from fast transfer vehicles to protect hoisted articles.

A numerically controlled picker transfers components during transport, cutting stationary time while raising material set distribution capacity.

Coupled trolleys and relocatable transfer zones raise container throughput in storage grids while easing port congestion.

Spatial queries assign non-blocking waiting positions and priority order so multiple robots can share common resources without pathway congestion.

Dynamic robot reassignment and path-based task shifts relieve warehouse process bottlenecks caused by uneven workloads and delays.

Sensors on a warehouse robot verify continuous vacant rack space before placement, improving storage safety and space utilization.

Object position feedback adjusts velocity and pressure to keep transport accurate despite floor variation, slipping, and load changes.

Relocatable transfer columns and a multi-trolley vehicle raise container throughput in rail-grid storage while easing port congestion.

Separate gravity-fed feed and return paths recycle component holders continuously while preventing jamming, tilting, and excess floor space.

Spatial queries assign non-blocking waiting positions and priority order so robots can share common resources without clogging pathways.

Hidden interior fasteners and overlapping exterior panels create a watertight AGV chassis that protects electronics, motors, and payload from rain.

A single-story stacked container layout with crane handling cuts building cost and access-way loss while speeding secure user retrieval.

Magnetic shelf and plow transfer moves containers between tube carriers and shelves while supporting lower-cost, faster last-mile delivery.

A rotating container carrier lets delivery vehicles reorient storage bins between perpendicular rail systems and conveyors without precise alignment.

Automatic tray extraction, pallet insertion, and barcode-based control reduce operator burden while improving component replenishment timing.

A swingable wheel support keeps drive wheels grounded on uneven surfaces while preserving low vehicle height and larger load space.

Early load transfer during lift overtravel cuts settling time and avoids collisions in multi-level rack storage.

Double-cycle lifter transfers and bidirectional shuttles cut lift bottlenecks, space use, and conveyor complexity in rack storage.

A chain-driven fork replaces telescopic pickup structures to simplify shuttle box handling, cut manufacturing cost, and improve transfer efficiency.

Upward or downward guide elements keep the gripper constrained outside the shaft, improving container positioning and preventing swing damage.

Extendable shelf modules create multi-level carrier storage in less floor space while shortening transfer time in semiconductor stockers.

A ground walking mechanism lets a shelf-hung transfer robot share its weight with the floor, reducing shelf load demands in warehouse aisles.

Integrated rollers on the elevator load-receiver enable perpendicular load-carrier transfer, removing extra conveyor hardware and saving space.

Nested rotating conveyors align segments to a radial chute, enabling automated item storage and single-sweep retrieval without complex robots.

A frame with gripping bars moves whole rows of boxed items for faster sorting, simpler automation, and better shelf space use.

Wheel pre-positioning and twist-lock lifting enable safer container handling in stacked grids while reducing collision risk, wear, and power use.

Raised platforms and stacked conveyors add picking stations at different heights to boost warehouse throughput without extra floors.

A dual-height rail lets transfer wheels enter a mounting table with less impact, reducing vibration while keeping the vehicle member stable.

A retractable gap mechanism lets robots cross rack sections in normal use, then clears the path so a shield wall can block fire spread.

Multi-level transfer decks, vertical conveyors, and bots cut aisle travel time while preserving warehouse storage capacity.

Automated lifts and transfer carriages feed alternate sequencing areas, cutting walking distance, floor space, and forklift overlap.

A belt-driven transfer mechanism simplifies assembly and enables efficient article storage and retrieval on densely packed shelves.

A nitrogen-methane-CO2 cushion gas blend improves subsurface hydrogen storage by controlling leakage, wettability, and purification.

Dynamic task exchange during active transport cuts cost and adapts to product or robot changes without stopping operations.

A self-centring rail shuttle uses retractable wheels and linked actuation to cut side movement, friction, and rack vehicle complexity.

Rack-mounted rails move task modules vertically and laterally to transfer bins to freight robots while saving floor space and reducing ground upkeep.

Low-piece-number orders can bottleneck the picking zone; mixed-mode routing sends suitable articles to automatic or manual stations.