Storage Devices TRIZ Cases

RFID-tagged reel cases and automated transfer link component data to storage positions, cutting manual stocking and retrieval effort.

Lockable storage aids let a top-running vehicle vary storage positions by object size, cutting dead space while preserving access for fire suppression.

Mobile shuttles consolidate items at exit stations in real time, replacing rigid bulk sorting with flexible order preparation and returns handling.

A central loop sorter and many consolidators keep fulfillment flowing, easing wave bottlenecks and urgent-order delays.

Pre-positioned totes with varied compartment sizes keep decant stations supplied, reducing ASRS bottlenecks and wasted storage space.

Continuous tracks with rail-engaging protrusions let grid vehicles change direction without stopping, cutting travel time and power use.

An integrated wheel and drive layout lets a rack shuttle move horizontally and vertically without external lifts, improving reliability and maintenance.

Demand-based container selection matches box type, quantity, and occupancy to materials, improving outbound accuracy and warehouse space use.

An extendable transfer element enables vertical container handoff from a stationary loading vehicle, cutting station footprint and empty travel.

Adjustable shaft support positions place each carrier by actual load height, increasing storage density without container stacking or excess lifting energy.

Laterally offset guideway fastenings and connecting elements cut noise and vibration at warehouse rail intersections for smoother vehicle travel.

A rotating carrier lets a rail delivery vehicle align storage containers with perpendicular rail systems and conveyors for reliable transfer.

Modular smart racks move rectangular prisms directly with local actuators, cutting shuttle space, cost, and failure points.

Vertical robot routing across warehouse stories cuts picking travel distance, boosts storage density, and supports faster order preparation.

IMU and encoder fusion helps an ASRS load handling shuttle predict arm and shuttle position more accurately, reducing retrieval errors.

Vertical climbing rails and retractable wheels let storage shuttles move between rack levels without lifts, improving throughput and scalability.

Vertical climbing rails let shuttles change rack levels without lifts, reducing control bottlenecks while improving scalability and access.

Multiple robotic vehicles lift larger storage containers together, expanding item size flexibility and storage capacity without separate robot systems.

Spaced spring elements balance moment loads from uneven container stacks, reducing one-sided stress, wear, and assembly difficulty.

Retractable climbing wheels let retrieval shuttles move vertically and horizontally without lifts, easing bottlenecks while improving rack scalability.

A vacuum cylinder counterbalances a robotic header against gravity, cutting wear, lowering peak power demand, and improving fulfillment throughput.

Direct guide rail mounting on a beam-connected support base simplifies shelf assembly while improving alignment precision and lowering installation cost.

A mobile warehouse shuttle fixes one arm and adjusts the other by article length to speed transfers and simplify control.

RFID-read article lists can be updated on the same terminal screen, improving inventory accuracy without extra input devices.

Combining RFID RSSI with flow line tracking helps distinguish true gate passage from mere proximity, reducing article handling errors.

A reciprocating common lid opens and closes multiple rack-mounted containers, cutting lid parts and simplifying picking tasks.

A gear-driven lifting and reversing mechanism replaces hydraulics and chains to prevent asynchronous shuttle motion, falls, and deflection.

A branched conveyor beneath the grid directs and accumulates containers to raise transfer throughput without excessive interface complexity.

A friction pin and slot bumper absorbs collision energy before it reaches a semiconductor transfer truck, reducing vehicle and load damage.