Storage Devices TRIZ Cases

An intermediate storage device integrates open receiving compartments to allow direct article placement during commissioning operations.

A storage system uses parallel elongated sections and end platforms to move holders horizontally between positions.

A cable body guides the upper portion of a partition body to enable manual retraction, preventing contact with stacker cranes during full withdrawal.

A circular sorting machine with a cross-belt sorter conveys packaging units through friction-based movement.

Bridging aisles with a lifting device reduces playtime by enabling simultaneous storage and retrieval operations.

Extracting control systems from the stacker crane reduces dead space by minimizing device protrusion along the mast axis.

A pivoting load chute uses a dogleg linkage arm to raise and lower the conveying surface smoothly.

Non-contact magnetic coupling transmits rotational force to shelves, reducing system complexity and manufacturing costs.

Placing stacking devices at rack endpoints segments operations, maintaining loop capacity while improving storage density.

An elevation member inside a transfer unit frame moves containers between separate high-speed and low-speed rails, eliminating slope rail congestion.

Hollow beam structures formed from integral flap panels fill spaces between pallets to prevent shifting during transport.

A mobile handling robot uses a lift component to move materials across layered plates on a storage shelf.

A control system generates pallet assembly plans to maximize warehouse rack space utilization.

A control system generates picking batches and divides placement bodies to distribute articles across multiple storage units.

A continuous conveyor traverses storage levels to enable rapid goods retrieval via coordinated handling devices.

Superposed storage areas with mobile manipulator robots eliminate complex conveyor systems to resolve production speed bottlenecks.

Segmented rails with an adjustable third rail minimize vibration transmission between transport devices, enabling smoother operations and easier maintenance.

Double-deep storage cells increase logistics tower density, eliminating unoccupied space and reducing retrieval device requirements.

A control system arranges transport vehicles in lines with aisles or proximate clusters to manage floor space.

Sorting order lines by article type groups items before transfer, preventing short-term buffer overload and maintaining high throughput.

Interface stations separate sorting complexity from vehicle movement, increasing item transfer rates without adding system complexity.

A container handling vehicle uses a non-rotatable track wheel sensor to acquire angular positioning data for distance metering.

Segmented wheel treads bridge a track discontinuity, allowing smooth transitions while relaxing alignment tolerances for automated warehouse systems.

A common reversible positioning drive synchronizes loading aid transport units to reduce manufacturing costs and noise in automated order picking stations.

Vertical separation of AGV routes via elevated loops eliminates collision risks and reduces energy consumption in container terminals.

A loading system moves specimen vessels from a source carrier to a target using a pre-filled top-up carrier for immediate replacement.

A modular apparatus with independent horizontal and vertical translation devices enables flexible handling across existing shelf structures.

A transfer device uses a guide driving mechanism to adjust first guide portions during article movement.

Non-contact sensors in guide pins detect container positions before physical contact, reducing mechanical wear and enabling faster vertical movement.

Continuous insulation covers eliminate separate ceiling plates, resolving device complexity while maintaining reliable sample storage.

A specimen rack storage apparatus moves racks vertically by a predetermined pitch to align with a carry-in position for container transfer.

A storage rack system uses movable shelves and sensors to adjust loading positions for variable object sizes.

Clamping bars engage aligned box elements for simultaneous translation onto a sliding work surface, resolving slow single-item handling bottlenecks.

An order fulfillment system assigns returned items to tote sub-compartments and generates optimized return tours for warehouse carts.

Buffer devices upstream and downstream from elevators increase work cadence, preventing production backups during high-speed packaging operations.

A movable barrier system enables flexible article handling by adapting to varying dimensions and positions within automated warehouse environments.

Automated imaging unit captures article images for processing unit matching, eliminating manual scanning errors and reducing operator burden.

Segmented load arms on the shuttle retrieve deep objects without moving shallow items, reducing retrieval time and space needs.

Vertical firewalls segment the semi-buried facility, preventing fire spread between cells while a gantry crane handles containers.

Mobile platforms lift perpendicular racks to the working aisle, resolving storage density versus accessibility trade-offs.

Stationary guide rails and independent gondola drives eliminate mechanical transfer devices, reducing noise and stress during direction changes.