Storage Devices TRIZ Cases

Parallel introducing devices divert overloaded packets to intermediate aisles, preventing accumulation and maintaining uninterrupted throughput.

A telescopic holder extends from a storage container to enable side access for delivery containers.

Side-by-side unit load transport increases throughput while reducing mechanical stress on conveyor components and simplifying logistics operations.

A magazine system collects membrane electrode assemblies using pivotable receiving elements for simultaneous processing.

Vertical column placement avoids horizontal interference with transport vehicles, allowing closer route spacing and improved spatial efficiency.

A carrier board transfer system moves boards through a handler chamber using guide and sustaining apparatuses to align them in the circulation direction.

Internal segmented guide structure reduces vertical member size to create wider maintenance passages while preserving high-density storage capacity.

A movable picking station travels among shelving units to extract items and arrange them in order containers.

Axial transfer of narrow rolls through overlapping slitting machines prevents damage from lost orientation control.

A modular storage column uses a removable rear wall to enable rapid blade replacement without dismantling the entire structure.

A logistics warehouse control system determines operational parameters for multiple subsystems based on order data.

A lifting drive mechanism allows one transport device to access multiple shelf layers, reducing equipment redundancy and ground space occupation.

A robotic automated storage and retrieval system uses an extendable end-of-arm tool to manipulate articles from double deep storage locations.

Automated retrieval of grouped component supply units reduces manual handling labor and simplifies inventory management.

Autonomous goods bots traverse multi-level breakpack stations to transport containers between storage racks and operator workstations.

Glued laminated beams form horizontal load-bearing parts in board storage rows to transport stacks via satellite wagons.

Self-guided trolleys replace fixed conveyors to eliminate single points of failure and reduce footprint.

Mobile picker robots sequence items near storage locations, eliminating fixed conveyors and reducing travel distances.

Decoupling workpiece carriers from guide means enables independent loading and unloading, resolving cycle constraints.

Movable carriage stoppers engage immovable rail elements to prevent track overrun, reducing maintenance complexity and eliminating pivotable mechanisms.

Roller barriers replace complex lifting gates to prevent personnel injury while minimizing interference with storage and retrieval device cycles.

A rack and pinion actuator propels autonomous robots along vertical and horizontal warehouse rails.

A transfer device arm retracts hooks after unloading articles to prevent contact with adjacent items.

Automated loading and unloading stations handle intermediate storage devices at designated picking zones.

An AGV comb-type transfer robot uses omnidirectional movement and self-navigation to handle vehicle storage and retrieval tasks.

A UAV station separates takeoff operations from parcel handling to enable deployment in areas lacking wellhole structures.

Online Minimum Performance Loss Scheduling prioritizes tasks by loss value to optimize multi-robot allocation.