Stacking Articles TRIZ Cases

See how independent pawl locking with linkage bolt and coil spring prevents stored-goods displa

See how individually lockable pawls with linkage and spring mechanisms prevent goods from shift

See how cam-driven pivot arms maintain controlled spacing between stacked sheet metal parts, pr

Alternating conveyor belt pairs use layer overhangs to align and compress fuel cell stack layers while cutting assembly cycle time.

Segmented centering, clamping, and locking keep varied containers aligned for precise rubber block picking despite random block orientation.

Sensor-based harmfulness assessment flags contaminated objects before routing, enabling safer autonomous transport and disinfection decisions.

Extendable cantilever-side wheels widen the wheelbase based on container weight, improving stability and safe grid maneuvering.

A common vertical drive moves a support segment and lifting console in opposite directions to stack loading aids in less machine-tool floor space.

Automated gripping and intermediate support move aluminium profile layers faster while limiting gravity sag, scratches, and operator strain.

A mobile delivery vehicle and robotic picking station move containers away from delivery columns, easing ASRS port congestion and saving space.

A remote delivery vehicle moves storage containers from the ASRS grid to robotic pick stations, easing port congestion and reducing rail footprint.

A common vertical drive moves support and lift elements in opposite directions to transfer stacked loading aids with less space and setup effort.

Sensors, gripping, and weighing automate bar selection from entangled bundles, improving counting accuracy, handling speed, and operator safety.

A transverse transport device lets one loading vehicle serve multiple storage rows, cutting vehicle count, construction cost, and container handling steps.

A palletless lift docks with movable shelves to automate variable-size item restocking, saving floor space and reducing manual warehouse labor.

A magnetic head and sensors automate bar extraction from bundles, preventing entanglement blockages while improving counting accuracy and safety.

A vertical empty-tray stack above the supply stack cuts floor space and extra drive mechanisms for faster robot tray exchange.

A loop guide path lets one conveyor form single- or multi-tier article groups, cutting packaging footprint while adapting to carton layouts.

Vacancy-rate shelf allocation lets mixed-size articles use larger shelves when space allows, balancing carrier access and improving warehouse throughput.

Autonomous transport robots and vertical conveyors retrieve individual case units without moving whole pallets, improving mixed-pallet handling and space use.

Grippers and pushers stabilize flexible separation sheets so disarranged pallet layers can be depalletized automatically and reliably.

A lift on horizontal guide tracks automates filled and empty receptacle swaps, cutting labor and saving warehouse space.

Spring-mounted fixing elements compensate assembly tolerances in stack storage, simplifying setup while maintaining reliable container release.

A removable support surface uses inertia to place item layers at high speed while maintaining positioning accuracy and reducing wear.

Cameras, sensors, and machine learning grade pallet condition in flow, then route damaged or reusable pallets to overhead sorting and stacking paths.

A dual-stocker transfer layout keeps press lines running during stocker switching while reducing vibration and supporting accurate high-speed loading.

Height-aligned dual stockers let the transfer unit switch loading targets without stopping the press line, reducing vibration and switch delay.

Uses pallet-specific article counts, types, and stacking order to set loading order and create loading plans that match actual work content.

A telescopic air feed creates an air cushion for smooth sack-layer push-off while cutting hose collisions, wear, and installation space.

Automated lift arms and roller conveyors build and lift metal sheet bundles with spacers, cutting floor space, manual handling, and safety risk.

A perpendicular carton magazine and stationary erecting station shrink packaging machine footprint while sustaining carton throughput.

A movable stacking transporter alternates filled and empty flip-top container stacks to cut interruptions, process time, and construction cost.

Vacuum suction cups, vibration, and tray transfer automation prevent contamination and remove manual stacking at the disinfection line.

A two-zone pallet rack layout automates insect container handling and environmental control for large-scale, space-efficient rearing.

A dual-lifter tray transporter cuts loading and unloading cycle time while reducing floor space for high-capacity tray handling.

A self-actuating roller lock prevents lateral pack drift during table opening, preserving layer alignment and pallet stability.

By separating height generation from width reduction, this conveyor layout stacks piece goods smoothly and avoids jamming at high flow densities.

Bulk stack conveyance is combined with unstacking, workstation processing, and restacking to keep container handling efficient and practical.

Adjustable trap positioning matches case height to cut lifting time and speed grouping and transfer in case packer machines.

Shared warehouse addressing cuts empty storage space and management load while enabling cross-client product substitution for faster shipping.

Dual trap-door floors let the manipulator place cargo continuously without return travel, increasing palletizing speed and alignment precision.

A gantry robot with a perpendicular extendable arm moves items from storage to pallets, improving fulfillment speed without major facility changes.

Separating rack storage from autonomous article transport improves warehouse space use, picking ergonomics, and refill throughput.

Rotating rollers and a turnover assembly automate material posture adjustment for palletizing across varying container widths and obstacles.

A precomputed pallet plan and robotic gripper enable automated stacking of mixed-size parcels with less manual handling and fewer errors.

Modular workstations with connectable transport and integrated utilities let biochemical lines be moved, reordered, and scaled with less downtime.

Multi-axis gripper jaws position film precisely during lamination, reducing stretching, optical defects, and material waste on complex parts.

Adjustable suction flow and one-way valves help lift incomplete pallet layers with gaps or film-covered goods without dropping.