Stacking Articles TRIZ Cases

Parallel conveyors segment container width to load full parcel rows simultaneously, reducing cycle counts and dead space without manual reprogramming.

Multi-axial robot with rotating pusher orients packaging units on a grouping belt.

Rotating blades nest concave sides to form duplexes, reducing packaging mechanism complexity.

Interlocking articulated slats reduce friction and noise while preventing snagging of heavy items during palletizer loading operations.

A segmented sorting carousel uses a fixed support crown to reduce moment of inertia and electrical power consumption during tile stacking.

An automated load handling device uses a stabilizing member engaging the storage structure to resolve swaying instability during high-reach operations.

A horizontal transfer unit maintains article configuration during high-speed movement by decoupling push and support bar motions to prevent slipping.

A method segments products into groups to determine a loading sequence that achieves a desired spatial pattern on a carrier.

A portable monitoring device reads package tags and transmits position data to a management server.

A flipping platform rotates grouped triangular packages to expose different faces for robotic gripping.

Vertical module movement enables horizontal layer transfer, eliminating stationary surface bottlenecks and collision risks to boost palletizing throughput.

A dual-lift pallet handling device moves transport platforms vertically to enable continuous layer stacking operations.

Alternating pack layers from source pallets in a shared magazine reduces buffer space and handling time.

Spacer strips segment the foam board stack to create air channels, ensuring uniform heat distribution and reducing reject rates.

A palletising station stacks precast concrete pieces using parallel gaps to enable direct forklift access without wooden pallets.

Axial spacer extends from flange to stabilize stacked reels and prevent tipping during forklift handling.

A buffer conveyor decouples stacking from main transport, eliminating stepwise loading delays and enabling continuous high-volume cargo handling.

Dynamic synchronized lifting eliminates stationary waiting periods during horizontal layer transfer, reducing palletizing downtime.

A movable head abuts and transfers selected articles from a stack into a comb-like receptacle.

A calculation module determines residual storage space using container type data to extract consolidation targets.

Inward-moving flexible curtain stabilizes pallet layers against centrifugal forces during rapid robot swinging movements.

A gripper with individually adjustable forks and beams enables precise vertical and horizontal positioning of diverse products during high-speed pallet loading.

Segmented pushers and sliding plates position mixed packages to resolve the contradiction between stacking stability and automation throughput.

A workpiece carrier device moves a support plate step-by-step to stack flat components with high precision.

Segmenting the storage plane with peripheral passages reduces manual retrieval effort and time for distant items while maintaining high storage capacity.

Continuous conveyance through a single belt eliminates mechanical stress and positioning errors caused by speed differences between multiple transfer belts.

A mobile palletizer moves between conveyors to stack containers in multiple layers, eliminating fixed unit complexity.

Independent flight bars push product units onto a lifting plate to create stacks.

Segmented rollers separate rows and columns to handle varying box geometries without adding fixed obstacles.

Pre-grouping conveyors assemble articles into sets and discharge them into packing boxes, reducing cycle time by eliminating individual placement steps.

A thermoforming stacking machine uses a fixed parallel seat structure to collect articles from moving plates.

Movable platform transfers product groups between pallets using a roller conveyor system for efficient deposition.

A dynamic alignment dowel with expanding resilient vanes positions gaskets accurately, preventing fluid flow blockages in fuel cell stacks.

A palletizing system uses a single support column to handle objects, pallets, and flaps.

Removable pins on a sinusoidal horizontal member prevent direct pan contact to stop food contamination while optimizing storage space.

A transfer device uses spring-loaded closure elements to securely hold product stacks during automated movement between manufacturing and packaging stations.

Offset merging buffer conveyors align individual food portions into format sets with precise overlapping.

Independent flight bars drive a bar conveyor to transfer sanitary tissue products, eliminating reconfiguration needs while maintaining upstream control.

A target management system updates standard man-hours based on actual performance data to create precise operation plans.

A receiving plate uses movable retaining strips to adjust passage dimensions for article bars.

Stacking grouping stations vertically reduces floor space while maintaining throughput, eliminating complex horizontal transfer mechanisms.

A case manipulator uses a swing plate and paddle arm to orient incoming boxes for palletizing.

Slip-on containers provide lateral guidance and protection for stacked goods, eliminating the need for complex grippers.

A coating-type electronic tag simplifies manufacturing by replacing vacuum processes with conductive deposition layers.

Multiple independent rotary tables enable flexible orientation of boxes on a conveyor, resolving rigidity limits in handling varied configurations.

Vertical plate guidance and robotic arms stabilize mixed-size package stacks, reducing downtime during direct loading.

A transfer device positions at multiple levels to accumulate and unload products onto an evacuation conveyor.

A handling robot uses a rotating gripping head to place parcels on pallets based on calculated dimensions.

Integrated automated guided vehicle conveyors merge depalletizing and palletizing operations to eliminate separate equipment space requirements.

Rotating conveyor rows prevents protrusions beyond maximum dimensions while maintaining automated loading speed.