Conveyors TRIZ Cases

Overhead track system moves suspended pouches to reduce floor space and labor costs.

Segmented elastic members detach from gear motor torque arms, simplifying maintenance and absorbing impact loads.

Movable hopper sidewalls adapt to varying truck widths, reducing asphalt spillage during transfer operations.

Independent gear drives enable separate conveyance and rotation speeds, resolving fixed-speed limitations for uniform exposure.

Orienting container openings away from access space enables multi-segmented arm retrieval, reducing vertical pitch to increase storage density.

Molded foam elements inside a cylindrical capsule hold biological containers, eliminating heavy carriers and increasing transport capacity.

Undercut cavities in the belt accommodate inserts to fix elements, resolving insecure attachment complexity.

A low-pressure accumulation conveyor belt uses freely rotatable article-supporting rollers to transport trays along a continuous path.

Stanchions engage frame slots and notches to mount components, eliminating redesign costs and boosting versatility.

A deformable transport mechanism maintains a predetermined height position for goods items during movement.

Integrated sheet metal components form an H-frame support construction that reduces external width and material usage in conveying equipment.

An A-frame grain sweep with segmented paddles reduces power consumption while breaking apart compacted grain.

A transport unit with two endless conveyors and a transition unit featuring fewer rollers and a smaller frame structure.

Wire-supported belt conveyor removes mink manure automatically, reducing maintenance needs and odor emission in existing sheds.

Real-time gap detection dynamically adjusts slave belt speed to prevent product misalignment and saw blade damage in horizontal casting lines.

Stacked carousel design increases wafer storage capacity without expanding the vertical batch furnace footprint or cost.

A floating anti-wrap cover assembly accommodates topshaft deflection by moving dynamically, preventing crop material ingress and reducing mechanical wear.

An extendible conveyor system uses a sensor-driven transfer mechanism to move cargo from the belt to a staging shelf.

A hand element with flexible finger elements grips and stacks packages in a container.

A self-stacking spiral conveyor uses interlocking tiers and drive ridges to maintain positive belt grip along a helical path.

Angled biasing rails allow diagonal object storage, reducing conveyor space consumption while maintaining parallel transport efficiency.

Segmented airflow zones orient bottles vertically to resolve the contradiction between high-speed transport and reliable transfer reliability.

Independent gearmotor-driven cups move products in small steps to form slugs, eliminating knife damage and vertical drop impact on sensitive baked goods.

Computer vision guides an overhead crane to stack coils vertically, while dunnage boards distribute weight to prevent bridging damage.

Hinged third sections rotate about transverse and parallel axes to isolate the container from conveyor vibrations, ensuring accurate weight measurements.

A sorting device integrates scanning and labeling functions along a single conveyance path to optimize logistic area usage.

A foldable conveying structure stores below the support surface when retracted, reducing operator back injury risk during manual luggage transfer.

A perforated conveyor belt holds flat materials using underpressure suction during infrared laser cutting operations.

A conveyor system uses independent zone motors to dynamically adjust article spacing through real-time speed variations.

Detection devices track bag location between the conveyor and transfer arm, correcting positioning errors to minimize scrap and improve loading efficiency.

Recessed conveyors tilt short articles into openings for gravity separation, resolving bulk handling bottlenecks.

A roller gap filler system bridges excessive spacing between rollers using a plunger-coupled filler bar, preventing small objects from falling through.

A roller generator converts belt motion into electrical energy to power load cells, eliminating separate speed sensors and reducing lightning damage risk.

Handling device rotates pharmaceutical containers on support wheels to resolve vibration and surface area trade-offs during high-speed inspection.

Wedge-shaped edges and tight diameter ratios prevent residue accumulation in housing seats while reinforcing ribs restore structural strength.

Rotating the chute body and side deflectors minimizes dust generation and reduces material spillage during bulk loading operations.

Preliminary order evaluation assigns complete orders to specific goods sinks, reducing average staging times in logistics systems.

Pneumatic transfer replaces mechanical contact to prevent damage during directional change, ensuring uniform mass flow.

A vertically movable transfer device uses an elastically deformable cushion member to support articles during transport operations.

A rubber mixture uses a vegetable oil plasticizer with controlled oxygen content to maintain stiffness and rolling resistance.

Pivoting arms and actuators correct product orientation on a conveyor belt, resolving throughput trade-offs via segmented zone control.

A substrate transfer arm adjusts rotation angles before gripping to ensure precise alignment during vacuum processing.

Shaking mechanisms vibrate trays to settle items into dense configurations, reducing allocation time and minimizing space waste in distribution centers.

A linear shuttle carriage slides container rotating devices along a rail assembly to align with the conveyor path.

Actuator system moves rollers along conveying path to adapt length automatically, eliminating manual adjustment time and mechanical complexity.

An elastic control flag pivots aside during loading and snaps back to lock subsequent carriers, preventing collision damage in gravity flow racks.

Auxiliary rings outside restricting flanges prevent belt meandering, reducing edge damage and toner displacement in copier fixing devices.

Replacing welding with a mechanical snap-fit connection eliminates thermal embrittlement and allows quick maintenance by non-specialized personnel.

Segmented couplings on a parallel rotation chain simplify mechanical complexity while ensuring reliable force transfer without deformation.

Measures collar bone position to automatically adjust cutting stations, resolving yield losses from variable fish sizes.