Conveyors TRIZ Cases

Low friction regions on driving roller ends reduce guide rib adhesion, preventing character skew and image stretch in office automation equipment.

A rotary drive mechanism groups container holders to enable controlled individual rotation along a conveying path.

A tray with a movable floor raises to allow direct access for loading and unloading goods.

Synchronized opposite belts guide seed movement trajectory and speed, preventing random trajectories that reduce seed distance consistency.

Independent panel movement controllers adjust position and rotation of heavy displays to resolve alignment precision issues during tiling assembly.

A guidance device applies local forces to shift a glass ribbon toward suction cups, maintaining planar configuration and reducing cracks in thin sheets.

A flexible guide assembly connects to a lateral draper belt, allowing the transport mechanism to move with terrain-following cutter bar movements.

Replacing vulcanization with mechanical rivets and textile reinforcement layers reduces production time while maintaining connection strength.

A dual proppant delivery system replaces pneumatic transfer with a bridge conveyor, reducing detention time and eliminating dust generation.

A dough feeder uses adjustable rollers and a dynamic gate to transport semi-viscous material at a controlled rate.

Embedded magnetic yarns in the belt interact with a sensing array to monitor temperature, rips, and speed without batteries.

A driven transport roller uses a fluid-tight crimp connector to seal electrical wire lines within the axle passage opening.

An actuator mounted on pivotable brackets raises a conveyor liftgate, resolving safety risks from unintended movement.

Elastic tongue pieces in a tubular linking body prevent joint withdrawal under pull-out forces while surface contact reduces noise and wear.

A radial articulated bearing connects a conveying carriage to drive means, reducing mechanical stresses during tight cornering.

Fluororesin impregnation of an aramid fiber core increases surface hardness and abrasion resistance for reliable corrugated board production.

Dynamic interval adjustment prevents downstream clogs and reduces partial deliveries, ensuring efficient operation and consistent baking.

Segmented suction arms rotate blister packs 180 degrees to resolve throughput-reliability contradictions in high-speed packaging lines.

A diverting device uses vertically stacked collection containers to sort discrete products along a transport path.

Strategic drive drum tower openings redirect thermal processing medium to resolve uneven heat distribution in spiral conveyor stacks.

Distance-displaceable drive wheel mounts decouple first and second drive means, isolating stress peaks from heavy loads to maintain constant tension.

Sensor pod data guides a control system to adjust boom conveyor height, resolving low volumetric utilization and package damage risks.

A multiple optical axis sensor dynamically adjusts its muting area based on detected workpiece height to optimize detection coverage.

A singulator separates pallet layers using a break-up system and vision-guided robotic handling.

A 1+6+(6+6) steel cord structure uses a single twisting process to reduce weight and improve bending resistance in conveyor belts.

A tapered flange system guides movable belts in image forming apparatuses to maintain lateral alignment.

A multi-layer ohmic electrode structure for gallium nitride devices using a reflective metal layer and diffusion barrier.

Segmented carriages on a vertical chain eliminate waiting times for robot vehicles, reducing lift device complexity.

Integrated turnover device rotates wafers inside the chamber, eliminating energy waste from repeated heating cycles during substrate handling.

Optical detection replaces individual trackers on load carriers, eliminating sensor damage risks and reducing equipment complexity.

A mobile supply vehicle delivers crop inputs to an implement tank via a boom-mounted coupler assembly, eliminating downtime from frequent refilling stops.

Format parts isolate outer packages from sliding chains, preventing contamination and surface damage.

Telescopic bars adapt to varying pile dimensions while maintaining grip stability through distributed suction points.

A container transport facility uses a dual support system to stabilize containers during storage and handling operations.

Movable force-exerting members advance loads incrementally, resolving alignment precision issues in multi-row processing.

A solid conveyor belt with a dispenser manifold applies coating directly to food products, reducing cleaning time from thirty-five hours to four.

A tension member fabric uses distinct materials to balance tensile strength and food safety in endless conveyor belts.

Pin-shaped driving elements engage hanger hooks through a receiving slot, preventing damage and jamming during automated retrieval.

Diene-based rubber coating composition with silica and resins enhances canvas adhesiveness.

A storage and retrieval system uses dual rack regions served by dedicated devices to manage airport baggage flow.

Pneumatic sealing replaces mechanical contact to eliminate wear on conveyor belts while maintaining effective dust containment through the Venturi effect.

A divisible loading plate resolves adaptability-productivity trade-offs by dynamically reconfiguring stack positions for mixed products.

Dynamic positioning prevents bacterial transfer and explosion risks from pressurized non-viable eggs.

An over-center lever configuration secures the elevated belt position without complex locking mechanisms or additional support structures.

Distributed vertical lift units decouple storage and retrieval processes to eliminate throughput bottlenecks in shelf warehouse systems.

A modular conveyor belt uses magnetic fields to propel ferromagnetic movers across tracks, diverting articles without mechanical contact.

A control unit synchronizes conveyor and drive belts by adjusting drive belt strain based on detected material weight.

Dynamic unloader speed control regulates extraction conveyor throughput by measuring item density, preventing downstream overfeeding and processing errors.