Conveyors TRIZ Cases

A continuous loop conveyor belt delivers proppant to a hydraulic fracturing blender with integrated weigh scale measurement.

Perforated vacuum conveyance enables full-surface preform imaging without mechanical obstruction, resolving inspection blind spots and reducing material waste.

Transverse textile reinforcement in the belt pocket prevents cracking at the lowest point, enabling larger sizes while maintaining flexibility.

A magnetic rotor system drives conveyor rollers through sidewalls without physical shafts.

A hollow rotating shaft enables monitoring instrument insertion during solid particle dispersal.

Integrating shields into the traverser prevents radiation leakage and reduces device complexity by eliminating separate shutters.

An actuated door redirects rejected parcels vertically through a walking surface, restoring pedestrian access alongside the conveyor.

Placing the RF reader in a rail cavity reduces distance to tags on symmetrical carriers, eliminating orientation requirements and lowering power consumption.

A component supply device manages pallet movement between storage magazines using discrete slot tracking.

An adjustable sensor probe extends into a bulk product mat to detect internal conditions at critical depths.

A movable guide element divides container mass flow based on detected occupancy levels to reduce back pressures and prevent container deformation.

Real-time camera feedback adjusts conveyor velocity to resolve the contradiction between sorting reliability and throughput capacity.

Segmented friction drive units propel pallets while a controller disengages idle motors to cut energy consumption and mechanical costs.

Automated labeling systems replace manual operations by using vision-guided mechanical arms to ensure consistent label positioning and orientation.

Passage openings in the drive wheel enable seed flow, reducing jamming and wear compared to conventional chain sprocket systems.

Offset fabric layer abutments in a rubber baler press belt distribute tensile loads, eliminating concentrated stress at connecting regions.

Sliding cups and biasing mechanisms align irregular products for accurate labeling, resolving productivity versus adaptability trade-offs.

Segmented suction paths decouple tablet holding from belt stability, reducing airflow to prevent ink misalignment during high-speed printing.

Staggered eye parts and friction-reducing rollers enable reliable object displacement while maintaining continuous conveyor movement.

Suction-based lifting rakes with detection sensors enable quick intermediate storage of fragile glass plates during production interruptions.

Segmented double hinges reduce material costs by 20% while maintaining 5000 N load capacity.

Gravity-fed roller tracks use removable support bars and snap-fit retainers to resolve the contradiction between easy installation and stable roller retention.

A single-piece conveyor chain support with a jawed mouth slides along a transverse axle to reposition the component.

Separate supply circuits maintain high piece goods density and recognition accuracy, reducing control effort while boosting order-picking performance.

An intermediary scraping member actively extracts accumulated particulates from the seal gap, preventing bearing wear and extending component lifetime.

Stationary hydraulic diverters route liquid-suspended food products via pressure gradients to prevent mechanical breakage.

Local quality and composite materials protect contact surfaces, extending belt lifespan while minimizing weight.

An endless belt transports food products while carrying a movable gripper to adjust its position relative to the belt surface.

Pushers move stacks against a vertical wall gap to separate bottom packages from top ones, resolving singulation failures.

Rotating shafts drive cams that extend clamping blocks to secure material trays, eliminating bulky robotic separators.

An eccentric correction shaft pivots deflection rollers to guide the belt, eliminating severe wear from conventional side guides.

Friction from lateral belt shifts rotates a tension roller to correct positioning without requiring substantial linear movement or increased space.

A flexible projection in a conveyor belt link secures the connecting rod within an aperture to prevent lateral movement.

Shrink-glued torque transmission elements with adhesive and projections prevent water ingress into internal cavities during high-pressure cleaning.

An inclined linear actuator lifts outer edges of packaging blanks, preventing damage during clamping and enabling flexible format handling.

A continuous belt reactor design uses a sliding metallic support belt to transfer heat from the polymerization layer.

Segmented open frame conveyor design eliminates labor-intensive disassembly by providing direct surface access for thorough allergen removal and sanitation.

A modular air-supported belt conveyor uses segmented trough sections and independent manifolds to deliver precise airflow for frictionless material transport.

A separating tool uses a cam mechanism to automate the precise separation of stacked feeding receptacles.

Pivotable holding means adjust to varying crab sizes and leg postures, ensuring precise centring and stable fixation throughout the slaughter process.

Driven gripping means transport products along a defined trajectory, preventing trapping and ensuring predictable arrangement on the outlet conveyor.

A motorized drive roller positioned adjacent to a terminal carrying roller transmits power via an O-ring belt while remaining exposed to airflow.

Parallel conveyor belts use independently adjustable tilt angles to counteract centrifugal forces, preventing product displacement on curved paths.

Power pickups on carriages receive energy from a frame line, enabling continuous belt actuation without complex mechanical transmission.

A sorting system uses adjustable trolley belts to correct package orientation during transport.

A powder feeder calculates control parameters using discharge waveforms from a consolidated material state to stabilize the feeding process.

Rotating arm assemblies stabilize glass sheets, enabling rapid non-contact optical scanning without fixture damage.

Slidingly engaged conveyor sections fold accordion-style to resolve the trade-off between compact transport volume and structural complexity.

A 90-degree turnover method uses a horizontal transfer module to align stacked photovoltaic assemblies on drum conveyors.

Segmenting the clamp arm isolates elastic deformation from force transfer, preventing spring fatigue and structural failure during misalignment.