Conveyors TRIZ Cases

Nested drive shafts with a separable coupling reduce structural complexity while enabling independent belt track control in high-performance slicers.

A portable bulk loader uses a fuel-powered hydraulic motor to drive a variable speed conveyor for controlled material transport.

A hydraulic conveyor sanitizing device uses UV-C irradiation to transform pollutants in recirculated water into non-pollutant compounds.

Extending adhesion material beyond unvulcanized sheet edges prevents peeling while the permeable film eliminates air accumulation.

Guide unit mounting for intermediate cover minimizes cargo entrapment risk during cornering maneuvers.

An electric linear motor drives a position-controlled actuator to remove bottles, eliminating manual pneumatic adjustments.

An automated warehouse uses self-guided vehicles to transport cheese wheels, reducing labor costs and physical strain on employees.

Pivoting drive rollers with detachable bearings allow lateral conveyor belt removal, eliminating production stoppages during maintenance.

Thermal expansion joins the center head to the aluminum barrel, eliminating welds and reducing drive unit weight.

An elastic sleeve deforms radially via pressure fluid to grip reduced-height screw caps, preventing slippage during high-acceleration bottling operations.

Sensors detect fallen cans in the drying section, allowing the control device to adjust conveying speed and prevent equipment damage.

Adjustable tines and pins engage different tote slots, eliminating specialized equipment needs while maintaining transfer reliability.

A container spreading device uses flat belts and guide railings to transport upright objects through a transfer station.

A suction device uses a tilting member inside the bellows to maintain contact with workpieces.

A control system adjusts a sod harvester stacking head position based on real-time pallet orientation data.

A spherical object buffer device uses a flow-limiting pipe assembly and central column to guide falling spheres.

Temporally-divided light emission prevents signal interference between vertical levels, ensuring reliable picker operation without structural constraints.

Segmented conveyor sections with pivotal axes resolve the trade-off between structural complexity and adaptability for varying package sizes.

A motor-driven belt with pushers moves conveying devices vertically between laboratory automation systems at different heights.

A rotating tray with a sloped surface uses centrifugal force to move small objects toward the peripheral edge for robotic gripping.

A rotary capsule loader uses radial arms to grip and transfer pharmacy items into pneumatic transport capsules.

A composite conveyor belt link combines a metal supporting structure with a plastic bearing surface to balance tensile strength and wear resistance.

A segmented belt conveyor system with a pivotable second section enables automatic placement of cut food portions.

Welded flexible plastic envelope uses edge-mounted protective films to prevent abrasion against pneumatic network walls and maintain transport integrity.

Segmented conveyor modules detach via a quick release coupling unit, resolving the trade-off between precise product positioning and rapid cleaning cycles.

Lateral gas exhaust channels correct angular deviations and prevent wall collisions during contactless transport.

Inductive power and wheel alignment maintain constant distances between carrier vehicles, eliminating fragile sliding contacts.

Synced upright rim and pushers fix article position on the transport belt, preventing displacement that causes inconsistent filling compound application.

A curved bottom surface in a conveyor compartment guides products between support surfaces during deflection, reducing impact force on shock-sensitive items.

A transparent traveling carrier enables bottom surface imaging of parts via radiant energy transmission through the substrate.

Segmented contact segments snap onto a carrier frame to resolve the trade-off between structural strength and repair feasibility in food transport.

Segmented distribution conveyers move products independently to resolve twisting and complexity trade-offs.

A collar feeder aligns swaging collars concentrically with fasteners using a cam surface and resilient flexure, eliminating manual placement errors.

Metal reinforcing rods embedded in draper belt cleats improve wear resistance while maintaining adhesion to the rubber matrix.

Linear motors replace rotating robots to transfer substrates between two rows of processing chambers, reducing maintenance time.

Replacing cable drives with a toothed rack and pinion assembly eliminates stretching and wear while preventing uncontrolled movement during retraction.

Angled paddle divider directs grain flow toward sampling receptacles, ensuring accurate sensor data collection despite elevator tilt.

An inclined alignment trough and partial vacuum separation device stack pliable food products, resolving adhesion issues that compromise alignment precision.

Replacing solid polymeric cleats with foamed mixtures lowers moving mass, cutting operational energy consumption and material costs.

A diversion detection device aligned with a distributing mechanism actuates lateral pushers to sort articles on an endless chain conveyor.

A candidate generating unit creates frequently appearing transition paths from log data to identify state sequences.

Inner jets activate before peripheral ones to seal gas flow, preventing interference between the glass sheet and mold during precise bending.

Dual grip structures on a pivoting tool secure heavy tubular channels, reducing user effort for longitudinal and lateral movement.

Permanent magnet motor integrates static restraint braking through high cogging torque, eliminating separate braking rollers and reducing system complexity.

Locating tabs and hidden fasteners protect bolts from abrasive asphalt while beveled edges prevent feeder bar digging in at seams.

A fluid-tight conveyor housing recycles displacing fluids via a closed loop, reducing consumption while protecting reactive materials from oxidation.

Proximity sensors detect blank orientation on a rotating bowl, triggering compressed air jets to deflect misaligned items back into the feed path.

Integrated mail sorting system handles mixed flats and letter pieces simultaneously through synchronized transport streams.

Rotating tower and claw mechanism remove nested containers in refrigerated environments, eliminating manual labor.

Interlocking U-shaped metal plates reduce manufacturing costs by eliminating complex drilling while maintaining structural strength.