Conveyors TRIZ Cases

A picking device arranges unit items using a reading device and control unit to create removal regimes.

A movable wall conveyor system transports goods using a belt that winds around rollers to create a flexible loading surface.

Segmented transport elements enable selective sleeve retrieval via a single device, reducing complexity.

A transportation path diverter uses independent swinging conveyors to redirect articles along a new route.

A dynamic suction chamber moves with the conveyor belt to maintain tablet holding stability during high-speed printing operations.

Vertical drive positioning eliminates side space requirements while maintaining easy removal of the conveyor cassette.

A pneumatically-expandable cable track adjusts stiffness via fluid pressure to transport signals without buckling.

Continuous circulation of circulating cassettes eliminates auxiliary trays, reducing operator burden and setup time during format changes.

A conveyor trigger pedal uses a knee-joint coupling to move a separator stop between retracted and protruding positions.

A water basin uses surface flow to direct floating debris toward a spillway for continuous removal.

A polyoxymethylene polymer composition combines a fluoropolymer and high density polyethylene to reduce friction against metal surfaces.

Movable driver elements transition between driving and release positions to prevent collisions, eliminating stationary separators that cause downtime.

A substrate processing apparatus uses a transfer mechanism to segregate wafer flows into maintenance, quality control, and production modes.

A single main arm with motorized spindles moves roller boxes along a conveyor plane.

A displaceable conveyor section moves through wall openings to maintain container transport flow without requiring separate drive units.

A sequential slit protection system uses spaced conductor loops to detect conveyor belt damage through electromagnetic induction.

Continuous extrusion of modular plastic segments resolves inflexibility in belt manufacturing, enabling adjustable widths and precise vessel positioning.

Radiant heating replaces convection warming to eliminate condensation and reduce processing time.

An integrally driven linkage transfers power through rotating pulleys and drive elements.

Remote-controlled gantries and hoists manage heavy materials, resolving safety risks while enabling one operative to prepare multiple orders simultaneously.

A self-energizing idler roller steers mistracking conveyor belts using reaction forces to pivot and shift without external sensors.

Intermediate module aligns cassette pods with load ports to prevent misfeeding and substrate contamination.

A coupling rod linkage synchronizes lateral delimitations to adjust parallel receiving channel widths, eliminating complex sequential adjustments.

Alternating finger and cylindrical bars form variable pockets, enabling size sorting while allowing debris passage through the belt structure.

A belt conveyor adjustment device uses a wedge transmission actuator to convert linear force into tilting motion for roller alignment.

Bainitic microstructure in austempered steel prevents metal fatigue failure and grain pinching by reinforcing paddle bracket structural integrity.

A transport conveyor with a fast-retracting nose bar adjusts the deposit location to manage detergent pod flow.

A carrier lift mounts a motorized ratcheting mechanism on the trolley to raise and lower workpieces vertically along a fixed overhead rail.

A flexible elastomeric cover rides onto a pivotable safety door to maintain continuous track coverage during vehicle conveyor operation.

Variable conveyor speed controls slab spacing, allowing a single stacking head to harvest sod at high cutting speeds without the complexity of multiple heads.

Load cells detect broken chains via tension shifts, triggering automatic hydraulic adjustment that prevents equipment damage and reduces manual repair downtime.

Flipper arms reorient angled containers to horizontal positions, resolving handling complexity in fulfillment centers.

An argon gas damping assembly controls pivot frame motion in refrigerated warehouses, preventing air cylinder failure below minus 20 degrees Fahrenheit.

Expandable arms retain axles to reduce installation time and eliminate multiple clips.

A brass-plated steel wire with controlled zinc and oxygen surface composition enhances rubber adhesion.

Segmented guide plates prevent foreign matter contamination and article jams during secondary path merging.

Elastic end plate deforms under grease gun pressure to bring a lubricant tank into gapless contact with rolling bodies.

Suction transfer between overlapping conveyers prevents sheet breakage caused by tension during speed mismatched conveying.

Sequential vortex suction units generate localized low-pressure zones to adhere articles against conveyor surfaces.

A proppants processing system moves wet sand through conveyors and bins using vibration units to manage material flow.

A tension management unit moves an idle wheel via a spring to maintain constant force on the disc wire.

A three-stage conveyance system separates and aligns processing targets using inclined paths.

A static dissipative sprocket assembly provides a conductive path from the conveyor belt to a grounded drive shaft.

Flexible sealing elements extend from the conveying element to block textile material accumulation and protect internal components.

A tubular winding core storage unit uses a zigzag feeding path with overlapping channels to move cores by gravity and inertia.

A track sensor arrangement detects vehicle position using optical beams blocked by track walls.

A rotary positioning fence synchronizes board stops with lumber flow using a continuous track loop and cam followers.

A pressure sensing unit monitors sealed space pressure to trigger the vacuum pump, preventing detachment during extended lifting operations.

Adjustable tooth segments on a segmented drive ring compensate for chain stretching and out-of-roundness, reducing assembly time and welding costs.