Conveyors TRIZ Cases

Diagonal light emitting and receiving pairs measure end effector position to identify sagging or misalignment before substrate handling errors occur.

A friction welded drive shaft module with detachable mounting simplifies assembly and replacement procedures.

Vertical stacked containers and automatic guided vehicles store luggage while reducing floor space requirements.

Inverted undercut geometry secures elastomeric guides within roller grooves, preventing dislodgment and damage under heavy loads.

Optical scanning replaces manual checks to resolve the trade-off between package security and processing speed.

An adjustable interrogation sword detects hanging goods to eliminate false triggers from operators and varying widths.

Slip coatings and vibration mechanisms reduce friction and prevent bridging in wet sand logistics.

Control unit filters wireless tag read data against recorded identification information, preventing misreading of nearby articles without physical shielding.

A diverter recirculates parcels from a high-speed flow to match downstream processing capacity.

Movable trays adjust gap spacings to resolve incompatibility between serial and parallel conveyor transport speeds.

Segmenting the shoe seat into open and closed sections protects the carrying cable from crosswind derailment while allowing longitudinal movement.

Composite elevator bucket uses abrasion-resistant wear band to protect front edge lip from premature wear while maintaining low manufacturing cost.

Second motorized conveyor applies non-linear position variation to reduce liquid sloshing and prevent spills during high-speed transport.

A categorization method assigns weighted object-specific information to packages for optimized shipping container loading.

Mounting steps on the upper conveyor side nests the stairway inside the vehicle boundary, eliminating protruding ladder hazards.

A specimen transport chain holder maintains cup-like containers upright during movement, preventing tilting and toppling in complex paths.

A roller picks up and adheres chips from multiple wafers to transport them simultaneously, reducing manufacturing time for high-resolution displays.

A retractable stop element aligns packaging boxes against a transport path, resolving the trade-off between high conveyor speed and precise positioning.

A linear conveyor system uses an angular upstream guide to direct products from a fast portion toward a slow portion for bulk configuration.

Pivot arms on a removable belt module shift pulley positions to release tension, enabling continuous conveyor operation during maintenance.

Fiber-reinforced elastomeric rods reinforce draper belt cleats, preventing fiberglass exposure and extending service life.

Variable strip spacing expands basket volume to increase harvester capacity without adding weight or compromising crop quality.

An automated system detects empty vessel holders on a transport medium, diverting them to a storage module to reduce spatial burden and computational overhead.

Segmenting the chain link into replaceable components resolves plastic spring degradation by allowing metal springs to restore consistent force.

Offset adjustable point devices move transition rail portions to locate containers, reducing jamming risks from varying container sizes.

Dynamic velocity control prevents simultaneous product delivery and overlap, eliminating recirculation losses while maintaining precise weighing accuracy.

A transmission mechanism converts linear movement into guide roller rotation, eliminating tensile elongation that reduces cover tape width during feeding.

Bushings retain rollers on modular conveyor belt modules, eliminating laborious assembly and reducing friction from hinge pin wear.

Dynamic object singulation replaces fixed mechanical sorting with real-time detection and robotic removal, reducing collection bin requirements.

Control subassembly coordinates robotic movement and conveyor activation to optimize trailer cargo volume while reducing manual labor requirements.

Driver devices accelerate and brake products on a conveyor belt to resolve the trade-off between alignment precision and device complexity.

Pivoting retaining pockets on support arms keep eggs upright, resolving the trade-off between conveyor complexity and precise printing alignment.

Segmented stainless steel sheet elements joined by adhesive resolve the contradiction between structural reliability and heavy welded construction complexity.

Real-time sensor feedback modifies environmental parameters in ripening chambers to ensure consistent produce quality despite varying shipping dates.

Spring-tensioned pivotable arms resolve material restrictions and control complexity in container handling devices.

Spaced conveyor belts allow gravity to drop cut pin bones while keeping fillets on the transport, automating removal without complex machinery.

Variable length bristle clusters on a seed delivery brush belt prevent rolling and slippage during transfer to the furrow center.

Segmented stationary weigh hoppers eliminate mobile scale traversal, reducing load out time and minimizing cross contamination in feed mills.

Extruded side rail profiles enable telescoping extension and retraction, resolving weight and assembly bottlenecks in high-capacity unloading systems.

Omnidirectional rollers route articles across intersecting conveyor lines, resolving routing flexibility limits in high-throughput sorting.

Elastic deformation of suction elements guides containers along angled transfer paths, eliminating unguided flight time and reducing faulty transfer rates.

Synchronized dual robots bend a scored glass ribbon to separate sheets, minimizing mechanical vibrations and air turbulence.

Segmented folding units and controlled parameter changes reduce space occupation while preventing component deformation during collapse.

A glass plate separating apparatus uses a heater and holding members to generate tensile thermal stress for clean ribbon division.

Segmented blocks with barbs replace heavy plates to eliminate sliding friction and contamination while ensuring complete bottle discharge.

An idler roller integrates a load cell within its static shaft to measure material weight directly.

Proximity sensors detect substrate distance variations to adjust gas pressure and maintain flatness.

Independent modular rotation of conveying elements enables smooth direction changes without sudden shocks that damage goods.