Conveyors TRIZ Cases

Alternating side-mounted fasteners allow the support rail to flex sideways, resolving contamination risks in food industry hygienic environments.

Segmented supports with removable housing seats allow operators to swap container formats quickly, eliminating costly changeover delays.

Adjustable guide rails and gas flow transport adapt preform handling while maintaining maintenance-friendly operation.

A takeaway conveyor assembly adjusts slot length based on individual food product dimensions to optimize positioning.

A magnet conveyance positioning device uses a support unit and driving mechanism to mount magnets.

A circulating conveyor device uses a retractable chute to separate defective parts from bulk materials during continuous transport.

Axially offset train output shaft drives the conveyor roller through intermeshing gears, reducing SKU complexity while handling various package sizes.

Tapered idler rollers pivot under drag forces to steer belts without sensor contact, preventing edge damage while enabling bi-directional tracking.

A workpiece carrier guide base supports and centers containers during transport through filling systems.

Inclined stirring rod faces guide ash through tray apertures, preventing accumulation that hinders rotation and reduces mechanical resistance.

Lightweight modular assembly machine uses T-shaped channels and a supporting spine to enable rapid reconfiguration of workstation layouts.

Pinch rollers and guide mechanisms create a catenary curve in the belt, stabilizing its cross-sectional shape without additional support rollers.

Telescoping housing sections adjust via springs to maintain belt tension, preventing seed leakage through slot openings.

Telescoping support legs with linear screws tilt the conveyor table to align heavy tire plies square to the drum axis.

A shunting transmission device uses matrix omnidirectional wheels to move workpieces in multiple directions.

Rotationally-formed longitudinal sub-deck joints with internal sealing structures prevent lateral movement and secure sections without exposing fasteners to liquids.

A controller adjusts conveyor lane width using a single actuator to move both rails toward a reference point.

A servomotor-driven conveying device adjusts transverse position to correct placement deviations, eliminating manual checking and reducing product waste.

Segmented elevations create air cushions that counteract pressing force, reducing electrostatic charges and stabilizing bank note transport.

Blending high molecular weight siloxane into ultra-high molecular weight polyethylene prevents black oil deposits on cable conveyor tubing surfaces.

An oscillating table moves back and forth on a turning shaft, allowing upright portions to nest in hollow spaces for compact operation.

A fused hard metal alloy coating metallurgically bonds to non-carburized steel undercarriage components.

Three-track chain layout separates running and system rollers, reducing polygon effect noise and wear.

Segmented channels eliminate occlusion risks while optical sensors measure properties to ensure accurate sorting.

A pick and place gripper uses a compressing frame to retain deformable food items in a compact pre-shaped form during transport.

A modular splice link joins metal conveyor belt edge bars using interlocking tabs and offset locking bars.

Segmented bilateral drag plates allow bidirectional flow and increased power capacity, resolving single-sided reversal limits in grain handling.

Segmented transport containers match variable baggage sizes, eliminating empty space accumulation and increasing throughput.

A conveyor belt module integrates fixed axles via unitary injection molding to simplify manufacturing.

Replacing flexible curtains with rigid side bars reduces wear while motorized boards adjust positioning tolerance.

Curved centering means guide load carriers through decreasing spans to resolve positioning errors during frequent rearrangements.

Vertical stacking via a fifth wheel coupling and fork carriage resolves access time bottlenecks while minimizing land sealing in high-bay warehouses.

Fusing monofilaments to a flexible base eliminates staple stress concentrations and increases bristle density for uniform distribution.

Dual-layer floating blocks maintain continuous support force across substrates during liquid crystal processing conveyance.

Vertical back surface support reduces friction and wear on chains in combine feeder houses.

A separation mechanism with movable support and stationary correction portions stabilizes the uppermost component rack in stacked consumable supplies.

A two-level hierarchical communication architecture coordinates motor zones via peer-to-peer serial links to manage article handling actions.

Buffer areas store different crate types before washing, enabling continuous operation without immediate demand-based loading.

Staggered buffer stands decouple production steps, preventing accumulation and safety risks during automated transfer.

Segmented press bars dynamically adjust positions to rotate dough sheets accurately without damage.

An inclined plane mediates gravity-driven stripping while elastomeric rollers maintain board parallelism to prevent disorderly layer removal.

Segmented frame parts pivotably coupled along the extendable structure allow dynamic angle adjustment, resolving installation time and control trade-offs.

A suction sorting system conveys logistics objects through chutes to platforms.

Automated sensors measure module gaps to detect drive imbalances, preventing stress damage from unsynchronized operation.

Suction belts with openings under 0.3 mm prevent tobacco fiber loss while maintaining air permeability.

Multiple blowers create dual-sided airflow in a main duct to propel paper dunnage, preventing articles from jamming against duct walls or at bends.

A belt unit enables independent standing of the rotating assembly during maintenance using integrated side members and a connecting cleaning component.

A control system uses a distance sensor to detect item offset on a conveyor belt and adjusts transfer timing for precise placement.

Vent tubes draw contaminated air from vacuum waste chutes into transport pipes via negative pressure, reducing pathogen transmission and odor buildup.