Conveyors TRIZ Cases

Segmented conveying lines eliminate idle time during non-uniform article supply, ensuring continuous RFID tag reading accuracy.

Multi-level robots navigate lightweight baseplates to resolve load-bearing constraints in existing urban buildings.

Movable lug clears debris from vacuum perforations to prevent production stops.

Movable rollers protrude to lift accumulated articles off the loading surface, cutting frictional resistance and energy consumption during transport.

Endless belt with distinct magnetic force portions releases sheet members at varying angles to prevent contact.

Brazing steel cords within a metal ferrule using nickel alloy eliminates complex multi-stage joining, boosting dynamic efficiency above 75%.

Form-fitting traction structures synchronize telescopic struts to eliminate longitudinal variations and wear from rope twisting.

Ethylene-propylene rubber adhesive maintains permanent connections between conveyor belt components at temperatures exceeding 150°C.

A variable-capacity store for cigarettes uses overlapping conveyors to adjust path length and storage volume.

Linear actuators reposition conveyor axles to decouple drives, reducing routing errors in automated baggage systems.

Recessed horizontal limbs and beveled vertical profiles enable positive-locking scraper entrainment, reducing surface pressure on chain wheels.

Longitudinal cogs on a conveyor belt create channels that restrict lateral movement and prevent product spillage during transit.

Web-shaped connecting section reduces oscillation and increases connection rigidity without compromising belt running properties.

Galvanic sheathing of silver on polyamide creates corrosion-resistant hybrid yarns that extend conveyor belt service life.

A rotatable table with two support surfaces reduces device diameter by cycling through load, cooldown, and transfer positions.

An auxiliary circuit stops the drive motor when excessive belt tension triggers a safety threshold.

An optical measurement system adjusts granule portions to target weights without mechanical contact.

Satellite imagery and sensors feed a distributed ledger that verifies nitrogen reduction, resolving yield versus emission trade-offs.

A conveyor belt accumulation device uses a movable bridge to transfer products between linear belts.

A convertible loading platform integrates retractable columns and tilting mechanisms to handle bulk materials on wheeled or rail vehicles.

Cam locking prevents push beam binding under compressive loads by securing dog-bone couplers without removable pins.

Profiled ribs on a step conveyor prevent container slipping during transport, ensuring stable layer formation without rough mechanical impacts.

Circular X-ray scanners adjust tube current proportionally to conveyor speed, eliminating motion artefacts while sustaining high throughput.

A tube rack transfer device uses a dual rail shuttle to move racks between carriers and sampling areas.

Applicator elements apply adhesive to container interfaces, preventing nesting and maintaining pack cohesion without shrink films.

A container gripper uses a radial blocking element to adjust spring force for secure holding.

Openings between adjacent teeth allow cleaning fluid to reach hinge areas, reducing residual matter accumulation on modular conveyor belts.

Segmented box bodies with removable profiles allow quick maintenance of conveyor chain guides without full disassembly.

A cam profile and conduction wheel synchronize clamp jaw opening without complex gears.

Pneumatic air nozzles generate a cushion between belt and table to reduce friction.

Vertically mobile support means abut sachets during stacking to maintain orientation and compactness, preventing displacement and collapse.

Pivotable locking arms engage transport chain links to prevent unintended belt rotation, ensuring safe maintenance access.

Segmented carriage walls with side passages transmit search light from traveling device detectors, resolving obstruction of obstacle detection accuracy.

Conveyor belts incorporate zinc stannate and magnesium hydroxide to eliminate toxic brominated compounds while ensuring adequate flame retardancy.

A position adjustment assembly uses linear actuators to rotate an inner arm and vary an intermediate link length.

A silicone chute redirects fruit along a curved path, eliminating impact forces that damage delicate produce during high-speed sorting.

Pneumatic jets accelerate preforms to maintain continuous contact, eliminating gaps that disrupt downstream container forming.

Pneumatic pressure replaces mechanical clamps to compress photovoltaic cells, preventing damage while increasing processing speed.