Conveyors TRIZ Cases

An oscillating wire scraper moves continuously above a conveyor belt to separate food products from the surface.

A pneumatic vacuum brake uses a compression spring and seal lever to engage pads against the cylinder guide.

Segmented sliding chute assembly increases throughput capacity by four to five times while preventing congestion in automated peeling lines.

A movable barrier and separator maintain spacing between PET article rows, preventing cohesive grouping that reduces packing density.

A support apparatus overlays article information onto picking openings using coordinate transformation.

Optical sensors detect belt features to calculate rotational speed, identifying slippage when roller velocity exceeds belt speed.

A pivoting holder rotates vehicle bodies to enable complete surface wetting during immersion treatment.

Ceiling rail integration relocates load ports to the top of processing tools, eliminating complex ground transfer mechanisms and reducing clean room footprint.

A mechanical conveyor replaces vacuum systems to collect solid, semi-solid, and frozen materials from large animal husbandry facilities.

Detection units assess substrate position and correction devices adjust inclination or protrusion to prevent damage during semiconductor manufacturing.

A rotating transfer track moves objects via rotary and rectilinear motion between robotic collection and output conveyors.

Evaluation device calculates section-related running friction resistance using existing drive power and speed sensors.

Segmented drive drums reduce tension during direction changes by allowing controlled slippage between the drum and modular conveyor belt.

A folding clasp merges the toggle and positioning elements into one component, reducing part count while maintaining secure locking.

Transverse impact bars with detachable fastening eliminate downtime by allowing wear checks and replacements during operation.

A locking rail and hook system secures the chamber cover in a raised position using spring-loaded engagement.

A semi-rotary accumulator uses movable idler shafts to control web speed and part spacing.

Nylon brush belt replaces leather to eliminate dust and wear while driving preforms through friction.

Joint tracks merge stocker and maintenance overhead tracks, eliminating dedicated carriers and reducing transfer time for suspension cranes.

A measuring stand with force sensors monitors loading forces on the tube conveyor belt to trigger automatic shutdown signals.

Spaced polymer cleats engage roller cup depressions to prevent slipping on grease-contaminated rollers and extend belt lifespan.

A stationary motor unit rotates a hollow roll shell via inner and outer bearings while the drive remains fixed to brackets.

Deflection elements transfer bottles between transport stars in a single plane, mitigating centrifugal forces and simplifying cleaning for PET bottle lines.

Discharge port in air supply header extracts accumulated dust to prevent contamination in air floating belt conveyors.

Elastomeric support members enable detachable attachment to resolve the trade-off between suction stability and cleaning ease.

Segmented belt modules with attached cutting boards withstand chopping forces, extending useful life and improving sanitation.

Machine learning models analyze product images to detect anomalies, enabling rapid diversion of defective packages from shipping lanes.

A reciprocating article transport device uses a slit cover body with a resilient end portion to protect operators from pinching hazards.

A synchronized transfer shuttle moves food product groups between conveyors using independent motorized paddle elements.

Detection and removal modules identify lying-down products on a conveyor line, preventing instability and machine stoppages during vertical transport.

Inclining conveyor elements improves operator visibility, enabling faster fault detection and reducing fatigue.

Transversal movement and detection mechanisms align conveyor belt edges, resolving oscillation issues that compromise machining precision.

An infrared light curtain detects material passing through rips, improving location identification accuracy while increasing device complexity.

A robotic end-of-arm tool merges vacuum cups with ball-screw clamp plates to secure payloads.

Polyurethane wear-resistant layers on alloy steel scrapers reduce friction and energy consumption while extending service life in harsh mining environments.

A single movable magnet element switches between magnetic and vacuum holding by blocking vacuum conduits, reducing device complexity.

A conveyor belt with rotatable sub-elements connected by pins and annular features for stable product rotation.

Auxiliary spacer and etch stop layer use tensile silicon nitride to enhance transistor performance.

Parallel transport arrangement increases throughput by processing multiple containers simultaneously, reducing customer waiting times.

Pivoting roller shafts maintain tangential contact on loop-wound rails, reducing wear and stabilizing product orientation.

Hydraulic actuation moves articulating conveyor sections between aligned and unaligned orientations, reducing strain on tubulars during rig floor transfer.

A container base inversion device uses a centering member and retaining member to invert bases without damaging curved shoulders.

Layered thermoplastic resin and fabric reinforce lateral strength, enabling cardboard bending on small pulleys.

Central controller adjusts belt speeds based on packing density to maintain constant throughput in packaging systems.

A dynamic emotion identifier table updates sentiment scores for new tokens to classify social media messages in real time.

A conveying apparatus uses a longitudinal rod to translate and rotate a gripping device along three distinct working levels.

A dienic polymer rubber composition uses specific carbon black types to enhance tear resistance.

A compliant shroud covers the rim to prevent scratching and deformation of optical films and silicon wafers.