Conveyors TRIZ Cases

A suction head adjusts force based on rotation position to handle electronic components with precision.

Segmented abutments stabilize bottle feeding while minimizing contact area to prevent electron beam blockage during sterilization.

Releasable connectors on rollers manage carbon fiber sheets, preventing deformation during aerospace manufacturing.

Offset steel slat feet prevent vertical rise, enabling flat load-carrying surface and forklift access in heavy bulk material handling.

Segmented elastic ring centers resin bag ports, compensating for low belt-drive positioning accuracy to prevent poor welds and pin holes.

An angled container and hinged baffle prevent bottle jamming during automated hospital medication dispensing.

A star distributor with receiving and empty sections removes container groups from a continuous stream.

Automated transfer system moves load carriers between follow-up inspection and removal stations, resolving sequential processing delays.

An inclined transfer plate receives tablets from a rotary plate and guides them via sliding movement, eliminating complex speed control mechanisms.

Independent floor segments adjust radially to prevent rotor overload and blockages while maintaining uniform crop density.

Leaf springs with elastomeric covers provide critical damping in a mail feeder stripper, reducing noise and preventing damage during high-speed sorting.

A line sorter uses movable adjustment elements at end track sections to longitudinally displace the loop and maintain precise cart spacing.

Automated cutting and robotic extraction remove internal packaging to reduce manual labor intensity.

Autonomous mobile robots transport totes between multi-level storage and workstations, reducing picker travel time.

Variable weave conveyor belts in spiral ovens adjust opening sizes during coiling, reducing bandwidth variation and increasing cooked bacon yield.

A resilient seat module adjusts its radial position to accommodate objects of varying sizes on a transfer wheel.

A belt conveyor monitoring method calculates running resistances to determine energy efficiency using normalized reference conditions.

An oblique access panel on a removable conveyor chain cover enables component maintenance without displacing exterior material banks.

Helical channels orient misaligned parts before dispensing, eliminating re-feeding delays.

Spacing lugs 15 mm from the front end reduces crop pull-back and minimizes plugging events in agricultural harvester draper belts.

Cylindrical rods with convex spherical segments pivot on fluid cushions to support glass ribbons.

A stabilizing device uses a contact element to generate friction against vertical sliding guides, preventing the abutting bar from sliding freely.

A recirculation mechanism moves articles through multiple machine passes using adjustable guide tracks and vacuum grips.

Polyurethane drum motor surfaces reduce germ accumulation by 25% compared to NBR materials.

Conveyors tilt to trigger wing spreading for automated chick sexing, replacing manual observation that causes time loss and measurement errors.

Vertical buffer supports remove obstructive frames, allowing downward sensors to distinguish actual obstacles from the track and stop hoists safely.

Dynamic segmentation cycles maximize tray volume usage while collision-free paths ensure safe palletizing operations.

Composite polymer bearings withstand 600MPa static pressure and self-lubricate, removing grease channels that create stress raisers in landing gear joints.

A clamping conveyor transmits tensioning roller force through a mechanical cable system to an external measurement device.

Parallel magnetic chains transport metal rods transversely, eliminating noise from mechanical contact and reducing space requirements.

A vinyl resin bag compresses an elastic body for insertion into a motorized roller cavity, eliminating friction during filler placement.

A package accumulating device uses a movable second conveyor to maintain precise alignment during continuous operation.

A pivoting control flag actuates a trigger to release a stop element, preventing damage from high dynamic pressure during load carrier removal.

Zig-zag chain transporters synchronize timber piece speeds to double stacking capacity from 200 to 400 units per minute.

A tilting tray sorting apparatus uses a pivotable latch member to control tray orientation on standard conveyors.

Partitioning mechanisms isolate fires in grid cells, preventing spread and maintaining operational continuity.

A pneumatic carrier employs a flap-type sealing member between mating shells to establish a fluid-tight seal upon closure.

An L-shaped chain link bracket uses a third aperture in the side flange to prevent bolt striking interference while maintaining maximum gap opening dimensions.

Synchronized roller pairs dose eggs on a conveyor belt, eliminating auxiliary transfer mechanisms that increase maintenance complexity.

A modular conveyor belt segment embeds a magnetic element within a recessed cavity secured by a cover to attract metal items.

Movable beds shift between stacked and accessible positions to resolve the space efficiency versus accessibility trade-off.

Right-angled transfer elements push objects along inclined paths using coordinated prongs to maintain orientation during high-speed movement.

Segmented roller fixing bases with open grooves reduce machining precision requirements for secure mounting.

A support frame positions intermodal containers above a T-belt conveyor to enable automated discharge of frac sand.

A sorting device uses vertical and lateral delivery mechanisms on transport platforms to handle diverse articles.

A truck-mounted bulk material transfer unit uses a foldable conveyor system to redistribute materials across job sites.

Dynamic rollers and lifters orient eggs points down, solving size sensitivity in packaging.

Asymmetric support unit positions columns to expand lower vehicle body working space, resolving narrow column spacing that reduces mounting efficiency.

A portable device with a motor and coupling mechanism engages jammed conveyor rollers to rotate them free from their tracks.