Conveyors TRIZ Cases

Nested loop transport devices increase post-processing production capacity while minimizing facility space occupancy for paper roll handling.

A conveyor belt with a gap allows light beams to pass through, eliminating interference noise from the belt surface during measurement.

Attachable drivers on chain links grip small parts securely, solving steep incline energy and abrasion issues.

A log positioning system stabilizes workpieces using a skewed feed module, resolving shifting caused by chip head forces.

Segmented external rotor motors replace complex drive shafts and bearings to reduce structural complexity while maintaining independent speed control.

Inclined V-shaped retaining pieces on a chain conveyor prevent poultry laceration and tilting while ensuring reliable product retention.

A displaceable bearing bush maintains constant spacing to protect sliding ring seals from soiling caused by varying bearing play in mining machines.

Bolted L-shaped wings replace welds on apron feeder pans, reducing stress concentrations at outboard chain connections.

A Ferris wheel conveyor mechanism organizes modular cargo pods in shipping containers, preventing damage from shifting loads during transit.

An independent positioning element on the star conveyor gripper manages asymmetric loads, reducing component wear and material costs.

Swivel casters on slats align roller axes with the helical track, eliminating slip and reducing friction losses.

Flexible shells and thin films enable a suction cup to grasp randomly oriented objects without precise alignment.

A tray flipper uses a tamper arm and flip arm to invert containers on a conveyor.

Deleting GPD and GPP genes in mutant yeast reduces glycerol byproducts to under 2% of carbon, resolving the trade-off between productivity and carbon loss.

A movable roller lifts casings past segmented end stops, eliminating expensive per-channel mechanisms.

A transport system uses vertically stacked overhead and local tracks to move semiconductor wafers efficiently.

Woven transport belts use thermoplastic elastomer threads to boost friction, preventing slippage during high-speed nonwoven production.

Pivotal fingers contact non-straight product leading edges to trigger a single sensor, resolving detection ambiguity.

Alternating charged rolls transfer flexible substrates via electrostatic induction, preventing surface damage from direct mechanical contact.

Lifting columns adjust belt height without stabilizing frames, resolving accessibility and space constraints.

An insert plugs into a conveyor module socket to integrate side guards and drive structures.

Segmented modules and dynamic agitation resolve high manufacturing costs and maintenance difficulties in conventional rotary dryers.

Synchronized rotary seals eliminate chimney effect heat losses and air oscillations in polymerization furnaces without static barriers.

Displacing a rotatable drum sideways corrects high-velocity belt wandering without relying on angle adjustments.

A coil stacker lifting head uses an expanding mandrel to grip and lift coils from a conveyor assembly.

Segmented vacuum zones in a levitation stage adjust pressure by substrate type, preventing slips and misalignment during transfer.

Surface depressions on filament fabric bases anchor rubber coatings to resolve bonding strength and weight trade-offs.

Reversible tension-controlled belts in a foldable conveyor system automate luggage handling, eliminating manual injuries and reducing operational costs.

A motorized roller integrates the grease supply portion with the power output member via a shaft to restrict axial movement.

A pivoting swing arm assembly detects belt tension changes and triggers an automatic motor shutdown to protect the conveyor system.

A pile preparation unit automates sheet handling through integrated rotation and edge support mechanisms.

An angled transfer wheel catches falling hangers via gravity, eliminating manual labor and boosting productivity.

Segmented extension shield raises back shield height to prevent grain spillage and improve collection efficiency.

Multi-dimensional state monitoring calculates remaining service life based on belt specifications and use conditions, preventing premature failure.

A pivot coupling rotates a supporting head to align sheet material with a boom.

Segmented drive roller assemblies with conical split rings enable rapid belt changes without dismantling neighboring mechanisms.

A motorized carriage-mounted structure with a rotatable comb-like grip frame featuring vertical bars and adjustable supporting brackets.

Automated tray cleaning system removes debris from semiconductor handling trays using pressurized air and vacuum mechanisms.

Transverse grooves engage surface part projections to secure modular conveyor belt elements against detachment.

A C-shaped lateral tab on a V-shaped conveyor belt link body reduces torque and oscillation, ensuring stability for small conveyed products.

Weight measurement verifies picked article counts against reference values, resolving picking errors without individual barcode scanning.

A conveyor belt wiper removes asphaltic residue from the transport surface, preventing harmful build-up under the paver frame.

An active pushing device switches a push element to separate bag walls, reducing manual handling costs in overhead conveyor systems.

Segmented coupling means accessed from above reduce maintenance time while maintaining carrier stability.

A transversely moving pusher displaces articles from a conveyor belt using precise position tracking and controlled acceleration.

A belt end body with a curved depression guides reinforcing members to maintain neutral phase orientation during operation.

A smart conveyor system automates plant trimming using robotic features and vacuum technology to increase throughput.

Helical guide elements on a curved belt erect products vertically, eliminating large flat processing areas required by traditional straight conveyors.

A sensor section and determining section compare detection signals with a reference signal to verify actual processing positions on semi-finished absorbent articles.