Conveyors TRIZ Cases

A perpendicular feed conveyor aligns products within housing units using lateral stop means.

A nozzle uses a converging variable section to stabilize air flow before the resistive outlet.

Rotating inner and outer rings prevent side shaking during transport, resolving precision versus complexity trade-offs.

Hydraulic tensioning system adjusts drive shaft position to maintain chain tension, eliminating manual adjustment downtime.

Recessed draper ends joined by a flexible strip prevent cutter bar catching while maintaining sealing integrity.

Symmetrically profiled push bars displace beverage containers into dense packs, reducing device complexity and maintenance needs.

A tapered mounting surface attaches sensing devices to conveyor side guards without additional bracketry.

Convex frame supports stabilize the belt guide, reducing wobble and skewing forces for balanced pressure contact.

Segmented composite rollers with bushings prevent debris embedding, reducing dynamic friction and wear on conveyor tracks.

A star wheel screening device uses suction force to hold containers in housing portions during conveyance.

Welded eye link modules connect via cross rods, reducing assembly time and splicing costs while maintaining structural integrity.

A movable suspension structure deploys a curtain of flexible members to prevent falling timber from striking personnel while maintaining operational access.

Closed-loop water reclamation system filters cleansing liquid to prevent invasive species contamination while maintaining continuous high-pressure mat cleaning.

Controlled zinc plating crystal orientation resolves the adhesion and corrosion resistance contradiction in conveyor belt metal cords.

A motorized booster pushes tires across wide cross conveyors, resolving insufficient momentum for accurate sorting.

Segmented magnetic pins replace heavy plate magnets to secure metal carriers on steep inclines without costly installation.

Rotatable hinge pin with projecting element prevents axial displacement, simplifying module assembly and replacement while avoiding damage.

Mating protrusions on modular conveyor belt links pre-align rod apertures, reducing assembly time and labor costs.

A conveyor belt core layer features a width direction strength ratio of 30 to 70 percent relative to longitudinal strength.

Segmenting the transport mechanism into detection and removal modules reduces particle contamination risks during clean-room loading of large thin glass sheets.

An open-close modular mechanism with elastic self-restoring force reduces motor loading by segmenting gripping actions from the main conveyor drive.

Reduced roller diameters create gaps for pneumatic deflector insertion, enabling single-sided drive ejection of small trays without structural separation.

A conveyor drive line transmits power from a mobile drive to second rollers.

Segmenting storage from the user interface reduces theft risk while maintaining transaction efficiency.

Multi-mode reciprocating slat conveyor switches operating patterns to optimize power usage and ensure complete load unloading.

An inverted liner discharges articles vertically to separate clumps without manual intervention.

A spring-loaded roller carriage pivots and translates to distribute even tension across the belt width, preventing breakage from twisting.

Local vehicles on a grid rail use hoists to transfer containers, resolving idle time in conveyor paths by enabling simultaneous bidirectional transport.

Segmented hold-down elements engage container flanges to prevent swinging and oscillation during transport, avoiding spills without adding moving parts.

Telescopic rod mechanism couples aerial belt conveyor modules to load-bearing ropes, reducing physical effort during assembly.

A conveyor chain pin houses a solid lubricating element within a transverse groove to reduce friction at the bushing interface.

Interrupted blade edges create an axial ring channel that increases casting distance and absorption volume.

Segmented convertible tracks with spacer notches enable rapid installation of extra support, eliminating costly disassembly time during system upgrades.

A linear motor adjusts chain tension in real time to reduce vibration phenomena and extend service life.

Rounded apical surfaces on modular conveyor links reduce contact area and friction, lowering energy consumption when conveying articles over elevation changes.

A cross-belt sorter uses a supporting member to provide longitudinal rigidity for the pushing element.

A multi-axis accelerometer detects cyclic boom movement and triggers automatic retraction to dampen structural oscillations.

Segmented conveyor belts and a push mechanism resolve assembly speed and precision trade-offs in pocketed spring manufacturing.

Integrating sensors into the belt structure improves measurement precision by tracking products through pasteurization tunnels.

A metallic support belt conducts heat from polymer gel, resolving overheating and mechanical stress in continuous superabsorbent polymer production.

Concentric rings in the hitch mechanism enable pivoting to minimize gaps between adjacent conveyor modules, reducing material spillage at tight corners.

Multi-axis manipulator moves a seed cart conveyor laterally and vertically, resolving the conflict between compact storage and unobstructed seed loading access.

Transport chain links feature offset mechanical coupling enabling rotation about a perpendicular axis for continuous support surfaces.

Segmented springs apply uniform tension while restricting members prevent skewing and positional shifts in image forming apparatus belts.

Consolidating three motor controls into one unit reduces wiring complexity and installation labor.

Low-torque pop-up flights prevent damage by retracting upon contact, resolving the trade-off between precise spacing and system complexity.

Socketed hook links eliminate articulation rods, removing deep grooves that trap debris while maintaining shear strength.

A foldable link unit adjusts the size of an overhead transporter support structure to prevent interference with surrounding semiconductor fab equipment.

A drive mechanism adjusts lug speed during transfer to control acceleration and protect fragile rod-like articles.