Conveyors TRIZ Cases

Segmenting tooth portions onto a cylindrical bar reduces manufacturing costs while maintaining reliable driving effectiveness for circulating wire mesh belts.

Wireless carriers transmit transit data to system transceivers, resolving monitoring difficulties in large healthcare facilities.

A deflector intercepts the upper conveyor belt to prevent contact with pressing assembly linkages, reducing wear from large material loads.

A one-piece plastic chain link with a C-shaped pivot bearing part enables tool-free assembly of circulating chains.

A porous endless maceration conveyor extracts juice from shredded cane using a deflector, reducing residual loss and thermal load in the milling tandem.

An automated manipulator replaces spinner noses by engaging a cam mechanism to fix the mandrel's orientation, eliminating manual alignment delays.

Reversibly deformable textile guide elements form a damping section in the vertical conveyor, preventing package damage while reducing structural complexity.

A rotating pneumatic tube router directs carriers between service stations using a drive mechanism.

Shaped drive link appendages enable axial bar rotation, reducing bending stress and material wastage during force transmission.

A compact cutting unit supports large glass plates upright using fluid pressure guides and integrated scribing mechanisms.

Electromagnetic coupling between front and rear vibration reduction devices adjusts dynamically to vehicle movement state.

Adjusting the gap between adjacent transport segments compensates for thermal expansion while preserving magnetic flux continuity.

Encoder-driven linear grippers displace the belt in discrete steps to resolve slip-induced positioning errors.

A polymeric conveyor underguard features removable side flanges and elongated mounting apertures for adaptable installation across various industrial conveyor systems.

Segmented tensioners with travel stops reduce maintenance time by eliminating bolt rotation.

Anti-weight springs balance gripping mechanism weight to reduce frictional resistance during pin engagement, preventing container displacement.

A conveyor assembly uses a spiral worm drive to transfer rotational power along the frame length.

Tilting the base uses gravity to secure partition elements between adjacent stacks, eliminating complex holding devices and preventing panel entanglement.

Pre-oriented preforms with integral handles pass through conveyor heaters and heat shields to maintain orientation during continuous production.

A spiral conveyor system resolves buoyancy-induced dislodgment by employing segmented belts with variable inclines to stabilize light items.

An under-floor robotic retrieval system accesses stored items via a portal, eliminating safety hazards from high-reach storage.

An adjustable guide structure accommodates varying chain thicknesses by rotating accompanying means, reducing machining complexity.

A radial distribution system directs product through an internal passageway to multiple processing stations using independently operable gate members.

A belt-fed apparatus positions decorative panels against a guide wall to enable precise edge coating application.

Riveted additional bars attach to flattened rod ends, enabling flexible rod placement that reduces material entrapment and wheel replacement needs.

Pneumatic transport system fluidizes combustion waste using upward gas flow to move material through a compartmented cooling zone.

A belt clamping apparatus uses an impact actuator to drive a cam-driven clamp member into engagement for rapid securing.

Segmented bypass channels with a universal slide gate route grain directly to trucks, eliminating drying delays and maintaining clean apparatuses.

A poultry loading assembly uses a stabilized head to transport birds via dual conveyor belts.

A grouping station uses slide-over buffer regions to transfer packages from row conveyors onto a table for layer formation.

A helical conveyor slat belt uses spherical projections to form a narrow supporting surface for stable product transport.

Ceramic elements and beveled nose seal conveyor interfaces, reducing material spillage and dust escape.

A conveyor belt with rollers rotating on a shaped bearing surface accelerates articles laterally across the width.

Counteracting support wheels neutralize diametrical forces from transfer blades, inhibiting deflection and bending in right angle conveyors.

A sorting system adjusts lighting and imaging parameters to classify objects into normal or defective groups.

Hinged pallets with mutual supports reduce component count and eliminate traction chains to minimize transition radii.

Segmented carrier plates merge bundles via lateral shifting to resolve alignment skewing without separate turning mechanisms.

Protrusions with curved mating surfaces align rod receiving apertures in flexible plastic links, reducing manual labor and assembly time.

A triggering device uses a lifting component to manage piece goods.

Segmented hood covers and asymmetric fairings deflect crosswind to prevent material loss while maintaining wing roll access.

Image-based density detection adjusts egg conveyor belt velocity in real time to match production flow.

Curing a rubber and polyethylene additive mixture creates a single cover compound that maintains both cut resistance and abrasion resistance values.

A modular conveying assembly uses eddy current braking to selectively manipulate object movement along the conveyor path.

Radially outward fastening element reduces coaxiality deviations and radial forces to lower operating noise in motor-driven conveyor rollers.

Segmented vertical fingers grasp multiple totes at once, resolving low throughput and poor space utilization in automated palletizing.

A magnet member secures folding conveyor portions in the stowed position, eliminating hydraulic fluid leakage from counterbalance valves.

A mobile robotic unit with telescopic lifting and grippers automates tote handling across warehouse locations.

A grouping device arranges fragmented products into defined matrices on a track.

Integrated drives on transport vehicles reduce stationary cargo hold weight while maintaining load movement efficiency.