Conveyors TRIZ Cases

A pivot locking arm secures cradle cross-beams to prevent shifting damage and costly repairs.

Dynamic clamping members grip product columns during transfer, preventing shifts and breakage caused by functional clearance gaps.

A gravity-fed loading apparatus transfers tubular food articles from an input conveyor to an indexing conveyor using a curved end member.

A pinching bobbin roller augments traction on a paddle belt conveyor, reducing slippage and enabling longer inclined operations.

Interwoven fabric plies distribute tension across curved paths, resolving durability trade-offs in heavy-duty powerturn applications.

Urethane cleats on a rubber belt prevent tire slippage on 60-degree inclines, reducing manual labor and damage.

Hydraulic adjustment and ratchet locking maintain chain tension in vertical conveyors, preventing dislodgment during wear.

A sheet stacking apparatus uses a puffer pan and air nozzles to remove scrap material from corrugated box production lines.

A conveyor bottom panel positioning assembly uses a slider mechanism to control rotational movement between closed and open positions.

Segmented worm housing uses a movable displacement component to clear the chamber boundary, reducing maintenance complexity without disassembly.

Rib-like carriers with specific transition radii and angles on a circulating belt move grit material.

Longitudinally divided rollers shift segments laterally to compensate for conical configuration and maintain constant tension.

A money handling system uses a separate recognition machine to verify banknotes and coins transported via pneumatic tubes.

Cameras and weight sensors validate pallet loads on a turntable, reducing errors in beverage distribution centers.

An automatic transfer device moves goods-picking containers between processing areas to enable parallel task execution.

Replacing friction wheels with a toothed traction wheel and rack prevents slipping and basin contamination during rotational movements.

A tilting platform handling device rotates vehicle bodyworks to facilitate dipping and turning operations.

Wedge members insert between stacked boxes to engage outer flanges, enabling vertical extraction without lateral shifting or suction.

An RFID tag embedded in a detachable wear strip detects thickness loss and misalignment, preventing sealing failures without adding mechanical complexity.

A segmented fixed slat conveyor design uses interlocking base and insert portions to create a secure structural assembly.

Alternating conveying panels move whole nuts vertically using arcuate turn-arounds to prevent blockages and maintain product integrity.

Pinch mechanisms divert containers along transport paths while sensors track positions to eliminate manual handling delays.

A folding device uses detachable magnetic elements to adjust pitch positions on a conveyor chain without tools.

A strapping machine secures PET bottles using perpendicular band-like bindings to form stable packs.

Deflecting gears adjust lifting bar height on a receiving head, reducing entry cross-sections and freeing storage space.

A packaging sizer segments standard boxes into custom sizes for secure item fitting.

A chute tube uses a smooth triangular groove to transfer particles without damage, resolving the trade-off between flow control and particle wear.

A modular postal sorting device uses aligned trolleys with belts to transport items between outlets.

A multi-twisted steel cord uses a specific filament diameter gradient to enhance tensile strength and rubber penetration.

Lateral transfer paths with nested robots reduce the footprint of substrate processing apparatuses while maintaining efficient handling.

Parallel conveyor path sections resolve speed and accessibility contradictions for livestock feeding systems.

A pivotable deflector assembly adjusts its orientation angle to guide crop material into precise windrows.

Linear motors drive carriers along track segments, enabling independent station bypass and improved maintenance access.

Symmetric buckets and an elliptic guide allow direction changes without auxiliary elements, resolving complexity trade-offs.

Lateral orientation of the cantilevered attachment section eliminates interfering contours, enabling seamless hook transfer between adjacent conveyors.

Segmented guide rails enable free roller movement in turnaround portions, reducing required space.

An intermediary subframe compensates for truss distortions and enables screwless cladding replacement, reducing repair time.

An articulated robotic arm moves items along the vertical Z-axis to divert them from horizontal conveyors, increasing throughput without expanding floor space.

A tubular lifting device uses pivoting arms and engagement cams to securely grip objects for safe transport.

A magnet housing element uses a central wall to position a ferromagnetic plate before inserting magnets.

A conveyor apparatus moves assembly stations along a guided path to transport components through successive assembly stages.

A furnace loading system uses a transfer cart on transport rails and a lift mechanism to vertically displace workloads.

Segmented drainage channels and a sloped design remove liquid runoff from conveyed materials while stainless steel construction prevents corrosion.

Universal chucks hold the neck portion to enable both erected and inverted transfers, preventing damage during high-speed operations.

Metallocene catalysts enable rapid peroxide crosslinking in ethylene/alpha-olefin copolymers while suppressing long-chain branches that degrade processability.

Segmented openings in the conveyer top plate reduce sliding resistance and driving load while preventing water membrane formation during cleaning cycles.

Asymmetric nozzle positioning prevents gas collision and stagnation, maintaining consistent shear stress to effectively remove contaminants.

Autonomous node signal routing eliminates central control overhead while maintaining efficient specimen transport across modular paths.