Conveyors TRIZ Cases

Rotatable rollers adjust radial coil orientation on a conveyor for innerspring assembly.

External readers scan passive RFID tags to eliminate internal circuitry, reducing heat leakage and simplifying data transfer in ultra-low temperature storage.

Article carrier design features rotatable portions with non-overlapping bearing surfaces for independent weighing.

Control system reduces load disorder by collecting charges out of order, improving manifold filling rates and flow efficiency.

Cable linkage synchronizes conveyor side guides to eliminate manual walking and reduce adjustment complexity.

Adsorptive devices inside the carrier remove moisture and oxygen, preventing substrate contamination and eliminating extra cleaning steps.

Vibrating the stack of filled bags reduces layer unevenness and inhomogeneities, enhancing mechanical stability without increasing process complexity.

Thermal energy from conductive connectors and inductive heaters kills bacteria in recessed areas without chemical agents.

Slotted element assembly retains glass product through mechanical geometry to prevent breakage during power loss without pneumatic dependency.

A rotating chute adjusts tilt angle and rotational speed based on real-time burden surface profiles measured by a radio wave distance meter.

Contact stops generate electrical signals to detect glass sheet orientation, correcting alignment errors that cause breakage during industrial bending.

Dual and passthrough end effectors automate tray movement to boost processing speed while reducing facility space requirements.

Inclined and declined conveyors reorient stacked items into a single layer using gravitational shifts.

A conveyor extends and contracts to hold box side surfaces while moving packages along a vertical path.

Adjustable collar with inclined outer surface changes non-driving pulley orientation to regulate belt mistracking.

Stationary corrugated surfaces reduce friction and dust accumulation, allowing manipulators to securely handle tires without complex gripping mechanisms.

Nested telescoping struts adjust truss height while internal braces maintain structural stability during material conveyance.

Involute-profiled appendices on U-bent chain links engage drive sprockets, reducing friction and wear while increasing load capacity.

A segmented carrier plate positions filling nozzles above structural gaps to maintain precise container alignment during automated dispensing operations.

Mounting the drive motor on the distal section reduces torque requirements, enabling simultaneous extension of multiple conveyor segments.

Independent servomotor control of the sorting disc and transfer wheels increases singling rate while reducing operation difficulty.

Mobile bases with collapsible wings reconfigure conveyor paths to adapt facility layouts, reducing permanent installation costs.

A vertical transmission equipment uses a rail-mounted carrier to move well plates along a perpendicular axis.

Pivotal bracket assemblies allow operators to realign misaligned conveyor belts without tools, reducing premature wear on the transport system.

Longitudinal movement of parallel latching strips opens the transport bag base, resolving the trade-off between secure closure and manual unloading speed.

Crane loads multiple trays simultaneously for batch transfer, reducing working time and production costs caused by inefficient single-tray delivery logic.

Opposing conveyor forces maintain flat article geometry during drop, preventing concave deformation and preserving commercial value.

A coin transporting belt uses a variable width contact portion to engage and move coins along a transport path.

Bulging part with restricting portion limits recess expansion to prevent unit member detachment under external impact forces.

Adjustable guide blocks and optical sensors align IC devices on a shuttle plate, eliminating manual kit exchanges while maintaining measurement accuracy.

Segmented conveyor parts with buffer storage allow withdrawal for repair without recalibrating core transfer alignment.

Shortened coupling piece loops enable closer nesting of sheet metal blanks to reduce material waste while auxiliary elements retain hinge pins.

Dynamic cross members adjust grid spacing to match carton layouts, preventing bottle contact with divider edges.

Flexible projection in modular conveyor belt link deflects to secure connecting rod, preventing lateral movement and disassembly during operation.

A mobile belt conveyor system transports plant containers using a temporary guide and reversal device.

A substrate transport apparatus adjusts support pin height using stored component data to prevent physical interference during movement.

Embedding metal frameworks in rubber cleats and skirt boards prevents loosening under high temperatures, extending belt lifespan.

Segmented flexible guide belts prevent container rotation during curved transfer, ensuring precise adhesive dot positioning.

Modular spring hose actuators adjust pressing parameters to resolve complexity trade-offs in steep belt conveyors.

Interior conveyor in load-lock chamber eliminates cassette handling bottlenecks, reducing total process time and boosting throughput.

A vacuum conveyor belt with a variable suction slider adjusts negative pressure along the transport direction for efficient particle movement.

Composite roller casing with elastic tongues compensates for thermal expansion, preventing deformation and heat buckles in annealing lines.

Distinct urging moments balance belt tension across a roller, preventing guide wear and misalignment caused by uneven force distribution.

Segmented conductive and insulating layers allow color coding for specification identification while maintaining electrostatic grounding.

Automated grouping system repositions bakery products using linear actuators to resolve production bottlenecks from mismatched equipment capacities.

Linkage mechanism enables passive tilt movement during vertical deployment, eliminating complex control requirements for obstacle clearance.

Multi-directional spikes on each dog link counteract forward surge forces while maintaining secure log impalement.

A pneumatic tube transport system moves sealed capsules containing solid targets between accelerator end stations.

Emitter and receiver arrays detect object position on a moving carrier, resolving throughput limits caused by manual sorting labor.

Integrated housing system for fuel cell balance of plant equipment uses floor openings to guide loading, eliminating separate transport and assembly steps.