Conveyors TRIZ Cases

Segmented rollers with receiving parts guide belt edges, preventing lateral damage from axial shifts.

A robotic gripping assembly with multiple degrees of freedom transfers slab-shaped articles to storage stations, reducing breakage risk during logistics.

A nested inductive sensor monitors compression spring coils to measure variable belt tension.

Curved positive lock surfaces on scraper elements engage under transport thrust forces to prevent separation without threaded fasteners.

A wedge-based adjustable block assembly translates shaft position to correct misalignment caused by chain wear.

Segmenting the transport mechanism into independent vertical tables eliminates standby delays and boosts conveyance efficiency in complex sorting systems.

A helical conveyor drum with a widened bottom portion drives the belt without slip, reducing tension and preventing early breakage.

A disc grabbing apparatus pushes optical discs through a central shaft to handle media securely.

Movable rollers in guide recesses shift the endless conveyor belt into a sagging maintenance position, enabling quick cleaning without full disassembly.

Ejecting driving means extend above the tray bottom to transfer goods automatically, eliminating manual intervention and improving warehouse scalability.

Vacuum-driven rotation retains single beads in protective wells, preventing damage from high-force contact.

Adjacent feeder belts accelerate agricultural products to prevent misalignment between slots, ensuring reliable cutting capacity.

Coaxial dual boats transfer substrates vertically to prevent polysilicon film adhesion and maintain processing integrity.

Vision-guided air jets orient and blow away pepper stems on a cleated belt, eliminating manual labor costs while preserving produce integrity.

Segmented layers resolve the contradiction between dynamic flexibility and flame resistance, reducing microcrack formation in pouch conveyor systems.

Modular workpiece chains with shock absorbing ends double load capacity while preventing breakage during part transfer.

Rotating screw conveyors with conical bases transfer piece goods longitudinally, reducing mechanical stress and optimizing delivery intervals.

A conveyor belt linkage assembly uses interlocking links and a biasing member to transition between engaged and disengaged positions.

Automatic tensioning system adjusts scraper conveyor chains using sensors to maintain proper slack and prevent wear.

Adjustable bearers measure wood diameter to sort logs automatically, resolving the trade-off between versatility and equipment complexity.

A conveyor awareness flag mechanism uses a counterweight to position a visual indicator above the conveying surface.

Segmented conveyors with sloped edges eliminate gaps between units, preventing goods from getting stuck during transverse transport.

A tray sealing machine uses a three-track conveying assembly to synchronize lateral discharge units for packaging trays.

Lateral access eliminates torque from pivoting pockets, enabling reliable high-speed bag handling without mechanical stress.

Gravity-driven compaction on an inclined table top removes gaps between bricks, resolving positioning precision issues while reducing device complexity.

A container lifting assembly uses a motor-driven gearing mechanism to wind and unwind tethers for precise vertical movement.

Segmented tilting elements create a wave-like motion to empty containers without stopping, resolving throughput capacity limits.

Slanted planes in the clamp assembly prevent side bending and article bridging.

Variable speed control matches longitudinal motion to eliminate falling risks and remove upstream batch separation needs.

Segmented conveyor support elements with V-shaped seats stabilize diverse containers while maximizing surface utilization.

Imaging device captures longitudinal belt images for control unit processing to adjust meander suppressing mechanisms.

Gravity amplifies skid tilt in a carrier assembly, eliminating trapped air and reducing machinery complexity during electroplating.

Porous suction plate with branched manifolds conveys vacuum pressure to handle uneven sheets, reducing manual intervention and equipment idle time.

Conveyor frames use C-shaped profiles to house electrical cables, eliminating external supports and reducing installation complexity.

Replacing static guides with synchronized moving lugs prevents article rotation caused by friction, ensuring consistent feature positioning in packaging lines.

Pivotable gripping devices on transport stars rotate plastic containers to precise orientations during transfer between forming and filling units.

Segmented dual chain loops eliminate inertial spikes and corner whipping, reducing component wear in palletizer row sweep systems.

An automated cleaning apparatus uses a moving unit to position a brush and nozzle against the gripper, preventing debris contamination on glass articles.

Suspended chains transmit tear forces to inductive switches, eliminating friction losses and improving weather resistance.

Segmented support members with slide interfaces resolve size-strength tradeoffs by enabling easy bar replacement while maintaining compact profiles.

Floating bearings in the guide grid prevent buckling while accommodating warped substrates for reliable transport.

A conveyor belt uses an array of actuators to move segments in the z dimension.

Diagonal rollers mounted on foldable chain plates rotate articles via friction to alter transfer direction without separate units.

Variable frequency magnetic induction transmits digital signals to sorting machine carriages, eliminating optical interference and mechanical wear.

Integrating the sensor on the diverting element reduces detection distance and eliminates external cabling, simplifying control logic.

A pivoting guide rail supports conveyor chains while folding away for maintenance access.

A test device with a ferromagnetic layer holds components via magnetic attraction during pick and place operations.