Conveyors TRIZ Cases

A servo-driven belt conveyor system positions pallets with high repeatability using dynamic motion profiles and sensor feedback.

Segmented support bars alternate positions to clear spray jets, ensuring homogenous treatment of electric car battery cases.

Segmented lagging members abut shear stop members to reduce bond shear forces, preventing rapid failure spread and enabling planned maintenance.

Universal support bases with adjustable clamping mechanisms adapt to different container formats, eliminating equipment changes and storage requirements.

A slat conveyor uses keyhole connections to one chain and bolts to another for rapid assembly.

Segmented track support pans with pleated edges resolve the contradiction between structural strength and steering agility on powered snowboards.

Dual-hand transport mechanism exchanges stacked substrate containers vertically, resolving throughput limits without expanding apparatus footprint.

A fluid projection mechanism provides a lifting force to conveyed objects as they approach the end of a conveyor belt.

Direct mechanical coupling replaces deteriorating wire ropes to improve control and reliability.

A moveable bottom carrier element supports a stack of bowls from below to enable precise separation.

Mobile cargo controller uses inertial sensing to adapt visual indicators based on device orientation.

Optimized carbon black grades balance energy loss against bending fatigue resistance in conveyor belts.

A pivot mechanism adjusts guide member orientation to prevent veneer sheet overlap during dryer feed conveyance.

A modular conveyor belt uses interleaved hinge elements to pivotally join rows of modules, supporting spheres between adjacent segments for rolling contact.

A pneumatic suction cup transfers spacer pads to glass panels without mechanical contact.

A bi-directional pallet conveying system moves empty and full pallets along a shared reversible rail path to streamline station operations.

Oscillating movable walls in a hopper distributor realign misoriented rod-shaped articles, preventing channel jamming and production interruptions.

Rotational fins reorient envelopes by 180 degrees in compact spaces, preventing wrinkles and correcting alignment errors.

Segmenting conveyor units into master and slave groups reduces system complexity while maintaining reliable wireless coverage across the entire path.

An inversion mechanism flips tofu covered in reversed packaging material to release trapped air and eliminate pressing damage during high-speed accommodation.

Segmented backing rollers adapt to hollow cylindrical shapes, reducing installation time while providing reliable internal support for weld quality.

Variable tensioning reduces vibration and mechanical stress on chain sets during high-speed sheet processing cycles.

Inverted cup conveyance enables stable transfer between sterilization and filling zones inside a single aseptic chamber.

Elastic intermediate element absorbs torque variations and vibrations while transferring motion, protecting the motor from misalignment damage.

An asymmetric sliding drum aligns filter rods on a common pitch circle, resolving diameter mismatch issues in tobacco processing.

Elastomeric drive belt with vertically aligned fibers supports curved conveyor sections, reducing noise levels and wear compared to chain systems.

Floating disks with rounded elements measure thrust force to eliminate recalibration needs from wear.

A rotary gripper transshipment device moves empty and loaded dough carriers along a vertical axis to streamline bakery production logistics.

Detection assemblies monitor item dimensions along transport paths to prevent over-height hazards, maintaining automated throughput without stopping vehicles.

Segmented impact absorption layer dissipates shock forces to reduce top cover damage and extend service life.

A suction gripper uses a central channel and convex surface to generate negative pressure via compressed air for food handling.

Dynamic volume flow control eliminates high startup power consumption and delay associated with traditional vacuum systems, ensuring efficient operation.

Lateral offsetting axle devices resolve collision risks between multiple transport modules while maintaining precise positioning.

Intermediary guide faces and counterweight springs constrain orthogonal deviation while enabling inclination correction.

A double-layer industrial fabric uses monofilament warp and weft yarns to create a stable web structure.

Segmenting solar cells increases active area and module power while managing the complexity of handling fragile, separated photovoltaic elements.

An indexer reciprocates to align with alternating plate notches, resolving double feeding and missed feed issues in roofing tools.

Segmented step band guards use distinct panels to maintain safety protection while enabling efficient maintenance access.

A conveyor chain wheel with a pitch circle diameter matching half the engagement spacing distributes load across more teeth.

Reducing the gap between conveyors via a smaller first roller prevents glass chopped strands from dropping or adhering during transfer.

Segmented conveyor belt cover plate applies distinct rubber compounds to central and lateral zones, addressing uneven mechanical loads across the belt width.

Adjustable guide rail configuration detects lateral container dimensions using distance sensors or cameras to position guide elements precisely.

Harmonic oscillation controls acceleration forces on products, preventing slippage and damage during high-frequency sequential transport.

Self-propelled racks shuttle garments to a robot with ibex-horn arms, reducing labor intensity in direct-to-garment printing.

Spatial batching resequences orders by relative object positioning, reducing agent traveling distance and increasing fulfillment throughput.

A feeding unit driving arrangement synchronizes sealed food packs with the conveyor using cyclically movable elements.

A dynamic reliability evaluation method for scraper conveyor middle troughs uses a moment-based saddlepoint approximation and dynamic t-copula function.

A transport pocket lever switches positions to align the opening with gravity for automatic unloading.

An electroadhesive gripping system uses electrostatic attraction to meter and brake objects in automated environments.

Propylene-alpha-olefin-diene terpolymers enhance rubber compound tack to prevent layer separation during curing while maintaining low rolling resistance.