Conveyors TRIZ Cases

Shifting fastener heads and locking screws create a durable steel cable belt splice that cuts repair downtime and relieves operating stress.

Position-based handoff criteria switch a material transfer vehicle from path planning to auto unloading for more precise, consistent transfer.

A press-fit functional attachment secures conveyor roller elements without welding, preserving zinc coating and enabling reliable on-site assembly.

Selective drive rollers switch a conveyor between single and dual zones to cut wait times and raise throughput for mixed object lengths.

A docked mobile robot carries a climbing pick robot to storage racks, cutting navigation downtime and raising retrieval throughput.

A movable support plane and transfer units automate bar handling across sizes, cutting manual intervention, complexity, and downtime.

API-linked mission control updates YMS move status, screens autonomous trailer tasks, and improves yard visibility without separate monitoring.

A movable selector and chute align oblong metal bars for ordered automatic feeding, reducing manual handling and positioning errors.

Autonomous mobile robots move shipping containers between delivery and product transfer stations to speed high-mix order fulfillment.

Onboard sensors, geolocation, and OCR keep stacked container locations current, reducing stale records and unnecessary reshuffling.

Impregnated non-woven layers with reinforcing filaments improve conveyor belt flexibility, tenacity, and resistance to delamination.

Movable gripping elements on a swiveling carrier clamp circular and edged lenses securely for precise machining, cleaning, and inspection.

Dynamic bin assignment and robotic parcel handling cut fixed-bin complexity, labor, and space use while improving sortation throughput.

Movable gripping elements on a swiveling carrier adapt to lens shape and size, enabling secure, releasable handling during processing.

Pre-formed edge apertures align and join conveyor belt ends for accurate tracking, gentler comestible transfer, and less wear.

Sensors track truck grain level and fill rate so auger speed, gate position, and vehicle motion can prevent overfilling and spillage.

Protected RFID sensors embedded near conveyor splices track fastener wear and scraper blade condition for predictive maintenance.

Grooved chain pockets, chain bosses, and SRP pins spread shear load in sludge collector chains to reduce fractures, sagging, and maintenance.

Sensors guide support ridges between container protrusions, enabling precise automated transfer and sorting with less mechanical complexity.

A segmented belt with passage openings and deflection means clears trapped chips from the intermediate space, protecting the return device.

A switchable barrier isolates one storage grid section for maintenance while other container handling vehicles keep operating safely.

A crimped mechanical fastener joins steel cable conveyor belt ends quickly without vulcanizing presses, cutting repair downtime to hours.

Tight link spacing and parallel shoulders reduce debris entry and backbend, enabling flat top conveyor chains to run reliably in reverse.

A segmented magnetic gripping head aligns and extracts the correct number of bars while keeping long bars straight for reliable transfer.

A flexible split sprocket collar lets worn teeth be replaced on a common shaft without dismantling the hub, cutting downtime and labor.

Temporary central and lateral supports keep long bars straight while magnetic gripping extracts the correct count without random orientation.

Removable support modules keep the waste conveyor stable in use while simplifying belt access, disassembly, and transport.

Strain gauges on a roller shaft detect rising load in real time, enabling alarms, slowdown, or shutdown before damage and downtime occur.

A selector member and chute align and transfer oblong metal bars automatically, reducing manual positioning time and processing errors.

Ground-level roof module assembly and hauling cut storage tank roof replacement time, man-hours, and work-at-height safety risks.

Complementary protrusions and holes let brush modules join quickly with high tensile and shear strength while reducing belt weight and power demand.

A snap-fit tenon fastener joins corrugated sidewalls with the lace pin hinge, enabling tool-less belt opening while reducing loose-part contamination.

Detects goods protruding beyond rack edges and replans robot routes only when needed to avoid collisions without adding path complexity.

Curved, inclined cup segments support only the tread so cured tires cool without sidewall deformation or inflation.

Visual and audible tension zones replace guesswork in drive belt adjustment, helping prevent slip, over-tightening, and premature wear.

Automatic guide and tensioner assemblies keep conveyor chains under constant tension during bearing repositioning, reducing manual adjustment time.

A three-section inland conveyor torques tubular goods into assemblies before shipment, cutting onsite preparation and intermediary handling.

A two-part access module creates a dedicated conveyor belt opening point, enabling tool-free separation and faster maintenance.

A tapered tooth easement profile cuts shear stress and tooth loading in narrow-splice synchronous belts, improving fatigue life and reducing noise.

A control system isolates a 2D track zone around a failed retrieval vehicle so personnel can enter safely without stopping the full storage grid.

Dual sensor units on both sides of the detection plane disable entry sensing for allowed objects while fitting limited installation space.

A blocking device and variable outlet keep rebounding coil springs from re-entering the pipeline, enabling reliable high-speed transfer.

Convex pressure sections deform under load to spread chain-sprocket contact, lowering surface pressure and preventing edge wear.

A single-grid load handler lifts containers from above, removing aisle needs and speeding retrieval from dense stacked storage.

Individual container data records link serial filling-line processes, enabling cross-machine error analysis and line-wide optimization.

An angled, eccentric fastener structure improves rod stability and screening surface while simplifying manufacture and limiting belt heat transfer.

Virtual parking and traffic zones with navigation markings let autonomous tractors park trailers precisely despite columns and shelf offsets.

Individual container data records link serial production steps, enabling cross-machine error analysis and line optimization in filling lines.

A staged roller mounting sequence keeps drive elements tensioned during installation, improving torque transfer and assembly speed.

A four-bar wheel lift mechanism stabilizes rail engagement, cuts displacement space, and improves locking reliability in remotely operated vehicles.

Curved springy arms with protrusions minimize magnetic field disruption during egg scanning.

Elevator and pusher arms automate tube loading, eliminating manual handling risks while reducing operator safety hazards during material processing.

A collapsible product mover uses a pivoting design to resolve space efficiency and load capacity trade-offs.

A distributor unit aligns tablets using horizontal channels and vertical pneumatic jets to facilitate precise movement.

Multi-level storage grids use bin lifts to transfer bins between horizontal vehicle levels, resolving access time penalties from vertical stacking.

Segmented C-shaped pillars and movable latches allow quick access to internal components, reducing dismantling complexity and maintenance time.

Segmented drive units at deflection rollers prevent slack strand sagging in long transverse conveyors.

A resilient L-shaped skirt assembly pivots on a bracket to maintain contact with the conveyor belt.

A supervisory control module coordinates optical characteristic systems on container handlers to capture and transmit container code estimates.

Three-tiered slot rollers guide mesh dryer belts through direction changes without manual realignment, resolving alignment reliability trade-offs.

Segmented link design bridges articulation gaps to support small products while reducing finger injury risks.

A service vehicle moves above storage sections to irrigate crops.

A load port shutter shields the substrate container opening to enable rapid purge gas introduction.

Sliding planes bridge openings between a rotating conveyor and fixed wheels, preventing parcels from stumbling or jamming against stationary components.

Curved slide structures guide devices into position while sensors verify placement to prevent damage in unmanned systems.

A food loading device portioning unit uses dual inhibiting mechanisms to constrain tray movement for precise product placement.

A turning roller rotates sausages on a conveyor to align curvatures, resolving uniform orientation bottlenecks in packaging lines.

Gravity rotates the swivel frame to open side walls, reducing mechanical complexity in conveyor systems.

Optimized recess depth and width ratios in the weld groove prevent joint failure under heavy wear loads.

Curved rails guide a translatable platform through flexible bellows seals, resolving contamination risks during environmental transfers.

Replacing rigid chains with a flexible belt containing internal rollers reduces noise, vibration, and weight while extending maintenance intervals.

A U-shaped platform lift positions workers at pallet height to transfer boxes horizontally, eliminating vertical lifting risks and ergonomic strain.

Rotating turntable actuates four blocking levers to separate and store wheels, eliminating manual rhythm adjustments that increase labor intensity.

Integrating a spherical swivel joint and rubber boot reduces flexing at the connector junction, extending cable life in tubular conveyor systems.

Controller executes preset sequences to automate milling machine transitions, reducing operator error and transition time.

A logistics handling apparatus uses an electromagnet-based connecting structure to couple side track buffers to the upper structure in a one-touch manner.

Interlocking eye parts join modular links to create a rigid structure that handles large loads while allowing easy assembly.

A controller cycles knives to dislodge debris from the floor plate.

A feeder mechanism transports mechanical fasteners using pressurized air and a stopping plate to decelerate parts before alignment.

A back side transport device relocates its actuating operation portion rearward of storage sections to move articles between outside and inside locations.

An automated picking device replaces manual counting with optical sensors that detect item quantities, resolving storage speed versus accuracy trade-offs.

A two-degree-of-freedom transfer tool moves products in fetching and transverse directions using independent actuators.

Segmented V-grooves prevent dirt accumulation on crowned rollers while maintaining reliable belt guidance.

Curvilinear conveyor sections transfer products orderly without diverters, eliminating impact damage and noise.

An adjustable auxiliary roller applies localized force to engage the upper belt of a belt-feed machine, securing material against the lower surface.

Movable guide members adjust conveyor length to prevent blank slips during module transfers.

Segmented turning and separation reduce pulling forces on legs, preventing meat damage and increasing yield.

A roller conveyor uses an elastically flexible textile web beneath transport rollers to absorb mechanical vibrations and reduce operational noise.

An adjustable inclined conveyor belt merges specimen and empty rack paths into one structure, eliminating crossing bottlenecks that degrade processing speed.

Autonomous carriages with rack and pinion mechanisms move along a shared track to extract products from storage units.

A conveyor interfacing system detaches batches from serial feed lines and transfers them to parallel support assemblies.

Visual representations of feed storage places and feed types link via drag-and-drop actions, eliminating manual data entry errors in ruminant feeding systems.

RFID tags enable wireless tracking of conveyor shoes while a latching mechanism secures slats, reducing downtime from missing components.

Tilted conveyor belt retains flat packages via friction while non-flat items tumble off the lower side edge.