Conveyors TRIZ Cases

Floor tags and AGV transport status open shelf zones for routing only when passable, improving warehouse travel efficiency without fixed no-entry areas.

An inclined running surface in a rail profile connector absorbs alignment tolerances, prevents forward edges, and reduces conveyor maintenance.

A threaded axle and sliding engagement bodies mechanically arrest movable parts when control or hydraulic systems fail during maintenance.

A threaded-axle brake shoe clamps extendable sections with visible tension feedback to prevent accidental movement during maintenance.

A shiftable roller-mounted tensioning system adjusts conveyor belt tension along the chassis, cutting mechanism complexity and maintenance cost.

Retained couplings and axial starwheel movement cut necking machine changeover time for different can sizes without losing fasteners.

When rack vibration is estimated to shift a stored article, the control unit commands transport-based correction to preserve unloading reliability.

A recessed bin cavity and switchable wheel sets improve stability, handling weight, and two-direction travel in dense storage columns.

Meltable thermoplastic filaments reinforce food grade belts while sealing into the welded loop to prevent bacteria exposure and belt stretching.

Stamped and folded sheet-metal idler supports form a trough that sheds abrasive debris outward, protecting bearings and cutting assembly cost.

Magnetic engagement transfers coil springs from the winder to the conveyor with precise high-speed motion while avoiding complex grippers or rotation.

Stored control content in a switching device keeps a motorized conveyor roller running predictably when IO-Link communication fails.

An integrated rotating valve and blower module improves pneumatic tube airflow control, cuts weight, and reduces reverse-spin motor wear.

A movable bracket and tensioner adjust conveyor timing belt tension without extra pulleys, reducing wear, noise, and space use.

Built-in sensing and controller functions cut conveyor roller wiring and external control cards while improving diagnostics and remote monitoring.

Electrical contact testing at a handling test station detects worn tactile elements early, preventing sheet metal process interruptions.

Preplanned routes across multi-level paths, junctions, elevators, and bypass lanes cut parcel travel time and raise sorting throughput.

Discrete radial lugs with flexible noses transmit torque in oil-lubricated conveyor rollers while reducing noise, deformation, and tolerance sensitivity.

Two exchangeable containing units keep oblong product collection running during unloading, reducing machine stops and avoiding movement interference.

Continuous monitoring of oven conveyor parameters detects chain wear early, enabling scheduled maintenance and reducing unplanned downtime.

A sensor-equipped drone measures acceleration and pressure inside container transport lines, enabling real-time parameter control to reduce bruising, scratching, and jams.

A shiftable roller tensioning assembly maintains conveyor belt tension while cutting pulley-drive complexity, maintenance cost, and noise.

A unified picker, transporter, and consolidator combine unit-of-use and auto-filled containers into one verified prescription package.

Independently movable holding arrangements raise conveyor cycle rate while maintaining precise guidance and clamping for multiple workpieces.

Chemically bonded thermoplastic coupling parts let endless belts be joined on site more easily while preserving rubber belt durability.

Length detection and multistep reloading let automated industrial trucks carry shorter and longer goods carriers with safer spacing and less aisle storage.

A magnetic gripper and sized slot use gravity to orient screws or nails quickly in a compact unit that can be placed near the tool.

Operational data from speed, location, and implement states identifies collected bales and updates field records for reliable pickup tracking.

Redundant vacuum circuits and optical movement sensing help keep large sheet metal parts secure at higher conveying speeds without safety fences.

A low-friction coating on the belt connecting element evens sliding behavior, cutting drive power, wear, and load twisting.

Discrete vacuum chambers and a perforated nose roll localize suction at conveyor transitions to prevent skewing and dislodgment at high speed.

Edge computing determines product transport times between sensors and processing stations, enabling real-time control across variable conveyors, carriers, and robots.

A dual-sensor corridor lets a loading truck enter a trailer safely by blocking person access without shutting down the full loading zone.

Root-finding trajectory generation applies jerk constraints to smooth load handling motion, limiting oscillation and item damage on grid structures.

Embedded ferromagnetic tooth elements enable remote magnetic induction monitoring of belt wear without shutdowns or complex sensing.

Predefined datum references and tooth markings let engineers measure radial and circumferential sprocket wear without removing the chain.

A carrier tray with a positioning stop and stackable magazine automates profile storage, transfer, and feeding between production steps.

A trough belt with fluid jets continuously removes powder from small 3D printed parts while limiting accumulation, damage, and powder escape.

Sensors for door state, clamp force, light intensity, and images let pallet transport start automatically when attachment work is complete.

An angled eccentric fastener geometry secures rod ends under bending moments while preserving sieve area and preventing jamming.

Optical readers and rail-mounted barcodes give four-way warehouse vehicles absolute position data despite wheel wear, slippage, and vibration.

Image and distance sensing identify where a conveying vehicle contacts an object, improving conveyance stability and efficiency.

Proximity-sensed clamping arms secure a loading frame during automated container loading, preventing displacement in dense storage systems.

Geolocation-guided bucket positioning lets an autonomous loader dump into a truck bed while selectively ignoring obstacle warnings.

Load markers along the AGV path trigger pre-set control parameters, improving trajectory tracking under varying loads and cutting commissioning time.

A radially adjustable discharge curve and star handle different container sizes without tool exchange, cutting can sealer standstill time.

Spaced coating strips give cardboard-stacking belts grip while preserving air flow and avoiding sharp edges from machined grooves.

A plastic bearing sleeve and flanged end caps cut hinge wear in modular conveyor chains while avoiding lubrication and sleeve migration.

Varying tooth thickness, curved roots, and pass-through openings shed conveyed material to keep conveyor belts engaged and reduce wear.

A one-piece fastener body and crimp reconnect steel cable conveyor belts quickly, cutting downtime until full vulcanized repair is available.

A modular front end portion adapts to specific loading and unloading tasks on an extendable conveyor.

A runner bridges the gap between screw conveyors to prevent clogging and mechanical damage during moist crop transfer.

Load cell sensors measure item weight on conveyor zones to prevent mechanical damage from overloading and reduce optical sensor maintenance.

Spring-loaded pivoting holding elements adjust to container ribs, resolving excessive operator reach.

Assigning tube bundles to types by length and width ranges enables automated stacking while preventing magnetic interference.

Deployable flexible holders conform to rigid containers, resolving the trade-off between automated handling and dense parcel packing.

A block storage arrangement uses a loading vehicle with two independently actuated lifting units to move containers vertically into stacking spaces.

Segmented upper cover rubber layers with tuned loss coefficients resolve the trade-off between wear resistance and impact absorption.

Porous films on curing stage blocks eliminate optical property differences between supports and gaps, preventing stains on display substrates.

A distal pulley drives a conveyor belt in an extending boom assembly.

Dual common transfer devices enable simultaneous wafer movement in a compact vacuum processing system, resolving throughput and size trade-offs.

A removable rigid sheet mediates force between endless belts and a thin flexible support for chocolate confectionery transport.

Sheathed conductive resonators enable wireless detection of wear conditions in rubber products via resonance frequency shifts.

Segmented contours on an adjusting bolt set module distances to reduce alignment effort and prevent gear wear.

Dual-material conveyor rollers separate the durable contact interface from the high-friction propulsion surface, preventing wear-related efficiency loss.

An engagement member lifts and turns sandwich elements about their lateral edges using controlled acceleration to invert them.

Dynamic damming elements eliminate friction-induced rotation and multi-layering by synchronizing movement with the transport device.

Segmented connection mechanisms allow automated carriers to attach to carriages without direct floor sliding, overcoming uneven surface obstacles.