Conveyors TRIZ Cases

A trailer-mounted turret conveyor moves along a track to unload seed from modular containers, resolving complexity in handling varying bulk sizes.

Segmented compartments with drainage prevent clogging and corrosion while maintaining load capacity for road maintenance vehicles.

External pillow block bearing mounting enables direct visual inspection and lubrication access on belt conveyor troughing assemblies.

A heating device uses a compression cage to hold cans during rapid oil sterilization.

Linear motors adjust actuator lengths to form customizable conveyor curves, replacing complex pneumatic systems and enabling adaptable ejection paths.

Unique item tracking segments inventory into discrete locations, resolving the contradiction between high product variety and low retrieval efficiency.

Segmented apron design reduces material buildup and flow interruptions while enabling easier chain maintenance.

A conveyor assembly with closely spaced transporting elements conveys cylindrical tobacco articles upward along a transfer segment.

Adjustable belt tension spaces the guide rib above the housing inner surface, preventing frictional wear while maintaining alignment.

A dual motor traction system manages conveyor belt movement via a central control unit that switches between motors.

Segmented plate elements join at minimal contact edges to eliminate hidden contamination zones while maintaining mechanical strength.

Automated linear motor positioning replaces manual adjustments, reducing setup time and improving stack squaring precision.

Segmented profiled metallic bodies replace rigid trussed frames, reducing weight and manufacturing complexity while maintaining structural integrity.

Sensors detect box presence to automate platform rotation, reducing ergonomic risks and labor costs.

Variable velocity control resolves the contradiction between fragile product integrity and throughput by adjusting extractor speed based on item robustness.

Grooved sliding guides reduce wear on conveyor chains while lowering manufacturing costs for compact lifting devices.

A support plate section with a through-opening between pins increases rigidity and prevents bending, addressing the trade-off between access and strength.

Radial openings in the axle enable direct cleaning agent access to the bushing interface, eliminating disassembly for food processing hygiene.

A revolving element airlock reduces drive complexity and space requirements while maintaining hermetic sealing.

Rotating knife assembly removes debris from vacuum belt perforations, eliminating manual deburring and maintaining surface finish quality.

Aromatic vinyl-conjugated diene copolymer with controlled vinyl structure proportion improves tensile strength in rubber compositions.

A compact freeze dryer loading assembly uses a bar and chain wound around a sprocket to insert vials into the chamber.

An automated kiosk system enables self-service retrieval of items from secured containers, reducing institutional overhead costs.

Actuated rollers on a single belt merge multiple drive functions to separate rows, reducing floor space and shaft complexity.

Intermediate loops in spiral overlays prevent longitudinal collapse during tight turns while reducing binding and wear.

Segmented main tracks and switching rails enable independent crane movement, resolving single-track isolation bottlenecks that waste space.

Chain-driven movable shelves on ceiling rails reduce floor space usage and delivery time for semiconductor wafer processing.

A tensioning system uses magnetic fields to attract ferric components in a conveyor belt, maintaining continuous drive engagement.

A container handling vehicle coupler merges delivery and storage containers using integrated grippers.

Infrared heating fuses plastic belt and component surfaces, eliminating adhesive application time while ensuring durable mechanical bonds.

Hooks on a circulating conveyor release packaging units onto smoke sticks via movable triggering blocks, enabling precise spacing control.

Articulated frame sections enable precise belt alignment and tension management across varying tunnel orientations.

A modular sanitary conveyor uses vertically movable produce cups to transport items through inspection and weighing stages.

Segmented couplers with self-aligning shims resolve the trade-off between connection reliability and manufacturing precision in dock systems.

Reverse-knee joints fold conveyor sections to reduce footprint while aluminum frames maintain structural strength.

Rollers and a blower remove dust from the base plate during operation, eliminating downtime and safety risks.

A bag feeding device uses a position correction unit to align packaging bags, resolving warpage issues from stacked zip-fastener and gusset bags.

A glass plate bend-breaking machine uses a central recess in the receiving surface to deflect cullet during press-breaking.

A guided trolley climbs rack uprights using toothed wheels and roller chains to transport items between shelves.

Segmented inspection units determine pellet orientation via optical detection, enabling accurate laser marking on specific sides without mechanical flipping.

An automated vertical loop conveyor reduces operator health risks by replacing manual handling with self-service transport mechanisms.

A collapsible hand rail system integrates with a materials conveyor to provide stable worker access.

A pneumatic air diverter holds preforms against an abutment to eliminate misorientation and jamming at high conveying rates.

A dedicated fire tube installation tool featuring an elongated shaft and internal support members for precise axial handling.

Centrifugal feed system singulates patties and cheese, reducing labor time and waste in compact sandwich assembly.

A handling controller adjusts independent and shared carrying sub-areas to balance device loads.

Segmented sack stacking creates forklift recesses, eliminating special lifting gear while maintaining load stability.

Pivoting wall segments resolve the contradiction between article containment reliability and side-off transfer ease in oblique-roller sorting systems.

Segmented mast loaders enable continuous crate flow, eliminating throughput bottlenecks in constrained urban spaces.