Conveyors TRIZ Cases

Non-contact infrared heating melts belt ends via thermal radiation, eliminating material sticking and uneven heating caused by manual contact welding.

A tapered assist roller increases tangential speed to rotate lightweight cases, resolving incomplete pivoting.

An adjustable spacer maintains defined alignment between adjacent carrier bags, reducing accumulation forces that damage conveyed goods.

Third pivot axes allow chain links to rotate along the longitudinal centerline, preventing torsion from manufacturing inaccuracies and guide device geometries.

Radial and upward support of a guide roller minimizes slip and frictional forces, enhancing driving efficiency in curved conveyor systems.

Asymmetric module halves with integrated locking protrusions resolve stability and complexity tradeoffs in industrial conveyor systems.

Arched modular plastic conveyor belts span widely spaced rails without sagging, replacing steel tracks in spiral systems.

An automated gate mechanism secures payloads on mobile carrier units, preventing items from rolling or shifting during high-speed sortation.

An adjustable conveyance constraint blocks oversized containers to protect machinery and prevent processing delays.

A conveyor belt edge strip uses a coextruded hardness gradient to resist wear while accommodating transverse twisting movements.

Central controllers route stranded carriers using transaction records, eliminating full system purges and reducing downtime after shutdown events.

Segmented power supply uses onboard energy stores charged by the base vehicle to eliminate continuous cable connections and reduce installation complexity.

A tortilla conveyor transfer system uses variable speed conveyors to synchronize press output with oven input.

A twisting device uses dry fluid lubricant on guiding elements to reduce mechanical wear during container movement.

Movable protectors shift along a trench to guide divided material onto a conveyor belt, reducing manual loading intervention.

A tension amplifier increases localized belt tension in the returnway to enable smooth product transfer.

Variable-height ridges on drive members maintain positive engagement along a helical path, reducing tension and frictional losses.

A manipulator seizes piece goods from a conveyor to position them in target alignment without continuous belt synchronization.

Movable partitions guide containers into quincunx layers, eliminating empty spaces and manual correction.

Actuating levers lock carrying trays in dead center positions via gravity, eliminating separate securing mechanisms and reducing device complexity.

Nested loading units and dynamic access mechanisms resolve space constraints while maintaining usability for disabled users.

Conveyor supports orient away from glass corners, preventing sealing compound adhesion and reducing component wear.

Segmented housing enclosures capture dust from wet bulk materials, reducing environmental hazards while maintaining easy roller access.

Segmentation and dynamics in the feed carrier enable pair feeding of cuboid stacks, resolving productivity limits caused by complex handling mechanisms.

A self-propelled transfer device integrates a conveyor belt and sprinkler system for simultaneous load movement and input spreading.

Front-side roller detachment using a sliding guide groove resolves accessibility bottlenecks while maintaining secure plate engagement.

Sequential diverter mechanisms guide hollow glass articles along curvilinear trajectories, reducing stress and eliminating auxiliary belt conveyors.

Active ejector paddles remove misaligned preforms from the flow, preventing traffic jams and manual intervention.

Sensors monitor hopper levels to trigger dump routines, eliminating manual coordination errors that cause asphalt temperature inconsistencies.

Segmented container compartments with independent retaining flaps accelerate bulk goods transfer while eliminating continuous manual operator presence.

Segmented roller holders allow rapid belt replacement without full disassembly, reducing repair time and cost for curved conveyor systems.

A sorting conveyor cart features a tilting mechanism that rotates the carrying tray to unload objects toward the side of the track.

Vertical conveyor units shift large modules between buffer positions to reduce space requirements between bonders.

Vertical queue chutes with gates and level sensors prevent air leakage and suction exposure while enabling simultaneous user access.

A multi-level switchback conveyor system uses gravity and angled ramps to separate and align elongated wooden boards during transport.

A goods-to-operator workstation uses a linear staging platform and pivotable holding mechanism to transfer product containers between conveyors.

A conveyor lift assembly moves sections vertically while a telescoping joint adjusts path length to set precise submersion levels.

Segmented O-ring protrusions reduce contact area to eliminate ring marks on glass substrates in TFT-LCD production.

Spaced brackets and pivot linkages stabilize the shield assembly to increase throwing distance without adding mounting complexity.

Segmented electroconductive plug inserts attach to standard plastic belt modules, reducing material costs while maintaining static electricity dissipation.

A brake pulley retards rotation to maintain conveyor belt tension without external energy sources.

Modular truss and boom adapter pieces allow track width adjustment, reducing construction effort and weight while maintaining rigidity.

Opposing holding sections enable simultaneous container treatment to increase machine output without expanding the footprint.

Asymmetric polygonal holes and interlocking panels prevent axle detachment under vibration while reducing assembly time through a single fastener.

An adjustable claw mechanism replaces fixed vacuum suction to accommodate varying circuit board dimensions, resolving adaptability versus complexity trade-offs.

Non-metallic U-shaped inserts replace lubricated metal links, eliminating oil drips and rust particles that contaminate meat packing products.

Segmented connecting pins with retaining rings replace welded joints to prevent fracture under impact loads.

Continuous circulating conveyor system synchronizes clip machine speed with product transfer to eliminate mechanical wear from start-stop cycles.

A conveyor belt retainer incorporates a stopper to support its midsection, distributing prying forces and preventing structural failure during maintenance.

A hanger trolley system uses a laser vision camera to confirm the coupled state between chain dogs and hanger dogs.