Feeding Devices TRIZ Cases

See how manipulable shelves and partitions in mobile storage elements optimize space utilizatio

A two-conveyor loading station separates and feeds one wooden semiproduct at a time to prevent blockage, drag, and positioning errors.

Time differences between existing measurement points create item fingerprints that link process data across production steps without physical tags.

Wedge features or magnetic bias let the miter bar match slot-width tolerances for a snug fit that reduces cutting play and setup time.

Independently controlled clamping elements stabilize mixed-size sawn wood transfer and avoid surface damage without extra acceleration conveyors.

A compressible heel adapts to workpiece corners while a center tunnel protects the middle leg from saw blade damage and preserves control.

Automated alignment, marking, and re-orientation let one lumber cutting line handle varied board sizes with less manual setup and safer processing.

Preset angle stops and a movable support let wood-cutting operators switch quickly to repeat tooling angles without gauges or trial adjustment.

Angled belt conveyors transfer elongated goods from transverse to longitudinal transport while maintaining uniform gaps.

A compressible heel lets a woodworking pushblock conform to workpiece corners without precise alignment, improving control and reducing underside damage.

This case uses base bars and uprights on vehicle forks to reduce manual lumber handling and support flexible, precise cutting.

Rotating conical rollers enter the sawing gap, deflect side products, and support continuous transport of main timber.

Overhead rails, 3D scanning, and hydraulic clamping support accurate curve sawing with less debris accumulation and maintenance time.

A scissor-based adjustable hold-down shoe assembly moves vertically to prevent thick lumber from slamming off during high-speed planing.

A distribution assembly uses a rotating pallet to access stacked liquid containers without milk crates.

Independent grasping assemblies perform longitudinal positioning and trimming during transfer, reducing required space and production time.

A log feeding device integrates a separate damping element within its articulated link system to brake the return movement of supporting arms.

Bolted toothed discs on a hydraulic pivoted arm adapt the feed roller width, eliminating welded construction complexity.

Automated optical scanning replaces manual inspection, resolving the trade-off between processing speed and crown orientation quality.

A log wood transfer and dispenser apparatus uses a movable transfer device to organize and dispense logs one by one.

A panel dividing system uses a U-shaped conveying path to position feed and removal areas on the same side for compact operation.

Dual tunnels in the push block straddle the saw blade across fence positions, preventing kick-back and protecting operator hands.

A rocking carriage with a tilting bunk loads logs onto an inclined bandsaw while a telescoping downslide conveyor manages product flow.

Varying elevation angles on a feed roll adapt to different log diameters, maintaining debarking performance across variable sizes.

A sawmill uses a log transport rig to orient quarter wedges for automated cutting into eighth segments.

A rack and pinion mechanism adjusts the vertical position of a portable sawmill log rest.

Mobile cart handling reduces structural complexity and volume, enabling low-height installation while minimizing operator exposure to debris.

Independent drive wheels rotate inside closed arms to push logs, resolving damage risks from varying diameters while enabling single-machine sorting.

A selectively adjustable heel member positions relative to a push block bottom surface using a fastener and compression spring mechanism.

Automated lumber handling system reorients boards via variable speed conveyors to eliminate manual adjustment time between varying dimensions.

A circular saw clippings cover uses a pivotally mounted holding basket to ensure complete material containment.

Spring-loaded pins in a rotatable removal tool secure the blade, preventing water ingress and edge exposure during maintenance.

A panel processing system uses a second independent transport device to move workpieces away from the machine table while the first device feeds new material.

Rotating lifting arms guide logs over barriers to separate single units from piles, reducing floor space and improving separation precision.

Retractable heel members extend to stabilize wider work pieces while a safety barrier prevents hand exposure to the cutting element.

Detachable toothed segment stacks on the roller body reduce resource consumption and maintenance time by enabling modular replacement of worn parts.

Segmented oblique ribs with parallel blade edges grip tree stems firmly, reducing surface damage and vibration.

A circular saw blade executes transverse and longitudinal dividing cuts in a single joint cutting process to separate flat workpieces.

Alternating rubber and metal chain segments distribute wear evenly, eliminating vibration-induced saw marks on cutting planes.

Powered rollers and overhead hold back devices even end cut lumber boards on a single conveyor without complex controls.

Resiliently bendable engagement members adapt to varying workpiece shapes, maintaining a simple structure while keeping user hands away from hazards.

Segmented hub design extends service life by redistributing wear across the gripping surface.

Conveyor assemblies and adjustable cutting heads reorient lumber boards automatically, eliminating manual adjustments that cause time loss.

Air lances in a band saw cleaning hood remove sawdust from lumber surfaces and conveyors, resolving efficiency losses caused by manual cleaning delays.

Vacuum-driven hold-down belt replaces friction wheels to eliminate sawdust accumulation and maintain lumber stability during cutting.

Hollow peripheral reinforcements increase rigidity of a food slicer product table while reducing weight for easier cleaning.

A tile retaining device stabilizes tiles during sawing to eliminate finger exposure hazards while enabling precise manipulation of small work pieces.