Conveyors TRIZ Cases

A conveying line adjusts channel widths via independently displaced side walls to accommodate various bottle formats.

A twisted guide staggers articles along a linear feed path, preventing packing phenomena that obstruct high-speed sliding.

Segmented nesting protects the locking mechanism from wear while maintaining accessibility through an aperture.

Linear storage buffers multi-order items to eliminate circular container sorting, reducing throughput time and space requirements.

Sensors detect terrain roll angle and conveyor characteristics to automatically adjust spout inclination, preventing spillage on uneven ground.

Belt conveyors transport packages to a fixed abutment surface, reducing mechanical complexity and maintenance costs of automated sorting systems.

A sample container handling device uses a release blade segment rotating in a constant direction to push containers away from the transport unit.

Grooved scraper wings engage chain link projections to fix the assembly, resolving high wear issues from oval ring eyelet members in heavy-duty conveyors.

A product index mechanism synchronizes material strip and index structure driving wheels to position products accurately for inspection.

Heat-resistant bearing planks slideably support movable slats on fixed beams, preventing hot asphalt adhesion and accommodating thermal expansion.

A wall-protruding distribution storage system positions shelves adjacent to a vertical wall surface and utilizes an overhead crane with transfer robot for carrier handling.

T-shaped frame spacers engage narrow gaps in the wear strip to secure operation while wide gaps allow parallel sliding for maintenance.

A fixing plate with a central through recess secures an inflatable flexible envelope, eliminating screw holes that cause leaks and complex assembly.

Varying fabric layer density creates zone-specific flexibility in a conveyor belt, resisting buckling and misalignment during horizontal or vertical curves.

Rotating the restricting plate adjusts the gap to modify conveying volume, eliminating the need for multiple static plates and reducing changeover time.

Segmented lanes with guide elements enable mixed traffic of manual and automatic heavy goods vehicles in container terminals.

Passages in the guide surfaces allow trapped particles to drop through, reducing wear and friction between the belt and side guides.

Segmented belt construction overcomes coating machine width limits by joining pre-coated carrier structure strips through transverse seams.

Gravitational transport with shock absorbers prevents breakage by decelerating empties before they enter the collection tank.

Elevator units with vertically displaceable holders transfer empty tubes to conveyor belts, eliminating complex tube turners and optimizing clock times.

An optical recognition scanner reads barcodes on items while a PLC-controlled conveyor moves them, reducing energy consumption and physical space requirements.

Segmented cover parts allow dynamic clearance adjustment during insertion, preventing scratches while maintaining film thickness uniformity.

Segmented polymer hooks attach to metal brackets on food conveyors, preventing product damage from sharp edges while reducing reconfiguration downtime.

Helix-patterned spring blocks in a loading system gently rotate catalyst particles, preventing breakage in fragile reactor tubes.

Pressure-sensitive adhesive joins drive plates to tubes, preventing slip from elastic component aging.

Separable fasteners replace damaged bolts without removing the traction means, resolving maintenance complexity.

Rails bridge gaps between conveyance rollers to stabilize small articles and simplify maintenance access in branching sections.

Inclined suction conveyor rotates objects from lying to upright position, eliminating complex transfer mechanisms that increase maintenance costs.

An automated tensioning system adjusts conveyor belt force using real-time sensor data and actuators.

Edge webs on tooth bases reduce gap width and prevent human intervention while maintaining mechanical stability during curve navigation.

A standby area separates transport vehicles from the aisle to prevent congestion during non-receiving states.

An inclined conveyor rotates buckets to orient cartons vertically, enabling efficient gravity-assisted loading without complex equipment.

Modular articulated belt navigates complex plant layouts, resolving adaptability versus structural complexity.

Antennas integrated into forklift gripping mechanisms detect cargo IDs transmitted by RFID tags attached to containers.

A diagonal sorter uses selectively rotatable belt rollers to divert articles toward multiple outbound lanes.

A universal sorter transfer module uses bi-directional cross-belt assemblies to advance conveyed parcels across the machine direction.

Adjustable gap lengths between center and end suction pads prevent air entry in thick tire sections.

Continuous double belt press cures rubber and elastomer on fabric, replacing labor-intensive Banbury mixing to lower production costs.

Parallel inclined support and pressing surfaces stabilize obliquely oriented containers, preventing contents from flying out during transport.

Segmented upright sections allow diagonal bracing members to nest internally, eliminating external supports and reducing device complexity.

A telescoping conveyor belt uses a convex sliding cover to cradle bulk materials during upward transport.

Nozzles set back from protective runners direct compressed air onto the band surface, preventing lifting during high-speed transport.

Angled loading surface on linepan front casting improves material flow into the armoured face conveyor, resolving compaction issues in low seam mining.

A transfer and alignment unit deflects piece goods between perpendicular conveying directions using a movable stop means.

A transport apparatus adjusts flight positions via a transfer element to maintain even object spacing and prevent gaps or overcrowding.

Compounding a non-oxidized polymer wax with colorants resolves friction-induced color inconsistency in tribologically modified polyoxymethylene articles.

Horizontal positioning of the intermediate portion reduces the vertical size of the spring, resolving the bulk constraint in sheet material handling groups.

Segmented suction regions prevent air leakage and turbulent spots by individually controlling vacuum power across the seal path.

Dynamic rollers engage conveyor belts at concave corners, eliminating lubrication leaks and nib points that damage food products.

A chain tension sensor uses a reaction arm and load sensing pin to measure conveyor chain force.