Solid Material TRIZ Cases

Joining flexible materials creates structural support volumes that reduce manufacturing costs while maintaining structural integrity.

A refilling device uses a dual-seal cover and aspirator to draw air from the cartridge.

A building system uses an integral hoist and sliding trays to position housing units within a support frame.

Continuous rotary motion eliminates indexed stopping, enabling high throughput and compact filling of fine-grain products.

A filling device opening flap uses a deceleration device to manage movement speed.

A dosing device cuff seals the scale connection area to prevent product leakage during bulk filling operations.

Sliding base releases product stacks to eliminate manual handling damage and contamination risks.

Inverted sealing head accesses valve while bag stays vertical, preventing spillage and damage during simultaneous filling.

Parallel lane segmentation synchronizes product transfer to fill multiple packaging tray rows simultaneously, eliminating sequential filling bottlenecks.

Segmenting the closure system and extracting the safety device reduces manufacturing complexity while ensuring reliable tamper evidence.

A movable dosing spoon supported by a linear bearing adjusts position to resolve clogging risks from moisture in bulk food materials.

An integrated adhesive layer bonds a petroleum-based polymer to a rigid biopolymer structure, resolving adhesion failures in thermal lamination.

A rotary filling unit with blade elements moves product into single-use capsule seats using centrifugal force and gravity.

A vertical tamper moves laterally to compact fill material directly inside the container.

A capsule filling unit uses a centralized screw feeder to distribute product doses through gravity-fed chutes.

A verification system generates virtual defects to check detection accuracy without stopping production lines.

Vacuum suction fills dispensing tips precisely, eliminating manual plunger adjustment and material loss.

Adjustable containers with sliding chains resolve format change downtime by enabling rapid width and depth modifications for accurate product dosing.

Parallel weighing stations enable simultaneous tare and gross measurements, resolving the trade-off between filling precision and throughput.

Pivotable control levers in a diesel filler neck prevent petrol misfuelling by blocking small nozzles, resolving reliability and complexity trade-offs.

Segmented inlet and outlet openings in a horizontal star feeder increase delivery volume while reducing pulsation effects during bulk material discharge.

A capsule filling unit uses a rotary transfer mechanism to move product doses between containing seats along a closed transport path.

Real-time pressure feedback controls aeration and conveying speed in valve sacks, preventing material escape while maintaining high throughput.

A composite packaging system encloses polycrystalline silicon fragments using a thin inner film and an outer reinforcing layer.

Axial vibration in tubular feeders regulates dry powder flow, replacing auger systems that struggle with precise metering.

Independent box lifters raise adjacent containers during weighing, resolving the contradiction between measurement precision and throughput.

Vacuum housings draw high moisture tobacco into rotating cavities, preventing clumping and preserving flavor during accurate pouching.

Mirror-symmetrical inserts accommodate wiper blade end sections within a flexurally stiff container.

Disposable syringes inject custom paint formulations into reusable containers, reducing retail inventory needs and eliminating cleaning time.

Segmented protective spaces and movable seals enable pressurized inert gas sterilization of the fill-level-determining element during filling operations.

A control unit manages hopper discharge while retaining articles in the conveying unit for reuse.

Variable height lock levers resolve positioning accuracy issues in high-speed beverage filling by eliminating manual shim adjustments.

A floating elastomeric pan uses vacuum expansion to insert cakes without scuffing, then contracts to compensate for shrinkage and absorb shock.

Nested mandrels create a stepped composite structure that reduces transferred crash force while maintaining structural integrity.

Delaminating a laminated roll enables single-web production of recloseable containers with distinct base and lid materials.

A suction pick-up head engages product layers on a retractable collecting conveyor, resolving robotic gripper dropping and corner positioning errors.

An inverted air nozzle creates a cushion that aligns flexible valve bags without tabs, enabling high-speed attachment rates.

A movable filling station handles open-mouth bags using suction apertures to maintain shape during transport.

A liquid container uses a partition wall slit to guide the flat end of an ink bag into a case member.

A linear shuttle dispensing system fills trays at high speed while managing momentum and vibration through dynamic cushioning mechanisms.

Continuous coating and solidification of viscous material on a moving support creates capsule walls for rapid filling and sealing without air bubbles.

A movable collecting unit gathers trickling bulk material from a filling spout outlet and discharges it into a dedicated line, preventing machine contamination.

Corner vacuum devices tighten flexible package walls into filling box corners, preventing wall caving and ensuring reliable plug insertion.

Segmented drop buckets with internal partitions and surface ridges prevent clumping and bridging of bridgeable dry materials during high-speed dispensing.

Moveable spout members adjust width and height to compress insulation batts uniformly, eliminating multiple bag sizes.

A funnel assembly uses a spherical occluding element to seal the spout via gravity and material weight.

Heated stakes secure closures on inhalation device pods, resolving the trade-off between filling reliability and apparatus complexity.

Segmented piston channels reduce calibration chamber volume to improve dosage precision while maintaining structural stability during powder filling.

A transfer system connects two containers using interlocking lids and a tubular adapter to move viscous liquid between them.

A freely suspended energy absorber guides polycrystalline silicon into plastic bags, preventing piercing and reducing stoppage times.