Internal Frames TRIZ Cases

See how fixed partition walls and center silicone seals prevent cross-contamination between sof

See how connected separators with fluid-resistant and insulating layers prevent moisture and he

Rubberized prongs and a shock absorber separate nested glasses to cut sticking force, reduce rim chipping, and lower breakage risk.

A built-in utensil pocket keeps serving tools accessible yet separated from food to reduce contamination and flavor mixing.

A hinged bag frame with wire-spring support enables fast spill containment while collapsing for easier transport and storage.

A molded pulp base and cardboard cover combine egg cushioning, package stiffness, and a flat printable display surface for handling and retail display.

A sloped reversible plate drains liquids and fats away from food, keeping items separate while remaining easier to eat from with less mess.

Attached foldable dividers let one stackable container keep semi-liquid flavors separate without shifting partitions or extra container types.

A removable insert sleeve overcomes vacuum and friction in wall-mounted trash containers, enabling bag changes without opening the front panel.

A forearm notch, finger apertures, and beverage holders stabilize food and drinks while standing, reducing spills and freeing one hand.

Slotted ramps and nested spoon depressions help children load food onto utensils independently while keeping food contained on the plate.

Segmented plate-cover compartments and food-group labels improve portion measurement and guide balanced meal serving.

Standardized divider slots let storage bins be reconfigured into new compartments, preserving stability while adapting to changing needs.

Separate compartments and a clamping latch keep foods from mixing while sealing small liquid containers against leaks.

A flexible membrane separates milk from dry cereal and opens passageways only when flexed, helping prevent sogginess during eating.

A rear-wall hooking tongue keeps the drawer container stable, while modular separators and labeled rims improve storage flexibility and content identification.

Central ledges catch and release swirling wine to boost aeration and bouquet without blocking visual observation of color and clarity.

Divider walls form uniform baked portions, while a removable bottom plate makes each piece easier to lift out without hand cutting.

Drainage passages, sealing, and vent control let one produce keeper rinse, store, and separate washed produce without trapped moisture.

Removable rack modules use complementary engagement features to align receptacles and support varied container sizes in one configurable rack.

Compartmented plate covers guide food-group placement and portion size, helping users balance meals without complex measuring tools.

Multiple inflatable bags increase package contact area and stability while allowing deflation for easier loading and unloading.

Interlocked clip pieces replace heavy strapping to prevent module tilt in shipping and make partial solar module repacking easier.

A vapor-barrier containment system aligns and protects electrochromic preforms during transport, reducing damage and contamination.

Foam elements cushion thin glass substrates during stacking, limiting breakage and surface defects while supporting automated, loss-free withdrawal.

A continuous protective sheet separates closely packed film reels, preventing rubbing and rupture during pallet handling and transport.

Central fastening and defined gaps stabilize composite laminates, reducing glass-sheet cracks and chips during transport.

A central-wall recess, dome-shaped bottom, and layered shell help limit vacuum deformation while reducing material use.

Foldable panels reconfigure a shipping tote body between erected and collapsed states, improving return ratios by reducing container weight.

A storage case uses a sliding receptacle on a rod to organize power tool accessories within a hinged frame.

Pivoting bail members with interlocking ribs prevent lateral movement during stacking, resolving adaptability versus complexity trade-offs.

Co-operating members maintain a gap between lid and base walls to allow airflow, preventing moisture condensation on eggs and other ingredients.

Intersecting vertical ribs in a nestable can tray distribute weight to prevent structural damage to beverage can rings during shipping.

Segmented vacuum storage resolves the contradiction between product freshness preservation and user access by coupling two independently sealed units.

Segmented packaging with disposable intermediate layers and a hooded jacket reduces manual effort and damage risk during security paper transport.

A closure uses a dual hinge and deformable section to hold the lid open for stable drinking.

Angled protrusions and reverse hooks support nested bucket stacking, reducing storage area while preventing jamming.

Height-adjustable feet tilt the tool box top surface to reduce back and neck strain while working in confined spaces.

Raised frustoconical formations on a layer pad create differential stress distribution that prevents warping and ensures uniform crystallization.

Segmenting the closure into independent elements allows a single-gesture opening action that maintains structural integrity while reducing handling risks.

Segmenting the receptacle into two lumens allows easy waste removal without direct hand contact while preventing unused item spillage.

Pivoting plastic trays use springy locating blocks engaging recessed box holes to hold varying sizes securely during rotation without damage.

An integrated seal cap with locking tabs secures two reservoirs to prevent accidental opening while minimizing contamination risks.

Sliding support members with rollers move along container tracks to position products at the front, eliminating worker bending and reducing physical strain.

Offset protruding logo shapes create unstable inverted surfaces, preventing beverage crate theft while maintaining brand visibility.

Segmented packaging base holds confectionery trays via food-grade adhesive bonds, preventing damage during transport while enabling easy consumer removal.

Foldable section divider and tongue-slot dividers create multi-level cells to double product density while simplifying assembly.

Packaging device uses non-circular positioning studs to align cooking container handles.

A two-part packaging element uses abutting connecting sides to stack products securely in a common plane.

Intermediate sheets separate stacked heat dissipation substrates to suppress contact damage while a sealed bag with drying agent prevents moisture exposure.

A compressible polymer separating layer absorbs mechanical shocks during transport to protect pharmaceutical secondary packagings from deformation.

Interconnected cushioning air columns and retention boards protect liquid crystal modules from external forces while reducing packaging costs.

Sliding support members move along tracks to transport dunnage and products forward, eliminating the need for workers to bend or reach excessively.

A paper spacer uses a non-stick coated angle iron to separate rigid glass panels during lamination.

Asymmetric end columns shift handle placement to resolve finger space reduction caused by odd-numbered bottle arrangements.

A plastic container integrates a hollow handle compartment with a main storage area and a segmented lid for independent access.

Inner support rings hold partitions in configurable orientations within a canister assembly, eliminating excessive dunnage for irradiated hardware.

Hollow interconnected rings form rigid mesh walls that resist horizontal sliding efforts on ceramic pallets.

Reusable plastic stacking plate secures cans and seals lower openings to prevent contamination while enabling automatic depalletizer compatibility.

L-shaped corner block with support plate and receiver secures façade panels, preventing damage to uneven edges while enabling efficient vertical stacking.

Taller corner walls with nesting openings resolve the trade-off between stacking stability and compact footprint for beverage containers.

Vertical plate portions and interlocking hooks absorb shock forces to prevent deformation, ensuring reliable reusability during repeated assembly cycles.

Adjustable cross members in an interlocking container system restrain glass panels against vertical motion, reducing breakage during transport.

Replacing natural wood with medium-density fiberboard spacers prevents splinter damage and resin secretion on aluminum slit strips.

Vertical dividers in a rigid transparent tackle box organize lures while drainage holes remove moisture to prevent corrosion.