Container/Bottle Contruction TRIZ Cases

A storage container uses a flattened bas-relief element to identify tools by touch and sight without increasing volume.

A unitized package bonds a printed base card to a fluid vessel with a biaxially oriented polymer dome.

A packaging box uses pyramidal supports and side windows to center products for full visibility without external indicia.

A plate with C-shaped engagement elements snaps onto tank cage bars to secure identification labels during transport.

A transport crate features a movable opening wall that slides to expose goods from the side while maintaining structural integrity.

A sliding wall element enables unhindered access to container interiors while maintaining structural stability.

Slotted guides allow dunnage supports to slide along container walls, reducing worker strain and friction wear.

A cartridge shares a single negative pressure generating member across multiple printing material supply ports to reduce manufacturing costs.

A paint brush holder with a vertically adjustable gripping element secures the tool handle over various container openings.

Pivoting storage members in guide grooves allow screwdriver heads and sockets to be exhibited for easy recognition.

Kaolin particles modified with potassium acetate disperse within a polyethylene terephthalate matrix to reinforce the polymer structure.

Segmented curtain parts pivot to fold flat, solving difficult manual handling of flexible tarpaulins during loading operations.

Inclined sliding surfaces distribute contact pressure across latch bodies, reducing component wear during frequent locking operations.

Pivoting storage members in a tool box allow screwdriver heads to rotate into vertical or inclined positions for better access.

Living hinges merge the lid and base into one unit, eliminating lost lids while enabling flat storage.

Segmented package covers eliminate adhesive label placement errors and reduce application complexity on retail shelf trays.

Thermosetting PLA bead-foam enables deep cavities with minimal taper, reducing material usage and carbon footprint while maintaining structural integrity.

Intersecting slits route a string member through an object, resolving the conflict between secure locking and visible appearance.

Nested inner and outer sleeves form a flat preassembly that erects into a display container, reducing assembly steps and material waste.

Curved stacking feet allow easy un-stacking of 180° stacked containers, while gloss-free surfaces prevent false detection by automated counting equipment.

Perforated separation zones in a single-blank shipper allow easy hood detachment, reducing assembly complexity and material waste.

Modular front access battery tray with detachable retainers enables quick assembly in tight spaces.

A beverage container end closure uses a rotatable pull tab to open primary and secondary vent areas, resolving uneven flow rates by facilitating air intake.

Soft resin nonslip parts integrate into hard box edges to prevent slipping during manual handling and stacking.

Segmenting the base and lid prevents compression-induced disassociation while reducing weight to eliminate strap requirements.

A folding side-wall container with a pivotable front wall and engagement lip lid enables automated robotic pickers to access goods efficiently.

Reduced wall thickness at the hinge allows effortless opening while a projecting tab prevents inward falling, eliminating complex actuation mechanisms.

Scored and perforated container panels enable manual separation along predetermined paths, preventing sealing material from contacting stored produce.

Screw-mounted second sections with bent portions stabilize container walls, resolving the trade-off between assembly simplicity and structural stability.

A foldable container side wall features a displaceable upper segment that translates vertically along guide rails to reveal the interior.

Asymmetric projections on all-round side walls create non-slip connections for universal pallet compatibility without complex mechanisms.

Movable substructures reduce clearance between the container and packaging cavity to improve thermal conduction and mechanical resistance.

Undulating top surfaces prevent stool use, and segmented walls enable scanning without removing bottles from the crate.

A retail package uses magnetic attraction between sleeve and tray components to maintain a secure closed position.

Segmented valve housings prevent liquid penetration between storage parts, maintaining product integrity.

Interconnected air cylinders form an accepting space sealed by a binding belt, providing effective shock absorption against larger impact loads.

A pallet container uses a flexible connecting strand to join the lid and folding wall ring.

Segmented layers and dynamic pull tabs resolve the trade-off between simple manufacturing and personalized entertainment value.

A plastic fuel vessel uses a shrink-fitted filler neck holder to create a liquid-tight connection without welding.

A case-ready package utilizes an absorbent pad enveloped by upper and lower webs to manage exuded juice without rupture.

A dual-wall injection molded container houses a humidity control product between an impermeable outer wall and a vapor-permeable inner wall.

Hinged side and end walls fold flat to reduce volume by 50%, resolving the trade-off between structural integrity and shipping cost-effectiveness.

A hinged transparent container secures standard retail packages with a locking door mechanism.

A rectangular frame member reinforces the front end of a storage box while an opening-closing panel rotates and slides into the housing.

A display container uses a stretchable grid structure on its side walls to secure goods during transport.

Segmenting the container into permanent walls and removable panels maintains stacking strength while enabling easy product access.

A packaging assembly uses a flexible strip and rigid panel to hold objects securely.

Divided runner surfaces with modular reinforcement reduce material consumption while preventing breakage.

A vessel with separate chambers uses gas release to generate pressure that bursts a separating element for controlled mixing.