Bottles TRIZ Cases

See how a rotary snap-fit mechanism secures detachable water tanks with downward pressure, prev

See how a pivotally mounted canister with ferromagnetic locking enables quick cartridge replace

See how a gelatinous lime wedge holds soluble flavoring in a porous foam structure, enabling co

See how a thermoplastic collar and flared grip accessory prevents liquid dripping and improves

See how a thin injection tube restricts CO2 flow to control carbonation pressure without regula

See how a reversible funnel-shaped blender container attaches to disposable water bottles to el

See how a pivotally mounted canister with ferromagnetic locking and snap-fit engagement enables

See how a portable coffee concentrate kit with fill-line container enables customizable beverag

See how a segmented base connecting cap and base member enable 180° rotation from bottle to cup

See how embedded magnets and sensors ensure correct bottle and pouch insertion in a plant-based

See how a thermoplastic bottle accessory with flared grip, absorbent ring, and universal fit so

See how elastic arm locking replaces threaded mechanisms to reduce cap height while enabling ga

See how a bottle assembly detects external dispenser type, bypasses internal filtration when un

See how a one-way air inlet vent enables flexible bottom-dispensing containers to reflate after

See how nested supplement chambers with rotatable liquid-tight seals enable single-container st

See how combined thermal and chemical prestressing creates a potassium-enriched surface layer a

See how steam digestion retains lignin while removing cellulose, enabling thermal cross-linking

See how a bellows-based collapsible bottle uses an annular support ring and segmented structure

See how a siphon-connected dual-chamber bottle automatically transfers excess spirits from blen

See how a hermetic pump with snap-fit collar and multi-zone gasket sealing enables high-end cos

See how an octahedral bottle with pinched waist and flat facings secures pouch heating elements

See how a semi-rigid sleeve circumscribes containers with ribbed or undulated surfaces, enablin

See how a vacuum-tube dispenser with modular securement and self-sealing aperture reduces refil

See how locally cerammed glass-ceramic articles use controlled crystal phase regions to achieve

See how a siphon-connected dual-chamber bottle automatically transfers excess spirits from blen

See how a nested security collar blocks access to the dispenser engagement region, preventing g

See how sensor-based feedback and adaptive parameter matrices replace fixed-time heating to ach

See how a suction-based retaining system with cover, stand, and drip chamber secures fluid cont

See how a solenoid valve and RFID tracking tag enable automated filling from pressurized source

See how a rotating lid with screw-thread frame deploys a mixing element axially within the bott

See how an inverted bottle holder with angled inner surface and invertible pump housing draws r

See how a time-of-flight sensor measures predictable bottle surface deformation to determine fl

See how a slotted conical device with pliable material and groove structure collects condensati

See how a segmented bottle with upper and lower compartments enables safe beverage sharing by d

See how a removable silicone liner with a lip and S-shaped neck solves reusable bottle cleaning

See how a dual-stage filter cartridge with low-permeability second stage and pushing mechanism

See how threaded segmentation of outer bottle, inner container, and cap enables selective repla

See how flexible bands self-adjust to stabilize containers of varying sizes, enabling individua

See how a two-chambered receptacle stores cleaning solution in a bottom chamber to enable self-

See how a helical relief on the inner wall creates centrifugal force during pouring to oxygenat

See how a handle with through-slot and biasing member enables seamless transition between stora

See how a ferromagnetic locking pin and pivotal cartridge mount simplify refilling while preven

See how a pivotable closure with two dispensing pathways of different cross-sections controls f

See how an inert metal coating on a lightweight metal flask prevents particle migration and met

See how a nested tubular strainer traps plant matter visibly between bottle wall and filter, en

See how a strap-and-thumb-ring apparatus enables elegant wine pouring while reducing server wri

See how a hermetic pump with snap-fit collar and gasket replaces flip-top lids to enable sophis

See how independent pump mechanisms and flow paths for each reservoir prevent cross-contaminati

Base recesses engage multiple cup rims to keep filled vessels stable in a hand-carried stack without trays or extra supports.

A flexible silicone sleeve encases glass, plastic, or metal containers to address chemical leaching concerns and reduce breakage risk.

A polyester blend balances hydrolytic stability, clarity, and impact strength while slowing crystallization for easier blood container molding.

A terephthalate polyester with cyclobutanediol and CHDM slows crystallization while preserving impact strength, heat resistance, and standard bottle processing.

An offset-foci single-wall mug uses differential wall thickness to retain heat, improve grip balance, and reduce wrist strain.

An invertible bottle and handle assembly creates a wide mug-like opening for direct drinking without pouring, helping preserve beverage taste.

Nested retractable arms and a lip-locking groove let a can handle store compactly while keeping the can securely attached.

A cyclobutanediol-CHDM polyester balances heat resistance, impact strength, clarity, and melt processability for high-temperature containers.

A cyclobutanediol and CHDM polyester slows rapid crystallization, enabling clear amorphous bottles with high impact strength and heat resistance.

Grooved flex regions and a helical inner flow path keep bottle teats moving naturally while maintaining liquid flow and pressure relief.

A V-shaped rear projection and resilient holder tongues let a full fluid container lock securely without tools while saving transport and storage space.

Controlling barrier-layer Tg and moisture helps multilayer bottles resist hot-fill and drop delamination while preserving gas-barrier performance.

An internal nozzle insert adds porous surface area so low-viscosity liquid clings inside the dispenser and drips less after use.

A weighted base and tapered section keep the center of gravity beyond a critical line, helping fluid containers self-right and prevent spills.

A terephthalate polyester using cyclobutanediol and CHDM keeps bottles amorphous and processable while improving impact, hydrolytic stability, and chemical resistance.

A resilient linkage absorbs excess actuator travel so one dispenser interface can deliver a fixed soap dose and adapt to different pump stroke lengths.

Separated liquid compartments stay sealed until a cutter in the upper cap pierces the film, enabling quick mixing and pouring of mixed drinks.

A slotted-loop RFID inlay on the vial lid avoids metal interference, preserves content labels, and maintains reliable read range.

Water jet hole cutting forms precise glass pressure-relief openings for blow-out plugs while limiting cracking, abrasion, and thermal stress.

Controlled PET/PBT coating orientation at the neck suppresses retort brushing, white streaks, peeling, and corrosion in seamless cans.

Controlled polyester coating crystallization and adhesion help seamless cans resist retort brushing, white streaks, and peeling.

Controlled PET/PBT coating composition and neck heating suppress retort brushing, white streaks, and coating peeling in seamless cans.

Controlled PET/PBT coating crystallinity at the necked can section suppresses retort whitening, peeling, and white streaks.

Sequential curler roller housings progressively shape hard 3000-series aluminum bottle ends into a rolled curl that securely holds a crown cap.

Pressing the curled rim before machining removes only the coating, exposing metal for stronger gasket contact without weakening the container.

Using low-spread aluminum and thermal treatment, this case cuts defects in narrow-neck elongated bottle forming at high production speeds.

Blending recycled 3104 or 3105 aluminum with pure 1070 and titanium boride enables impact-extruded containers that stay lightweight and meet burst pressure.

Coordinated inner and outer rollers form a carrier ring on metal containers, enabling transport on existing air conveyor filling lines.

A low-friction resin layer enables can necking without varnish, preventing scratches and metal powder while preserving print quality.

Blending recycled 3104 or 3004 aluminum with 1070 alloy enables impact-extruded containers with high strength, pressure resistance, and lower material use.

Curved convex-concave neck shaping raises bottle can radial strength, reducing pouring pulsation while keeping a smooth grip-friendly form.

Roller forming creates a carrier ring on a metal container neck, enabling air conveyor transport on existing processing lines.

Controlling 3XXX or 5XXX alloy strength spread improves aluminum bottle expansion and necking while reducing curl splits, fractures, and collapse.

Water jet hole cutting enables glass containers to accept blow-out plugs without cracking, preserving strength under high internal pressure.

A variable-thickness impact-extruded preform strengthens the rim transition zone to improve pressure resistance without excess material use.

A concave curl profile lets the cap skirt lock securely while reducing curl-end curvature to improve can pressure resistance.

Work-hardened upper can walls and controlled corrugation forming raise buckling strength while limiting deformation in steel aerosol cans.

Annealing reshapes grain structure to improve ductility, enabling complex bottle-like metal containers with less forming effort and 10% weight savings.

Laser-formed separation lines inside strengthened glass guide crack propagation, improving flaw visibility and safer controlled breakage.

Blended scrap 3104 or 3105 with 1070 aluminum makes impact-extruded containers lighter while meeting strength, burst pressure, and durability needs.

A thickened transition wall formed during impact extrusion strengthens rolled-in container rims, improving pressure resistance without thicker sidewalls.

A shallower dome profile uses coordinated panels and buttressing to resist dome reversal and drop while cutting container weight.

Laser-etched QR or datamatrix codes on refillable PET bottles survive washing and reuse, enabling reliable lifecycle tracking.

An elastic squeeze-fit stand holds medicament delivery devices upright for easier mixing, handling, and compact storage on a surface.

Incomplete thread geometry and preformed neck support reduce buckling during threading, improving sealing and cap torque stability.

Intermediate annealing creates rounded grains in metal container preforms, restoring ductility for complex shapes with less metal and fewer forming steps.

Impact-absorbing shoulder and neck regions help fluid or gel containers withstand transport loads and reduce the need for extra packaging.

A tailored polyamide blend in the barrier layer helps polyester multilayer containers resist delamination while preserving oxygen barrier performance.

Continuous sidewall channels and a moveable base manage hot-fill pressure and cooling vacuum to keep PCR containers stable in height and shape.

A localized polyamide intermediate layer with a yellowing inhibitor helps bleach containers resist cracking and delamination while limiting recycled polyester yellowing.

A recessed base with edge-defined side walls resists bulging under cooling and pressure changes while cutting material use and product residue.

Deformable projections and depressions lock a closure to a container to resist leakage without adhesives or sonic welding.