Beverage Vessels TRIZ Cases

A rotatable multi-outlet coffee spout links beverage selection to cup height and outlet position, reducing spills and setup steps.

Gravity-fed guiding channels and support projections hold the capsule in a fixed brewing position, simplifying the mechanism and improving reliability.

Two merged water paths let a coffee machine use a low-cost pump for high-pressure brewing and high-flow cleaning or descaling.

Micro-machined tapered exits and uniformity regions keep filter holes consistent, improving coffee extraction yield and brew taste.

A collapsible crown with programmed breaking lines lets beverage capsules open water paths without machine piercing tools, reducing wear and flow inconsistency.

An off-center pivot axis makes the front function key press in one direction, reducing accidental activation and mechanical complexity.

A concentric inner outlet and ring nozzle rinse syrup residue, preventing crystallization, drips, and contamination in beverage dispensing.

Default beverage settings based on prior user choices cut repeated input and simplify capsule-based drink preparation.

A pivoting transport mechanism separates and delivers stacked capsules with fewer parts, cutting wear, cost, and maintenance in brewing devices.

An aluminum bottom and plastic sidewall preserve powdered contents, ensure clean piercing, and avoid extra oxygen-barrier wrappers.

A single connector block combines fluid and data links for removable beverage modules while preventing backflow contamination during changeover.

Pre-dosed sealed capsules use centrifugal extraction and torque resistance to improve coffee freshness, crema, and brewing consistency.

A separated motor housing and removable cover cut reconnection steps, reduce leakage risk, and make milk beverage cleaning safer.

A torque-sensitive auger stops tamping at the target compaction level to prevent cracks, improve uniformity, and stabilize espresso extraction.

Concentric ridges, teeth, and a pressure-break membrane keep the capsule filter plate stable under brewing pressure for consistent filtration.

A switched pre-heating and end-heating cycle cuts power demand while maintaining the flow rate and pressure needed for coffee and espresso.

A movable injector and infusion chamber simplify cartridge retention and gravity ejection, improving hygiene and reducing mechanical complexity.

Sidewall code placement and an external reader keep beverage capsules identifiable despite liquid and vapor contamination, improving hygiene.

A single rotary drive selects and opens one of several herbal chambers, expanding drink variety without adding separate mechanisms.

A passive removable module and anti-return flow path keep mixtures out of the base circuit, enabling hygienic beverage changes.

A scraper and receptacle-edge projection keep coffee powder inside the infusion chamber during movement, reducing machine soiling and cleaning stops.

Multiple circumferential symbol sequences let a rotating beverage capsule be read reliably in tight, harsh centrifugal machines.

A flat-bottom filter holder integrates a sliding drip-stop lever to fit standard coffee maker brackets without double-wall complexity.

Pre-programmed cartridge alignment and gravity dosing automate precise spice, tea, and coffee blends without manual measuring.

Bean-specific recipes, sensors, and air-pressure brewing adjust temperature and time to keep coffee flavor consistent across conditions.

A crushable flange element seals radial groove leakage paths in beverage capsules while preserving easy extraction across low to high brewing pressures.

Baseline probe measurements enable accurate tank level detection despite filtered water and scale-driven resistance changes.

Mechanical capsule closing replaces thermal sealing to cut energy, noise, residue, and floor space while keeping oxygen-tight beverage portions.

An annular inlet flange and flexible sealing lip stop leakage and membrane buckling during centrifugal beverage preparation.

A pivoting brewing unit uses water jets to pierce capsules and route waste water, cutting parts count and saving space.

A linked masking band covers the front-wall opening during outflow unit height adjustment, blocking coffee dirt from entering the machine.

Water is split into at least three angled streams inside a reusable brewing cup to eliminate dead zones and improve coffee extraction.

A recessed upward-facing steam nozzle and jug steam duct create a sensor-free connection that prevents unsafe steam escape and lowers machine cost.

Annular sealing passages direct water leakage when no capsule is present, keeping capsule brewing units clean and easy to drain.

A swing-out adapter and automatic tamping let one coffee maker brew single cups or carafes while improving flavor extraction.

A plate-supported filter and coalescing chamber prevent clogging, air pockets, and sediment carryover in cold brew extraction.

Rotating impellers froth coffee inside a French press, while a dedicated spoon lifts crema separately without overpouring coffee.

An adjustable upper stop matches infusion chamber volume to each ground coffee dose, preventing compression and reducing cleaning effort.

Airflow in the coffee outlet chamber entrains aroma separately from beverage flow, improving café crème smell without sacrificing cup quality.

Elastic lid valves spread pressurized water evenly in an infusion capsule, avoiding flow channels and improving aroma extraction.

Flow-rate sensing pauses and restarts the pump to clear capsule blockages, stabilize coffee extraction, and manage residual pressure.

A rigid shell, dual filter sheets, and a large outlet opening keep the coffee bed stable, prevent bypass, and support consistent high-volume brewing.

Offset capsule perforation below the chamber centerline improves angled liquid flow, extraction quality, and safe loading for partially filled capsules.

A single manifold valve routes two continuous-flow heaters separately or together, cutting cabling while enabling hot water and steam modes.

A reversible dual-basket pod holder lets one machine brew coffee or espresso by changing orientation and adjusting pressure, temperature, and time.

A curved channel protrusion and pivoting flapper stabilize carafe pouring, reducing splatter, drips, and heat loss across tilt angles.

A level sensor, valve, and filter keep a beverage machine reservoir automatically filled with filtered liquid, reducing manual refills.

A thin annular projection gap and heated collector improve coffee crema stability and persistence in centrifugal brewing.

Real-time pump and pressure-sensor control keeps coffee extraction stable despite grind variation, preventing filter blockage and taste loss.

Pre-roasting beans to first crack, then finish roasting during brewing, cuts service time while preserving fresh coffee aroma and flavor.