Beverage Vessels TRIZ Cases

A pierced sealed brew cup releases whole beans for in-machine grinding and brewing, preserving freshness without separate grinders or filters.

A sliding pivot and coupling rod let the coffee machine cover open fully under cabinets while keeping protrusion above the housing low.

A porous stretchable lid lets a centrifugal beverage capsule resist puncture, preserve fill volume, and filter solids during extraction.

Guiding plates and jaw shafts enable smooth capsule ejection in a beverage extractor without springs, sticking, or hard-to-machine housing grooves.

A second conduit injects water between two piston gaskets to cut pressure differences, reduce leaks, and extend seal life in coffee machines.

An elastic group head suspension maintains espresso basket sealing without forced tightening, reducing seal wear and easing handle operation.

Filling-level feedback adjusts heating and stirring to prevent foaming and local overheating while keeping flavor distribution uniform.

Bottom inlet and outlet openings let a reusable beverage cartridge fit single-use piercing machines without reconfiguration or difficult alignment.

A supported puncturable delivery wall keeps a flow gap after rupture, preventing membrane collapse and ensuring uniform dissolved liquid release.

Whole beans are sealed in a disposable cup, then ground inside the brewer just before brewing to preserve freshness without losing single-serve convenience.

A piston-driven brewing chamber and buffer reservoir balance single-cup extraction quality with efficient batch dispensing and freshness control.

A motor-linked pod receiver and spring flange eject spent pods into a bin, preventing flavor transfer, drying, and cleanup issues.

Interrupted water flow holds rising chamber pressure to improve coffee extraction consistency without requiring stronger cartridge materials.

Varying capsule rim geometry creates built-in back-pressure control, enabling different flow rates, crema quality, and aroma in centrifugal brewing.

A grating disc and close-coupled filtration turn cut fruit pulp into a fine paste, improving juice recovery and reducing filter blockage.

By accounting for inlet and residual liquid temperature, this case keeps beverage flow heaters at target dispense temperature without overheating or waste.

A ceramic-coated aluminium boiler limits limescale and oxidation while preserving heat transfer and descaling resistance in automatic coffee machines.

Angled water jets along the brew chamber wall improve rinsing and agitation while avoiding high-pressure brewing and excess water use.

Elastic inlet valves and internal ribs stop preferential flow paths, increase capsule fill, and produce a richer infusion without piercing debris.

Pressure-responsive airflow limiting balances compressed air with changing steam pressure to keep milk foam quality consistent in coffee machines.

Reverse filtration through mesh screens and vortex mixing turns pod coffee jets into finer, richer foam with better flavor.

A controlled water circuit automates descaling and cleaning in beverage machines using circulation, dosing, and a low-pressure pump.

A stratified heating vessel feeds hot water from the top while refilling from below, cutting heat loss, energy use, and drink wait time.

A removable pinch-valve milk line keeps electrical actuation outside the frother, improving dishwasher-safe cleaning and robustness.

A solid extraction member guides liquid onto one inner surface to cut leakage, contamination, and hollow-needle blockages in beverage machines.

A waterproof layer shields capsule-reading circuitry from humidity, preserving accurate identification and machine control over repeated beverage cycles.

Centrifugal brewing forms capsule outlets by internal pressure, enabling controlled extraction time and pressure for consistent coffee concentration and cream.

A reusable connector lets users mechanically program capsule brewing settings without complicating capsule manufacturing.

A pivotable handle and separable functional block let users lift, relocate, and clean a beverage machine more safely and easily.

Parallel ducts and electronic valves let each brewing unit receive different pressure stages from one pump for more uniform coffee extraction.

A sealed bean package and precise dosing path limit air exposure and residual grounds, keeping each coffee type fresh when switching.

A detachable pump head with removable gears and magnetic drive simplifies cleaning, lowers cost, and improves hygiene in milk froth machines.

Movable nozzle and rotating filter control water flow, timing, and wetting to automate pour-over brewing with more consistent results and less barista strain.

Non-contact sensing in the milk conveying channel detects the switch from milk to air or steam, preventing contamination and empty-run issues.

Voltage-based contact detection lets a domestic appliance cut standby power automatically while keeping reliable user input sensing.

Capacitive cup detection at the spout prevents dispensing without a suitable vessel, reducing spills, scalding, and mechanical sensor issues.

A press-fit insert and removable top let users discard only the used paper filter while reusing the basket for convenient single-cup brewing.

Air injection near the water outlet accelerates vaporization to cool near-boiling water and tune extraction temperature for coffee preparation.

A dedicated dosing chamber dissolves descaling or cleaning agents before entry into the water lines, reducing deposits and tank contamination.

A segmented snap-fit support keeps a Turkish coffee pot firmly attached despite heating and cold-water shrinkage, simplifying assembly and cleaning.

Wall grooves stiffen thin beverage capsules against buckling, improve extraction uniformity, and support easier ejection after brewing.

A moving infusion unit carries its own washing member to clean the beverage circuit, avoiding lost cleaning capsules and complex closure hardware.

Hydraulic accelerator motion in the espresso heat exchanger prevents lime scale without external mechanics while improving pre-infusion and extraction.

An angled tangential inlet swirls water around the brew chamber to improve rinsing, cut pressure, and prevent flavor carryover.

A tilted capsule channel and pivoting holder simplify insertion and ejection while maintaining a reliable seal during pressurized hot-water extraction.

Movable dual brewing cylinders separate grinding from brewing heat while enabling parallel loading and brewing for faster coffee production.

A latching relay and control device let a coffee maker switch shut off mains power after inactivity, cutting standby energy and fire risk.

Passive valves redirect extracting fluid during heat-up and cool-down, so only correctly heated water reaches the brew chamber.