Beverage Vessels TRIZ Cases

A wave-form elastic collar adapts to vessel opening tolerances, prevents filter drop-out during pouring, and allows safe hot removal.

A separate locking mechanism absorbs extraction pressure, keeping the brewing chamber tightly sealed while simplifying the drive mechanism.

A cube-shaped capsule enables multi-side compression for more even coffee extraction, lower packaging waste, and better energy balance.

Curved transfer arcs split and rotate capsule groups to build compact alternating single-file rows without bulky articulated rails.

Lower-side capsule perforation creates angled liquid flow for better extraction from portion capsules while reducing sharp-edge contact risk.

A movable-mass valve and expansion chamber raise brewing pressure, then diffuse flow to improve grounds wetting, compression, and essence extraction.

A saturated descaling reservoir uses turbulent inlet-outlet flow to automate precise dosing and maintain complete dissolution despite temperature changes.

A prefilled dosing cartridge meters descaling agent into beverage machine flow lines, improving cleaning accuracy while reducing contamination and user effort.

A cleaning pod and vented cup structure remove residue from the canister and needles while relieving excess pressure to prevent pod explosions.

One machine handles hot and cold capsules by cracking or puncturing them differently to improve mixing, flow, and hygiene.

A single actuator reads capsule codes and transfers capsules to extraction, cutting machine bulk, cost, and mechanism complexity.

A nested inner and outer cup filters coffee or tea from grounds while using back pressure to stop over-filtration and preserve flavor.

Internal wall elements stiffen a soft beverage capsule, limiting pressure-driven deformation and improving brewing consistency.

Top-fed gravity brewing improves tea extraction while avoiding capsule damage, inlet leakage, and contamination during beverage preparation.

Asymmetric bayonet securing parts force one correct flowmeter orientation, cutting assembly errors, friction issues, and production cost.

A piercing filter plate and retaining member let conventional espresso machines brew capsules cleanly while preserving coffee choice and freshness.

Predosed bloom water and timed presoaking improve extraction control across cup sizes, helping keep coffee solubles yield in balance.

A deformable peripheral cover edge lets infusion exit under pressure to create coffee cream without external emulsifying parts.

Interchangeable brewing parts let one drive unit handle different coffee powder quantities while keeping the same machine dimensions.

A funnel-shaped drive port guides cartridge coupling to protect seals, simplify positioning, and reduce alignment tolerance demands.

A graded slot pattern lets coffee oils pass while retaining grounds, improving flavor intensity without disrupting brewing time.

A self-learning thermoblock controller adjusts preheating time and power from outlet temperature feedback to cut heat-up delay and hit target fluid temperature.

Two spaced hot water dispensers let one machine prepare multiple drinks at once while reducing beverage loss, time, and cleaning effort.

Light-based detection checks supply pack placement and product presence in beverage dispensers without complex sensors, cutting cost and assembly effort.

A single powder container plus liquid substrates expands protein drink variety while reducing container count, space use, and refill frequency.

Side-wall capsule coding, protected reader placement, and drain channels keep beverage code detection reliable and hygienic.

Auto-closing covers seal unused cup support openings in coffee machines to block dirt entry and improve cleanability and front appearance.

A two-position filter basket lets cold brew grounds steep fully, then drain above the liquid to avoid heavy lifting and dry grounds.

Preloaded spring energy ejects used beverage pods with consistent force, avoiding jams and motor-driven mechanism complexity.

An inclined base and bulbous retention reservoir keep tea leaves or coffee grounds from being entrained during pouring or drinking.

Thin resistive coil modules heat water in 3-4 seconds with precise temperature control, cutting stand-by energy use and machine size.

A back-pressure element boosts traction on strip single portions, enabling reliable feed and direction change with one upstream actuator.

A modular thick-film heater and air enrichment path produce hot or cold milk foam while limiting heat exposure, germ formation, and cleaning needs.

A spring-loaded outlet member delays flow until pressure rises, then swirls beverage with air to boost creaminess while simplifying cleaning.

A double helicoidal ramp converts linear actuation into rotational locking to hold beverage receptacles against centrifugal forces and keep a tight seal.

Internal nozzles create vortical flow inside a compressible capsule, dissolving difficult powders while removing complex extraction and washing parts.

Low-pressure tea capsule brewing uses filtration and an overflow wall to improve clarity, concentration, and hygiene while limiting cross-contamination.

A vertical burr grinder and rotating filter improve extraction consistency, reduce clogs, and dry spent grounds for easier cleanup.

A separate perforation element and microperforated sieve puncture plastic capsules reliably, manage pressure, and retain fine grounds.

Direct steam injection in a separate feed heats milk foam with high capacity while improving temperature control and limiting incrustations.

Stored user preferences generate default beverage settings after capsule detection, cutting input steps while keeping quick customization.

Separate brewing and dilution circuits control pressure, temperature, water ratio, and froth to deliver consistent beverage taste across drink types.

A reusable cup body and deformable cover cut capsule waste while preserving machine fit, pressure sealing, and consistent coffee quality.

VOC sensing adjusts grinding and brewing parameters to compensate for coffee aging and keep flavor consistent with less waste.

A permeable filter and connector layout enables long cold-water infusion, producing concentrated coffee extract with lower acidity and bitterness.

An absorbent descaling pod slows cleaner release so water can thoroughly descale beverage machine needles and flow passages.

A sliding one-piece basin adapts to different cup sizes while collecting liquid and reducing pump-driven vibration and noise.

A preservative added to solid descaling agent prevents mold in automatic beverage-machine cartridges and extends hygienic service life.

Positive and negative pressure control brews and separates beverage from solids while reducing moving-part maintenance and manual interaction.

A rotatable closure with an integrated filter and air channel separates cold brew concentrate cleanly while preventing spills and vacuum blockage.