Beverage Vessels TRIZ Cases

A coaxial cook pot, press piston, and vacuum bottle cut pack space while brewing, filtering, and keeping coffee hot or cold.

A spring-loaded cleaning element scrapes residue from the retention filter to prevent clogging, preserve coffee taste, and keep brewing consistent.

User-adjusted sweetener levels trigger automatic changes to acids or carbonation, preserving branded taste while enabling personalized drinks.

Zoned slot sizes and densities let coffee oils pass in upper regions while retaining grounds below, improving flavor intensity and brew consistency.

A detachable frame separates the drip tray from the cladding, enabling dishwasher cleaning while preserving appearance and assembly safety.

A sliding dispenser extension adjusts to different cup heights without extra machine space or flexible tubes, reducing spills and burn risk.

A movable capsule handler holds the capsule accurately for brewing, then lets it drop by gravity to simplify loading and ejection.

Separate grinding and brewing chambers prevent stale residue from mixing with fresh grounds, improving espresso consistency in automatic cycles.

A side-wall code and asymmetric inlet face keep liquid and vapor away from the reader, enabling reliable capsule detection and cleaner beverage prep.

Cold-brew extraction plus dissolved nitrogen creates micro-foam that preserves coffee texture, foam density, and flavor during cooling and dispensing.

Two interengaging valve bodies open and close in sequence to prevent hot beverage leakage during receptacle placement and removal.

Steam routed through the rotating shaft cleans and sterilizes milk-frothing parts in seconds, reducing residue buildup and manual rinsing.

A removable bypass element routes descaling fluid around the brewing chamber to clean the coffee spout and downstream lines without complex valves.

Pre-compressing a coffee capsule with a shaped mandrel evens flow resistance, improving saturation, aroma extraction, and crema quality.

A pivoting support element holds and transfers the capsule for compact collar-free brewing chamber sealing under high pressure.

An inclined capsule channel and spring-loaded pusher simplify insertion and ejection while maintaining hermetic high-pressure extraction.

A spiral-link lever raises a non-rotating cup pedestal to fit tall glasses and short cups while avoiding splashing and complex hose routing.

A mobile deviator guides capsules into a horizontally closing brewing chamber, simplifying insertion, ejection, and unit compactness.

An annular sealing member spaced from the liquid inlet blocks bypass leakage and helps beverage capsules release cleanly after preparation.

A separate ejector-piston drive decouples pomace ejection from brewing chamber travel, enabling a shorter spindle and a lighter coffee machine.

Electromagnetic radiation heats milk directly through a transmissive flow line, cutting standby energy, contamination, and milk adhesion.

Combined rotation and translation guide the cartridge smoothly from loading to brewing, reducing sticking, wear, and failed expulsion.

Rotating scraper blades clear particles from the strainer during plunger travel, preventing clogging and keeping beverage flow smooth.

A welded liquid-impermeable barrier separates brewing and discharge zones to keep aroma material and un-brewed liquid out during pouring.

Sensing and RFID or spectral detection let capsule storage identify capsule type and count, improving stock visibility and user feedback.

A replaceable cleaner cartridge with external drive coupling enables closed, precise dosing in beverage machines while reducing user contact.

Rotatable engagement surfaces and a movable lock keep the capsule holder closed under centrifugal forces while reducing wear and closure complexity.

An induction-heated tubular heat exchanger keeps brew water near 92-94°C, cutting warm-up time, energy use, and extraction variation.

A pivoting lock uses centrifugal force to keep rotating beverage parts engaged while reducing friction, torque, and gas trapping.

A gated outlet holds pressure during pre-extraction, then opens fully to improve coffee bed infusion, cut waste, and expel residual fluid.

A folded annular force ring in a centrifugal beverage capsule controls back-pressure and flow rate without complex brewing mechanisms.

A vent opening degasses the portion capsule before extraction pressure builds, preventing coarse crema and improving espresso foam quality.

Sequential pivoting and axial travel cut brewing chamber lift, shortening the spindle and reducing coffee machine height.

Porous entrance and exit filters spread flow through the coffee bed, reducing channeling, spillage, and strength variation.

A rigid support under the capsule membrane preserves brewing pressure, controls piercing, and limits coffee particle contamination.

A rotary handle interface combines selection, confirmation, and adjustment to simplify beverage machine control and cut option-setting time.

Container volumes are matched to local ingredient-use ratios so refilling and waste emptying occur together, reducing service interruptions.

A removable cover and separate motor layout cut connection steps and reduce water-penetration risk when preparing milk-based beverages.

A movable capsule support enables collarless insertion, then shifts away on closure to maintain stable sealing under high brewing pressure.

A helical tube-and-heater layout cuts thermal inertia and energy loss while improving heat transfer and production ease in beverage flow heaters.

A helicoidal capsule holder simplifies loading and closure while keeping accurate sealing and preventing pressurized water projection.

A concentric handle interface combines cycle actuation and discharge height adjustment to simplify fast professional beverage machine operation.

A dual-path valve assembly varies water flow between pre-wetting and extraction to release gases and improve espresso flavor balance.

A flared capsule with a radial outlet and elastic lip improves centrifugal coffee extraction, freshness control, and crema quality.

By controlling gas volume in the delivery path, this machine creates high-pressure extraction and tailored crema with simple cartridge use.

Dual standby zones and cartridge retaining control enable consecutive beverage dispensing with fewer user steps and lower operating errors.

Tangential hot water jets create a vortex that foams powdered milk in a fixed vessel and transfers the drink cleanly into a separate cup.

Frozen coffee or tea concentrate in a gas-impermeable perforable capsule preserves flavor, enables variable dilution, and improves recyclability.

Closing the coffee outlet during pre-extraction builds pressure for uniform flow, reducing waste and improving beverage consistency.

Relocating the load cell inside the coffee machine avoids residue clogging while enabling accurate cup weighing and consistent measured filling.