Beverage Vessels TRIZ Cases

See how drilling a hole into spherical fruit and adding a handle enables portable fresh juice c

See how sensor-based feedback adjusts extraction pressure in real-time to compensate for tampin

A tray with separate washing and collection chambers automates milk duct cleaning through the flexible hose, reducing manual cleaning steps.

See how a rotating disk-shaped perforation support prevents capsule torsion and excessive teari

See how outlet-side pressurized gas introduction preserves pumping reliability while enabling f

Steam injection keeps beverage water above 80°C, while rotary stirring breaks bubbles to prevent splashing and speed infusion.

See how a threaded base and middle ring enable precise tamp depth adjustment, ensuring consiste

Pressurized liquid flow through a suspended brewing holder cuts cold-brew time while supporting compact hot and cold brewing.

See how parallel sliding hooks enable tool-free cup support assembly and disassembly for differ

See how a removable heater core with spiral channels and nested structure reduces scale buildup

See how embedded magnets and a magnetic reader automatically identify milk jug type and volume

See how an integrated extraction and mixing device within a disposable beverage pack prevents m

See how optical volume detection and feedback control automatically adjust steam and air flow t

See how a semi-rigid shell with integrated outlet replaces flexible sachets to control reconsti

See how a pressure-based switching valve directs brewing water and frothing steam using a singl

An integrated coffee press filter cuts parts from five to three, replacing disposable paper while improving assembly, sealing, and cleaning.

See how a stainless steel thermoblock with resistive heater and flow diffuser achieves precise

See how pump-controlled fluid dispensing eliminates manual stirring in beverage prep, reducing

Real-time pressure feedback adjusts water flow through pre-brewing and brewing steps to keep espresso quality consistent despite coffee variability.

See how pump-controlled fluid dispensing automates layered drink preparation, eliminating manua

See how a biased steam wand with wireless temperature sensing and intermediary control enables

See how an integrated brewing cup with powder pressing, diffusion layer, and filter improves ex

See how a tilting mixture receptacle separates mixing and consumption functions to simplify cle

Separate liquid and dry ingredients in one portable container, then open a sealed path by user action or heating for fresh beverage preparation.

Separate hot water and steam circuits use scale inhibition and ion exchange to prevent buildup without harming beverage water taste.

See how detecting pre-infusion chamber filling using flow or pressure sensors ensures consisten

Vacuum insulation cuts boiler heat loss in compact coffee machines, reducing waste heat, energy use, and component overheating.

See how a concentric distributor-tamper assembly enables single-motion coffee preparation, redu

Temperature-based control of a thick film heater cuts milk beverage wait time, limits power draw, and prevents overheating in shared coffee machines.

By reducing pump drive power and tracking impeller response, the controller distinguishes air from water to prevent dry running.

See how a dynamic brewing chamber creates a gap between filter and rim, allowing unobstructed p

See how integrated temperature sensing, heating control, and magnetic stirring automate mocha p

Filtered water is stored and pressure-boosted before brewing, helping cold brew extraction stay low-temperature while improving mixing and flavor.

See how a transparent flange and inverted feature placement enable detector reading from the ba

See how sensor-based pot-type identification enables a beverage dispenser to adapt heating cont

See how a segmented proportional membrane valve enables precise coffee flow control while allow

A barrel cam with cam followers and rack-and-pinion improves closing body trajectory and final position control in beverage brewing units.

Multiple cooling pipes, a thick-film heater, and heat reuse keep brewing water at a safe preset temperature while reducing energy loss.

Sensor-guided control of temperature, ratio, grind, and dissolved solids enables consistent coffee brewing tailored to selected taste profiles.

See how a spout with indents and bumps measures connection resistance to detect prior use and t

Signal words in a spoken command select the right user profile, enabling intuitive multi-user appliance control even without a matched speaker profile.

See how alternating hot water flow through steam and air ducts removes stubborn milk residues a

See how a manifold uses the venturi effect to mix water from different tank portions, deliverin

See how controlled pressure and plug flow enable cold coffee extraction in under 75 seconds wit

See how ultrasonic flow measurement replaces mechanical sensors to enable dead-space-free desig

See how a segmented support base with discrete height levels enables rapid tray positioning wit

See how a coffee grounds model simulates extraction to dynamically adjust pressure, temperature

See how nozzle geometry defines hot and cold water flow rates to control mixing temperature wit

See how a pivotable handle with lock mechanism allows users to position the handle away from th

See how flow-rate adjustment maintains stable brewing temperature without continuous regulation