See how an open-ended edible tube wrap uses an auxiliary support to secure fillings, reduce exc
See how a folded force ring in a beverage capsule enables independent back-pressure control dur
See how a multi-functional plastic container enables dough proofing and baking in one vessel, e
See how pre-compaction at low speed and variable centrifugation resolve liquid distribution non
Separate compartments let steam from a liquid component cook solids without mixing, improving texture consistency and meal customization.
Multiple radial flange passages regulate centrifugal liquid flow for consistent extraction, particle retention, and wider brewer compatibility.
Radially symmetric capsules and perimeter outlets stabilize centrifugal brewing, improving dosage consistency, freshness control, and cup quality.
A separate programming connector lets users set capsule brewing parameters while avoiding complex, costly capsule identification during manufacturing.
A porous pod with a central funnel and impervious top region improves radial liquid distribution, wetting, and extraction in centrifugal brewing.
Breakable outlet areas open under centrifugal pressure, improving beverage release control while preventing spillage during storage and handling.
A movable capsule opening controls inlet and outlet flow paths, preserving flavor and delivering more consistent beverage strength.
Discrete high-density cocoa solids sink and dissolve slowly, letting foaming creamer form white stable foam without cocoa discoloration.
Pre-dosed sealed capsules use centrifugal force and torque-resistant engagement to improve extraction control, crema, and cup consistency.
Saw-tooth sprinkler projections pierce sealed beverage capsules while reducing user exposure to hot water and needle hazards during cleaning.
Pre-measured ingredient boxes and controlled water delivery prevent manual dosing errors and keep bread quality consistent.
Multiple microwave feeds sweep frequencies and adjust power by absorption efficiency to heat irregular objects more uniformly and reduce hotspots.
A porous delivery-wall insert replaces tear-open membranes to hold backpressure, stabilize coffee flow, and improve cream formation.
Integrated piercing in a moka funnel enables hermetically sealed coffee capsules, preserving flavor while simplifying brewing and cleaning.
Reconfigurable flow dividers and valves switch between flow-through and parallel mixing paths to prepare more beverage types.
A spoked separator and deformable filter create radial flow channels for better coffee extraction while enabling biodegradable capsules.
A switchable flow path lets liquid dispensers alternate between flow-through and parallel modes to support more beverage preparation processes.
A resilient capsule sealing member deforms against the machine bell to prevent leaks and hold extraction pressure for consistent beverage quality.
A reconfigurable flow path switches between flow-through and parallel modes, expanding one dispenser to support more beverage processes.
A removable susceptor-based package browns and crisps food in the microwave while improving access, handling, and upright serving.
Thermally isolated compartments, a convex bottom, and microwave energy limiting improve uniform heating of mixed frozen foods.
An inward rim enhancement guides salsa back onto chips or utensils, reducing spills and finger contact during serving.
Contoured platforms, locating features, and susceptor heating improve browning and crisping of irregular food surfaces while venting moisture.
Pre-dosed gastight capsules use radial outlet openings to control centrifugal extraction, preserve freshness, and deliver consistent coffee quality.
A pierceable sealed capsule uses a water distribution plate and drainage ribs to brew fine grounds under pressure while preserving freshness.
Separate cereal and milk compartments dispense together on tipping, enabling one-hand portable eating without sogginess.
Pre-dosed centrifugal coffee capsules improve freshness, extraction control, and crema stability while simplifying waste removal.
Raised vent tabs and microwave interactive layers remove moisture under food, improving heating uniformity and crust browning in ovens.
An elastic microporous pod casing stretches during brewing to prevent tearing, reduce machine residue, and keep coffee extraction uniform.
A label pocket fixed to the pan base keeps roasting bags attached during sale and transport while remaining easy to remove for cooking.
Integrated fuel-cell oxygen removal in refrigerated containers maintains low-O2, high-CO2 storage for fresh seafood and other perishables.
Filter openings retain elongate milk particles upstream of the jet aperture, preventing blockage while preserving foamed milk flow and quality.
A deformable perforating wall opens beverage outlets under pressure, improving liquid distribution, extraction quality, and capsule compatibility.
A detachable pan bottom uses releasable heat-responsive interlocks to release baked food cleanly with less effort and less damage.
A removable-top dough package controls gas, proofing, and baking in one container, reducing handling and specialized equipment needs.
A toothed top and bottom press applies even pressure for one-handed can draining, improving safety and liquid removal completeness.
A pressure-opened valve and safety cap keep the cartridge sealed until brewing, reducing contamination and turbulence for better coffee quality.
Removable susceptor panels let microwave food packages brown and crisp effectively while improving access for carrying and eating.
Sealed liquid dairy cartridges let beverage machines create authentic milk foam and taste without steam wands, reducing cost and burn risk.
Integrated compartments and a clamping latch keep foods separate, seal liquid containers, and add magnetic personalization.
Fluid pressure compresses outer capsule sealing material to prevent leakage and build extraction pressure above 4 bar for consistent beverage quality.
Symmetrical through holes let a rigid capsule filter be inserted in either orientation, simplifying coffee capsule assembly while maintaining filtration.
A dissolvable wall lets one capsule release milk and coffee in sequence, creating cappuccino-style layers without changing capsules.
A resilient sealing member on the capsule maintains a pressure-tight seal in beverage machines, reducing leaks and improving extraction quality.
A squeezable tube feeds food directly onto a spoon scoop, avoiding secondary containers and making infant feeding cleaner and easier.
Microwave-interactive packaging uses a tear-off portion and susceptor regions to keep food accessible, portable, browned, and crisped.
By replacing active yeast with deactivated yeast and low-oxygen packaging, this pizza dough stays consistent for up to 100 days refrigerated.
A chemically leavened dough with fermented flour, vinegar, gums, and low-oxygen packaging keeps artisanal pizza quality stable for 100 days.
A two-stage flour hydration approach helps large-batch baked goods keep a soft interior and crisp surface with more consistent texture.
Denatured enzymes such as lactase replace plant proteins to improve texture, aroma, taste, and nutrition in animal-free foods.
Heat-denatured cellulase acts as a structural protein to mimic dairy and egg texture, mouthfeel, and nutrition in animal-free foods.
By lapping high-gluten dough with up to 40% rework into layers, this case improves extensibility and reduces snapback for easier shaping.
Low-temperature cooking below 130°C lets a fermented dough food product be packaged before cooking, extending shelf life while preserving taste and texture.
A laminated dough sheet with ridges and depressions creates clear break lines, enabling soft bakery products to separate cleanly with minimal crumbs.