Transportation And Packaging TRIZ Cases

A flexible seal and friction-fit collar let one stand mixer pouring shield fit multiple bowl sizes while reducing spills and easing removal.

A collapsible frame and disposable bag keep infant feeding sealed, compact, and easier to prepare and clean at lower cost.

Mechanical interlocks block nozzle connection or frother removal unless fully installed, preventing hazardous steam and drink jets.

Sequential safety unlocking prevents accidental start-up, while pressure sensing enables one-handed stepless blender speed control.

A closed reinforced kettle and motor structure suppresses stirring vibration, enabling accurate load-cell weight measurement without added mass.

Motor-driven dispensing and mixing replaces imprecise volume measurement of granular ingredients to deliver consistent recipe quantities.

Reduced-thickness entry zones open under water pressure after pushing, enabling capsule use across different beverage machines without piercing parts.

Spring-loaded radial holder sections reshape the cartridge opening to fit different pod sizes and rim shapes without adapters.

Ultrasonic welding joins two non-vinyl TPE mat layers without adhesives, avoiding harmful emissions while preserving durable debris-removal ribs.

A small DC motor with >50:1 gear reduction locks the mixer lid automatically, improving safety, handling, and overload monitoring.

A lateral optical sensor reads capsule codes at an intermediate loading position, avoiding heat and humidity exposure while simplifying the machine.

Facial recognition lets the food processor identify users, enable secure hands-free control, and suggest recipes matched to dietary preferences.

A lid-fixed processing assembly cuts rotational wear and lets users swap gear ratios by replacing the transmission-equipped tool assembly.

Hand-contact sensing stops mixer rotation quickly while preserving bowl visibility, ingredient containment, and mixing efficiency.

Opposite-rotating blades and a shared gear set improve crushing of varied ingredients without overly complicating the blender structure.

A tilted bowl and perimeter mixing path improve small-batch mixing while reducing splashage, ingredient loss, and tool damage.

Inductive heating through a ferromagnetic mixing blade, with optional LED heat input, cuts frozen beverage mixing time and stabilizes strawable viscosity.

Thin curved beater units fixed around a circular base prevent shaking and loosening, delivering more stable and uniform pulp mixing.

Helical planetary gear engagement helps mixer attachments handle small ingredient volumes while improving mixing quality and reducing splashing.

A foldable base and pull-thread squeezing mechanism control tea leakage during removal, making disposal cleaner and using less material.

Rounded perforated blades increase ingredient expansion and mixing homogeneity while reducing rotating mass and vibration in household preparation tools.

A pre-cut capsule wall vents air before opening to liquid flow, enabling deeper water penetration and more consistent espresso extraction.

An internal concave aerating cell decants, filters, and mixes poured wine through perforations to improve aroma while trapping sediment.

Extended tabs and a tapered frame lock a bucket against mixer torque, reducing spills and unsafe worker positioning during viscous material mixing.

Extended bottom piercing improves fluid entry in closed capsules and prevents open capsules from sticking during removal.

Wire-shaped mixing elements improve foam uniformity in viscous cream, egg white, and milk while limiting splashing and burning.

Angled multi-plane blade wings improve axial flow and cutting, letting one blender handle 6 to 48 ounces in narrow or wide containers.

A waterproof layer behind the resilient probe support blocks humidity, preserving capsule reading accuracy after extended beverage machine use.

Angled beater blades and stabilizing arms create upward, inward, and downward flow to improve uniformity and reduce wall buildup.

A thermoplastic elastomer scraper flexes against the bowl wall to remove residue, improve mixing coverage, and prevent buildup.

Polycarboxylate ethers keep UV absorbers and disperse dyes finely divided in water, improving suspension stability for textile finishing.

Surfactant-stabilized aqueous mixtures wet PTFE microporous membranes uniformly while cutting VOC emissions and preserving air permeability.

An offset blade, asymmetric walls, and a mid-height spout improve blending, reduce noise, and pour blended material more cleanly.

Counter-rotating inner and outer tools keep dough from climbing the coupling point, enabling faster, more uniform mixing and easier cleaning.

A dual-dispersant UV absorber dispersion cuts differential pressure in static dyeing, improving dye uniformity and fastness on synthetic fibers.

Twisted blade wings and angled transitions improve axial flow and cutting across 6 to 48 ounces in narrow or wide blender containers.

A flexible tab on the spoon stem snaps into the mixer coupler, simplifying attachment while reducing cleaning effort and contamination risk.

A semi-rigid capsule uses pressure-driven wall extension to delay opening, protect the filter, and support high-pressure brewing.

A silane blend and templating polymeric emulsifier form formaldehyde-free microcapsule shells that retain perfume yet still release under wet or dry use.

A multi-level blade assembly combines horizontal chopping blades and angled puree blades to process ice, large items, and blended foods more thoroughly.

An elastomeric gasket seals the blender enclosure cover and body to block noise escape, damp vibration transfer, and keep hinged access.

A pentagonal jar rim and baffle elements improve vortex interaction, speeding food homogenization while keeping lid placement flexible.

Flexible elastomer scraper blades in grooved beater arms conform to the bowl, improving ingredient incorporation and easy blade replacement.

Hot brewing liquid and an elastic capsule seal keep partially filled coffee capsules compact under pressure for stable extraction and ejection.

An isolated motor housing, airflow passages, and gaskets cut blender base noise and vibration without compromising motor cooling.

Finely milled roasted coffee is blended into freeze-dried soluble coffee to improve particle dispersion, darken color, and avoid complex processing.

A single column combines steam control, touch activation, and water delivery to simplify Turkish bath installation and reduce overall size.

An integrated bath air jet uses a flanged nozzle, angled connection, and valve to simplify tub mounting, drainage, and backflow prevention.

Arched whisk hoops with molded projections enlarge mixing surface for gentler, faster whipping, easier cleaning, and lower manufacturing complexity.

Manual spindle-shaft displacement activates an enclosed mixer switch, enabling one-handed use while reducing contamination and cleaning effort.