Food Shaping TRIZ Cases

Natural protein and polysaccharide membranes encapsulate coffee oil cores to extend aroma perception duration in hot beverages.

Cold pellet forming shapes legume-grain dough into non-expanded flakes, maintaining structural integrity despite low elasticity.

An annular melt channel with decompression and compression chambers balances molten material flow, reducing wear from valve pin misalignment.

A preformed distribution member integrates grooves and conduits to route electrical wiring and hydraulic fluid within injection molding apparatuses.

An extrudable egg-based matrix uses low-temperature gelation to create self-supporting shapes, eliminating heavy metal pans and complex conveyor systems.

Allulose encapsulation prevents oxidation of active ingredients while maintaining rapid flavor release.

Micronized carbohydrates reduce cohesiveness and caking in powdered infant formulas with large lipid globules.

A split ring seal in an injection molding nozzle maintains separation from the gate recess to prevent pressurized melt leakage.

Guided chutes manage falling speed and angle of hot pasta-filata sticks, preventing deformation during consolidation in cold water.

Plant-derived wax stabilizes nut butter in a molded food product, preventing oil separation and ensuring structural integrity for portable consumption.

A pressure disc transmits loads between a back plate and an actuator to maintain component alignment.

Adjustable support arms stabilize the mold on a rotatable platen, preventing sagging and misalignment caused by unsupported weight.

Mounting drive units on a movable bearing plate synchronizes movement with mold carriers, improving closing precision without increasing structural complexity.

High-rate noodle belt rolling and superheated steam spraying enable thicker instant noodles.

A three-segment nozzle body uses a heaterless intermediate zone to maintain uniform temperature distribution.

Cellulose fiber prevents yolk and albumin separation in whipped foams, resolving the contradiction between product stability and gluten-free requirements.

A sealing collar redirects axial spring force into radial pressure to engage moving injection molding components.

A tapered nozzle tip component grips the valve pin to lock it in a closed position and prevent molding material flow.

A method for producing matured food by uniformly impregnating animal materials with degradative enzymes under reduced pressure.

A pulse-based pasta manufacturing method uses heat and moisture treatment to create a gluten-free product with improved sensory attributes.

A granulated dark-green vegetable product uses fluidized-bed granulation to create a specific particle size distribution.

A freeze-dried coffee mousse article delivers rapid dissolution without mechanical stirring.

Extruded butter stick uses connecting bridges to separate portions, reducing waste and improving manufacturing efficiency.

Powdery food containing starch utilizes specific volatile compounds to suppress dry odor and preserve sweet flavor during processing.

Segmented containers with solid seasoning prevent powder competition, ensuring proper rice reconstitution without microwaves.

Puffed maize endosperm particles resolve lumpy texture and artificial appearance issues while maintaining free-flowing properties.

A nutritional supplement composition blends specific carbohydrate, protein, fiber, and fat ratios to address geriatric dietary requirements.

Incorporating calcium carbonate into tomato powder enhances fruity taste notes, reducing sugar content by up to 30 wt.% while maintaining flavour quality.

A localized coating on blow mould side parts delays heat transfer at the separation seam, preventing parting line collapse during high-pressure expansion.

Extruded reconstituted cereal grain combines resistant starch dietary fibre with an emulsifier to withstand cooking without disintegration.

Differential heating of moulding cavity surfaces reduces lateral cracks and breakage while preserving the organoleptic profile of roasted coffee powder.

Segmented micronized calcium citrate granules suppress dietary fiber inhibition to maintain high absorption rates during simultaneous consumption.

Segmented nozzle bodies separated by an insulating barrier resolve uneven heat distribution in hot runner systems, reducing thermal stress on the melt channel.

In-phase corrugations on opposing snack surfaces enable uniform moisture escape and structural integrity, eliminating perforation waste.

Ionic cross-linking of concentrated alginate solutions produces dense, thermostable beads that resolve spherical formation challenges.

Ball screws convert rotational motion to linear force, resolving seizing issues while reducing motor size requirements.

Replacing starch with puffed maize endosperm particles increases dissolution speed while maintaining hardness and reducing cube weight.

A dual injection section mechanism with independent X and Y axis movement capabilities.

Gas-filled granules prevent lump formation while maintaining strong binding in sauces.

Segmenting the concentrate into unit-dose tablets resolves the contradiction between intense flavor delivery and cumbersome consumer dosing.

Low-shear supercritical fluid extrusion preserves polyphenols and antioxidants from fruit pomace while maintaining textural qualities.

Surface cavities on a base mold distribute heat uniformly to resolve uneven baking and inconsistent texture in puffed food products.

Rotating holders move pieces to separate stations, reducing cycle time by enabling simultaneous cooling and ejection.

Twisted cutting blades on a rotating ring produce consistent spiral shapes, resolving the trade-off between manufacturing precision and device complexity.

An expansion nozzle uses biasing springs to maintain sealing contact between its head and the mold assembly across varying temperatures.

Resilient clips allow relative movement between the manifold and nozzle assembly during thermal expansion, maintaining sealing contact.

A dehydrated agar-agar food product satisfies hunger cravings without triggering insulin secretion.

Segmented slide blocks with transverse and longitudinal ribs resolve stress distribution issues while reducing extraction time.

Extrusion parameter changes create structured protein fibers that resolve the trade-off between manufacturing simplicity and structural integrity.

Retortable packaging contains a self-supporting oatmeal mass, eliminating the need for separate bowls and spoons during on-the-go consumption.