Food Shaping TRIZ Cases

Flat plate compression controls grain porosity to reduce cooking time while preserving natural texture and appearance.

Curved walls retain noodles near rotating rods, resolving the trade-off between high production speed and effective unbinding.

Merging the stationary mold carrier with the machine frame reduces eccentric extensions and improves integration in compact production spaces.

External flow passages on a one-piece central body reduce mold plate stack height while maintaining multi-cavity molding capability.

Transglutaminase enzyme preparation binds protein-based food raw materials without additional protein sources.

An automatic retraction drive moves the closure needle away from the mold cavity after sealing, eliminating gate grafting and surface scratching.

Aluminum alloy frame reduces weight while maintaining strength, and integrated barrel assembly prevents plastic overheating through improved heat conduction.

A tofu press uses a foldable plate and spring assembly to compress food materials within an open container.

Replacing flour with alginate reduces calorie content while maintaining texture through calcium-induced gelation.

A heat conducting sleeve prevents melt cooling while a guiding sleeve maintains needle alignment despite differential thermal expansion.

Legume-derived maltodextrins protect volatile compounds from oxidative degradation while maintaining high encapsulation efficiency.

Dual-material nozzle construction eliminates external heating costs by using a conductive insert and insulating air gap to maintain resin temperature.

Segmenting the mass flow channel with a guide sleeve prevents residual melt re-entrainment and eliminates flow line formation in injection molding.

Relocating the pipe bend outside the high-temperature die eliminates clogging while compressed gas stretches ropes for lower density food production.

Sinter porous coffee powder while forcing gas through the layer to form a structured cake.

Integrated thermolator units supply contoured channels in shiftable die sets, reducing device complexity while maintaining precise temperature control.

An adjusting mechanism displaces the feed channel section and filling funnel to prevent bridging in high-fiber raw materials.

Segmented flow channels in a nozzle tip break up and remerge molten plastic streams to eliminate color streaks and reduce structural stress.

Multi-stage fluidized bed drying reduces exposure to high temperatures, preventing oxidation and degradation of multiple double bond nutrients.

A tubular connector bridges the manifold and nozzle gap using a sliding telescopic arrangement to accommodate dimensional changes.

A functional health food formulation combines multiple plant powders to promote memory and learning abilities.

Amorphous cellulose and hydrophilic polymers enable rapid disintegration while maintaining mechanical strength during fluidized bed granulation.

A microwave dehydration method expands plant-based batter into a cellular snack structure without extrusion or frying.

Twin-screw extrusion processes potato whole powder to create artificial rice that resists retrogradation while maintaining nutritional completeness.

A method constructs a stable nano-composite powder using protein-polysaccharide complex coacervation and Pickering emulsion technology.

A nutritional composition combines rice, soybean, Semen coicis, Gorgon euryale seed, poria, and Chinese date to tonify the spleen.

Segmented cavities between the tool insert receiving head and mold recess create parallel coolant paths for intensive thermal separation.

A modular spring-biased reciprocating shut-off valve prevents molten plastic drooling from the sprue bushing inlet, reducing waste and mold damage.

Bonding small dried fruit pieces via surface adhesiveness creates a uniform shape that resolves the difficulty of handling irregular fragments.

Segmented coupling mechanism accommodates thermal expansion and side loads to prevent pin deformation in hot runner systems.

Lysimachia mauritiana extract suppresses RANTES and cytokine expression to treat respiratory inflammation.

Nested boxes with resilient spacers and a two-tier telescoping extender press tofu to release liquid.

Radial-groove noodles form a through-hole that contracts during cooking, countering slow water penetration and odd mouthfeel from open holes.

Air cooling replaces water immersion to cool mozzarella cheese logs, preventing non-homogeneous residual moisture that causes burning during pizza baking.

Segmented nozzle adapter bodies with removable retainers enable radial heater replacement, eliminating machine downtime and drilling risks.

A single level manifold uses a melt splitter to divide flow into equal volumes across downstream channels.

Cyclonic mixing and controlled dehydration produce crispy fruit chips, resolving the contradiction between high moisture content and desirable texture.

Continuous extrusion hydrates and cooks uncooked beans into a paste with at least 45% water content, reducing processing time compared to traditional methods.

Segmenting supplements into distinct particle varieties resolves production cost conflicts while maintaining regulatory compliance.

A hollow spaghetti pasta strand features a continuous internal longitudinal cavity communicating through a co-extended cut.

A floating gate insert retains the nozzle assembly during cavity changes.

A water dissolvable shell encapsulates powdered nutrients to enable rapid mixing with liquid upon contact.

Heat pressing compacts ungelatinized starch granules to eliminate drying steps and reduce manufacturing costs.

Nested plunger and slide members define cavities to resolve precision versus complexity trade-offs in injection molding.

Segmented inlet module moves seals and actuators externally, eliminating complex disassembly during maintenance.

A hot runner nozzle uses a slidable valve pin to mechanically block an edge mold gate and control melt flow.

A three-piece mold mechanically engages fabric inserts within a rubber body during injection molding.

Simultaneous extrusion hydrolyzes starch into maltodextrin while encapsulating flavor oil, eliminating separate processing steps.

Acid treatment converts geniposide to genipin, achieving high purity without complex chromatography for stable colorants.