Confectionery TRIZ Cases

Segmenting the structure into a powder interior, chewy core, and coating eliminates conditioning steps while maintaining quality consistency.

Lateral resin feeding from the circumferential portion eliminates surface grooves and avoids additional caps while maintaining uniform material interfaces.

Segmented movable cores decouple snap fit positioning from resin shrinkage errors to ensure high assembly precision.

Beta-lactoglobulin enriched caramel precursors enable easy pumping and dosing while thickening during cooking to prevent tailing.

Rotating dies adjust curvature radii during forming to prevent wrinkling in composite stiffeners on ramped surfaces.

Segmented upper and lower cooling zones draw fluid through the flexible patterned belt to ensure uniform temperature distribution and prevent article curvature.

A confection structure features a branching route portion connecting start and end segments to deliver varied sensory experiences.

Segmented corner and internal alignment marks minimize shot region misalignment, ensuring high-precision pattern transfer in imprint lithography.

A hydrocolloid blend replaces gum arabic in panning applications to form strong, shiny coating films.

Block copolymer self-assembly directs striped microdomains to form narrower tracks on patterned media substrates.

Solid chocolate particles fill a hollow candy rope before die forming, preventing leakage caused by pressure during the manufacturing process.

A depositor plate directs food product toward mould walls to lock inclusions within the shell.

Continuous extrusion replaces energy-intensive molding to produce transparent, stretchable jelly products with high solids content.

Melting cocoa butter binds lyophilized powder at low temperatures, preserving vitamins while avoiding high-sugar binders.

Stationary clamping grid and upward female die movement clamp heated plastic sheets without contact, preventing surface finish damage from grid interaction.

A pattern formation mold with overlapping shot regions maintains imprinting material coverage during semiconductor device fabrication.

A polygodial and spilanthol combination enhances carbonation sensation in beverages without imparting unnatural flavors.

A caulking tool with vertical and horizontal movement capabilities folds and upsets flange edges to join half-shell casings.

A lipid-based food filling uses a bi-modal particle size distribution to maintain creamy texture during high-temperature processing.

Controlling filling water activity at 0.65-0.80 prevents moisture migration that causes macaron shells to become soggy.

Cold-stamping forms confectionery shells with integral separating members, preventing edible material mixing between adjacent sections.

Vacuum bagging with resin wicks and double-lip seals moves resin uniformly across substrate lay-ups, eliminating uneven pressure distribution.

A separate annular evacuation chamber equalizes suction pressure to remove contaminants without interfering with primary cooling airflow.

Solidifying a base coating layer on parchment paper prevents sticking and maintains structural integrity of soft sticky food cores during continuous enrobing.

Segmented shell anchors stick securely, preventing leakage from alcoholic liquid filling during cooling.

Starch hydrocolloid and rapid cooling stabilize uncoated chewy confectionery, eliminating stickiness and cold flow without protective coatings.

Combining erythritol with maltitol controls rapid crystallization to prevent pipe clogging while maintaining non-cariogenic properties.

A molded body production device injects release agent upward and downward to coat punch surfaces and die cavities before material filling.

Transient pH adjustment stabilizes burnt sugar against precipitation, maintaining clarity in acidic beverages.

A cocoa-infused wafer shell achieves a lustre value of at least 20 gloss through precise batter composition and mould surface treatment.

Independent filler portions allow container exchange without halting the laser sintering process, eliminating production downtime.

Transforming coffee into a solid waterless granule eliminates scalding risks and pit stop needs during long drives.

CV906975 inbred corn plant uses extensive self-pollination to eliminate genetic non-uniformity and ensure predictable hybrid performance.

A nozzle structure guides lubricant through a dedicated path to spray precisely along the punch displacement direction.

Low flexural modulus polar resin molds enable interference fitting, eliminating complex coupling mechanisms and surface treatments for silicone hydrogel lenses.

Formulating caramel with solid plant fat and under 10% water prevents moisture migration to crisp components, eliminating the need for separate barrier layers.

A composite hydrocolloid system using gellan gum replaces gelatine to resolve dietary restrictions while preventing chewy center collapse.

Non-twin screw asymmetry generates interwiping shear to resolve core mixing limitations in co-rotating extruders.

An injection-compression mold with an integral runner reduces stress and birefringence in thin plastic lenses.

Cooling structure removes heat from shooting pot cylinder to increase melt viscosity, reducing leakage between piston and cylinder wall.

Integrated embossing apparatus uses retractable contact spot heaters to synchronize production rates.

Ammonium bisulfite catalyzes carbohydrate caramelization at controlled pH to suppress 4-methylimidazole formation while maintaining color intensity.

Segmented loading body with conical and cylindrical tracts stretches elastic rings via sliding pushing means, reducing application time.

A particulate gum arabic coating composition provides semi-translucent coverage on confectionery cores.

Water spray reduces viscosity of viscose fibers, preventing adhesion and jamming in the fiber drawing slit during nonwoven fabric production.

Dividing mandrels into adjustable groups reduces equipment costs by allowing sequential processing at work stations.

Plastic fastener heads form independently through material surface tension, eliminating dedicated molding tools and reducing scrap.

A functional ingredient combining invert sugar and protein to replace traditional sweeteners in food products.

Quick-freezing establishes fine ice crystals while specific WVTR packaging prevents moisture migration and bloom formation on frozen frosted doughnuts.