Confectionery TRIZ Cases

Melting cocoa butter attaches fragile edible metal foil to chocolate, resolving handling difficulties during coating.

Segmented roller sizing manages longitudinal contraction to prevent center-fill leakage during simultaneous multi-rope cutting.

Controlled carbon and sulfur levels in martensitic stainless steel prevent austenitic transformation at the tungsten carbide interface, preserving die strength.

Asymmetric guide rings prevent rotational drift of collapsible cores, reducing installation time and labor.

Vertical coupling of food parts on parallel conveyors maintains spacing, reducing refrigeration energy by excluding empty moulds from thermal tunnels.

Surfactant lowers surface tension in isomalt syrup to coat edible cores, preventing drum adhesion and reducing cleaning time.

Replacing sucrose with cacao pulp juice and cellulose fibers reduces calorie density while maintaining sweetness and texture.

Indexable adjusting means reposition mold surfaces to accommodate varying container lengths without disassembling the third mold component.

Reducing jalaric acid in shellac lowers bitter taste while maintaining gloss and high temperature stability.

Valves control resin flow timing in extrusion feed devices to create asymmetrical layers, resolving gas barrier and mechanical property trade-offs.

Lateral sheet retainers adjust heated thermoplastic sheet contact with contoured molds to eliminate variable thickness and crack failure.

Low degree of polymerization starch combined with glycerol creates a liquid barrier that stops fat migration while maintaining chocolate coating integrity.

Silica carrier compound mechanically coats sweetener carbohydrates to amplify perceived sweetness intensity while reducing caloric content.

Local thickening at bonded areas resolves weight imbalance in tire components by maintaining uniform cross-sectional shape during assembly.

A compact food product flavoring apparatus uses a removable container and agitation device to apply flavoring agents.

A pectin soft candy formulation using specific maltitol and sorbitol ratios to stabilize the gel matrix.

A substrate patterning system uses segmented mold alignment to form relief patterns on both sides of a polymeric material.

Scraping hard cheese crusts allows applying inkjet codes under transparent protective layers, preventing deformation during ripening.

A pasteurized fruit foodstuff uses pectins and carob flour to achieve a chewable, self-sustaining consistency for on-the-go consumption.

Laser welding joins discrete pattern elements into cylindrical tools, eliminating seam-induced defects in roll-to-roll manufacturing.

A movable female die adjusts the conveying channel cross-sectional area in response to extrusion speed variations.

Specific thickness ratios between the molding groove, material supply, and holding parts prevent cracks and extend die lifespan.

Rotary cutting devices release chewing gum sheets using compressed air directed opposite to rotation.

A glycerin and protein-based foam candy composition preserves probiotic bacteria viability during manufacturing.

A tire mold rough surface molding portion controls Rz and Rmr(c) parameters to secure rubber flow during cure molding.

Optimized polymer concentration and ultrasonic atomization create a flexible moisture barrier that prevents surface blemishes during freeze-thaw cycles.

Invert sugar replaces sucrose in the syrup to prevent crystallization during processing, delivering a soft baked-like texture without high-temperature heating.

Solid edible figure contour and frame filled with colorful substances create high-quality decorations.

Resin elastic body compensates for semiconductor substrate roughness to maintain uniform residual layer thickness without damaging the crystal structure.

Heating raised areas on a plate-shaped topping creates a self-adhesive bond that eliminates leakage risks and avoids additional bonding agents.

Varying screw pitch accelerates material past a pressurized fluid zone, removing liquids at controlled temperatures without thermal damage.

Pivoting gripper units on a rotating wheel separate and transfer lollipops without damage, resolving packaging frequency constraints.

Interlocking half-mould chains form and cut food products from continuous strips, enabling high-speed production of filled confectionery items.