Confectionery TRIZ Cases

Inflatable mold shapes fabric under tension to form rigid hollow composite members without wrinkling.

A quick-change element secures blow molding fittings to holders via spring mechanisms.

Optical encoder detects diffracted radiation from diffraction gratings to align imprint templates with substrates.

Unwrapped isomalt hard candy prevents moisture absorption and crystal formation through low hygroscopicity formulation, eliminating individual wrapping waste.

Inclined pressure strips redirect vertical vacuum force into lateral pressure, resolving uneven edge shaping in composite manufacturing.

A sugar-free hard dragee uses a compressed core of erythritol, isomalt, and D-sorbitol with a hard coating of D-maltitol and stevia.

A mold insert system with a movable imprint plate forms grooves in injection molded parts.

A food-grade spacing agent prevents large caramelized molecules during heating, achieving acid and salt stability without producing 4-Methylimidazole.

Sucrose ester layers in hard panned coatings replace titanium dioxide, achieving CIELAB color differences of 10 or less and reducing raw material costs.

Horizontal resin discharge prevents premature curing and deformation, ensuring homogeneous filling and complete sealing of electronic components.

Plasticizing ingredients lower the glass transition temperature of dried aerated confections, maintaining softness despite low water activity.

A planetary roller extruder mixes ingredients and forms crystals in a single continuous process.

Sealed enclosure prevents explosive particulate hazards while the injector ensures consistent coating on rotating capsules.

A top surface conditioning station presses semi-solid ink to resolve height control and stress crack contradictions.

Sequential forming and cutting pressures retain fillings within soft confectionery products, eliminating filling loss during high-speed production.

A composite sweetener blends freeze-dried apple powder with dried peel to deliver natural sweetness and nutritional content.

Adjustable closure elements prevent premature expansion of pressurized masses, ensuring accurate dosing weights during casting.

Electric actuators replace hydraulic systems to eliminate sanitary contamination risks while maintaining force transmission.

Merging multiple transducers into one unit reduces weight and volume while maintaining broadband frequency response and minimizing power consumption.

Dynamic alignment radiation optics adjust beam positions to detect varying template marks, resolving adaptability versus complexity trade-offs.

Calender rolls melt polyolefin powder into coherent sheets using controlled temperature transitions.

A pet chew combines rawhide and edible resin to deliver abrasive cleaning action alongside nutritional supplementation.

A dual-film shielding structure prevents light leakage and foreign particle adhesion during optical imprinting.

Air-gap formation mechanism weakens residual magnetic flux to enable easy mold separation from clamp plates.

Vibratory distribution eliminates mould fouling and scraping while ensuring even chocolate layer deposition.

Forming rollers compress gum mass into shape while packaging material applies immediately to preserve freshness.

Segmented capsule parts lock during launch to contain figures, resolving the trade-off between ease of operation and containment safety.

Nested gas bubbles in aqueous droplets within a fat phase maintain organoleptic properties while reducing calorific value.

A movable crossmember accommodates thermal expansion in slot dies via a bearing arrangement.

A cereal bar uses a composite binder to maintain water activity for stable texture.

Silicone moulds create deep undercut food decorations that rigid plastic tools cannot produce.

Polydextrose gummy confectionery combines gelatin with xanthan and locust bean gum to resolve the calorie versus sensory property trade-off.

A high erythritol confectionery formulation incorporates maltodextrin to control crystal growth during thermal processing.

Dynamic suction adjustment resolves retention stability versus deformation efficiency trade-offs in imprint apparatuses.

A jacketed confectionery product uses a crystalline intermediate layer between a chewy center and hard shell.

Cascading centrifugal processors replace bulky conging units, eliminating lengthy batch cycles and complex cleaning while maintaining precise viscosity control.

Thermal bonding of segmented decorative layers under reduced pressure resolves material waste and joining complexity while achieving fine grain structures.

A winding spindle uses friction contact to pull a filament into a helical coil pattern.

Dual sugar substances with different boiling points mix to prevent rapid dehydration, enabling stable machine-based production of formed pieces.

Optimized air pressure and nozzle distance atomize chocolate into fine particles, resolving thickness control issues while reducing energy content per portion.

An integrated drive device applies preset clamping force to tablet press die segments, eliminating manual tension inconsistencies.

Segmented connecting plates absorb lateral displacement via elastic deformation, reducing torsional stress and prolonging component life.

Multi-nozzle jacketed tube deposits flavored filling into chocolate wafer cavities to create distributed flavor pearls.

Segmented valve structures enable selective ink flow to prevent electrical shorts and segmented gridlines during solar cell printing.

Oriented acicular carbon nanotubes reinforce a polyimide resin composition to create a high-strength tube.

Pectin texturizing agent replaces gelatin in chewy confectionery products, eliminating cold flow and stickiness while maintaining desirable texture.

An intermittently feeding device moves transfer units along a support rail to align resin holders in a compact configuration.

Adjustable ultrasound vibration element aligns plastic material into a moulding cavity, resolving positioning precision issues in plastic micro-piece moulding.