Confectionery TRIZ Cases

Rotary brushes roll food products during coating application to resolve uneven coverage and uncontrolled thickness issues.

Segmented outlets and integrated thermal control resolve versatility limits in filling machines, enabling cold and warm product production.

A valve block with duct and accumulator cylinder precisely controls molten polymer resin flow to form parisons with varying thickness layers.

Thin separation layers on flexible supports cut production costs while maintaining mechanical strength and high flux for efficient material recovery.

A unitary squeezable dispensing container integrates a nipple head and breakable seal for accurate liquid release.

Dried spherical gelatin beads encapsulate oily liquid flavor droplets within a continuous uncross-linked matrix.

Co-depositing chocolate shell and centre-fill materials onto a planar surface eliminates moulds, reducing production time and costs.

A ready-to-eat cereal features a non-dispersible base color obscured by a dispersible outer coating that changes hue upon milk immersion.

A molded article wall overlaps a component while molten to bond and retain the part during cooling.

A spider-shaped vascular occlusion device uses flexible arcuate legs attached to a biocompatible membrane formed on a mandrel.

Segmented lip blocks enable sub-micron gap accuracy, ensuring uniform coating thickness and reducing liquid waste on large substrates.

Replacing reducing sugars with low-reducing dietary fibers prevents vitamin degradation, extending shelf life and lowering production costs.

Synchronizing resin deposition with mold pressing eliminates sequential delays, significantly increasing nanoimprint throughput.

Segmented mold blocks linked via thin-wall straps form multiple hollow holes in the tire body, resolving puncture vulnerability while maintaining elasticity.

Dynamic positioning of a perforated sheet retainer resolves thickness control issues in single sheet thermoforming processes.

Segmented mold inserts reduce change time from 50 hours to four hours by eliminating full assembly replacement.

Optimized pH and temperature profiles limit 4-MeI formation below 20 ppm while maintaining double strength color intensity.

A liquefied legume starch and modified potato starch blend creates a stable gel structure.

A rotational arm mechanism positions a printhead using radial and angular motion to replace complex linear guide systems.

Sacrificial protective elements absorb mechanical contact from a moving mould core, preventing permanent impressions on the nozzle-side platen surface.

Finely dispersing an antioxidant-rich water phase within the oil phase suppresses oxidative degradation of polyunsaturated fatty acids in grape juice gummies.

Integrated reservoir design eliminates conduit plumbing and waste resin accumulation during composite infusion.

A net-nutritional confectionery topping replaces sucrose with plant protein and coconut fat to deliver a healthier alternative.

A curved imprint template creates a variable gap that expels trapped gas during lithography, preventing pattern defects.

CV494896 inbred corn plant resolves genetic uniformity trade-offs through segmented self-pollination and standardized crossing phases.

A clevis pin and spherical bush structure aligns the actuator with the movable platen in injection molding clamping devices.

Merging parallel product streams reduces synchronization complexity while increasing packaging speed.

Perforated fat barrier manages thermal expansion stresses to prevent cracking while maintaining strong adhesion between the pastry and filling.

Polymer-coated liposomal vesicles extend circulatory time to resolve low bioavailability caused by rapid bloodstream clearance.

Meltable carriers and coatings hide food colorants until heat triggers phase transitions, resolving complexity trade-offs in dynamic novelty food design.

Hidden tread blocks redistribute longitudinal forces to prevent irregular wear while maintaining traction as sipes wear away.

Pre-treating dumplings with batter and freezing eliminates water splashing while ensuring even cooking without manual intervention.

A packaging machine applies transponders to plastic food packages for secure data exchange with control units.

A plant-based composite confectionery product uses protein-stabilized aerated sugar networks to replace animal-derived ingredients.

A trunk mold centers coaxial optical components while a holding mechanism prevents separation, eliminating wear from repeated mold opening.

Vacuum drying reduces honey moisture below one percent, preventing crystallization and microbial growth for extended shelf-life.

A modular base system uses linking members to secure motor and extruder support components for flexible positioning.

Adjusting top rolling roller pair spacing controls sushi rice density without compromising thickness precision or production speed.

Planetary mixers apply shear to chocolate mass below beta-V creation temperature, eliminating reheating energy costs.

A tempering machine duct uses a pivoting plate to enable rapid extraction of the internal worm conveyor element for maintenance.

A confectionery depositor nozzle uses a conical waist channel to pressurize and relieve mass flow for accurate deposition.

A parallel packaging device guides multiple product streams simultaneously to increase output capacity.

A sliding fixing bolt with an inclined clamping ramp presses half-molds against recess bottoms.

Movable mold segments with correction devices maintain cavity shape during continuous foam expansion, preventing misalignment.

Branching flow passages in an injection molding nozzle isolate valve pins from the main flow path to eliminate shear degradation on molten materials.

Vacuum channels in a carrier mold constrain a plastic blister pack to prevent shifting during chocolate shaping, resolving handling difficulties.