Confectionery TRIZ Cases

Aluminum alloyed with 150-500 ppm titanium and 1-50 ppm boron suppresses crystal grain patterns on the oxide film, reducing manufacturing costs.

High shear mixing prevents coagulation and equipment fouling while heating concentrated whey protein slurry to produce powder.

A solid conveyor belt system dispenses viscous coating directly onto food products for uniform bottom and side coverage.

Bidirectional conveying of cleaning mass through dynamic heat exchangers reduces compound volume and time while preventing confectionery contamination.

Multi-step mould filling with vibration prevents fracture lines during packaging while maintaining production efficiency.

Optimized emulsifier levels and moisture control prevent thickening and discoloration in reduced sugar white chocolate during storage.

A mold apparatus draws heated thermoplastic sheets into profiled shapes using reduced pressure through perforations.

Leucine lubricant prevents sticking during compression, maintaining machine output and sensory quality.

Partition wall openings equalize pressure in the second chamber, ensuring uniform flow distribution and precise dosing of viscous coating materials.

Recirculating and purifying helium reduces trapped gas pocket defects while minimizing evaporation of the imprintable medium.

A hydrogen generator uses lithium aluminum hydride pellets with vapor-permeable tubes to produce hydrogen from water vapor.

Silicone molds replace starch to cut setting time while gelatin-pectin ratios maintain firmness in emulsified gummies.

Segmented pressurization in a carbonizator prevents gas loss during popping candy manufacturing while enabling continuous operation.

Replacing screw spindles with a lever mechanism reduces relocation time while maintaining stability.

A microprocessor-controlled popping machine retrieves specific temperature set points to manage cooking cycles for mushroom and butterfly kernels.

Gravity-based deposition in a tank with a removable plate prevents microsphere deformation and aggregation during continuous production.

A carboxymethyl cellulose film blend with plasticizers and surfactants imparts flavor to food items.

Vertical vibration and electric drive reduce hydraulic complexity and mold wear in concrete forming machines.

Isomaltitol blends with refined polyglucose and maltitol to raise the glass transition temperature, preventing carbon dioxide escape during storage.

Adjacent shims in an extrusion die define distinct cavities to resolve boundary precision issues between stripes while managing device complexity.

Grooved drums transfer riblet patterns onto airfoils, reducing drag coefficients and improving gas turbine efficiency.

A cartridge assembly uses a self-lubricating rod to centralize axial movement within a high pressure press frame.

Pulse flour filling compositions maintain texture and flavor while reducing calorie content and allergen risks in snack products.

Fine particle waxy detackifiers disperse in ambient water to eliminate hot water heating steps that degrade heat-sensitive flavorants and plasticizers.