Confectionery TRIZ Cases

Incorporating saponin-rich plant extracts into maltodextrin matrices enables double flavor loads while maintaining glassy state stability.

Inclined ridges in a compression mold sever and seal trim panel material during molding, eliminating manual offal removal.

Pneumatic outlets remove starch from tray edges, preventing contamination and ensuring correct stacking.

Pressing molten dielectric material into a die space prevents shrinkage gaps and liquid infiltration that weaken electrode seams during metal refining.

Segmented vacuum adsorption pads reduce separation force and prevent mold breakage in flat panel display fabrication.

A modular confectionery cooling line uses robotic handling to move moulds between self-contained processing units.

A starch composition blends amylomaltase treated and non-crosslinked starch to create clear, elastic confections.

A continuous dosing machine mixes liquid glucose syrup with powdered sugar directly into a mixing unit.

A segmented roaster bowl and angled agitator blades prevent sugar ball formation and operator steam burns while ensuring safe cleaning.

Horizontal cylinder mounting increases tensioning forces by 2.5 to 3 times, preventing slippage during thick film stretching.

A double-filling pineapple daifuku combines a sticky pineapple core with a vegetable fruit layer inside a soft mochi shell.

Moving a construction shape with pre-applied liquid layers eliminates sequential application downtime and increases production speed.

Segmented extrusion forms a peelable coil around a rod, resolving manufacturing complexity while maintaining structural integrity.

Segmented die table insert pieces reduce maintenance effort and assembly complexity during rotary tablet press retooling.

A flexible polymer foil acts as an intermediate stamp to transfer patterns in nanoimprint lithography.

Flash freezing provides skin rigidity to enable mechanical ingredient insertion without disrupting the tuber surface during volume processing.

A cam-driven ferrule rotates automatically during expansion to create precise plastic pipe sockets.

Gelatin-based soft capsule shells with optimized water retention and thickening agents prevent deformation and adhesion while maintaining chewiness.

Scalenohedral calcium carbonate particles replace titanium dioxide in edible ink formulations, resolving consumer safety concerns while maintaining opacity.

Adding marine collagen and Vicia amurensis extract to saccharified rice taffy improves nutritional value and preservability while reducing process complexity.

Segmented throat plate and quick-release lever mechanism reduce cleaning time and prevent wasteful blade replacement.

Hydratable thickeners raise fruit puree viscosity during cooking, eliminating drying steps that degrade vitamins and cause mineral scaling.

Pectin gelling matrix encapsulates apple cider vinegar, reducing acidity and masking unpleasant taste for safer consumption.

Water-based transparent primer prevents color bleeding and coalescence during inkjet printing on oily foodstuffs.

Segmented stamp plates extract externally to prevent condensation and contamination while maintaining dry air.

A manufacturing apparatus maintains a controlled atmosphere using separate sealable chambers and a single pump to manage inert gas flows.

Varied cavity draft angles direct food products to release zones, eliminating webbing and waste from sticky materials.

A vacuum chamber apparatus forms micro lens arrays by adjusting pressure and temperature conditions on a substrate.

A mold temperature control device switches between heating and cooling modes using a third medium supply portion to stabilize fluid temperatures rapidly.

A template with high aspect ratio nanostructures is created by depositing a catalyst layer on a substrate and growing nanostructures using chemical vapor deposition.

A former with removable fasteners mechanically secures fiber layers during winding to ensure compact preform formation.

Heating fat above its melting point before controlled cooling eliminates the need for additional sugar or downstream cooling tunnels, reducing production time.

Mold moist wood pieces into complex shapes using heat and pressure, eliminating the need for adhesives or powdering waste materials.

A multi-textured chewing gum product combines a confectionery composition with a gum base to deliver distinct sensory attributes.

Partition member divides space into regions allowing controlled article transfer through a gap, resolving vibration damage trade-offs.

Incorporating cream cheese resolves sodium-emulsifier contradictions while enhancing flavor and melting characteristics.

Removable gate pad attaches to manifold plate, reducing wear between valve stem and nozzle tip while allowing quick maintenance without breaking the seal.

A powder spray apparatus fluidizes edible pearlescent powder using vibration and forced air for continuous delivery to a food product.

Spray natural rubber liquid onto a mold to create an elastic vacuum bag that eliminates VOC emissions and improves infusion consistency.

Undercut slide die creates forced sealing area to prevent overflow at material boundary in localized over-molding.

An inward-extending spout wraps aerated confectionery products with pressurized semi-fluid material, minimizing waste while maintaining high production speed.

A glucosyltransferase enzyme converts monosaccharides and disaccharides into oligosaccharides within food materials.

Vacuum baking converts fruit puree into crispy snacks while retaining nutritional benefits.

Dextrin reinforces gellan gum viscosity to prevent product collapse during processing while maintaining texture integrity.

Segmented heat exchanger modules with roller transport resolve the contradiction between large surface area and difficult maintenance access.

Low-temperature drying below hemp oil smoke point prevents harmful compound formation while maintaining snack texture.

Rotatable core member with locking pin mechanism controls optical insert orientation in injection molding tooling.

Polydextrose replaces sugar in aerated confectionery to enable savory flavors while maintaining structural integrity.

A gas-permeable barrier layer separates the distribution fabric from the fiber-composite semifinished product to facilitate matrix material infiltration.