Frozen Sweets TRIZ Cases

Rinse water is redirected through a passage to flush food residue from the drain tray, preventing clogs and reducing manual cleaning time.

Parallel evaporator channels expand heat transfer area and improve refrigerant flow for consistent freezing in multi-flavor semi-frozen dispensers.

A metal ice plate with lower-conductivity walls and grid controls freezing so air bubbles escape, producing clear ice without costly processing.

Oscillating the ice tray during thermoelectric freezing lets air bubbles escape, producing clear ice without costly processing or a drain.

A deflecting protrusion on the spatula guides scraped ice-cream forward for fast, repeatable roll formation with less skill and energy.

A raised depression feature in the spoon bowl shapes mashed potatoes or ice cream to hold gravy or syrup while improving food release.

LED backlighting and a light deflector create a customizable food dispenser interface without changing the core preparation and cooling structure.

Pressurized counter-current cleaning through a CIP manifold cuts operator effort while improving beverage-line hygiene and compliance.

RFID tag reading lets the machine verify product identity and track shelf life automatically, preventing expired beverage use and hygiene risks.

Nested batter and cavity cups create a defined filling recess during baking, preventing floating fillings and avoiding post-bake carving.

Separating the ice shaver, flavor dispenser, blender, and refrigeration units enables cleaning, repair, and replacement without cross-contamination.

A reflective IR sensor detects the container and switches mixer speed for dispensing, then returns to low speed to protect ice cream consistency.

A detachable elastic ejector simplifies scoop cleaning and automatically returns flush after pushing out ice cream.

A single removable-lid mixing container combines blending, heating, and cooling to avoid transfer steps and simplify cleaning.

Automated ice, ingredient, blending, and self-cleaning control cuts manual handling, improves portion accuracy, and speeds smoothie prep.

Upper-side cool air delivery onto vertical freezing cores improves ice-making volume and helps produce uniform, clear ice.

After heated ice release, heat transfer fluid rapidly cools the mold to shorten recovery time and speed the next ice-making cycle.

Automated ice and ingredient dispensing improves portion accuracy, cuts waste, and simplifies cleaning to prevent flavor contamination.

Automated ice portioning, ingredient dispensing, blending, and self-cleaning cut smoothie prep time and reduce contamination and waste.

A capacitive water level sensor stops fill at the target level, preventing overflow, detecting supply errors, and supporting transparent ice.

Uniformly dispersing fire-retarding solution through cellulose fibers improves fire resistance, bond strength, and fire retardant recovery.

A removable shredder, sealing element, and twist-lock chamber simplify cleaning while preserving effective frozen-fruit homogenization.