Frozen Sweets TRIZ Cases

Spray nozzles direct heating fluid to mould pocket exteriors, reducing energy consumption by up to 40% compared to continuous brine flushing.

A refrigerated chamber houses a flexible bag container with a self-closing slit valve to dispense frozen confections via external gas pressure.

Segmented vacuum components adapt to various machine configurations, enabling dynamic cooking while preserving nutrients.

Segmenting the spigot from the actuator resolves the contradiction between reliable flow control and ease of repair by enabling independent removal.

Programmable manifold automates multi-layered frozen beverage dispensing through integrated plumbing and pump systems.

Push-in holding structures secure partition wall panels in concrete block molds, preventing lateral deviation and shape distortion under hydrostatic pressure.

A two-step lipid addition process creates stable aqueous-in-lipid emulsions with non-fatty solids.

A servo driven ice cream sandwich assembly machine coordinates independent station actuators for precise vertical product fabrication.

Flexible silicone fingers replace rigid grippers to separate cones, eliminating hygiene risks and breakage while maintaining high cycling speeds.

Enzymatic hydrolysis of hydroxypropyl starch followed by glucose removal via chromatographic fractionation produces high-purity non-digestible dietary fiber.

A control system manages liquid filling in frozen beverage dispensers by adjusting pressure thresholds during operation.

A dual throttling cooling control device manages refrigerant flow to separate pre-cooling and freshness-preserving modes.

A water-in-oil emulsion stabilizes chocolate texture using specific lecithin ratios.

An edible ice cream cone integrates a hollow toy casing on top to create a unified structure.

Automated liquid nitrogen dosing and interlocking beaters resolve production speed versus consistency trade-offs in frozen food manufacturing.

Solvent-free water extraction preserves native protein conformation while eliminating environmental risks from organic solvents.

Segmenting the tank into upper storage and lower processing chambers prevents overflow during top-ups while maintaining rapid temperature attainment.