Cocoa TRIZ Cases

Crystalline sugar-coated bulking agent particles replace bulk ingredients to cut caloric density while preserving rheological properties.

Extrusion cooking and micronization of pulse flour replace sugar in chocolate, reducing anti-nutritional factors and maintaining texture.

A refiner surface uses a guide surface on a third blade bar to direct lignocellulose material into the blade gap.

Upstream measurement determines ore impedance so the resonant cavity adjusts field patterns, stabilizing energy absorption across variable mineral compositions.

Dynamic mold heating and cooling cycles limit insert distortion in high-temperature plastic molding, ensuring accurate positioning of previously formed parts.

Triangular rotor inlet protrusions propel feed material into the conical zone, preventing stalling at the flat-to-conical junction.

Radial fingers on a rotating shaft disperse particles to prevent bird nesting and crowning, ensuring accurate bin full detection.

Segmented housing design with pivoted elements and interchangeable cavity units reduces maintenance downtime while preserving structural integrity.

Spraying cocoa fat emulsion into a fluid bed agglomerator creates soluble chocolate powder that dissolves completely in cold diluents without additives.

Embedded cavities in refining bars generate hidden edges that emerge as sharp leading surfaces, extending service life while maintaining material flow.

A center plate with protrusions guides pulp toward the periphery of a double-disc refiner, preventing material piling at the center.

Homocentric annular tool pans with gradual ramps separate plant fibers via mechanical friction, eliminating chemical usage while achieving high yield.

Process combines specific fiber hydration rates with solid fat content to prevent lumping and maintain flowability without added emulsifiers.

Alternating macro-microstructures of titanium carbide particles distribute impact stress and reduce crack propagation in compression crusher cones.

Automated segmentation separates hard shells from beans via controlled knife depth and wedge force, resolving manual labor bottlenecks.

Narrow water channels bypass free water to prevent cavitation damage on opposing refiner plates.

Liquid chocolate flows through an electric field that aggregates suspended particles into streamlined shapes to reduce viscosity.

Integrating coarse crushing into the conche reduces production time and energy while preventing agglomeration during high-temperature processing.

CNC routing machines machine unmachined sectors into conical spare parts with fine bars, resolving manufacturing precision trade-offs in narrow angle refiners.

Low SFC30 milk fat fractions inhibit lipid migration from fillings, preventing unsightly bloom on filled chocolates.

A chocolate processing machine uses sequential thermal treatment to promote stable type V crystal formation.

A chocolate production method measures conched cocoa mass viscosity to calculate precise fat addition.

Crystallized milk powder replaces sugar in fat-based confectionery, resolving the contradiction between calorie reduction and sweetness perception.

Wet grinding cocoa beans with water separates phases without high heat, preserving antioxidants.

Segmenting the process with ethanol-water mixtures preserves catechin levels during defatting.

Heat treating a wet premixture at 120°C to 140°C generates characteristic flavors, compensating for loss during accelerated drying.

A taste-changer subjects chocolate mass to high shear stresses while a thin film evaporator extracts volatile components.

Applying low-L* cocoa powder mimics char-grilled appearance without lengthy smoking, enabling mass production.

Processing spent coffee grounds through drying, defatting, and milling replicates cocoa powder taste while reducing environmental impact.

Variable blade bar angles create a pumping effect that prevents fiber accumulation and reduces energy consumption during refining.

Segmented pre-dams redirect lignocellulosic flow gradually, reducing main dam wear and energy consumption while improving fiber quality.

Throat sensors detect misaligned paper insertion angles, triggering controller adjustments that prevent mechanical jams and reduce wear on shredder components.

A continuous meat grinding reclaiming system separates pure meat from bone using primary and secondary grinder units.

A cashew nut protein chocolate beverage achieves a creamy texture through specific plant protein ratios and controlled heat treatment.

A control system regulates tempering machine output based on casting compound consumption to maintain reservoir levels.

Interesterified oils and fats maintain chocolate plasticity during rapid cooling, preventing excessive hardening and oil exusion in non-molding processes.

A retractable pressing structure compresses paper stacks using a nested push rod and elastic element within a hollow sleeve.

A knife holder with a J-shaped recess enables positive-locking attachment for comminution devices.

Reversing dam guiding surface orientation from discharge to feed edge eliminates lignocellulose blockages and maintains uniform material quality.

Enzymatic hydrolysis of plant milk creates stable crumb, resolving texture and flavor inconsistencies in dairy-free chocolate production.

Chocolate composition combines plant extracts to suppress appetite and induce satiety without altering taste or texture.

A scraped surface heat exchanger crystallizes cocoa butter blends below zero degrees Celsius to produce stable chocolate compositions.

A method treating polyphenols with an aqueous base to form specific chromophores.

Movable screen device allows stator blade replacement without overhead work, reducing maintenance downtime and improving machine rigidity.

Integrated print head reservoir maintains chocolate temper along short travel paths to prevent crystal structure blooming.

A modular rotary blade design uses a V-shaped saddle to secure a hardened steel cutting insert within an inexpensive holder.

Angled blade surfaces extend the effective cutting path axially, ensuring complete fiber refinement in a single passage while reducing energy consumption.

Impact shock disintegration reduces unreacted components and improves filtration quality in cellulose acetate production.

A detachable hopper assembly regulates mill stone compression force via variable weight plates to simplify mechanical access.