Juice Extraction TRIZ Cases

See how a slip-clutch mechanism with ramped plates and spring biasing enables whole-food juicin

A rotating cup, tilting blade, and single squeezing ball let citrus halves be cut and juiced sequentially in a smaller machine footprint.

A flexible blade bends outward from the core to extract juice efficiently while keeping the fruit skin intact as a serving vessel.

A lid-mounted crushing blade and rotating safety cover let larger ingredients enter a juicer without pre-chopping while blocking hand access to the screw.

A parallelogram dome linkage and compound-profile reamer keep pressure uniform across citrus sizes while preventing juice leakage.

A movable inscribed sphere and pressing screw crush whole fruit in the chute, reducing manual cutting and improving juice extraction.

An adjustable collar changes filter hole coverage during juicing, letting users control insoluble fiber content without stopping the motor.

A sliding flexible blade expands outward to extract juice along the inner skin while keeping the fruit skin intact as a vessel.

Rotating toothed rollers crush frozen blocks or IQF produce into controlled fragments, preserving quality and stabilizing puree or juice flow.

Variable motor speed lets the sieve pass more or less pulp, giving intuitive clear or cloudy juice selection without complex manual adjustments.

A sealed, disposable juicer cartridge uses filtered compression and a secondary outlet compartment to cut cleanup, contamination, and heat damage.

Disposable segmented cartridges filter and compress food matter to cut cleanup, contamination, and heat-related nutrient loss.

Removable shell segments and a retractable extraction assembly let the juicer store compactly while keeping parts enclosed, organized, and easy to clean.

A juicer heats and cools expressed juice along a controlled path to pasteurize it, extend shelf life, and enable larger batches.

A segmented feed chute, self-cleaning filter action, and valved outlet improve juicing safety, cleaning, and continuous extraction.

An integrated screw crushing portion breaks produce before extraction, avoiding pre-chopping, protecting the sieve, and improving juicing efficiency.

Wireless SAW sensors replace wired probes to measure multiple cooking zones and improve temperature uniformity in electrically operated food processors.

Simultaneous fastening arms and a separation sensor simplify juicer housing removal, prevent motor-driven injury, and support easy restart.

A stretch-fabric cover with elastic openings contains juice and pulp splashes around the chute, base, and collection containers.

A sweeper and blocking geometry break whole apples into smaller fragments inside the chute, preventing jams and enabling effective screw pressing.

A high-speed cutter paired with a low-speed propelling screw boosts juicing speed while limiting oxidation, noise, and waste.

Radial blades, a rotating cone, and spacer members segment whole citrus to raise juice yield while limiting peel oil contamination.

A support-linked squeezing module lets all juice extraction parts detach as one block, cutting cleaning time and reducing lost parts.

A segmented horizontal juicer layout moves pulp near the drivetrain and juice outward to improve stability, collection access, and filter cleaning.

Automatic pressing and shredding improve fruit feeding in centrifugal vending machines, producing higher-quality extracts at lower complexity.

Radial arms with scrapers or brushes let the pressing screw clean the filter drum and receptacle during juicing, simplifying assembly and rinsing.

A canted juicer vessel, dual feed chutes, and mixing shredder disc reduce pulp buildup, improve safety, and keep juice more uniform.

Rotating cup assemblies synchronize cutting, squeezing, and rind extraction to deliver uniform fruit halves, faster juicing, and a compact machine layout.

Interlocking sieve modules form juice apertures, then separate for rinsing to reduce trapped pulp and simplify juicer cleaning.

Steam routed through a rotating blade assembly cooks food evenly while combining steaming and processing in one bowl.

A rotating safety cover and crushing screw let large ingredients enter a juicer without pre-chopping while blocking hand access to the screw.

A rocking feed chute, safety interlock, and invertible filter reduce hand-contact risk, pulp buildup, and cleaning effort in centrifugal juicing.

External sliding scrapers clear pulp from a perforated separator cylinder, preventing hole blockage while separating stones from food pulp.

An upper screw crushing blade and concave lid section let juicers handle larger feed pieces without pre-chopping or sieve deformation.

A raised snorkel intake draws cooler air above the counter, cutting hot-air recirculation, motor noise, and food or liquid contamination.

A detachable rear wall seals the frame from juice and pulp, simplifying fruit press cleaning without full frame disassembly.

Tilting the egg breaking device during pickup matches conveyor speed, reducing impact loads, improving catch accuracy, and boosting albumen yield.

A pre-inserted coconut spigot delays cavity penetration until use, preserving sterile water during shipping while enabling easy access.

A stair-shaped strainer bottom breaks down residues to limit vibration, enabling stable juice extraction from whole vegetables without pre-cutting.

Elastic filter bars vary juicing gaps with material size to prevent clogging, improve juice yield, and simplify continuous cleaning.

A sealed detachable rear wall keeps juice and pulp off the frame, making the fruit press chamber and knife guide easier to remove and clean.

A separable pivot and replaceable comminutor unit improve garlic pressing reliability while opening all food-contact surfaces for cleaning.

A threaded lifting cone automates citrus juicing without manual pushing, reducing fruit damage while separating juice from pulp.

A latched-down arm and viscous damper make citrus juicers easier to store and move while preventing jolting on arm release.

Pre-compacting vegetable tissues enables uniform pulsed electric field treatment without a liquid phase, reducing chamber size and generator demand.

A motor-driven strainer and flexible scraper automate pulp removal, improving juice extraction yield and reducing manual supervision.

A collar-in-depression mount combines citrus pressing and zesting in one tool, reducing duplicated material, weight, and kitchen clutter.

A pre-inserted spout with cap and plunger opens sterile coconut water on demand, then reseals the aperture to preserve the remaining drink.

A tapered inner wall and nested full-size feed tube improve juice flow, reduce spillage, and simplify cleaning in a compact juicer.

A handle recess from the press die becomes a secure zester mount, combining juicing and peel grating while saving space and material.