Mixers TRIZ Cases

See how a segmented foam dispenser with removable container and automated pressure control redu

See how a lid with spring-loaded doors and levers creates sealed chambers for preloaded powder,

See how a helical configuration of smooth rounded indentations eliminates sharp edges to enable

See how a rounded interior with helical indentations eliminates sharp edges to prevent residue

See how a deformation-controlling recess with progressively reduced width ensures consistent co

Fixed channels can trap residues and mold; a mobile transport container fills final packaging directly from interchangeable storage containers.

A sidewall recess guides container collapse and seal detachment, giving repeatable discharge volume and stable diluted beverage concentration.

Pre-mixed bulk colors and AI-guided fill lines enable fast custom hair dye dispensing with precise ratios, traceability, and less manual work.

A self-sealing septum in the can end or cap enables post-purchase beverage infusion while preserving sterility and a leak-proof reseal.

An integrated cleaning inlet flushes the dosing valve nozzle directly, reducing clogging, cleaning fluid use, and product contamination.

Individual hair variation can distort target shades; measured final color refines the rendering model for future coloring.

A heated, jig-formed rotor case welds into a PP/PVDF tank wall for magnetic stirring and uniform grinding slurry.

Segmented compartments and AI-driven dispensing resolve formulation precision issues by adapting to skin conditions.

Automated circuitry determines precise cosmetic material volumes from user inputs, resolving formulation precision issues in manual selection processes.

Automated dispensing replaces manual mixing by using spectral data to formulate custom hair dyes that account for individual porosity and chemical composition.

An elongated mixing device reduces shaking time for cosmetic product homogenization by creating turbulence and preventing settling.

Ultrasonic vibration detaches retained colorant from the nozzle outlet, preventing clogging and eliminating manual cleaning requirements.

Floating bearing alignment resolves manufacturing tolerance issues during automated stirring element separation.

Segmenting the holder into support and cage members maintains lens shape while enabling fluid flow paths for accurate release rate data.

A fluid dispenser uses a level sensor and control unit to calculate actual fluid amounts, correcting refill data to prevent misformulation.

A drug compounding skid uses valves to form sterile seals for automated fluid transfer between vessels.

Articulated arm lance injects cooling fluid into concrete mixers, resolving collision risks from premature truck repositioning.

A magnetic rotor inside a liquid storage tank rotates to drive ink flow while enabling precise level monitoring through rotation difference detection.

Dividers separate solid products in a dispenser, enabling precise control over solution concentration and chemical composition.

Gravity-fed blending modules eliminate conveyors and diesel pumps, reducing energy consumption and carbon footprint in oilfield operations.

A fulvic acid and humic acid mix integrates into alcoholic beverages to deliver essential vitamins and minerals.

Inert gas injection mixes liquid food preparations inside sealed containers, eliminating sedimentation and the need for chemical stabilizers.

A microfluidic device creates double emulsions at a common junction with uniform channel hydrophobicity.

A nozzle sleeve and insert mix base and flavoring substances via shear forces to create consistent edible products.

A soybean oil lubricant disperses molybdenum disulfide particles using magnetic and electrical fields to stabilize suspension.

An automated system measures and mixes primary pigments using vibratory trays to produce dry colorant.

A cosmetic dispensing apparatus uses an optical encoder to measure gear rotation for precise material volume control.

An additive inlet sprays disinfectants into the container headspace, inhibiting microbiological fouling without contaminating the tinting paste.