Shaking/Oscillating/Vibrating Mixers TRIZ Cases

See how a motor-driven tamper with rotating blades and vibrating portions disrupts flow pattern

See how a cup-flange-coupling device attaches to the coffee handle to homogenize powder by shak

See how stationary drive and position motors enable both rotational and linear blade movement t

See how a multi-layer aeration plate with staggered holes and dual dissolving zones forms unifo

See how spring-biased axial jar movement enables manual anti-cavitation agitation during blendi

See how vibration-absorbing intermediaries and continuous liquid contact improve ultrasound tra

See how a portable assembly dissolves solid cosmetic refills in reusable containers using stirr

See how stationary drive and position motors enable both linear and rotational blade movement v

See how arc-groove guidance replaces linear shaking to increase wine-air contact area, reduce d

See how a modular steel-frame system enables stackable barrel storage with forklift access and

See how air bag heating sheets and three-shaft eccentric rotation improve milk powder dissoluti

See how displaceable fluidic pathway segments and mechanical compression enable a single extrac

See how angled bowl installation simplifies assembly from multiple steps to one, improves user

See how a grid with small openings and large backup apertures prevents powder lumps from cloggi

See how a mixer blade that reciprocates vertically while rotating improves grinding efficiency

See how variable spacing between diffuser and nozzle vanes enables regulated thermal energy inp

See how an automated fryer replaces hot oil vats with hot air circulation and atomized oil, ena

See how a heating element and moving agitator merge into one lid-mounted device to maintain bev

See how mechanical vibration liquefies wet fracturing sand in a surge tank, enabling consistent

See how ultrasonic transducers generate cavitation bubbles in heating chambers to displace mine

See how a flexible bowl with angled rollers and modular components improves reagent-waste mixin

See how vibrating disturbance members inside refrigerant pipes create vortices to counter centr

See how angled rollers and a flexible bowl enable effective reagent-waste mixing while modular

See how a vibrating disturbance member inside refrigerant pipes creates vortices to counter cen

See how horizontal gas circulation through side plenums and shaking reduces freezing and thawin

See how a shaking mechanism vibrates the sauce container during storage and pumping to prevent

See how a pivoting handle nests within a rigid handle to improve storage versatility while a se

See how displaceable fluidic pathway segments and movable solid bodies enable continuous produc

See how a flexible freeze bag with rolled plate heat exchanger and frost collector maintains st

See how an angled bowl installation surface and single-bowl design simplify micro puree machine

See how a baffle and inlet-outlet velocity differential create high-pressure cavities for micro

See how ultrasonic transducers generate cavitation bubbles to prevent mineral scaling on heatin

See how a beverage lid integrates sterilizing agents, contamination sensors, and service coordi

See how a baffle-and-cavitator design uses water flow velocity and height difference to create

See how perpendicular bar layers replace mesh to disperse protein powder efficiently, preventin

See how a piezoelectric agitator emits tunable vibration energy into coffee or tea to accelerat

See how a telescopic mixing device integrated into a cup lid with a pre-loaded condiment chambe

See how magnetic vibration controlled by external sound sources reduces cold brew extraction ti

See how molding the colliding part as one piece with the flow path member eliminates multi-comp

See how ultrasonic vibration of powder slurry along fabric surfaces improves impregnation rates

See how an absorbent formulation with embedded indicators enables sensor-triggered waste manage

See how a mixing blade with openings and a releasable liner seal enable controlled substance mi

See how motor-driven vibration agitates charcoal to remove ash coating, restoring heat dissipat

See how motor-driven vibration mechanically dislodges ash coating from charcoal to restore heat

See how a vibrating disturbance member inside refrigerant pipes creates vortices to counter cen

See how a discharge groove extracts accumulated water from a floating humidifier body to preven

See how a mug with a handle-integrated pumping device uses liquid flow and underpressure to ena

See how a rigid slush bottle with internal fins produces atraumatic surgical slush through mech

An elevator cupholder lifts and seals the cup against rotating blades, enabling compact home blending of frozen drinks with less spillage.

Relative container motion and high-speed mixing help prepare high-energy enteral nutrition with smooth, homogeneous consistency in seconds.

A lowered splash shield, magnetic interlock, and self-cleaning well enable fast in-cup blending with less contamination and splashing.

A capacitive level sensor lets a self-serve blender auto-calibrate product, water, and ice dosing for more consistent drinks.

An isolated thermal shelf and diaphragm valves improve microfluidic chip compatibility, fluid control, and temperature handling.

A product-shaped bar tool assembly keeps shaker tools organized, visible, and easy to move, adding novelty and entertainment value.

A temperature-controlled churn mixer disperses gellants and dopants evenly in liquefied gases to produce stable gelled propellants.

An indicator-bearing absorbent media lets a toilet detect waste treatment material and trigger drying or agitation with minimal water or chemicals.

Pockets and heat transfer members control freeze-thaw temperature while supporting bulk biopharmaceutical containers against expansion damage.

A free-swinging flat spiral mixer improves powder-liquid blending, prevents sieve clogging, and simplifies cleaning in beverage containers.

A movable blade and splash shield mix and clean directly in the cup, reducing transfer, splashing, contamination, and manual handling.

An oscillating baffle massages poultry carcasses while controlling liquid flow, improving chilling and moisture retention for higher yield.

Powered vibration agitates thick mixtures without wrist strain while the integrated layout avoids seals that can raise contamination and liquid ingress risk.

A lid-mounted manual stirrer lets users mix or infuse drinks from above while keeping the insulated mug sealed and usable in cup holders.

Pressure and heat lower paste viscosity so hydrodynamic cavitation can disperse conductive particles without agglomeration.

Automated drum washing, shaking, and level-based replacement keep CMP slurry uniform while reducing worker exposure and contamination.

Parallel electrode film mixing uses high shear only for part of the active material, improving binder dispersion while reducing particle damage.

Pressure and temperature conditioning lowers paste viscosity before hydrodynamic cavitation, enabling stable, non-agglomerated solar cell paste.

Parallel binder and active material mixing improves dispersion while limiting shear damage, strengthening dry electrode films and cycle efficiency.

A detachable battery cover and holder layout fits different battery sizes in a compact work machine and simplifies cover replacement.

Variable non-sinusoidal retort agitation adjusts stroke, speed, acceleration, and G-force to shorten thermal processing while protecting delicate foods.

Flat spring elements replace coil springs in a vibration mixer to simplify mounting, cut noise, and tune resonance for larger-volume homogenization.

Motor current profiles reveal compaction progress and working states more accurately than duty cycles, without adding separate sensors.

Motor current analysis tracks concrete compaction progress in real time, improving quality assessment without extra measurement hardware.

Variable-acceleration translational resonance redistributes cosmetic materials uniformly while cutting prep time, volatilization, and shear damage.

A hollow rod expanded from above locks the movable member at the set height, enabling top-side adjustment on crowded analyzer layouts.

Acoustic resonance chambers stabilize outlet switching in fluidic oscillators while reducing hydraulic losses and improving microbubble generation.

Rotary motors, eccentric drives, and levers guide a container along a curved reciprocating path for intensive mixing without linear guides.

Paired closed-loop drives and a yoke-shuttle layout improve vertical motion mixer reliability, force output, and manufacturing cost-effectiveness.

Rotary motors, eccentrics, and levers create a guided reciprocating container path that boosts shear mixing without linear guides.

A turntable with shared drive components adjusts multiple objects at once, improving integration and efficiency over separate attitude mechanisms.

Hydraulic oil is routed through a pressure chamber and relief channel to rotate a grooved member, improving vibration drive reliability and power access.

Functionalized inorganic nanomaterials form a low-conductivity coating that protects substrates above 1200°F with durability, flame retardancy, and corrosion resistance.

Extendable retention members, actuators, and load sensors secure lab vessels during tilting and oscillation with less manual handling.

Bubble sensors and a calibrated peristaltic pump automate aseptic small-volume mixing and dispensing, improving accuracy and reducing cell exposure time.

Combined rotation and axial motion mix small mobile-phase volumes uniformly, improving chromatography accuracy and reproducibility under pressure.

A compliant sliding seal and flexible conduit keep airflow sealed around a moving sample shaker, stabilizing tray temperature during heat removal.

A switchable open-position latch cuts closing force in aircraft overhead bins while keeping the compartment reliably open under load or unloaded.

Separate base and activator pumping enables on-demand sealant mixing, extending shelf life and reducing disposal of expired material.

A helical track converts vertical actuation into repeatable lift-and-rotation mixing, reducing aeration in automated sample analyzers.

A venturi tube with a protrusion shaft generates microbubbles and ultrafine bubbles without higher flow rate or gas injection.

Proximity sensing lets the mixer auto-set impeller stroke for different cartridge sizes, reducing setup errors and uneven adhesive mixing.

An elastomeric frustoconical valve seals bone cement during storage, mixing, and delivery while limiting air leakage and assembly complexity.

Segmented thread regions let pharmacy jars lock to a lifting arm within 90° or less, cutting handling time and reducing cross-thread damage.

An elastomeric frustoconical valve uses pressure-driven collapse to stop air leakage and keep bone cement mixing and delivery consistent.

A counterbalanced orbital shaker integrates washing and thermal control to speed ECL immunoassays while reducing cross-contamination.

Proximity sensors and a pressure-sensitive housing let the mixer self-adjust stroke length across cartridge sizes, avoiding manual setup errors.

Acoustic recirculation on a piezoelectric substrate speeds MOF growth, improves crystal orientation, and avoids separate activation steps.

Square-corner and serpentine microchannels focus CTCs from whole blood without dilution or sheath buffer, enabling faster high-throughput separation.

Low-frequency acoustic waves mix slide-surface reagents without contact, improving staining uniformity while reducing contamination and reagent use.

A porous membrane forms stable, unmerged droplets at extreme rates, enabling contamination-free digital analysis without complex microfluidics.