Grain Treatments TRIZ Cases

See how a single-serving nut milk blender integrates heating, blending, and filtration with pre

See how exposed cavities with biting edges on twin gear juicer teeth reduce user force for stur

See how a dual-barrel food processor separates crushing and extrusion to eliminate filter scree

See how a particle sensor and controller disengage the motor at 400 µm to prevent fiber matrix

See how current-sensing pressure feedback guides users to optimal force, preventing motor overl

See how a tubular conversion device adapts a meat-grinder cavity for pasta extrusion, sharing h

See how a pushing unit with intermediary push portions prevents blade assembly separation and f

See how a dual-barrel food processor separates crushing and extrusion to eliminate filter scree

A hollow ergonomic handle and reversible grater improve control, reduce slippage, and switch between material collection and ejection.

A two-point push release lets large blade plates detach vertically while a cover shields the blades for faster, safer replacement.

A ratchet-driven pusher gives a garlic press mechanical advantage, cutting mincing effort and time for large or multiple cloves.

Opposing rounded plates in a tapered chute crumble cheese into hand-like irregular pieces while keeping hands clean and dispensing directly onto plates.

A staged calcining, grinding, and sieving route forms aluminate phosphor agglomerates that improve coating efficiency and light reflection at lower phosphor cost.

A shaft-driven fan and vented enclosure cool a paper shredder motor, reducing overheating and enabling duty cycles above 50%.

Fuzzy power prediction and automated media dosing keep wet ball mills at optimal filling, improving energy use and particle size control.

Recesses between blade spokes let pulled food fibers pass through, reducing clogging, cleaning downtime, and drive load.

A folded pocket and secondary barrier redirect released lubricant during shredding, improving blade oiling while reducing waste and wear.

Vision recognition guides precise drilling into a phone's flash memory chip, destroying data quickly while preserving reusable parts.

A folded pocket and secondary barrier deflect released lubricant during shredding, improving cutter lubrication while reducing wasteful dispersion.

Vision-guided drilling targets the flash memory chip in mobile devices to destroy user data reliably while limiting damage to reusable parts.

Cyclic clutch engagement adapts to prime mover load to start cutting mechanisms smoothly, avoiding stalls, vibration, and machine damage.

An interlaced support layout lets adjacent gearboxes handle higher loads in less space while simplifying assembly and extending service life.

A dual-position chute pivots between closed and open circuits to divert oversized rock, avoiding manual cleanout, shutdowns, and safety risks.

Multiple process models with different structures improve grinding control accuracy by selecting the best predictor for current conditions.

External lifter bar mounting lets crews disassemble grinding mill discharge-end parts without entering the mill, cutting downtime and safety risk.

Sensor-driven control keeps paddy stations in continuous, uniform operation, reducing operator dependence, cost, and quality variation.

Pressure sensors and a control unit automatically restore hydraulic accumulator charge, preventing pressure-loss failures in comminution equipment.

A quick-change rotor cassette lets one horizontal grinder chipper handle diverse debris and biomass without multiple machines or extra transport.

A horizontal motor and modular pinion layout cuts vertical mill drive height while absorbing axial loads and easing installation and maintenance.

Continuous pressure sensing and automatic gas recharging keep comminution accumulators in range, reducing missed pressure drops and downtime.

Real-time sensing and machine learning predict grinding settings from changing material characteristics to stabilize output quality and efficiency.

Rotor pockets and compression-held knife blades simplify blade rotation, reversal, and replacement to cut shredder downtime and labor.

Asymmetrical necks and hardened contact surfaces help hammermills process dirty feed with less wear, recoil damage, and maintenance.

Ceramic wear liners with self-fixing ductile inserts cut ball mill wear, energy use, and metal contamination while easing maintenance.

A rotatable service platform gives stable access at two positions inside a jaw crusher cavity, cutting maintenance setup time and complexity.

A polymer single-piece retaining ring locks the VSI crusher bearing cartridge without radial compression, easing maintenance and preserving clearance.

A pre-machined edge channel localizes hardface weld on shredder blades, cutting material waste while preserving core properties and wear life.

A recessed-cavity rotary knife with axial and radial separators removes bones and cartilage during grinding to protect meat quality and prevent smearing.

Hydraulic gap-controlled grinding rolls separate concrete demolition waste into consistent fractions while preserving valuable aggregates and cutting energy use.

A double-wall shell and support structure isolates the bearing from slurry, preventing oil contamination while enabling open-ended grinding.

A guide slot in the rotor protection plate lets VSI crusher tip blocks be replaced without unbolting the plate, cutting maintenance time.

Inclined striking edges and sharp trailing transitions improve food comminution and emulsification while limiting heating and particle inconsistency.

Real-time input and output sensing adjusts feed rate, rotor speed, and grid settings to hit target shred size while reducing energy use and tool wear.

Radial fastening lugs and spacer clearances simplify concave clamping in cone and gyratory crushers while reducing parts and damage risk.

Separating the crusher motor from the generator and adding a clutch cuts drag losses, supports peak loads, and improves mobile plant efficiency.

Replaceable wall cladding and a connecting disc reduce housing wear and keep the rotor processing gap uniform at higher speeds.

Varying rotor arm lengths, chamber protrusions, and blades improve grinding-body flight, material flow, and particle uniformity in waste processing.

Guide strips and integrated cutting elements remove particle-trapping gaps, making rotor-stator cutting systems easier to clean in hygienic use.

Overlapping airflow vortices drive particle-on-particle pulverization while detachable liners and rotor features reduce wear and downtime.

Radial fastening projections and clearance passages simplify crusher jacket installation while improving clamping security and force transfer.

A retardation device damps roller acceleration and direction reversals in eccentric crushers, reducing stress while keeping crushing loads uniform.

Wear data from sensors and operating history is rated for quality, helping crushers predict tool wear more reliably and avoid premature replacement.

Staged roller cutters with adjustable gaps and sensors improve recyclable fragmentation quality while reducing mixed materials and manual sorting.

Side-aligned sensor detection volumes measure feed layer height and velocity without blocking conveyor access or increasing plant height.

A hydraulic motor and pump drive lets the shredder rotor run at adjustable speed and torque while reducing vibration and engine layout constraints.

Ball milling GGBS with silicon-aluminum compounds and CO2 waste gas boosts early concrete strength, lowers shrinkage, and improves CO2 uptake.

A rotatable multi-head PCD scraper removes flange-edge build-up in roller crushers while cutting scraper change time and wear.

A manipulable track drive, pivotable housing, and changeable sheave improve loading, rotor access, transport, and speed flexibility.

A retaining ring lets the cutter pin detach without damage while preserving torque transfer and enabling auger reverse rotation for mixing frozen meat.

A bottom-drive vertical agitator mill uses gravity and centrifugal separation to handle very small grinding media with less clogging and easier maintenance.

Angled wear surfaces and replaceable edge ring segments prevent corner build-up, reducing local loads, wear, and maintenance downtime.

A retractable sensor moves through an inspection opening to measure crusher wear accurately while staying protected from dust and crushed material.

Helical cam disks force recycled aggregate through the housing to strip adhered cement paste while also crushing waste material.