Grain Treatments TRIZ Cases

Segmented mills with varying diameters manage energy consumption while achieving uniform particle size distribution for ceramic production.

Hydraulic discharge grates adjust particle size without rotor reversal, eliminating downtime from mechanical conversion.

A fragmentation machine uses controlled vibrators to dissociate heterogeneous material constituents.

Radial deformation of the outer ring secures the cutting blade without screws, resolving hygiene and alignment trade-offs in high-performance grinders.

A top wear plate lip redirects abrasive particles away from the rotor body perimeter.

A rotating bowl cutter integrates steam injection and negative pressure to thaw frozen meat while comminuting it in a single confined space.

An elastic bearing between the scraper blade and holder allows dynamic adaptation to roller camber, reducing wear while preventing material encrustation.

Segments pivot to release coarse particles, preventing blockages and reducing downtime.

A same-cavity vertical pulverizer lifts walnut shells through wedge-shaped gaps and pneumatic impact zones to achieve precise particle sizing.

Segmenting the thrust bearing mechanism from the reduction gear prevents axis deviation in enlarged mills while enabling independent maintenance access.

A jaw crusher cross beam locking arrangement maintains hydraulic pre-load pressure during operation.

Ball milling produces laminated MAX phase ceramic powder with controlled oxygen content, reducing sintering temperature and improving mechanical properties.

A milling device adjusts rotor oscillation angle and frequency to fractionate material within a defined chamber.

Segmented toothing with tapered teeth prevents jamming of coarse particles while creating turbulence to pump grinding stock into the mill.

A hydraulic tramp iron relief cylinder uses a quick discharge valve to manage oil flow and maintain jaw crusher tension.

A roller mill scraper element removes material deposits from grinding roller end regions, reducing edge element wear and maintaining throughput.

Secondary airflow deflector directs air downward across the grinding surface to maintain optimal transport velocities.

Segmented turning and localized welding restore cylindrical shape and diameter on worn grinding rollers, reducing reprocessing effort.

A biomass conditioning chamber uses centrifugal force to separate water particles from raw material during grinding.

Decoupled guide ribs engage conveying tines to compress empty packaging containers, preventing jamming and fragmentation during mechanical processing.

Irreversible fastening bolts prevent bolt loss during cleaning, resolving the trade-off between hygiene and assembly reliability.

A rotating return conveyor section turns away from the feed device to transport screened material.

A basket mill seal uses a floating support plate to minimize load on the sealing ring.

Dual-shaft shearing unit separates starch from gluten using rotating disc tools to increase protein content without complex washing equipment.

A leveling roller precedes the grinding unit to equalize material bed thickness, reducing mechanical stresses and vibrations in dry grinding processes.

A counterweight assembly uses segmented tanks filled with tungsten alloy and lead to concentrate mass within a fixed volume.

An adjustable inlet chute on an impact mill optimizes material launch trajectory to reduce secondary rotor wear and energy consumption.

Elastic arms advance paper sheets into cutter elements, resolving productivity bottlenecks from manual feeding.

A sliding guide constrains a vibration mill grinding unit to move parallel to an oscillation plane, preventing vertical vibrations and tilting movements.

A hydraulic clamping device secures a cone crusher head using controlled pressure, eliminating heavy manual tools and reducing assembly risks.

A plastic layer on the knife base dampens operational vibrations and simplifies assembly.

A preliminary crusher pressure element adjusts position to manage scrap flow and enhance crushing grip.

An undulated crushing wall surface creates wave troughs and peaks to facilitate material intake in gyratory crushers.

A comminution apparatus adjusts rotational speed and contact pressure across multiple operating modes to optimize particle size reduction.

A pivoting coupling member aligns bolts dynamically to reduce installation time and prevent bolt damage during grinding mill maintenance.

Structured grinding disc elevations create alternating axial impulses to boost impact frequency while reducing vibrations.

A paper pressing plate driven by a torsion spring rotates to compress input sheets within an automatic shredder assembly.

A comminution tool cover features a tapered gap to maintain workpieces within the crushing zone during rotation.

Mountain-shaped and rhombic blades on a crusher plate create line contact that concentrates stress, solving the bottleneck of insufficient surface contact.

Segmented entraining profiles on agitating discs reduce secondary vortices and energy demand while maintaining narrow particle size distribution.

Fixed cheek plates on a movable roller frame adjust the gap width between rollers and the feeding arrangement, preventing material escape through sealing gaps.

A removable bucket assembly integrates a curved metal plate and blade array to fracture organic matter while containing operational noise.

Tangential cutting tooth mounting reduces bending forces and extends service life.

A planetary roller mill integrates heated air supply with grinding to dry high moisture feed materials.

A wedge and wear bar mechanism adjusts crusher settings via hydraulic actuation, eliminating large cylinders and complex control units.

Curved topshell walls distribute axial forces from spider arms, eliminating heavy reinforcement ribs and reducing stress concentrations.

An external rotor locking device secures the shaft position via a toothed engagement mechanism.

A spring-elastic torque support distributes forces to reduce peak loads and protect electrical components from vibration damage.

A shredder actuating element pivots to detect excessive paper stack thickness before cutting.