Grain Treatments TRIZ Cases

Parallel recesses in the lining armor plate channel material to ensure hammer contact, resolving low milling capacity and reducing reprocessing costs.

Axial shaft grooves anchor crushing shells via form-interlocking formed elements, enabling individual replacement without disrupting the assembled roll state.

Complementary arcuate surfaces redirect shear forces into compressive loads, preventing brazing detachment and maintaining tool engagement.

A single housing journal assembly consolidates bearing support and pivot shafts to manage bending stresses in pulverizer operations.

Adjustable drive angles minimize radial forces on bearings when one drive deactivates, maintaining 80% capacity.

A cutting mill uses a labyrinth seal to reduce heat generation at the closure cover.

A meat grinder propeller uses a wear part to propel food toward the cutter head without direct shaft contact.

A rotating shaft synchronously drives a paper pushing rod to evenly distribute scrap, preventing pile overflow and maximizing bin volume.

A cryogenic milling chamber uses a monolithic cooling jacket to exchange heat without direct cryogen contact.

Centrifugal force presses a braking bush against an annular shoe to stop cone head rotation during no-load operation, reducing wear on crushing surfaces.

Segmented spiral elements prevent auxiliary grinding body leakage during start-up and run-down phases in agitating ball mills.

Segmented upper and lower rotors push meat against interleaved pegs for thorough single-pass shredding without manual finishing.

Widening the roll gap and reducing feed rate during startup distributes material evenly, preventing load spikes that damage the frame and hydraulic system.

Synchronizing power output between paired grinding rollers prevents roller gap opening and uneven torque distribution.

Independent motor control adjusts cone crusher vibrator phase shift without mechanical transmission components.

Build-up welding regenerates worn cutting edges on shearing blades while adding slip prevention structures to reduce replacement frequency.

Serrated cutting elements with an adjustable axial gap achieve fine comminution of difficult-to-process fibrous materials.

A portable mill reduces raw material size through impeller agitation and air flow.

A truncated cone feed tube guides material flow into a vertical shaft impact crusher rotor.

Variable outer-stator tool lengths prevent milling element congregation in the lower region, reducing power consumption and improving product quality.

Sublimating additives generate an inert environment for carbide milling, eliminating organic solvents and reducing process complexity.

Supercooled liquid nitrogen enhances heat transfer during cryogenic milling of rubber-elastic materials.

Spring-mounted sieve elements swivel away from oversized material to prevent blocking and reduce downtime in disintegrating devices.

Movable end plates with biasing springs and single rotatable end rollers reduce friction and wear while maintaining structural stability.

Angled raker surfaces guide material onto cutting edges to minimize wear on tool holders and rotary drums in forestry mulchers.

Wavy annular cavities inspired by earthworms reduce adhesion forces, enabling continuous processing of damp attapulgite clay without pre-drying.

Circumferential groove on crushing head surface distributes lifting loads along continuous path, eliminating stress concentrations at mounting holes.

Liquid-cooled motors mounted directly on grinding rollers reduce spatial footprint while managing heat and vibration.

Angled cutting plates create radial space to prevent knife blockages during high-capacity grinding operations.

Segmented dual lever arms pivot the sieve basket cassette outward, resolving complexity issues that hinder screen replacement.

Segmented rollers with protruding elements compress mixed containers, reducing jams and extending roller lifespan.

Segmented eccentric side lever and hydraulic cylinder reduce structural damage risk while simplifying maintenance access.

Curved guide members accelerate slurry radially inward to prevent flowback and accumulation that reduce processing efficiency.

Counter-rotating concentric disks use centrifugal force to collide particles, resolving high energy consumption and low productivity in traditional crushing.

Conductive encapsulation containing high-voltage pulses reduces electromagnetic interference and energy loss in mineral processing.

Segmenting the frame into axial and radial components with elastic mounts prevents torsion while reducing weight.

Segmenting the input throat into separate channels prevents jamming during batch processing while maintaining continuous operation.

A composite wear plate uses ceramic inserts to resist abrasive wear in vertical shaft impact crushers.

Segmented attachment elements with integrated locking portions eliminate welded lugs, reducing visual inspection time and improving safety.

Instant high-voltage discharge in water fractures polycrystalline silicon, eliminating metal contamination and irregular debris from mechanical crushing.

Adjustable trapezoidal liner segments compensate for diameter variations, eliminating gaps and manual cutting during assembly.

Segmented base and tip mount with asymmetric keys prevent unintended movement while allowing quick replacement of worn cutting edges.

Gravity actuated grounding eliminates manual errors and ensures visible safety verification.

Segmented rubber panels with pre-formed cavities hold hard grinding bodies to distribute wear, reducing assembly time and material waste.

A striking tool bearing section features an elongated opening to absorb dynamic loads.

Local edge computers process raw sensor data from high-pressure roller presses to generate characteristic metrics.

Dentate catches remove embedded staples and clips before shredding, preventing blade damage and jams caused by gravity-fed coaxial wheel mechanisms.

A crushing device comb system uses a spring-mounted screening element with an end position limit to manage lateral yielding movements.