Grain Treatments TRIZ Cases

Segmenting the grinding process across three rollers with varying diameters reduces wear while maintaining productivity.

Segmented ceramic grinding disks with protective rings prevent material contamination while simplifying maintenance through individual segment replacement.

Intermediary bushings separate hammers from rods, eliminating metal-to-metal wear that elongates apertures and damages enclosures.

Rotatable knives in a meat mincer adjust dynamically to material flow, reducing friction and metallic abrasion while maintaining cutting performance.

External frame surrounds the nut to prevent lug breakage and block material flow during lifting operations.

Superhard stud elements secure to roll bodies to extend useful life of high pressure grinding roll assemblies under abrasive crushing loads.

Nested storage tray holds accessories in depressions, reducing volume of stationary object while maintaining ease of operation.

Radial blade rotor cooperates with fixed grid to disrupt biologic substances, eliminating axial bearing requirements and maintaining sample integrity.

A protruding ceramic wear area on a steel sleeve fastening section protects comminuting device surfaces.

A reciprocating grinding container moves along a trajectory curve to accelerate solids against the wall.

Strain sensors on the drum measure deflection to determine material weight, bypassing acoustic interference from adjacent mills.

An adjustable slide plate directs second material flow at 35-70 degrees to prevent pileup and resolve efficiency contradictions.

A shredder employs a thickness detector and automatic lubrication system to prevent jams from overloading and maintain cutter performance.

Axial spacing isolates roller ends from machine frame walls, reducing thermal stress on bearings while maintaining material feed efficiency.

Dual linear actuators displace the toggle unit to adjust the close side setting, reducing component complexity and stress concentrations in jaw crushers.

Radial passage openings in agitator disc zones eliminate uncontrolled bypass, ensuring uniform grinding body distribution and consistent power consumption.

A conveying auger uses a positive rake angle to remove adhered foodstuffs from inner walls.

Secondary air inlet downstream of inspection passage regulates gas-solid mixture flow, preventing usable feed material loss during separation.

Directs vibration through a metering slide to fluidize milling material, reducing air pockets and wear while improving density in the compaction zone.

Elastomer enclosure absorbs grinding media impact, reducing structural plate wear and bending stress in mill lifter bars.

A gyratory crusher main shaft uses pressurized fluid in external grooves to separate and mount a protective sleeve without thermal expansion.

A compact shredder and compactor integrates a feed screw, miller screw, and spiral grooves to shred and precompress metal chips.

Welded flat surface sections form a protective cap shell, eliminating bending cracks and extending service life.

Inverting the bearing arrangement positions the fixed bearing outward to balance load distribution on tapered rollers, reducing wear and sliding.

A rotor distributor plate uses frictional attachment means to reposition into different wear positions without loosening bolts.

High-voltage pulses generate controlled electrical breakdowns through a process fluid to fragment silicon rods into uniform sizes.

Segmented safety window allows product distribution while maintaining roller gap protection.

A flour mill air guide assembly directs airflow through grinding chambers to transport ground product efficiently.

An arcuate sealing element maintains uniform radial width against a comminuting rotor, resolving non-uniform sealing gaps caused by screen tolerances.

An auxiliary vibratory assembly applies dynamic stress cycles to reduce energy consumption and crushing time for high-strength rocks.

A U-shaped connecting element joins roller press frame elements to eliminate bolts and reduce structural weight.

Brittle welds temporarily join hammermill hammers for rapid installation, then break to restore free movement and reduce maintenance time.

Segmented distributor plates with inverted bayonet joints allow quick replacement without tools, reducing maintenance time in heavy-wear crushers.

A roller mill aspiration opening uses a pressure-sensitive closure element to regulate airflow between grinding and aspiration spaces.

Dual optical and weight sensors detect shredder housing fullness, preventing overflow from unreliable single-sensor detection.

Detachable cutting modules on a shared motor drive allow quick blade replacement and reversal to prevent clogging, reducing downtime.

Replacing mechanical dispersers with magnetic actuation cuts energy use and maintenance while achieving ultrafine pigment dispersions.

Coordinated thrust means in the inlet pipe ensure constant chamber filling, reducing motor load and preventing sudden waste expulsion.

Adjustable wear parts modify the feed opening flow area in real time, reducing crusher power consumption and component wear.

Individual pins inserted into base plate holes form a flush wear protection layer that prevents splintering of tile-like elements under high stress.

Segmenting the striker into reusable base and replaceable blade components reduces replacement costs while absorbing impact forces from hard objects.

Opposing rotor and sieve rotation creates variable peripheral speed differences that maintain high throughput while controlling temperature rise.

A comminuting machine features a removable cutting table supported by a linear actuator for precise positioning.

Peeling devices remove excess material upstream of each grinding roll to create a uniform bed, reducing vibrations and wear while enabling higher throughput.

Sensors monitor material flow rate and amount, enabling the controller to adjust feeder and mill speeds for consistent throughput.

Ball and socket joints enable oscillating bearing blocks to adjust roller alignment during operation.

Overlay welding and polishing form a flush wear-resistant layer on sliding tool post faces, preventing accelerated wear from particle invasion.

Periodic feeder worm reversal prevents blockages in the volume between transport worms, maintaining continuous operation and reducing energy consumption.

Composite sintered zircon balls resolve the trade-off between wear resistance and density by minimizing amorphous phases.