Grain Treatments TRIZ Cases

A rotating separator screw directs soft material through perforations to recover usable output while hard bone particles exit separately.

Grooved conditioning rollers apply pressure to separate bamboo fiber bundles without cutting.

Segmented drum shells prevent chute blockage by isolating contaminants in a dense lower zone while the upper screen discharges fines.

Radial discharge holes in the guide pipe distribute air to evaporate moisture, preventing material adhesion and clumping during crushing.

A meat mincer knife uses star-shaped branches with a constant thickness wall and perpendicular sliding face to minimize wear and simplify sharpening.

Multi-region twin-shaft cutting system uses distributed disc-like severing elements to process material across parallel shafts.

Segmented cages isolate the discharge zone from the grinding chamber, retaining auxiliary bodies while allowing fine particles to pass through the outlet sieve.

Cardan shaft and fluid clutch connect motor to gearbox, eliminating belt slip to maintain consistent pressure angle.

Radial cutting elements feature internal guide channels that transport material outward along the blade surface.

Curved web blade elements accelerate fluid flow via centrifugal force, resolving limited volume flow and deposit issues in mills.

Rod-shaped grinding media with aspect ratios above 2:1 enhance mechanical break down of particulate material in stirred mills.

Adjusting the phase offset between the balancing mass unit and milling chamber reduces friction losses and overheating, extending mill service life.

Movable shroud prevents slurry back flow from pulp lifter chambers into mill shell chambers, enhancing throughput without reducing rotation speed.

A comminution device integrates a plastic tub and wear plate to protect internal steel structures from corrosion during material processing.

A pulsed discharge device disassembles plate-shaped articles using shock waves in a liquid medium.

Stop points on the striking surface allow crane coupling, reducing assembly time for heavy inserts.

Segmented annular disc with resilient attachment elements prevents material buildup and disc sticking by allowing escape paths.

Ball-milling collapses hollow superalloy defects into solid spheres, resolving gas entrapment issues that cause heat-induced pores and cracks.

A vertical roller mill uses low-pressure in-bed attrition to separate gravel and sand from cement paste without crushing aggregates.

Nesting a discharge pipe within the separation device reduces dead volume and air retention in an agitator mill.

A pivotable feedstation frame moves an arc to clear the crushing chamber inlet.

Segmented fasteners reduce torque requirements for cone crusher mantle assembly, eliminating sledge hammer use and enhancing safety.

A gyratory crusher outer shell features a radially inward projecting shoulder region to restrict material flow and build pressure within the crushing chamber.

Unmoved material zones laterally delimit the process area, preventing contamination and reducing equipment wear during continuous fragmentation.

Humidified gas stream maintains water vapor above the Wilson point to prevent condensation shocks during jet milling.

Movable clamping wedges pivot and slide to release blow bars, eliminating the need to dismantle fasteners during maintenance.

An eccentric bush moment arm bearing assembly enables quick and precise adjustment of grinding rolls, preventing roll surface damage and noise.

Melt blending polyimides with aromatic diamines yields friable powders that reduce viscosity and improve dispersion in thermoset matrices.

Counter-rotating impact elements pulverize materials while a vacuum system removes heavy particles to reduce wear and energy consumption.

Segmented resilient section absorbs vibrations transmitted from the shredder mechanism, reducing noise and rocking even when the bin is full.

Segmented air flow control arrangement uses detachable wingtips to replace worn components quickly, resolving repair difficulties caused by welded joints.

Steel inserts in rubber matrix create visible wear patterns, enabling scheduled maintenance and preserving grinding capacity.

Pocketed transfer wheel maintains airtight barrier between intake and distribution zones, preventing oxidation during continuous vacuum processing.

Continuous measurement of grinding bed height determines roller stability, enabling automatic adjustment of grinding pressure and material flow.

Curved ceiling grate guides ground material into the discharge chute via gravity, preventing accumulation on flat surfaces that causes fire risks.

Liquid nitrogen flash freezing enables industrial-scale trichome collection by eliminating drying time and space requirements.

Flywheel-powered comminuting device meets NSA standards by grinding sensitive media into fine particles via shear and grate actions.

An integrated chip collection system uses a blower and curved vanes to transport wood chips through a duct, reducing manual cleanup time.

Man-made grinding media with specific gravity 2.4 to 8.5 tonnes/m³ reduces particle size in high-intensity stirred mills.

A roll lever module uses a nested linear guide bearing to enable axial displacement of grinding rollers.

A vertical support member with an internal channel reduces cutter shaft deflection and wear in comminutors.

Sloped blade placement prevents material jamming by using gravity-driven runoff paths on angled surfaces.

Pressurized fluid jets ablate uranium-bearing ore fractions via oblique collisions, eliminating chemical reagents and reducing waste volumes.

Kinked intermediate plates extend beyond knife holders to distribute pressure loads, reducing shearing forces on connecting elements.

A manual meat shredder uses rotating bars to shred meat fibers efficiently.

Conveying device constrains granular material flow into a rectangular mat with a mid-plane to transfer it directly to the grinding roller gap.