Grain Treatments TRIZ Cases

Segmented grates and movable gates prevent pebble retention in grinding mills, boosting volumetric capacity.

A U-shaped side wall stabilizes opposing belts without requiring a bridge frame.

Supersonic nozzles create a high-speed air vortex in a funnel vessel to crush waste while reducing compressed air consumption.

Segmented limit blocks constrain paper thickness and length to prevent motor overload and reduce jamming frequency.

Hydrostatic lubrication reduces axial bearing wear while a locking hub prevents cone head rotation during zero load operations.

Low-speed agitating blades tumble buds over perforated inserts to prevent trichome damage while stainless steel construction reduces microbial growth.

Far-infrared radiation selectively heats ore minerals to induce thermal stress and cracking.

Corona discharge removes surface charges from ultrafine chalk and gypsum fractions, reducing cohesion forces that cause caking in pneumatic transport.

A jet mill combines particle size reduction and moisture removal in a single unit operation.

Axial screw stator design prevents material clogging in high-pressure zones while securing cutting plates.

An inclined automatic shredder uses a multi-stage staple removing structure to process paper stacks.

Segmented stator tools allow independent replacement of grinding segments, reducing assembly downtime while adapting tool profiles to specific feed materials.

Chain rotors impart centrifugal force to break down waste, removing non-grindable bodies to prevent blockages and reduce bacterial content.

Spiral cooling grooves distribute lubricant uniformly across the thrust bearing sliding interface of a gyratory cone crusher.

Jet mill collision removes sharp edges from fused alumina particles, achieving high roundness without heat treatment that degrades thermal conductivity.

Integrating knife edges into perforated disc flow openings reduces device complexity while maintaining high comminution efficiency.

Transverse studs and adjustment sleeves enable precise knife positioning, eliminating complex mounting operations that cause prolonged downtime.

A discrete event simulation system models mill relining variables to determine optimal workflows and benchmark performance across sites.

A jaw crusher swing jaw uses a hollow body structure with converging stiffening elements to distribute operational forces.

A toggle lever opens the flap to remove blockages, preventing downtime during continuous comminution.

A dynamic extension ring adjusts bed depth during operation, reducing motor power consumption and improving fineness consistency.

Annular baffles extend particle residence time near hammers, reducing energy consumption and eliminating external classifiers.

A paper shredder feeder slot aligns with the shorter side of the document stack to capture and deliver sheets efficiently.

Dual eccentric shafts guide the pitman into a flattened oval path, resolving space constraints while enhancing crushing capacity and reducing wear.

Radial beam elements extend grinding zones beyond the disc circumference, increasing power input and slurry throughput while reducing bypass flow.

Relocating the central shaft support outside the dusty enclosure eliminates complex internal lubrication systems and reduces maintenance costs.

Symmetric screw blades guide waste from hopper edges to the center, preventing edge jamming and improving separation efficiency.

Rotatable cutter wheel with optimized blade angles directs cutting forces through the strong axis to extend service life.

Self-aligning features on a gyratory crusher mainshaft automate installation, eliminating manual guidance risks and operator exposure to overhead loads.

A soil classifier uses fluid dynamic bearing films to support a rotating shaft assembly without mechanical contact.

Removable trolley carries hopper and grinder assembly to replace faulty units without specialist tools, reducing service downtime in high-use kitchens.

A food cereal roller device uses a suction system to capture airborne dust, preventing condensation and mold formation for hygienic processing.

A moveable protective guard adjusts its aperture size symmetrically to accommodate different sheet materials.

Adjustable nozzle ablation separates uranium-bearing fractions from non-bearing ore via fluid impact, eliminating chemical reagent contamination.

Rotating engagement members secure worn mantles for safe lifting, eliminating hazardous welding lugs and specialized cutting procedures.

An automated arm assembly transports food products to a cooking surface using a multi-stage piston mechanism for precise positioning.

Cantilevered electric drives and cyclone separators resolve the contradiction between high milling capacity and limited space requirements.

Threaded apertures in the grinder plate engage a specialized tool to overcome suction forces, enabling safe removal without damaging the housing.

An offset floating roller applies compression and shear forces to reduce power consumption and eliminate jamming in conventional rock grinding mills.

Radial vanes on mill liner segments deflect coarse particles while allowing slurry flow, eliminating external return systems.

Pivotable roller frame sections with balancing cylinders adjust the gap independently, reducing uneven wear and power consumption.

Segmented composite design prevents irregular wear patterns and wash-out of hard metal inserts in vertical shaft impact crushers.

A secure destruction machine sanitizes and shreds media storage devices using integrated scanning and degaussing mechanisms.

A counter-rotating grinding system applies mechanical force to fragment powders through impaction and shearing.

Segmented end walls allow independent roller removal without tilting or dust leakage.

Segmented impact shield allows simultaneous removal of heavy armor bodies, reducing maintenance downtime in grinding chambers.

A vertically adjustable scraper system with a mobilizing mechanism allows the scraper to swing and adjust its height automatically in response to changing layer thickness.

A gyrating mandrel impacts material layers against a rotating shell to achieve fine particle comminution.