Grain Treatments TRIZ Cases

Stone grinding, decortication, and cylinder grinding combine to improve flour stability, repeatability, and energy efficiency.

Controlled CaO content, density, and crystal phase help zirconia grinding spheres withstand high-temperature wear and dispersing.

A releasable bladed part in a reverse vending compactor limits damage from inappropriate objects and simplifies repairs.

A chamfered, cutout spider bushing directs grease toward the fulcrum point, reducing wear and signaling timely replacement.

This case uses segmented rotor arms and adjustable outlets to process fibrous materials with more uniform grinding and less downtime.

Concealed striker-retainer profiles protect interfaces and simplify grinder tip replacement.

This case combines pulverizing, grinding, filtration, and vibration to process caked magnesium powder with less manual effort.

A cast, replaceable tooth with a welded metallic overlay resists wear, extending service life and reducing maintenance downtime.

A crusher reference section and setting-dimension comparison measure bar and rocker wear without chamber entry or optical systems.

Rotating blades shred waste before transport, while an agent reservoir disperses antimicrobial agents to support decomposition.

A retaining plate secures rotor-mounted tools for faster replacement and less wear.

Telescoping discharge sections direct oversized coal and limit airflow re-entrainment.

A nested adapter adds grinding media and selective openings to a dual asymmetric mixer, enabling comminution without separate equipment.

A variable-gap dosing body evens brittle material flow across the roller gap, limiting roller misalignment and edge wear.

Profile sensors and encoders correct roll gap, bulk density, sliding, and retraction for stable real-time throughput calculation.

Complementary curved edges and rotationally aligned lifter bars expand slot area, reduce buildup, and lower grinding mill power use.

Segmented bonding lets elastic layers bend around crusher geometry while relieving strain and extending wear component service life.

This case shows how shaft length, neck growth, and bottom diameter ratios reduce sliding and stress variation in the crusher head fit.

A countercurrent reactor binds CO2 to waste building material without thermal activation.

This case uses head, fit, and armpit dimensions to limit deformation and sliding, extending cone crusher component life.

Powered actuators connect and disconnect a hanging processing assembly, reducing manual work and auxiliary equipment needs.

Segmented roller sleeves use hard studs and surfacing welds to reduce casting defects.

Tilting the cutter housing downward directs debris away from the user, resolving safety risks and cleaning difficulties caused by fixed horizontal designs.

Adjustable eccentric sleeve compensates for wear without stopping production, maintaining housing sealing integrity.

Segmented orifice plate with alignment recesses enables quick disassembly for sanitation while maintaining structural stability during operation.

An internal structure confines particles within an annular raceway near high-velocity gas nozzles to enhance collision frequency.

A roller press machine frame uses a detachable head piece to reduce weight and simplify maintenance access.

Radial blow bar adjustment via a guide frame extends wear life and reduces downtime.

A rotor shredder beater uses a truncated pyramid projection to transmit power from the base body to the cutting head.

Three sequential assemblies shred, granulate, and pulverize electronics to ensure complete data destruction.

A deflection distributor refitting kit maintains parallel crusher roll alignment through mechanical leverage.

Nested tubes prevent polarization and sintering by matching ore thickness to penetration depth, improving energy efficiency.

Parallel hybrid drive system replaces inefficient hydraulic transmission to resolve energy loss and noise contradictions in mobile waste shredders.

Removable grooved rings attach to a rock crusher eccentric shaft, reducing part count and maintenance costs.

Segmented switching devices with intermediary displays resolve contamination versus visibility trade-offs in shredders.

Parallel rotating blades shred meat while adjustable spacing controls piece size, eliminating manual handling and cross-contamination risks.

A roller mill grinds clay mixtures at 300 to 1000 degrees Celsius for thermomechanical activation.

A comminution tool integrates a reference surface to measure the distance between the effective edge and the reference plane for precise wear assessment.

Segmented cutting units and air-based dust cleaning reduce maintenance downtime in pneumatic conveying systems.

A displacement device moves synchronized shredding shafts to decouple and recouple the drive system.

An electrode arrangement generates high-voltage discharges to fragment material through a passage opening.

Segmented chambers in a vacuum grinding system prevent material oxidation and ensure safety by maintaining oxygen levels below ten percent.

Phase-opposed oscillating masses cancel transverse inertial forces, reducing vibration and boosting productivity in mechano-chemical reactors.

A modular spider protection shield assembly uses a circumferential fixating ring for secure attachment to gyratory crusher arms.

Flush-mounted nozzles inject pressurized fluid tangentially to create a stable vortex, reducing material accumulation and nozzle wear.

A 3D-slanted roll crusher uses spatially arranged grinders to enhance grinding efficiency.

Spherical geometry distributes thermal and mechanical loads, eliminating stress concentrations in thick metal components.

A spring-loaded adjustable cutting knife maintains constant blade pressure through a threaded cavity and radial support grooves.

Modular center piece extraction eliminates cramped welding repairs, reducing downtime and distortion risks during maintenance.

Hydraulic support replaces mechanical springs to eliminate undefined transitional areas and maintain consistent grain size.