Grain Treatments TRIZ Cases

Hydraulic injection milling reduces ore particles via fluid pressure and a classifying screen, eliminating centrifugation complexity.

Segmented upper and lower bearings stabilize the rotating shaft, reducing vibration while eliminating special couplings.

Hydraulic piston adjusts mainshaft position within spider hub, resolving misalignment and jumping during hard material processing.

RFID and Hall Effect sensors detect grinding disc wear to enable proactive maintenance scheduling, reducing operational downtime and preventing shaft failure.

External rocker arms divert high grinding forces directly into the foundation, eliminating housing reinforcement needs and reducing vibration.

An internal annular baffle separates particle streams in a roller mill, reducing recirculation and noise without adding complex external return paths.

A modular roller grinding mill with adjustable fixed and variable-speed rollers enables efficient grain processing for small batch environments.

Hydraulic conveying replaces batchwise mechanical lifting, eliminating overhead transport complexity while enabling continuous mill feeding.

A crushing mill compactor apparatus presser elements compact refuse in an inlet pipe before transfer to a crushing chamber.

Centrifugal mixers utilize non-spherical grinding media to achieve comminution, preventing toppling for consistent particle size distribution.

Continuous rotation and automatic powder discharge prevent material build-up that dampens crushing impacts.

A scrap metal processing machine uses a swiveling rotor block to enable quick maintenance and mode conversion between shredding and balling operations.

Segmented counter-rotating rollers compress plastic and metal beverage containers, eliminating the need for separate processing equipment.

Hydraulic cylinders pull clamping plates laterally to release the floor grate, eliminating manual disassembly and reducing downtime.

A wear-resistant element pairs a metal core with a ceramic shell to enable simple mechanical removal, avoiding costly adhesive destruction during maintenance.

A high power impulse crushing tool uses capacitors and secondary electrodes to recover undissipated electrical energy from initial discharges.

Annular cutting head integrates liquid passages through the support member to cascade fluid around rotating knives.

Segmented conical flights increase pressure and velocity to dislodge gristle, then reduce speed for centrifugal precipitation.

Interlocking teeth and pockets enable single-pass crushing up to 1:20 ratio, eliminating secondary crushers.

Axial recesses in the agitator shaft extract concentrated grinding bodies from the separating device zone to improve chamber homogeneity.

Variable differential speed between the rotor and basket minimizes heat input while maintaining high comminution capacity.

A tensioned flexible support element conveys pressed material from a collection space to the loading opening of a vertical baler press.

Vertical stacking of grinding rollers increases mill capacity while removable stands simplify gear reducer replacement.

Pneumatic transport moves grain through a cyclone into a single-pass crusher, preventing germ damage and nutrient loss during high-throughput processing.

Removing the hole plate eliminates excessive fragmentation, allowing automated inspection units to detect and remove undesired objects from larger sliced lumps.

A helical discharge chute conveys material to the ejection element, eliminating output quantity fluctuations and inconsistent grinding results.

A two-step comminution process uses low-speed pre-shredding to break compacted aluminum scrap packages before high-speed final shredding.

A processing device uses a coaxial hollow body to inject process gas into feed material for uniform thermal treatment.

An inclined grinding beaker holder introduces axial movement components to the vibration trajectory of a laboratory mill.

Adjustable rotor positions and interchangeable cutting assemblies resolve fixed configuration limits in vertical shaft impactors.

Radial discharge ports remove grit and sand from the grinding zone while preserving fine particle recirculation.

A portable shredder uses a pulverizer to crush electronic devices into minute remnants.

A spring-loaded clamp system secures grinding bowls and lids in a vibrating ball mill, eliminating complex screw fastening operations.

Embedding ceramic particles within a cast metal matrix creates localized hardness that extends service life and reduces maintenance costs for industrial mills.

Centralized regulation device connects programmable logic controllers across milling passages to enable real-time data exchange and remote control.

An impact reactor comminutes organic fibers and granules through high-stress collisions without thermal preheating.

An impact reactor introduces a cooling medium to absorb mechanical energy, preventing plastic overheating and preserving recyclability.

A comminution machine rotor accommodates interchangeable tool holders for stable cutting and overload protection.

A radially movable seal closes the gap between a rotating shaft and perforated disc in meat processing equipment.

Segmented stator walls seal against each other and the base plate, reducing energy input while eliminating complex lifting gear during overhaul.

A compactor plate slides on runners to retain shredded material within a waste bag.

Inverted drive mechanism reduces wear and fine material production by controlling discharge timing during crushing.

Dedicated lubricant supply channels in a shredder cassette reduce component wear and minimize waste by delivering precise fluid volumes.

Periodic rotation reversal balances wear patterns on crusher rotors, extending component life and reducing maintenance costs.

A grinding tool generates pressure waves in cutting fluid to crush rock without mechanical contact.

Acute-angle rotary blades pulverize sticky superabsorbent polymer, eliminating adhesion that hinders drying efficiency.

A vertical shredder breaker liner attachment structure uses voids and bolt insertion holes to fasten components securely from the inner side.

A guide ring divides the pulverization chamber to create a stable helicoidal flow for uniform media distribution.

Segmented grinding elements with castellated counter discs reduce component wear and extend operational life in stirred bead mills.