Grain Treatments TRIZ Cases

Volumetric sensors detect conveyor belt accumulation, triggering increased screen vibration to prevent overload and maintain continuous processing yield.

Segmenting the dispersion into preliminary and final stages prevents rapid granule settling and equipment blockages during continuous operation.

Mixed cutter lengths and adjustable shear blocks process dense metal components without machine damage.

Independent motor control allows roller mills to switch operating modes during operation, eliminating downtime from mechanical reorientation.

Recirculating inert fluid in a jet mill reduces coal grinding costs and eliminates moisture hazards.

A milling device uses a floating roller pivoting on a one-sided lever to apply variable positioning forces.

Segmented drainage locations increase extraction efficiency by reducing juice load on rollers, lowering power consumption.

Hydraulic cylinders fold frame end pieces laterally, allowing rollers to slide onto an additional frame and bypassing complex pin joint operations.

Rotating an eccentrically mounted bearing displaces the crushing roller radially, enabling gap adjustment while friction inserts prevent overload damage.

Curing filler material bonds crushing teeth to roll crusher segments, eliminating weld distortion and fatigue while enabling high force transmission.

An annular rotary bearing on the feed pipe allows relative rotation to guide material into the grinder while reducing mill downtime.

A laboratory vibratory mill uses a heat transfer element to control milling beaker temperature via thermal conduction.

Redesigned journal plain bearing with two rings enables hydrodynamic sliding mode, reducing specific loads and improving reliability in inertia cone crushers.

Water washing of ground glass reduces soluble alkali content, mitigating expansion from alkali-aggregate reaction while enhancing mechanical resistance.

Non-sticking intermediary layers on mill liner components prevent elastomeric adhesion, enabling easy removal of worn lifter bars without damaging shell plates.

Rotating the outer wall of a vertical processing chamber increases filling capacity and throughput while minimizing space requirements.

A segmented wear liner retention device uses separate inner and outer nut structures to secure mill liners with lower torque requirements.

A screening device supported on a crusher roller uses rotational movement to generate vibration for material separation.

Composite beaters with hardened exteriors and segmented mounting extend failure-free operation while maintaining high milling efficiency.

Segmented guide plate moves along an arc to clear the roller gap, eliminating laborious disassembly of the feed chute during maintenance.

Suspended detection rods transmit vertical loads to detectors, eliminating twisting forces that reduce milling stock level measurement precision.

A cross-shaped support for meat mincers integrates lugs to rotate and loosen knife pin screws without extra tools.

Sintered zirconia balls combine Y2O3 and CeO2 oxides to improve wear resistance in humid grinding environments.

Opposing supersonic cyclones in a grinding chamber collide particles to reduce size without overheating or noise.