Lifters TRIZ Cases

A harvesting device centers V-shaped lifting shares via a guide mechanism, reducing root breakage and share wear during extraction.

Longitudinal grabrollers clean beets during continuous forward flow, eliminating mud accumulation from corner turning.

Segmented drum openings separate rocks from soil, reducing labor time and maintenance costs compared to complex conveyor systems.

A lifting assembly uses a feeler wheel arrangement to regulate digging depth and topper unit height via hydraulic cylinders.

Inclined ramp with obstructers separates adhered soil from rhizome clusters during harvesting.

A root harvesting machine uses height detection to adjust the digging depth of its harvesting unit.

Angled sorting belt positions trees upright for optical inspection, resolving the contradiction between manual sorting accuracy and grubbing speed.

A sealing applicator deposits limewater on cut beet roots to form a protective mechanical barrier against contamination.

Opposite rotor rotation merges individual flows into one path, preventing chopped material from damaging the topping device.

Movable arms with bias members adjust belt gaps to reduce stem damage while preventing plant jams during harvesting.

A recirculating conveyor system diverts tubers back to an earlier position within the transport loop.

Segmented share inserts minimize root mass loss during uprooting while lowering manufacturing costs through standardized component production.

Helical screw propellers lift sugar beets while pulverizing soil and pushing rocks rearward, reducing contamination and crop damage during harvest.

Dynamic positioning of uprooting units via hydraulic cylinders reduces energy consumption and wear by disengaging elements when no beet crop is detected.

A digger-shaker-inverter uses an adjustable bracket to control the distance between carrying belts for gripping vines.

One-piece support unit manages opposing forces in drive arrangement, preventing overloading on wet soils.

Segmented wheels on opposite ridge sides stabilize material streams and improve feed action without increasing device complexity.

Convexly curved cutting elements merge into the guiding zone, eliminating sharp shoulders that injure beets during harvest.

Collective rotation of puller wheels maintains paddle wheel position, reducing dirt intake and beet damage.

A windrower cross conveyor assembly translates laterally to position the discharge end over specific terrain rows.

An eccentric cylindrical bushing rotates to reposition support arms, simplifying ploughshare adjustment and reducing maintenance complexity.

A translation method maps imperative functions to parameterized hardware components by distinguishing formal arguments as inputs or parameters.

Helical bearings convert collar rotation into axial wheel movement, resolving the trade-off between fixed simplicity and adjustable versatility.

Dynamic virtual firewall provisioning isolates unstable testing traffic, preventing malformed packets from compromising external network stability.

A lifecycle management system identifies inconsistent objects before processing to exclude them from execution.

A design composer and field composer generate software applications from existing database models.

A garlic harvesting machine uses a movable levelling belt to orient plant heads for transport along conveyor stations.

Segmenting wide crop heaps via a movable divider prevents stem damage while increasing harvest capacity beyond standard ten-meter limits.

Automated decoring reduces labor intensity and waste by using positioning arms and cutting blades to remove cores without damaging edible parts.