Planting TRIZ Cases

Segmented tread gaps and an overhanging liner shed wet soil and scrape opener-disc debris to keep furrow depth consistent.

Angled stabilizer segments brace the seed boot against ground-contact loads, reducing mount wear, misplacement, and planter downtime.

Dielectric-coated seeds improve post-closure sensing of depth and spacing in soil, helping planters correct off-target placement.

Remote sensing and movement data predict weed seed locations before germination, enabling precise mitigation with less herbicide and crop damage.

Position-based seed orientation aligns each seed in 3D to improve emergence uniformity, resource use, and yield across field conditions.

Optical seed sensing detects slugging, misorientation, and abnormal seeds, then adjusts delivery parameters to prevent clogging and improve planting efficiency.

Adjustable force split between closing wheels and a rear press wheel improves seed trench closure and seed-to-soil contact across soil conditions.

Image capture and spectral analysis map weed seed areas during harvest, enabling targeted pre-emergence treatment with less herbicide and crop risk.

GPS and field-aware planting control places sentinel plants accurately across variable ground conditions while reducing seed damage.

Seed sensor signals detect slugging, misplacement, and abnormal seeds so planter controls can adjust delivery and improve planting accuracy.

Field-positioned seed rotation controls pitch, roll, and yaw to improve emergence uniformity and crop resource use.

A pivoting walking axle lets the fertilizer disc and closing wheel follow rough field contours, preserving seed depth and reducing planter damage.

A processor-guided seed orienter sets 3D, site-specific seed angles to improve soil contact, emergence uniformity, and crop growth.

A rule engine maps verified user activities to drone or endpoint actions, creating immediate visible feedback that strengthens reward connection.

Georeferenced planting maps guide a multi-variety planter to place different genotypes at suitable depths with closer row spacing and less force.

Variable plant density and angled maintenance paths let field equipment adapt to local conditions while preserving access and even resource use.

Remote sensing maps weed seed locations before emergence, enabling targeted herbicide or burial treatment that cuts crop damage and excess chemical use.

A pivoting walking axle links the fertilizer opener and closing wheel to track rough, wet soil, hold seed depth, and fold without removal.

Georeferenced planting maps guide a multi-variety planter to place different seed genotypes at precise positions and depths with less soil disturbance.