Fertilising Methods TRIZ Cases

Multiple replenishment travel modes let a field work vehicle refill in boundary areas during U-turns, cutting wasteful travel in irregular fields.

GPS-guided seeding rates follow wetness-based shapefiles, using bimodal zone control to raise yield while limiting seed input costs.

During U-turn transition travel, the vehicle selects reverse-and-return replenishment routes to cut wasteful distance and keep field work moving.

Multiple candidate field plans are scored to coordinate tendering times and locations, cutting machine idle time during agricultural operations.

Ultrasonic transducers detect furrows and crop rows to guide tractors accurately without bulky row markers, cutting energy waste and operator burden.

Acoustic transducers detect furrows and generate steering guidance, replacing bulky row markers and avoiding wasted furrowing energy.

Compressed geospatial features and weighted soft boundaries define exclusion zones and subzones with less data transfer and processing burden.

Mapped planting locations, seed sensors, and row-unit motor control improve seed spacing accuracy while reducing missed drops and seed waste.

Ultrasonic transducers detect furrows and crop rows to guide tractors without mechanical row markers, cutting energy waste and operator burden.

Sensor data separates good and bad lawn areas, then guides watering, fertilization, and pruning to correct local growth conditions.

Computer vision guides payload and cartridge selection to treat individual plants, buds, or blossoms with less chemical waste.