Soil-Working Equipments TRIZ Cases

Positioning the spraying device ahead of the hoeing unit prevents dust interference while reducing environmental herbicide loss.

A tensioned mounting pin assembly uses a divergent locating member to wedge against wear member apertures for secure fastening.

Independent electric motors replace complex gearboxes to eliminate collision risks between overlapping mulcher rotors.

Flat discs with back-swept teeth sever crop debris while minimizing soil disturbance and erosion.

Segmented side strips with transverse notches improve soil flow while the smooth central strip protects against wear.

Segmented actuating components reduce friction and wear while managing soil mound accumulation on uneven ground.

A lawn mowing robot controller rotates the body in a predetermined pattern to calibrate geomagnetic and gyro sensors.

Segmentation and inversion principles enable a pivoting chassis tool holder that reduces device complexity while maintaining operational effectiveness.

Segmented seats isolate cutting plates to reduce soldering alignment effort and prevent reciprocal force interference between elements.