Self-Acting Watering Devices TRIZ Cases

A controller models plant root zones in three dimensions to distribute water and nutrients with high spatial resolution.

A priming element uses a sealing mounting portion to hermetically close the flexible hose end for reliable vacuum generation.

A grow bag system integrates a dosing irrigation tube to disperse water and nutrients within the inner cavity.

Modular aeroponic trays in a hybrid vertical farming system reduce energy consumption by alternating natural light with controlled ventilation.

Segmented wicking tubes with skeletal structures enhance water delivery while filtration fabric prevents soil loss during drainage.

Segmented pots attach to a downpipe via snap-fit connectors, hiding the pipe while allowing easy relocation without permanent wall damage.

Segmented container walls prevent root rot by balancing air permeability with water retention, stopping condensation seepage from damaging plants.

Merging the pump housing with the reservoir reduces device complexity while maintaining storage capacity.

A hybrid irrigation controller merges evapotranspiration baselines with real-time soil moisture readings to adjust water application schedules.

A flower pot uses a transparent side window to visually check water levels in the outer storage chamber.