Abstract: A self-discharging drip irrigation system includes at least an elongated drip irrigation hose for operatively extending from a water supply, an emitter for directing water from the drip irrigation hose to a cultivating area, wherein the emitter comprises a flow regulating passage, wherein the flow regulating passage has at least an inlet section operatively connected to the irrigation hose, at least an outlet section for dripping the water to the cultivating area and a laminar flow region between the inlet section and the outlet section. The emitter further may comprises at least a venturi accelerator mounted on the inlet section. Whereby according to the “Bernoulli's Theorem” due to the land slop between the water supply and the cultivating area, which creates a gravity potential water is flowed from the water supply through the drip irrigation hose through the emitter and dripping to the cultivating area.

Abstract: A self-discharging drip irrigation system includes at least an elongated drip irrigation hose for operatively extending from a water supply, an emitter for directing water from the drip irrigation hose to a cultivating area, wherein the emitter comprises a flow regulating passage, wherein the flow regulating passage has at least an inlet section operatively connected to the irrigation hose, at least an outlet section for dripping the water to the cultivating area and a laminar flow region between the inlet section and the outlet section. The emitter further may comprises at least a venturi accelerator mounted on the inlet section. Whereby according to the “Bernoulli's Theorem” due to the land slop between the water supply and the cultivating area, which creates a gravity potential water is flowed from the water supply through the drip irrigation hose through the emitter and dripping to the cultivating area.