Novel energy-dissipating dripper flow channel mechanism

The utility model discloses a novel energy-dissipating dripper flow channel mechanism. A water flow hedging energy-dissipating mechanism comprises a water inlet, a water flow hedging cavity and a water outlet and is arranged in a drip irrigation belt, a flow baffle is fixedly arranged in the water flow hedging cavity, and is positioned in the geometric center of the longitudinal section of the water flow hedging cavity, and by the water baffle, symmetrical water diversion channels, symmetrical discharge outlets and a turbulent water collecting cavity are formed in the water flow hedging cavity; and the symmetrical discharge outlets are oppositely arranged, and a water inlet cavity is communicated with a maze flow channel by the water inlet, the water diversion channels, the discharge outlets, the turbulent water collecting cavity and the water outlet of the water flow hedging cavity in sequence. The mechanism has the advantages of shortening the length of the drip irrigation belt, lowering the consumption of