Abstract: Disclosed is a buried infiltrating irrigation pipe with a multi-cavity water inlet steady flow channel, two clamps and built-in dowels. The buried infiltrating irrigation pipe comprises an internally embedded water dropper and an externally embedded short infiltrating pipe which are located at the same position of a water conveying pipe. The internally embedded water dropper is fixedly arranged in the water conveying pipe and the externally embedded short infiltrating pipe is clamped outside the water conveying pipe. A multi-cavity water inlet steady flow channel is arranged in the internally embedded dropper, a plurality of inner water inlets are formed in one end of the multi-cavity water inlet steady flow channel in parallel, and inner water outlets are formed in the other end of the multi-cavity water inlet steady flow channel.

Abstract: An anti-blocking drip infiltration pipe strip is provided, relating to the technical field of agricultural irrigation water delivery. The anti-blocking drip infiltration pipe strip includes a drip infiltration pipe strip, a dripper is arranged on the drip infiltration pipe strip, a shielding layer is connected to an outer side of the drip infiltration pipe strip along a length direction through sewing, the dripper is covered by the shielding layer, and drip irrigation water seeps out along a sewing gap of the shielding layer. Blockage of the dripper of the pipeline due to external buried soil and negative pressure is avoided, a water flow at the drip opening is stable, and the uniformity of the drip irrigation infiltration amount is effectively improved.

Abstract: Disclosed are a compensated buried infiltration irrigation pipe belt with a laminated composite turbulence channel and a processing method thereof, relating to the technical field of agricultural irrigation. The infiltration irrigation pipe belt structure includes an infiltration irrigation pipe belt body, multiple water outlet holes are uniformly formed in the infiltration irrigation pipe belt body, a thermal bonding layer is fixedly arranged outside the water outlet holes, a turbulence channel is formed at a joint of an inner wall of the thermal bonding layer and the water outlet holes, and water outlet ports communicating with the turbulence channel are formed at a side edge of the bonding layer.

Abstract: Disclosed are a compensated buried infiltration irrigation pipe belt with a laminated composite turbulence channel and a processing method thereof, relating to the technical field of agricultural irrigation. The infiltration irrigation pipe belt structure includes an infiltration irrigation pipe belt body, multiple water outlet holes are uniformly formed in the infiltration irrigation pipe belt body, a thermal bonding layer is fixedly arranged outside the water outlet holes, a turbulence channel is formed at a joint of an inner wall of the thermal bonding layer and the water outlet holes, and water outlet ports communicating with the turbulence channel are formed at a side edge of the bonding layer.

Abstract: Disclosed is a buried infiltrating irrigation pipe with a multi-cavity water inlet steady flow channel, two clamps and built-in dowels. The buried infiltrating irrigation pipe comprises an internally embedded water dropper and an externally embedded short infiltrating pipe which are located at the same position of a water conveying pipe. The internally embedded water dropper is fixedly arranged in the water conveying pipe and the externally embedded short infiltrating pipe is clamped outside the water conveying pipe. A multi-cavity water inlet steady flow channel is arranged in the internally embedded dropper, a plurality of inner water inlets are formed in one end of the multi-cavity water inlet steady flow channel in parallel, and inner water outlets are formed in the other end of the multi-cavity water inlet steady flow channel.