An integral drip irrigation belt

Abstract

The invention relates to an integrated drip irrigation hose which comprises a capillary cavity, a water inlet, an energy-consuming runner and a water-collecting chamber, wherein the water inlet, the energy-consuming runner and the water-collecting chamber are extruded and vacuum plastic molded in turn along the inner surface of the capillary cavity; linear water outlets are arranged on the water-collecting chamber; two parallel pressing seams are arranged on the capillary cavity; the two pressing seams are respectively located on the two sides of the energy-consuming runner; pressure compensation chambers are formed by the outer wall of the water inlet, the outer wall of the energy-consuming runner, the outer wall of the water-collecting chamber and the pressing seams; the water inlet passes through one of the pressing seams and is communicated with the energy-consuming runner; the energy-consuming runner is communicated with the water-collecting chamber; gaps are arranged between the pressing seams and the water inlet; the gaps are communicated with the pressure compensation chambers. The integrated drip irrigation hose has the advantages of compact structure, fewer processing processes, low cost, excellent hydraulic performance, uniform flowing-out water and difficulty in blocking; the paving length of the integrated drip irrigation hose is long; the usage of field branch pipes and valves is reduced; the investment cost and management cost are lowered.

Description

technical field [0001] The invention relates to an integral drip irrigation belt. Background technique [0002] At present, countries around the world mainly use water-saving irrigation technology to solve the problem of agricultural water shortage. It is used in the planting of agricultural crops and economic crops such as fruit trees, vegetables, flowers, and medicinal materials. As the core component often used in the drip irrigation system, the cost and performance of the drip irrigation belt directly determine the project investment, management cost and use effect. Therefore, the development of a drip irrigation belt with low cost and good performance can not only bring users To better economic income, and good market prospects. [0003] The drip irrigation belts in the prior art mainly adopt the labyrinth, inlaid, and strip-type flow channel structures, which have many processing procedures, complicated quality control, high processing costs and user purchase costs, ...

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Problems solved by technology

[0003] The drip irrigation belts in the prior art mainly adopt the labyrinth, inlaid, and strip-type flow channel structures, which have many processing procedures, complicated quality control, high processing costs and user purchase costs, or short laying lengths, inconvenient management, or easy Problems such as blockage

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