Abstract: A hose assembly includes an inner tube and an outer cover wrapping around the inner tube. The inner tube has a plurality of inner ribs disposed on an interior surface thereof, a plurality of outer ribs disposed on an exterior surface thereof and a plurality of orifices defined therethrough. The inner ribs and the outer ribs are longitudinally or spirally extended on the surfaces of the inner tube. The outer cover is sewed to form a seam. The seam includes a plurality of holes allowing water to pass through. The outer cover is made of a water-resistant material. Therefore, the water flowing in the inner tube passes through the orifices of the inner tube and the holes of the seam to water the plants.

Abstract: A hose assembly includes an inner tube having a ridge spirally extending from an outer periphery thereof and a plurality of slits are defined through the inner tube. An outer tube is wrapped around the inner tube and made by water permeable material so that water coming from the slits can permeate through a wall of the outer tube and flow into the soil.

Abstract: A hose assembly includes a hose with at least one metal wire received therein, and the metal wire can be bent to desired angles. The hose includes at least one seam which defines a plurality of small holes through a wall of the hose. The wall is made by water-proof material. By the metal wires, the hose can be bent to desired angles and shapes according to the paths of the garden, and the water flows out of the small holes to evenly water the plants and soil around the plants.

Abstract: An oozing hose, which discharges water for irrigation by oozing, is disclosed herein. The oozing hose comprises a hose body with a plurality of orifices formed thereon, and an oozing layer that covers an outer wall of the hose body. The oozing layer is capable of absorbing and oozing water. With the installation of the oozing layer, water may ooze through the hose body gradually to save water substantially during irrigation, and to improve the disadvantages of uneven water distribution and plant damage associated with conventional direct sprinkling devices.