Plant water absorbing container

Abstract

A plant water absorbing container is disclosed. A water tank is filled with water. At least one supporting frame is disposed in the water tank. A net frame slight smaller than the opening of the water tank is installed above the supporting frame. A plurality of water absorbing cottons are disposed above the net frame. Two distal ends of each water absorbing cotton are sunk in the water. Each position on the net frame for disposing the water absorbing cotton is installed with a flat culture disk. Each culture disk has a bottom which is drilled with a plurality of via holes. Each culture disk is filled with nourish material and plant. The water absorbing cotton generates a siphonage so that water permeates into the water absorbing cotton from the center portion thereof. The air for the root of a plant can flow through the hole at the lateral hole of the water tank. Therefore, plant will acquire sufficient nutriment and water. Thus, the works of irrigation and applying fertilizer can be completed at the same time. Moreover, the time for cultivating plant can be saved. Moreover, the objects of clearness and environment protection are achieved.

Dependencies are inferred from the claim text.