| 摘要 |
Disclosed is a water level display device for a flowerpot, capable of easily confirming a level of water supplied to a flowerpot as the water level display device is easily installed in the flowerpot; easily adjusting a level of water depending on a cultivated plant; and cultivating a plant in optimal conditions and reusing an existing flowerpot as a functional flowerpot. In a bottom inside a flowerpot, a plurality of spacer structures whose inside is empty and having a plurality of water pass holes are arranged to provide a water storage space. A water level display pipe made of a transparent material is installed to allow a user to confirm an amount of water provided inside the flowerpot with the naked eye, and one part of the water level display pipe is arranged inside the flowerpot and the other part thereof is extended outside the flowerpot. The lower part of the spacer structure is opened downwards, and the upper part of the spacer structure and a plurality of side walls are integrally formed in the closed form. The spacer structure has a polygonal shape such as a cylinder, a triangular column, a square column, a pentagonal column, or a hexagonal column. The spacer structure is made of plastic, metal, or ceramic. A through-hole is formed in the lower part of the side wall of the flowerpot, and the water level display pipe is inserted and arranged in the through-hole. |
