CERAMIC HANDLING FOR WATER-CONTROLLED FLOWER POTS AND THE PRODUCTION METHODS FOR THESE CERAMIC HANDLING FOR WATER-CONTROLLED FLOWER POTS

Abstract

The invention relates to a ceramic device for a water-controlled flower pot, and more specifically, a water-controlled flower pot, in which water inside the pot can seep out through the pores to the outer surface of the pot at a constant rate, thereby controlling the amount of water supplied to the pot, thus aiding plant growth. To achieve this purpose, the ceramic device for a water-controlled flower pot is manufactured using selected soil from the group of yellow soils, red soils, white soils, sandy soils, black soils and mixtures thereof, and is characterized by having an open internal space at the top that can hold water, and includes small pores through which the water stored in the internal space can be discharged to the outside. Furthermore, the invention relates to a method for manufacturing this ceramic device for a water-controlled flower pot.

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