Ceramic cup for plant pot culturing

Abstract

The invention discloses a ceramic cup for plant pot culturing. The ceramic cup comprises a cup body and a cup lid. The bottom of the cup body is provided with a projected conical body; the lower end of the cup lid is cylindrical and the upper end is convex round; a lid handle is disposed in the middle position of the upper end of the cup lid; a connection part between the cup body and the cup lid is provided with a rubber ring; the cup body and the cup lid are both made of water-absorbing ceramic soil with water seepage and high corrosion resistance, so the ceramic cup for plant pot culturing is advantaged by water storage, water seepage, economy, environment protection, simplicity, light weight and convenience; soil or sand moisture and plant survival can be guaranteed, and plants can be timely and proper irrigated; and people who cannot take care of plants at home can easily culture plants, so the ceramic cup for plant pot culturing is convenient and practical.

Description

technical field [0001] The invention relates to a water seepage cup, in particular to a pottery cup used for plant potting. Background technique [0002] The bottom of the existing planting pots is designed with one or two small seepage holes and equipped with a tray. The reason is that during the watering process, the water will quickly permeate and flow to the bottom of the planting pot. The water flows out from the small seepage hole at the bottom of the basin, and the tray at the bottom of the basin can be used to catch water to prevent the water from overflowing to the ground, table tops, countertops and other hidden dangers of water leakage. There is a filter layer between the pot body and the pot support, which can prevent the loss of soil when watering. At the same time, the accumulated water in the pot support can play the role of bottom infiltration, so that the plants can absorb moisture. However, there are still deficiencies in this design. First, in a high temp...

AI Technical Summary

Problems solved by technology

However, there are still deficiencies in this design. First, in a high temperature or dry environment, the water in the basin support will be evaporated quickly when exposed to it, resulting in frequent watering, which requires a lot of time to observe the water volume in the basin support; Some drought-tolerant sand culture (cutting) plants that do not need to be watered frequently or only need to be watered with a small amount of water at a time, such as cactus, prickly pear, golden ivory, etc., cannot grasp the timing of watering, which will easily cause the roots of the plants to rot, which is not conducive to plant growth

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