Experimental water storage flowerpot

Abstract

The invention discloses an experimental water storage flowerpot. The flowerpot comprises an outer pot and an inner pot and is characterized in that the inner pot is mounted inside the outer pot and sits on a support, a water absorbing material and a grid are sequentially arranged inside the inner pot from top to bottom, a vertical pipe is arranged at the left part of the inner pot, and a buoy is arranged inside the vertical pipe. The flowerpot has the benefits as follows: the two pots are adopted, a water storage space is formed in the bottom of the outer pot, the water storage amount is large, one-time watering can maintain a long time, and frequent watering is avoided; water is located in the water storage space and cannot evaporate easily, so that water resources are saved. The inner pot is provided with the vertical pipe and the buoy, the water level can be observed conveniently, watering time can be mastered more accurately, and sustained and healthy growth of flowers are facilitated; the water absorbing material can sufficiently and efficiently absorb water at the lower part, and the water amount required by optimal growth of the flowers is guaranteed.

Description

technical field [0001] The invention relates to a flower pot, in particular to a water storage flower pot for experiments. Background technique [0002] At present, the experiment and cultivation of flower seedlings generally adopt methods such as greenhouses or nutrient pools. The experimental environment of this program is relatively stable and suitable for larger experimental projects. For single experimental research, the existing experimental conditions are expensive and require frequent maintenance. . However, ordinary flower pots need to water the flowers regularly during use, and the amount of water cannot be well controlled, which can easily lead to disordered water use and affect teaching and experiments. The application proposes a new technical scheme in combination with the existing technology, and provides an experimental water storage flower pot to overcome the deficiencies of the prior art. Contents of the invention [0003] The object of the present inven...

AI Technical Summary

Problems solved by technology

[0002] At present, the experiments and cultivation of flower seedlings generally use greenhouses or nutrient pools. The experimental environment of this program is relatively stable and suitable for larger experimental projects. For single experimental research, the existing experimental conditions are expensive and require frequent maintenance.

In the process of using ordinary flowerpots, the flowers need to be watered regularly, and the amount of water cannot be well controlled, which will easily lead to water disturbance and affect teaching and experiments.

Images