Automatic water-seepage irrigation-free double-layer flowerpot

Abstract

The invention discloses an automatic water-seepage irrigation-free double-layer flowerpot. The flowerpot includes a first layer and a second layer. The flowerpot is characterized in that the first layer refers to a planting region, and the second layer is composed of a water storage region and an automatic irrigation system. The automatic irrigation system consists of a water storage channel, a water level monitor and a water-seepage isolation mesh layer. A groove and an inserted hole are formed in the water-seepage isolation mesh layer, the bottom of the water level monitor is inserted in thewater storage region through the inserted hole, the water-seepage isolation mesh layer is arranged between the planting region and the water storage region, and the bottom of the water storage regionis provided with an anti-overflow leather plug. The flowerpot is reasonable in structural design, materials are environmentally friendly and can be recycled, at the same time, the flowerpot has functions and practicality, the water amount is monitored in real time, not only can superfluous water be stored, but also it is ensured that plants have enough and stable water sources, the natural groundwater environment can also be simulated, respiration of plant roots is promoted, the healthy growth of the plants is guaranteed, and the problem that plant death is often caused by watering too muchor too little in life is avoided.

Description

technical field [0001] The invention relates to the field of gardening of flowers and plants, in particular to a double-layer flower pot with automatic water seepage and no irrigation. Background technique [0002] As we all know, the growth of beautiful and healthy plants is inseparable from a good environment, and water is particularly critical. If the amount is too much, the roots will easily rot, and if the amount is too small, it will be easy to dry out. Therefore, the problem of watering control often becomes one of the top worries of people's plant maintenance. Therefore, how to better control the water demand of plants and save time and effort to know the current water state of plants has become one of the directions to solve the problem of plant water demand in the past. [0003] In view of this, it is necessary to provide a more reasonable structural design, both functional and practical, real-time monitoring of water, can store excess water, without worrying abou...

AI Technical Summary

Problems solved by technology

If the amount is too much, the roots will rot easily, and if the amount is too small, it will be easy to dry out. Therefore, the problem of watering control is often one of the top worries of people's plant maintenance.

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