Planting container structure with water retention function

Abstract

The invention discloses a planting container structure with a water retention function, which is mainly characterized in that a high-density pore form of water retention layer is formed on the container, and the moisture and air permeability suitable for grown plants are achieved by adjusting the water content in the water retention layer to promote the growth of plant roots. In addition, as adhesive force of moisture for the container is larger than water molecule cohesion, the container matched with the pore form of water retention layer has a good water sucking effect. Meanwhile, as moisture penetrates in the water retention layer and then is not easily evaporated due to hydrophily, the purposes that a grower does not need to water daily and the planting is simplified are achieved. The watered moisture can be sucked and retained by the container, so that water is saved, accumulated water can be further avoided, and a clean and tidy environment is easily maintained. When the container is used for indoor planting of an air-conditioned room, the problem of the dry environment easily exists; and through the long-time moisturizing efficacy of the container, the needed humidity of plants can be maintained, the indoor humidity is regulated, and the problem brought by the dry environment is solved.

Description

technical field [0001] The invention relates to a planting container, in particular to a planting container with water retention function, which can achieve the balance of moisture and air permeability of planted plants to promote the growth of plants. Background technique [0002] The water in plants is like the blood in animals, it is the transportation tool for all physiological functions; water can support the upright and firm stems and leaves, and severe water shortage will cause the stems of plants to wither, leaves to fall, and flowers to fade quickly , The flower buds fall, so the importance of water to plants can be seen. [0003] Generally speaking, plants planted on the ground or in the wild do not need to be watered frequently because of the moisture supplied by rain, mist, and thick soil. However, potted plants cannot naturally provide moisture due to the soil or other cultivation media in the pot. At the same time, it is difficult to keep water in the soil due...

AI Technical Summary

Problems solved by technology

[0005] 1. Although there are several protrusions and drainage holes at the bottom of the traditional pot to form the effect of suspension and ventilation, the air required for the root respiration of the plants planted in this traditional pot can only be obtained by water when watering. The sinking traction force brings air into the planting medium (especially the planting medium of soil nature), so that the air exchange in the planting medium often only occurs when watering, which affects the growth of plant roots;

[0006] 2. When the medium is planted in the traditional pot device, since the area of ​​the planting medium in contact with the air is mostly only on the top of the pot, if the amount of water is too much when watering, the water collecting tray will store residual water, and it is easy to cause the planting medium to The evapotranspiration of the plant is too slow, so that the planting medium is in an excessively humid and airtight state for a long time, which affects the development of the root system of the plant. Therefore, if the planting medium is often kept excessively humid, the air cannot enter the gaps in the soil, and it is easy to cause root rot;

[0007] 3. If the planting medium of traditional pots is soil, the bare soil surface will be impacted by water every time it is watered from the top. Usually, a part of the impact energy will be consumed in the impact on the soil surface to produce resistance and disperse the soil particles. , and the fine soil particles dispersed with the flow of water will close the soil pores and form a hard shell after repeated watering. Therefore, traditional planting containers are likely to cause the soil medium to become a hard shell, thereby reducing soil air permeability and water penetration capacity;

[0008] 4. The traditional basin cannot absorb and reuse the water in the water collection tray through the bottom. At the same time, due to poor evapotranspiration and air permeability, the water collection tray is prone to long-term water accumulation, which makes the water collection tray easy to become a breeding source for vector mosquitoes

[0009] Therefore, in order for the potted plants to achieve a balance between moisture and air permeability, in addition to frequent watering, it is also necessary to frequently check whether there is water in the water collecting tray and clean it. On the whole, not only cannot achieve automatic water supply and automatic flower adjustment. The moisture in the soil in the pot causes the user to take extra care and time in taking care of it, and cannot store excess water, resulting in a waste of water resources. Therefore, there is indeed a need for further improvement

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