Moisturizing and cooling device for non-woven container cultivation

Abstract

The invention relates to a moisturizing and cooling device for non-woven container cultivation. The device comprises a plastic plate used for enclosing the periphery of a root control container, wherein one end of the plastic board is provided with a bolt, and the other end of the plastic board is provided with a inserting holejack, and the lower end of the plastic board is alternately provided with vent holes at intervals; when the plastic board encloses the periphery of the non-woven root control seedling container, the plastic board is fixed by inserting the bolt into the inserting holejack. When the device encloses the periphery of the non-woven cultivation container, firstly, the high temperature damage to roots can be prevented by shielding sunshine in summer; secondly, the evaporation of moisture can be reduced, and the moisturizing effect can be realized; air in gaps and outside air can be circulated through the vent holes, therefore the cooling effect in summer can be realized, the cleaning of the air in the gaps can be kept, and the root diseases can be reduced; furthermore, an outer container is used for keeping out the wind to realize insulation in winter, grasses, straws and the like can be filled into the gaps to enhance an insulation effect, and the cold damage to seedling roots can be prevented or reduced; in addition, the damage to the seedling roots caused by high temperature can be reduced effectively, the moisture evaporation can be reduced, and the cold damage to the seedling roots can be prevented in winter.

Description

technical field [0001] The invention relates to a moisturizing and cooling device for garden container cultivation, in particular to a moisturizing and cooling device for non-woven fabric container cultivation. Background technique [0002] The non-woven root control seedling container is a new type of green seedling technology product that regulates the growth of the root system. It has a unique effect on preventing root rot and root coiling. The non-woven root control container can make the root system of the seedlings develop, and will not form entangled roots, which overcomes the defect of root entanglement caused by conventional container seedling cultivation, and the total root volume increases many times. , the workload of management after transplanting is reduced, and the container can not only make the root system of the seedlings strong and vigorous, especially for the cultivation and transplanting of large seedlings, off-season transplanting and tree planting and ...

AI Technical Summary

Problems solved by technology

[0006] The biggest problems in non-woven root-controlling container cultivation are: 1. It is greatly affected by sunlight and atmospheric temperature. In summer, the temperature in the container is high, and the root system is vulnerable; in winter, the temperature is too low, and the root system of seedlings is damaged by freezing; 2. Water evaporates Too fast, wastes water resources, delays irrigation and creates drought threat

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