Indoor seedling-growing equipment or greenhouse seedling-growing equipment

Abstract

The invention discloses indoor seedling-growing equipment or greenhouse seedling-growing equipment. The indoor seedling-growing equipment or the greenhouse seedling-growing equipment comprises an outer box, a motor, multiple fixing boxes, a water box and a carbon dioxide supply box, wherein the motor is installed at the upper end of the outer box through a motor cover, a rotating shaft is connected with an output end of the motor, multiple supporting boards are distributed on the rotating shaft in an annular mode, the fixing boxes are accommodated by the supporting boards, the water box communicates with the interior of the outer box through a water supply main pipe, the carbon dioxide supply box communicates with the interior of the outer box through a gas supply main pipe, a corresponding seedling-growing box is embedded into each fixing box, multiple seedling-growing pots are arranged in each seedling-growing box, and second permeation layers are arranged in the seedling-growing boxes. Due to the seedling-growing boxes embedded into the fixing boxes, by cultivating crops through the multiple seedling-growing pots, the indoor seedling-growing equipment or the greenhouse seedling-growing equipment has the advantage that the growth requirements of the crops are met, and a cultivation effect is improved.

Description

technical field [0001] The invention relates to the field of plant cultivation, in particular to an indoor or greenhouse seedling raising equipment. Background technique [0002] In general, a good commercial seedling substrate will provide all the nutrients needed until the cotyledons are fully expanded. Because the tray container is small, the leaching is fast, the pH value of the substrate changes quickly, and the salt is easy to accumulate and damage the root system of the seedlings. Therefore, we should choose high-quality and stable water-soluble fertilizers as nutrient supplements after the cotyledons are fully expanded. The adverse effects of high humidity on seedlings are the following: too long internodes, too thin stem segments, few branches, and few roots produced. At the same time, the absorption of calcium by the root system will be reduced under high humidity conditions, because of the impact of environmental humidity on vegetable seedlings: high humidity an...

AI Technical Summary

Problems solved by technology

At the same time, the absorption of calcium by the root system will be reduced under high humidity conditions, because of the impact of environmental humidity on vegetable seedlings: high humidity and poor ventilation can easily induce diseases

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