Plant cultivation mist plough system and small-scale plant factory utilizing system

Abstract

The invention relates to a plant cultivation mist plough system and a small-scale plant factory utilizing the system. The plant cultivation mist plough system includes a cultivation area and an equipment control area; the cultivation area includes multiple cultivation boxes and a nutrient liquid box containing nutrient liquid demanded in growth of plants; the cultivation boxes are stacked layer bylayer above the nutrient liquid box, a plant growth lamp group is arranged above each cultivation box, a planting plate used for planting the plants is arranged on the upper portion of each cultivation box, multiple sprayers are arranged in each cultivation box, and multiple water returning holes used for recovering the nutrient liquid are formed in the bottoms of the cultivation boxes; the equipment control area includes an automatic suction pump and a control device, the automatic suction pump sucks the nutrient liquid from the nutrient liquid box and conveys the nutrient liquid to the sprayers through water outlet pipes, and the control device controls the spraying concentration and spraying time of the nutrient liquid according to the growth demand of the plants. The small-scale plantfactory includes a cultivation area, an equipment control area, a framework, an air shower purification room and a ventilation system.

Description

technical field [0001] The invention relates to a fog plowing system for plant cultivation and a small plant factory using the same. Background technique [0002] At present, the plant factories built at home and abroad mainly use the hydroponic system, which has a certain variety limitation on the types of plant production, and cannot provide the growth of various leafy vegetables and rhizome plants. [0003] Most of the plant factories are set up in standard factory buildings or large-scale greenhouse facilities. It is difficult to enter cities and communities, and due to terrain and climate constraints, the vegetables produced cannot provide ultra-trace elements, mineral elements and beneficial bacterial fertilizers, resulting in the nutrient composition of the plants planted. Incomplete. Contents of the invention [0004] In view of the above problems, the object of the present invention is to provide a plant cultivation fog farming system with low noise and capable o...

AI Technical Summary

Problems solved by technology

[0002] At present, the plant factories built at home and abroad mainly use the hydroponic system, which has certain variety restrictions on the types of plants produced, and cannot provide the growth of various leafy vegetables and root plants.

[0003] Most of the plant factories are set up in standard factory buildings or large-scale greenhouse facilities. It is difficult to enter cities and communities, and due to terrain and climate constraints, the vegetables produced cannot provide ultra-trace elements, mineral elements and beneficial bacterial fertilizers, resulting in the nutrient composition of the plants planted. Incomplete

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