Modularized resource intensive utilization type vegetable growing machine and use method thereof

Abstract

The invention belongs to the technical field of family farming, and in particular discloses a modularized resource intensive utilization type vegetable growing machine. The modularized resource intensive utilization type vegetable growing machine mainly comprises a nutrient solution gas washing refrigeration aerator and a plurality of vertically stacked cultivation modules. The vertically stacked cultivation modules form a whole body, and the nutrient solution gas washing refrigeration aerator supplies nutrient solution and gas to the vertically stacked cultivation modules. The modularized resource intensive utilization type vegetable growing machine is simple and safe in structure, the cultivation modules are relatively independent, and form a whole body when stacked for use, thereby meeting various requirements of family farming; the heat generated by an artificial light source is directly radiated to the outside of the cultivation modules, and the nutrient solution gas washing refrigeration aerator can be used for ventilation cooling so as to quickly lower the planting temperature and improve the plant growth environment; after the temperature of used nutrient solution is lowered, the dissolved oxygen in the nutrient solution is increased, thereby providing an environment richer in oxygen for plant root systems; and an air pump provides power needed by nutrient solution circulation and gas flow while performing aeration oxygenation so as to reduce energy consumption.

Description

technical field [0001] The invention belongs to the technical field of family agriculture, and in particular relates to a modular resource-intensive utilization type vegetable raising machine and a use method thereof. Background technique [0002] With the continuous acceleration of urbanization, the contradiction between people's demand for high-quality vegetables and the limited supply of green and healthy vegetables has become more and more obvious. With the continuous development of hydroponics technology, more and more urban residents hope to produce pollution-free vegetables at home. A large number of household water-growing vegetable machines have emerged as the times require, but the existing products lack innovation in the design of the main functions and related actuators, and the phenomenon of homogeneity is serious, and a considerable part of them cannot meet the environmental needs of plant growth. In addition, Almost all vegetable raising machines do not consi...

AI Technical Summary

Problems solved by technology

A large number of household water cultivation vegetable machines have emerged as the times require, but the existing products lack innovation in the design of the main functions and related actuators, and the phenomenon of homogeneity is serious, and a considerable part of them cannot meet the environmental needs of plant growth. In addition, Almost all vegetable raising machines do not consider the energy-saving and high-efficiency characteristics necessary for household appliances in their design, often with high energy consumption and unreasonable internal structure

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