Container structure system for vegetable cultivation and cultivation method

Abstract

The invention relates to the technical field of agriculture and discloses a container structure system for vegetable cultivation and a cultivation method. The container structure system is involved and comprises a main bin, a sub bin and an automated control system. According to the container structure system for vegetable cultivation, by adopting grouped main bin and sub bin structures, main parts in the automated control system are centralized in the main bin, necessary execution devices are only installed in the sub bin, repeated installation of basic equipment such as water-fertilizer equipment, carbon dioxide generators and temperature control equipment is reduced, the hardware cost of the container structure system is greatly reduced, the space, for equipment installation, in the sub bin is released, and the space utilization rate is increased; through the cultivation method based on the container structure system, the planting continuity is achieved, circulation and reciprocation are achieved, continuous sowing and continuous harvesting are achieved, the planting frequency in one year is increased, and the annual yield is greatly increased.

Description

technical field [0001] The invention relates to the field of agricultural technology, in particular to a container structure system and a cultivation method for vegetable cultivation. Background technique [0002] With the advancement of soilless cultivation technology, container planting technology is also gradually developing. Its internal automatic control system provides light, climate and nutrition, and gets rid of the constraints of natural conditions. At the same time, it makes full use of the vertical space. The popularization of technology has greatly expanded the scale of vegetable planting and fundamentally solved the global food shortage problem. On the other hand, due to the closed nature of the container, it can completely isolate weeds and insect pests, and the planting process is free from pesticides and herbicides. More vegetables are healthier and less damage to the natural environment. [0003] Although the existing container farms are designed with high-...

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Problems solved by technology

[0003] Although the existing container farms are designed with high-efficiency water-saving and energy-saving systems, which have high economic benefits, each container is independent of each other and has a relatively independent control system inside. The standardization of design is convenient for later design, transportation and construction, but the repetitive automatic control system produces a lot of equipment redundancy and space redundancy, which increases the economic cost of container farms

[0004] Furthermore, since the space requirements for the seedling stage and growth period of crops are different, and the existing container farms are independent of each other, when they are in a relatively closed space, after completing a cycle of crop growth, they need to Waiting for time to grow seedlings, because the space requirements for seedling cultivation are much smaller than the space requirements for the growing period of crops, therefore, many containers are in an idle state, and the crops are not planted continuously, which reduces the overall output of crops

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