Intelligent factory seedling base

Abstract

The invention discloses an intelligent factory seedling base. The intelligent factory seedling base includes an intelligent greenhouse, a full-light greenhouse and a domesticated shade shelter, wherein the intelligent greenhouse is used for undertaking the work from pre-treating to seedling container filling of all seeds and seedlings in a park and undertaking a part of pre-cultivation of seedling. The intelligent factory seedling base is characterized in that an intelligent control system is adopted to control greenhouse parameters, the greenhouse environment is precisely adjusted, differentcrop growth needs are met, the seedling cycle is effectively shortened, the seedling yield of the base is enhanced, personnel demand is reduced, and mechanized facilities are adopted to improve seedling uniformity and the seedling survival rate. The base is advantaged in that the control system is simple in design, is simple to use and has the necessary intelligent control capabilities, skill requirements of the control system for equipment operators are reduced, the entire system has the potential to upgrade, and thereby the foundation is laid for subsequent unmanned operation management.

Description

technical field [0001] The invention belongs to the technical field of agricultural automation equipment, and in particular relates to a smart industrial seedling raising base. Background technique [0002] Greenhouses in my country have experienced the development of plastic greenhouses, solar greenhouses, and modern industrialized nursery greenhouses. Through the development of greenhouse assembly technology, structural performance optimization, lighting artificial climate control, cultivation facilities and supporting technologies, industrialized seedling raising facilities and supporting technologies The research design has formed different types of greenhouse products that can adapt to different natural environments and different crop growth needs. [0003] At present, the framework of greenhouses in my country mostly uses hot-dip galvanized pipes (plates), and the covering materials are mostly glass, double-layer inflatable film, PC boards, etc.; various environmental c...

AI Technical Summary

Problems solved by technology

[0005] In addition, most of the control systems introduced into the greenhouse in my country currently have high operating costs, and most of the general-purpose control systems lack corresponding optimization software. Most of them still use single-factor switching values ​​to adjust environmental factors. Environmental elements such as ground temperature, humidity, and CO2 concentration affect the growth of crops in an interconnected environment, and the temporal and spatial changes of environmental elements are very complicated.

Images