作　　者： (）;

机构地区： 广东海洋大学电子与信息工程学院

出　　处： 《中国农学通报》 2019年第4期125-129,共5页

摘　　要： 运用互联网、新材料等技术研究蔬菜无土栽培,设计了基于WiFi的室内智能蔬菜无土栽培结构。该结构由管道式无土栽培结构、喷雾培结构和环境因子结构组成。管道式无土栽培结构主要由栽培管、支架和定植杯等组成;喷雾培结构主要由营养液栽培桶、自动定时供水器、营养液进液管和回流管、气泵、喷头等组成;环境因子结构由温度、湿度、CO_2和光照系统构成。结构内的温度、湿度、CO_2浓度和光照等是影响蔬菜生长发育的重要因子。通过WiFi的控制,可以使这些环境因子之间的关系处于最佳状态,从而有利于蔬菜的生长发育。 By using internet and new materials technology, the structure of indoor intelligent soilless cultivation is designed based on WiFi. The whole structure consists of tubular soilless cultivation device,environmental factor device, and spray cultivation device. The tubular soilless cultivation device is mainly composed of cultivation pipes, supports and fixed cup, the spray cultivation device is mainly composed of nutrient liquid culture barrels, automatic timing water supply equipment, nutrient liquid intake pipes andreflux pipes, air pumps, sprinklers, etc. The device of environmental factors is composed of individual systemof temperature, humidity, CO2 and light. The temperature, humidity, CO2 concentration and light in the structure are important factors affecting vegetable growth and development. By WiFi, the groove of these factors can be achieved for the growth and development of vegetables.

关 键 词： 室内智能蔬菜无土栽培结构 温度 湿度 浓度 光照

领　　域： []