摘要
针对传统种植柜在柜体结构空间利用上的不足,设计了一种蜂窝型的新型柜体结构。该结构利用正六边形具有无缝隙重合的稳固特性,通过若干个正六边形种植框自由组合叠加达到灵活利用室内空间、美化环境的目的;同时该种植柜设有生长环境自动调节控制系统,能够根据种植蔬菜种类调节柜内温湿度、二氧化碳浓度、光照和水供应循环等至适宜状态。该种植柜采用手机APP远程操控,且具有手动/自动等多种操作方式,使用简单方便。
Aiming at the deficiency of traditional planting cabinet in the space utilization of cabinet structure,a new honeycomb cabinet structure was designed.This structure makes use of the stability of regular hexagon with seamless overlap,and achieves the purpose of flexible use of indoor space and beautification of the environment through the free combination and superposition of several regular hexagonal planting frames;At the same time,the planting cabinet is equipped with a growth environment automatic adjustment control system,which can adjust the temperature and humidity,carbon dioxide concentration,illumination and water supply cycle in the cabinet to a suitable state according to the types of vegetables planted;The planting cabinet is remotely controlled by mobile phone APP,and has a variety of operation modes such as manual/automatic,which is simple and convenient to use.
作者
戎炯欣
李炜铿
李大潮
曾祥苹
RONG Jiong-xin;LI Wei-keng;LI Da-chao;ZENG Xiang-ping(Guangzhou Nanyang Polytechnic College,Guangzhou 510925,China)
出处
《机械工程与自动化》
2020年第6期79-81,共3页
Mechanical Engineering & Automation
基金
广州南洋理工职业学院大学生创新创业项目(NY-2018CQ2DC-05)
智能控制技术创新科研团队项目(NY-2017CQ1TD-05)。
关键词
种植柜
蜂窝型
自动调节控制系统
planting cabinet
honeycomb type
automatic regulation control system