CHANG, CHUNG LIANG,张仲良,張仲良,MIAO, JR MING,苗志铭,苗志銘,LI, YING LI,李应利,李應利
申请号：
TW103146321
公开号：
TWI559849B
申请日:
2014.12.30
申请国别(地区):
TW
年份:
2016
代理人:
摘要：
This invention discloses a supplementary light system for plants cultivation which is used to solve a problem of the conventional system to supply light without based on the plants demand. The supplementary light system for plants cultivation comprises a fuzzy controller, a spectrum generating module, a luminosity transformer, a plant cultivating observation module and an image processor. The fuzzy controller is used for controlling a light supplement function based on a fuzzy algorithm and generating outputting data. The spectrum generating module is used for transforming the outputting data of the fuzzy controller into a corresponding spectrum distribution function to generate a light source fit for a spectrum radiant intensity. The luminosity transformer is used for transforming the spectrum radiant intensity into a photosynthetic photon flux density. The plant cultivating observation module is used to cultivating plants and generating images for plants observation. The image processor is used for executing image processing procedure and outputting image signals to the fuzzy controller for generating the output data based on the outputting image signals. Thus, it can actually resolve the said problem.本發明揭示一種植栽補光系統,用於解決習知系統未依植物實際生長情況調整補光內容之問題,該植栽補光系統包含:一模糊控制器用以依據模糊演算法控制補光功能,並產生數個輸出資料;一光譜產生模組將該模糊控制器輸出的資料轉換成對應的光譜分佈函數,用以產生符合一光譜輻射強度的光源;一光度轉換器將該光譜輻射強度轉換成光量子密度;一植栽觀測模組用以栽培植物,並產生影像供觀測植物生長;及一影像處理器用以進行影像處理,並輸出數個影像訊號至該模糊控制器,供該模糊控制器作為產生該輸出資料之依據。藉此,可確實解決上述問題。1‧‧‧模糊控制器11‧‧‧決策邏輯12‧‧‧模糊化介面13‧‧‧反模糊化介面14‧‧‧知識庫2‧‧‧光譜產生模組3‧‧‧光度轉換器4‧‧‧植栽觀測模組5‧‧‧影像處理器‧‧‧植物第n個生長階段之葉面積指數‧‧‧植物第n個生長階段之葉面色澤‧‧‧植物第n個生長階段之莖部高度‧‧‧紅光光源驅動電流值‧‧‧綠光光源驅動電流值‧‧‧藍光光源驅動電流值
