解(jie)決了物(wu)(wu)(wu)流(liu)苗(miao)(miao)床(chuang)進入(ru)催(cui)芽室(shi)(shi)內的運輸(shu)過程(cheng)，通過高(gao)架升(sheng)(sheng)降機對物(wu)(wu)(wu)流(liu)苗(miao)(miao)床(chuang)升(sheng)(sheng)降高(gao)度進行(xing)精確控(kong)制，實現物(wu)(wu)(wu)流(liu)苗(miao)(miao)床(chuang)的垂直升(sheng)(sheng)降，經升(sheng)(sheng)降機軌道移(yi)(yi)入(ru)催(cui)芽室(shi)(shi)進行(xing)催(cui)芽，或將物(wu)(wu)(wu)流(liu)苗(miao)(miao)床(chuang)移(yi)(yi)入(ru)多層種(zhong)植系統(tong)中，實現了播(bo)種(zhong)、催(cui)芽、育(yu)(yu)苗(miao)(miao)的設施(shi)化(hua)聯動(dong)和自動(dong)化(hua)運行(xing)，進一(yi)步完善了育(yu)(yu)苗(miao)(miao)物(wu)(wu)(wu)流(liu)系統(tong)，很大程(cheng)度上降低了企業(ye)(ye)的用(yong)工成本(ben)，提高(gao)了企業(ye)(ye)的市場競爭力。
