台灣於2019年04月正式開放林下經濟(Under-forest Economy)作物，包含椴木香菇(Shiitake Mushrooms)及木耳(Auricularia Auricula-judae)、金線連(Anoectochilus Roxburghii)、與林下養蜂三項，其中林下養蜂因台灣山林(Mountain Forest)多為未經人類開發之森林地，其蜜源植物(Honey Plant) 豐富且具多樣性，極具開發有機森林蜜(Forest Honey)商機。然山林雖有豐富穩定的無農藥蜜源(Honey Source)與粉源(Pollen Source)，且不用再擔心蜂群挨餓問題，但山林地處偏遠，環境潮濕易使木製蜂箱腐化與罹患蜂蟹蟎(Varroa Destructor)，且中華大虎頭蜂(Vespa Mandarinia Nobilis)的群蜂突擊更是首要難題。
有鑑於此，本研究發展「低能量高壓電擊與APP遙控雷射光攻擊虎頭蜂之塑木蜂箱系統」，藉由環保通風之塑木蜂箱(Wood-plastic-composite Beehive)改善木製蜂箱(Wooden Beehive)腐壞與罹患蜂蟹蟎等問題，並以低能量高壓電電擊蜂箱入口處的虎頭蜂、以及提供蜂農透過手機APP遠端遙控低能量雷射裝置瞄準攻擊蜂箱入口處飛舞的虎頭蜂，使林下養蜂問題得以解決，讓蜂農安心在林下發展養蜂事業。

The cultivation of under-forest economic crops was officially opened in Taiwan in April 2019. The crops include segment wood shiitake mushrooms and Auricularia Auricula-judae, Anoectochilus Roxburghii, and Shaded-beekeeping. Most of the mountain forests in Taiwan are undeveloped, and honey plants are rich in diversity, which is a great opportunity for the development of organic forest honey. Although there are abundant and stable pesticide-free sources of honey and pollen that bee colonies can harvest in the mountain forest, and no longer worry about the starvation of bee colonies. However, they are located at remote and humid environments, which also caused wooden beehives to decay and be infested with varroa destructor, and the attack of killer hornets is the most important problem.
In view of this, this project have been cooperating and developing together "A Wood-plastic-composite Beehive with Low-energy of High-voltage Shock and Laser Beam Attacking Killer Hornets via Remote-control App." An environment friendly and ventilated wood-plastic-composite beehive was used to solve the problems of wooden beehive decay and suffering from infestation of varroa destructor. A low-energy and high-voltage electricity was used to shock killer hornets at the entrance of a beehive, and a low-wattage laser beam via a remote-control App from mobile phone was used to target and attack flying killer hornets at the entrance of a beehive. So that the above problems of shaded-beekeeping can be solved, and beekeepers can develop beekeeping under forests with ease.

摘要 1
ABSTRACT 2
目 錄 3
圖目錄 4
表目錄 5
符號表 6
第一章、 緒論 7
第二章、 研究方法 18
1. 環保塑木蜂箱 18
2. 高壓輔具之外型建構過程說明： 20
(1)高壓輔具電耐用性提升： 22
3.智慧養蜂系統說明： 23
(1) 低能量高壓與雷射攻擊裝置： 23
(2)高壓輔具電耐用性提升： 24
(3)通訊網路設計與遠端APP開發： 35
第三章、實驗結果 40
1. 低功率高壓電電擊輔具裝置 40
(1) 高壓輔具製作： 40
(2) 高壓輔具電控盒製作： 43
(3) 高壓輔具傳輸資料模擬規劃： 44
(4) 高壓輔具田間試驗： 47
2.低功率雷射遠端遙控攻擊裝置： 49
(1)遠端APP遙控： 51
第四章、結果與討論 54
參考文獻 56

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