201021697 六、發明說明： 【發明所屬之技術領域】 本發明隸屬一種利用生物特性之捕蟲器技術，具體 而言係指一種安全性高、且捕蟲多樣化的捕蟲器結構， 藉以提升其捕蟲效果。 【先前技術】 按，根據統計經由部份昆蟲是若干傳染性疾病的媒 介，而其中以蚊子為最具威脅性的害蟲’其可傳染瘧疾 參 、登革熱、日本腦炎及黃熱病等等。以登革熱、瘧疾及 曰本腦炎為例，全世界共有二十五億人有受登革熱感染 之危險’每年有超過一百個國家及二千萬個病例發生， 而瘧疾則每年有三至五億人受感染’曰本腦炎每年有四 萬個病例。而其它種類昆蟲亦傳染其他多種疾病或造成 過敏現象，如蒼蠅、小黑蚊、蟑螂、幹蟲及各種樹蟲等 等。 而台灣地處亞熱帶，一年四季幾乎都可見有害昆蟲 ⑩ 的蹤跡’尤其於夏季時更是登革熱等疾病傳染及好發的 高峰期，近年來因有害昆蟲散播之疾病使得人們必須投 * 入大量人力與物力。而目前常見的滅蟲滅蚊之方式，主 一 要係以殺蟲劑、電蚊香、蚊香、驅蟲劑等化學製品，而 前述的滅蟲方式中，殺蟲劑與驅蟲劑一開始的效果雖然 不錯’但其*僅會對環境造成破壞，也存在有讓幼兒或 ^誤食的危險’再者長期使用後，會使有害昆蟲產生 二樂性、，使用者需不斷的加強義的用量與漢度，甚至 s後無法有效的達到滅A的作用；至於電蚊香與蚊香等 201021697 j會有異味產生’且效果也抑，長練射卩會造成 自然環境封綠危害人射吸道#。故知防疾病及 撲殺病媒的同時，如何兼顧環境保育及人類必 後重要課題。 八1 再者當用於農作物的培育時’使用殺蟲劑雖可使宏 蟲減少，但卻連同用於保持生態與傳播花粉等有益j 的昆蟲也-併受害，使農業發展更加不利，在現今地球 暖化加劇及提倡有機農業的環境下，如何以安全有害的 方式捕捉特定的害蟲、且同時避免誤傷有 "β 當今農業及環境保護之重要課題。 ，亦疋 為了滿足上述兼顧環境保育與健康的要求，在考詈 ===性後，目前常見的方式係採用能發 ΐΐίί 如我國專利公告第Μ277咖號之 =之改良結構」及第隨217號之「 蚊蟲趨光性的原理來吸引有害= 達到捕果會3電喪失行動能力、甚至死亡’而 ，會有***性其最大的問題係在高壓電容放電時 物、燃氣、嫉不僅會產生噪音’且如遇到易燃 般的危險場則有發生火災4外的可能，因此在一 是有害見蟲最多’但反而如餐廳、小吃店的廚房 之「吸八^二【者開發有如我國專利公告第Μ284215號 結構改良」及、第从300967號之「溺斃式捕蟲器 已不再使用前號之「捕蟲裝置」等專利前案， 疋间壓電容放電的方式來滅蟲，而是以水 201021697 或風力料絲達到滅蟲之目的，並兼顧環境保育與 用健康。 但由於各财害昆蟲對吸5丨_光的光譜波長 色之接受度*同，惟前述傳統她器的光源轉係屬單 一波長、顏色之光譜，故其均僅能用於吸引單—或少數 的昆蟲，無法依當時的環境需求進行改變，因此其無法 • 有效的兼顧捕蟲效果。 有鑑於此，本發明人乃針對前述現有捕蟲器無法兼 參 顧安全性與捕蟲效果時所面臨的結構與操作問題深入探 討，並藉由多年從事相關產業之研發經驗，積極尋求解 決之道，經不斷努力之研究與試作，終於成功的開發出 一種利用生物特性的可變式捕蟲器結構，藉以解決現有 捕蟲器無法通用於不同有害昆蟲的不便與困擾。 【發明内容】 因此，本發明主要係於提供一種利用生物特性的可 變式捕蟲器結構，藉以讓捕蟲器可發射出符合特定昆蟲 ® 的亮度、顏色及波長的光源’使特定昆蟲能受特定之光 源吸引’有效提升其捕蟲效果。 . 而本發明主要係透過下列的技術手段，來具體實現 前述的目的與效能；其包含有·· 一主殼體，其具有一開口向上的容置空間，該主殼 體的前侧壁面形成有一前蓋孔，又主殼體的前蓋孔蓋設 有一前蓋板； 一發光模組，其係設於前述主殼體的容置空間内， 5 201021697 該發光模組具有一或多數之可變光源元件，且可變光源 70件能改變發射光源之亮度、波長及顏色的光譜； 一捕蟲黏貼件，其可設於前述前蓋板上，該捕蟲點 貼件具有一對應主殼體内面的黏著面； —控制電路模組，其係設於主殼體上，該控制電路 模組具有一能啟閉捕蟲器的電源開關，又控制電路模多且 並設有一能調節前述可變光源元件輸入電壓與電流之指 撥調控組。 ^藉此’透過前述技術手段的展現，讓本發明之捕蟲 器月b針對特定昆蟲喜好之光譜，調整可變光源元件發射 出符合的亮度、顏色與波長的光源，使特定昆蟲能受特 定波長之光源吸引，有效提升捕蟲之效果，且能大幅增 進其使用的安全性，使本發明之捕蟲器能在『捕蟲效果 性、捕蟲多樣性、環境保護性及使用安全性』等方面較 習式者更具功效增進。 為使貴審查委員能進一步了解本發明的構成、特 徵及其他目的，以下乃舉本發明之若干較佳實施例，並 配合圖式詳細說明如后’同時讓誠該項技術領域者能 夠具體實施。 【實施方式】 本發明係-制用生物特性的可變式捕&器結構， 隨附圖例示之本發明捕蟲器的具體實施例及其構件中， 所有關於前與後、左與右、頂部與底部、上料下部、 以及水平與垂麵參考，僅祕方便進行描述Ϊ並非限 制本發明’料將其·限齡任餘置Μ間方向。 201021697 圖式與說明書中所指定的尺寸，當可在不離開本發明之 申請專利範圍内，根據本發明之具體實施例的設計與需 求而進行變化。 而關於本發明捕蟲器之詳細構成，請參看第一、二 及三圖所揭示者，該捕蟲器主要係由一盆體狀的主殼體 (10) 所構成，主殼體（10)内設有至少一個發光模組 (20)，且主殼體（10)内另設有一可調整發光模組（ 20)發射光譜的控制電路模組（40)，使特定昆蟲能受 特定波長之光源吸引，並能搭配設於主殼體（10)内的 捕蟲黏貼件（30)粘黏有害昆蟲； 其中主殼體（10)背面形成有一或多數之掛勾孔（ 100)，讓捕蟲器可懸掛於壁面上，又主殼體（10)具 有一開口向上的容置空間（11)，且主殼體（10)於周 緣壁面形成有一或多數侧孔（12)，供便於有害昆蟲進 入，再者主殼體（10)的前側壁面形成有一與容置空間 (11) 連通的前蓋孔（13)，且主殼體（10)内底面的 兩侧緣分別形成有一侧壓件（131)，又主殼體（10) 内底面異於前蓋孔（13)的背緣另形成有一或多數的後 壓件（132)，前述側壓件（131)與後壓件（132)用 於共同壓掣該捕蟲黏貼件（30)，另該主殼體（10)於 對應前蓋孔（13)的兩側緣分別形成有一或多數卡扣孔 (14) ，使主殼體（10)的前蓋孔（13)可供一前蓋板 (15) 蓋合，又該前蓋板（15)内面具有對應前述卡扣 孔（14)的卡扣件（18)，使前蓋板（15)可利用卡扣 件（18)扣掣於主殼體（10)的卡扣孔（14)上【如第 六、七圖所示】，又前蓋板（15)内面於對應前蓋孔（ 201021697 13)的圍範内具有複數對應的勾部（19)，供前述之捕 蟲黏貼件（30)設置，再者前蓋板（15)異於主殼體（ 10)的表面上、下邊緣分別形成有一或多數呈相對狀的 L型插片（16)，供插設有一能增進美觀之飾板（5〇) ，該飾板（50)進一步具有反光特性，以提升吸收有害 昆蟲的效果； 又發光模組（20)係設於該主殼體（1〇)的容置空 間（11)内，且發光模組（2〇)具有一或多數能改變發 參 射光源光譜的可變光源元件（21)，該可變光源元件（ 21)係由低耗電、壽命長之紅、綠、藍【R G B.】三色 混色的發光二極體【LED】所構成’其能透過電壓與電 流的調整改變發射光源光譜的亮度、波長及顏色等，又 發光模組（20)於可變光源元件（21)上覆設有一透光 片（22)，供保護前述之可變光源元件（21)，再者發 光模組（20) —側另具有一燈座（25)，且燈座（25) 可供設置有一紫外線光源元件（26)，該紫外線光源元 件（26)可選自紫外線螢光燈管、紫外線冷陰極管等， ® 用於吸引對紫外線光譜有趨光特性的蚊子，提升其捕蚊 的效果； 且如第二、四圖所示，前述捕蟲黏貼件（)則具 有一黏著面（31) ’該黏著面（31)可供粘黏昆蟲，且 黏著面（31)進一步可摻入吸引有害昆蟲的生物製劑， 以提升其吸引有害昆蟲接近捕蟲黏貼件（3〇)黏著面（ 31)的機率，再者捕蟲黏貼件（30)周緣形成有複數勾 孔（32) ’勾孔（32)並對應前述前蓋板（15)的勾部 U9)，使捕蟲黏貼件（3〇)可勾設於該前蓋板（15) 8 201021697 對應主殼體（10)容置空間（u)的 件㈤底面並凸伸有-摺片（35 =蟲黏貼 延伸插掣於主殼體（10)底面，.成/谓片（35)可 壓件（131)與後屢件（132)限制^ ^ (10)的側 L如第七圖所示】； 再者，配合第五圖所示，前述控 係設於主殼體(1°)底部’該控制電路模組(二 一能啟閉捕蟲器的電源開關（41) ，v - 具有 4。）另具有一指撥調控組(42)，其可以=組（ 模組(4〇)幌、電流，以改變前述發光二電： 之可變光源元件⑻的光源光•，使發射出的上二 度、波長及顏色改變，讓特定有害昆蟲能受特定= 光源吸引，有效提升捕蟲之效果，再者控制電路模^ 40)具有一能連接電源的電源接線（43) '介 來自蓄電池、太陽能或風力等等，供便於移動或 外】，且控制電路模組（40)另設有一紅外線接收器（ 45)，讓使用者可以無線方式透過控制電路模組^ 操控整個捕蟲器； 藉此，組構成一能兼顧安全性高與捕蟲效果之利 生物特性的可變式捕蟲器結構。 透過上述的結構設計，本發明於實際運用之操作上 ，則係如第二、四圖所示，首先，係將對應的捕蟲黏貼 件（30)以勾孔（32)勾掣於前蓋板（15)之勾部（19 )亡，並令捕蟲黏貼件（30)的摺片（35)向前彎摺。 接著如第六、七圖所示，將前蓋板05)蓋設於主殼體 〇〇)的前蓋孔（13)上，其係將前述捕蟲黏貼件λ(3〇 )的摺片（35)插設於主殼體（10)的側壓件（131) 201021697 與後壓件⑴2)下，並令前蓋板（15) )扣擎於域體（⑻的卡扣孔（⑷ )能卡設於主殼體（IG)h之後，如=板（15 用控制電路模組(40)的指撥調控組(42)::線： 收器（45)調節啟動發光模組（2())之可變光源元件 21)的，壓與電流，使該可變光源^件（2丨）能發射 對應光譜的光源，供吸引特定的昆蟲。： ’透過控制電路模組(40)之電源開關： 參 )或卜線接收器（45)啟動該發光模組（2G) 3=2而12紫外線光源元件(26)發射出對應 ί二I:該發射出的光源吸峻的有害 Μ = Ϊ的說明’可以理解到’本發明可針對特定 昆蟲喜好之光譜，控制電路模組 =⑽之可變光源元件(21)發射4 = 、顏色及波長的光源’使特定昆蟲 朵 吸引，有效提升捕蟲之效果。 長之先源 又本發明另有-實施例，其係如第 該捕蟲器之主殼體⑴）的前 揭不者’ :於前蓋板⑻對應主殼二==範 :--對電網產生放電作用之高壓電容元乂： 器亦能利用高壓電容放電之作用電極有有 ::應用於無易燃物、燃料或燃氣的以= ，、則述相同之功效與實用價值。 其具有 201021697 再者，本發明捕蟲器亦可運用於戶外之農場，如第 十一圖所揭示者，其主殼體（10)的頂面或周緣設有一 或多數之太陽能板（70)，本發明係以頂面覆設之太陽 能板（70)為主要實施例，而控制電路模組（4〇)内則 設有連接太陽能板（70)的蓄電池【圖中未示】，供利 用太陽能板（70)將太陽能轉換成電能，並使用蓄電池 儲存，以便於捕蟲器移動及夜間使用，且具有遮雨的效 果，再者主殼體（10)周緣形成有複數侧孔（12)，供 昆蟲受吸引進入主殼體（10)内部，且主殼體（1〇) 一 側係呈開口狀，其可供前蓋板（15)選擇性覆蓋，再者 主殼體（1G)與前蓋板（15)之内壁面並可供設置沾黏 昆蟲的捕蟲黏貼件（3G)，又主贿（1Q)於發光模組 (20)下方設有-誘姆置件（8Q)，供擺置誘蟲劑， 以提升其誘蟲的效果，其—樣能達到前述之目的，並具 有相同的功效增進。 ❹ 由於本發明之捕蟲器係彻蚊蟲趨光性的原理來吸 1蟲’不需透過高壓電容放電的作用，故不會發 場，象，一的 成破ίί 1發生傳統殺Α劑與驅蟲劑對環境造 及：建ί==’故能有效的兼顧環境保育 節改變ίί 可調整針對欲捕捉的害蟲調 農業的昆A，故不致影響到^…、傅播化叔等有盈 機農業的環境。的農業的發展，且能提升有 藉此可以理解到本發明為—創意極佳之發明創作 11 201021697 ’除了有效解決習式者所面臨的問題’更大幅增進功效 ，且在相同的技術領域中未見㈣或近似的產品創作或 公開使用，同時具有功效的增進，故本發明已符合發明 專利有關「新穎性」與「進步性」的要件，乃依法提出 申凊發明專利，並祈請早日准予本發明專利。 【圖式簡單說明】 第圖·係本發明之捕蟲器立體外觀示意圖，用以說明 ❹ 其主要構件與相對關係。 第二圖：係本發明之捕蟲器中主殼體的外觀示意圖，其 揭示主殼體的内部狀態。 第三圖：係本發明之捕蟲器中前蓋板的分解示意圖，其 揭示前蓋板的構成態樣。 第四圖：係本發明之捕蟲器中前蓋板的外觀示意圖，其 顯示前蓋板組成後的狀態。 第五圖：係本發明之捕蟲器中主殼體另一視角的外觀示 g 意圖’其揭不主殼體底部的構成。 第六圖：係本發明之捕蟲器於蓋合前蓋板時的侧面示意 圖，其說明前蓋板與主殼體的蓋合狀態。 第七圖：係本發明之捕蟲器於蓋合前蓋板時的俯視示意 - 圖’其顯示前蓋板與主殼體的蓋合態樣。 第八圖：係本發明之捕蟲器於實際使用的外觀示意圖， 供顯示其使用紫外線光源元件之狀態。 第九圖：係本發明之捕蟲器於實際使用的另一外觀示意 圖’供顯示其使用可變光源元件之狀態。 第十圖：係本發明之捕蟲器另一實施例之立體外觀示意 12 201021697 圖’用以說明前蓋板具電網之態樣。 第十一圖.係本發明之捕蟲器再一實施例之立體外觀示 意圖，用以說明其運用於農業的態 Φ201021697 VI. Description of the Invention: [Technical Field of the Invention] The present invention belongs to a trapping device technology utilizing biological characteristics, and in particular to a trapping device structure with high safety and diverse insect catching, thereby enhancing Insect catching effect. [Prior Art] According to statistics, some insects are the mediator of several infectious diseases, among which mosquitoes are the most threatening pests, which can infect malaria, dengue fever, Japanese encephalitis and yellow fever. In the case of dengue fever, malaria and sputum encephalitis, there are 2.5 billion people worldwide who are at risk of dengue infection. 'More than 100 countries and 20 million cases occur every year, and malaria is 300-500 million per year. People infected with 'sputum encephalitis, there are 40,000 cases every year. Other types of insects also infect other diseases or allergies, such as flies, black mosquitoes, cockroaches, dried worms and various tree worms. Taiwan is located in the subtropical zone. Traces of harmful insects 10 are almost visible throughout the year. Especially in summer, it is the peak period of infection and prevalence of diseases such as dengue fever. In recent years, diseases caused by harmful insects have caused people to invest in a large number. Human and material resources. At present, the common method of killing insects and killing mosquitoes is to use chemicals such as insecticides, electric mosquito coils, mosquito coils, and insect repellents. In the above-mentioned pest control methods, insecticides and insect repellents are initially used. Although the effect is good, but its * only causes damage to the environment, there is also the danger of letting young children or eat food. 'After long-term use, it will cause harmful insects to produce two music, and users need to constantly strengthen their meaning. Dosage and Handu, even after s can not effectively achieve the role of killing A; as for electric mosquito coils and mosquito coils, etc. 201021697 j will have odors produced and the effect is also suppressed, long practice shots will cause the natural environment to seal the green harm to the human suction channel #. Therefore, in order to prevent disease and cull the disease vector, how to balance environmental conservation and important issues for human beings. 8 1 In addition, when used in the cultivation of crops, 'the use of insecticides can reduce macroscopic worms, but together with insects used to maintain ecology and spread pollen, etc., and suffer, making agricultural development more disadvantageous. Nowadays, in the environment of increasing global warming and promoting organic agriculture, how to capture specific pests in a safe and harmful way, while avoiding accidental injury, has important issues in agriculture and environmental protection today. In order to meet the above requirements for environmental protection and health, after the test === sex, the current common method is to use the improved structure of the 专利 277 coffee number = 217 No. "The principle of mosquito phototaxis to attract harmful = to achieve fruit harvesting 3 electricity loss of ability to act, or even death', there will be explosive. The biggest problem is that when the high-voltage capacitor discharges, things, gas, and helium will not only produce noise. And if there is a flammable dangerous field, there is a possibility of fire 4, so it is harmful to see the most insects, but instead, like the kitchen of a restaurant or snack bar, it is like a Chinese patent announcement. No. 284215 Structural Improvement" and No. 300967 "The cockroach insect trap is no longer used in the patent case of the first "pest catching device", and the inter-turn capacitor discharge method is used to disintegrate the insects. Use water 201021697 or wind wire to achieve pest control, and take into account environmental conservation and health. However, since the insecticidal insects absorb the spectral wavelength of the light, the above-mentioned conventional light source is a single wavelength and color spectrum, so they can only be used to attract single- or A small number of insects cannot be changed according to the current environmental needs, so they cannot • effectively balance the insect catching effect. In view of the above, the present inventors have intensively discussed the structural and operational problems faced by the aforementioned conventional insect traps when they are unable to take into consideration the safety and insect trapping effects, and actively seek solutions through years of research and development experience in related industries. Tao, through continuous efforts in research and trials, finally succeeded in developing a variable insect trap structure that utilizes biological characteristics, thereby solving the inconvenience and trouble that existing insect traps cannot be used for different harmful insects. SUMMARY OF THE INVENTION Accordingly, the present invention is primarily directed to providing a variable insect trap structure utilizing biological properties whereby a trap can emit a light source that meets the brightness, color, and wavelength of a particular insect® to enable a particular insect to Attracted by a specific light source 'effectively enhance its insect catching effect. The present invention mainly implements the foregoing objects and effects through the following technical means; and includes a main housing having an opening space facing upward, and a front side wall surface of the main housing is formed. The front cover cover of the main casing is provided with a front cover; and a light-emitting module is disposed in the accommodating space of the main casing. 5 201021697 The light-emitting module has one or more a variable light source component, and the variable light source 70 can change the spectrum of the brightness, wavelength and color of the light source; an insect trapping component can be disposed on the front cover plate, and the insect catching point patch has a corresponding main The adhesive surface of the inner surface of the casing; the control circuit module is disposed on the main casing, the control circuit module has a power switch capable of opening and closing the insect trap, and the control circuit module is multi-functional and has an adjustable The variable light source component inputs a voltage and current control group. By using the foregoing technical means, the insect trap of the present invention is adapted to the spectrum of specific insect preferences, and the variable light source element is adjusted to emit a light source of a corresponding brightness, color and wavelength so that the specific insect can be specified. The light source of the wavelength attracts, effectively enhances the effect of catching insects, and can greatly improve the safety of its use, so that the insect trap of the present invention can be used for "trapping effect, diversity of insect catching, environmental protection and safety of use". Other aspects are more effective than the learners. In order to provide a further understanding of the composition, features and other objects of the present invention, the following are a few preferred embodiments of the present invention, and the detailed description of the present invention will be followed by the following description. . [Embodiment] The present invention is a variable trapping device structure for producing biological characteristics, and a specific embodiment of the insect trap of the present invention and its components, as exemplified by the drawings, all about front and rear, left and right The top and bottom, the lower part of the feeding, and the horizontal and vertical reference are only convenient for description, and are not intended to limit the invention. The dimensions specified in the drawings and the specification are subject to change in design and needs in accordance with the specific embodiments of the present invention without departing from the scope of the invention. With regard to the detailed composition of the insect trap of the present invention, as disclosed in the first, second and third figures, the insect trap is mainly composed of a basin-shaped main casing (10), and the main casing (10) There is at least one light emitting module (20), and a control circuit module (40) for adjusting the emission spectrum of the light emitting module (20) is further disposed in the main casing (10), so that specific insects can be subjected to specific wavelengths. The light source is attracted, and can match the pest-trapping component (30) disposed in the main casing (10) to stick harmful insects; wherein the main casing (10) has one or more hook holes (100) formed on the back surface thereof, The insect trap can be hung on the wall surface, and the main casing (10) has an opening space (11) with an opening upward, and the main casing (10) forms one or a plurality of side holes (12) on the peripheral wall surface for convenience. The harmful insect enters, and the front side wall surface of the main casing (10) is formed with a front cover hole (13) communicating with the accommodating space (11), and the side edges of the inner bottom surface of the main casing (10) are respectively formed with one side The pressing member (131) and the inner bottom surface of the main casing (10) are different from the back edge of the front cover hole (13) to form one or more rear pressing members (132). The side pressing member (131) and the rear pressing member (132) are used for jointly pressing the insect trapping member (30), and the main housing (10) is respectively formed on both side edges of the corresponding front cover hole (13). One or more snap holes (14) allow the front cover hole (13) of the main casing (10) to be covered by a front cover (15), and the inner surface of the front cover (15) has a corresponding buckle The locking member (18) of the hole (14) enables the front cover (15) to be fastened to the locking hole (14) of the main casing (10) by the fastening member (18) [such as the sixth and seventh As shown in the figure, the inner surface of the front cover (15) has a plurality of corresponding hook portions (19) in the outer cover corresponding to the front cover hole (201021697 13), and is provided for the aforementioned insect-trapping member (30), and further The front cover (15) is formed with one or a plurality of opposite L-shaped inserts (16) on the upper and lower edges of the main casing (10) for inserting a decorative panel (5〇). The fascia (50) further has a reflective property to enhance the effect of absorbing harmful insects; and the illuminating module (20) is disposed in the accommodating space (11) of the main casing (1 ,) and emits light Module (2〇) has one or more a variable light source element (21) for changing the spectrum of the incident light source, the variable light source element (21) being a light-emitting diode of three colors mixed with low power consumption and long life of red, green and blue [RG B.] [LED] constitutes 'the ability to change the brightness, wavelength and color of the spectrum of the emission source through the adjustment of voltage and current, and the light-emitting module (20) is covered with a transparent sheet on the variable light source element (21) (22) For protecting the aforementioned variable light source component (21), the light-emitting module (20) has a lamp holder (25) on the side, and the lamp holder (25) is provided with an ultraviolet light source component (26). The ultraviolet light source element (26) may be selected from the group consisting of an ultraviolet fluorescent tube, an ultraviolet cold cathode tube, etc., and is used for attracting mosquitoes having a phototaxis characteristic to the ultraviolet spectrum to enhance the effect of capturing mosquitoes; and as shown in the second and fourth figures As shown, the aforementioned insect-trapping adhesive () has an adhesive surface (31) 'the adhesive surface (31) is available for sticky insects, and the adhesive surface (31) can be further incorporated into a biological agent that attracts harmful insects to enhance It attracts harmful insects close to the insect-trapping (3〇) adhesive surface (31) Probability, in addition, the trapping paste (30) is formed with a plurality of hook holes (32) 'hook holes (32) and corresponding to the hook portion U9 of the front cover plate (15), so that the insect traps (3〇) It can be hooked on the front cover (15) 8 201021697 corresponding to the bottom surface of the part (5) of the main housing (10) accommodating space (u) and protrudes with a flap (35 = worm stick extension extends to the main housing ( 10) The bottom surface, the forming/pre-sampling (35) pressable member (131) and the rear-receiving member (132) restrict the side L of the ^ (10) as shown in the seventh figure]; The control system is disposed at the bottom of the main casing (1°). The control circuit module (the power switch (41) capable of opening and closing the insect trap, v- has 4. Another has a fingering control group (42), which can = group (4 〇) 电流, current, to change the aforementioned illuminating light: the source light of the variable light source element (8), so that the emitted second Degree, wavelength and color change, so that certain harmful insects can be attracted by specific = light source, effectively improve the effect of catching insects, and then control circuit module 40) has a power connection that can be connected to the power supply (43) 'from battery, solar energy Or a wind or the like for easy movement or external use, and the control circuit module (40) is further provided with an infrared receiver (45) for allowing the user to wirelessly control the entire insect trap through the control circuit module; The group constitutes a variable insect trap structure capable of taking into consideration the biological characteristics of high safety and insect catching effect. Through the above structural design, the actual operation of the present invention is as shown in the second and fourth figures. First, the corresponding insect-catching adhesive member (30) is hooked to the front cover with a hook hole (32). The hook portion (19) of the plate (15) is dead, and the flap (35) of the insect trapping member (30) is bent forward. Then, as shown in the sixth and seventh figures, the front cover 05) is placed on the front cover hole (13) of the main casing ,), which is a flap of the above-mentioned insect-trapping member λ (3〇). (35) Insert the side pressing member (131) 201021697 and the rear pressing member (1) 2) of the main casing (10), and let the front cover plate (15) be fastened to the domain body ((8) the snap hole ((4) ) can be set after the main housing (IG) h, such as = board (15 with the control circuit module (40) of the dial control group (42):: line: receiver (45) adjust the start lighting module (2 ()) The variable light source element 21), the voltage and current, enable the variable light source (2丨) to emit a light source corresponding to the spectrum for attracting specific insects: 'Transmission control circuit module (40) The power switch: the reference or the receiver (45) activates the illumination module (2G) 3=2 and the 12 ultraviolet light source component (26) emits the corresponding ί II I: the emitted light source absorbs the harmful Μ = Ϊ's description 'It can be understood that 'the invention can be directed to the spectrum of specific insect preferences, the control circuit module = (10) variable light source element (21) emits 4 = , color and wavelength of the light source 'to attract specific insects, effective Promotion The effect of catching insects. The first source of the invention and the other embodiment of the invention are as follows: the main casing (1) of the insect trap is not disclosed before: the front cover (8) corresponds to the main casing 2 == Fan:-- The high-voltage capacitors that generate discharges in the grid: The devices can also use the high-voltage capacitors to discharge the electrodes. There are:: applied to the non-combustible, fuel or gas with =, the same effect and practical value. It has 201021697. Furthermore, the insect trap of the present invention can also be applied to an outdoor farm. As disclosed in the eleventh figure, one or more solar panels (70) are provided on the top or periphery of the main casing (10). In the present invention, the solar panel (70) covered by the top surface is mainly used as a main embodiment, and the battery (70) connected to the solar panel (70) is provided in the control circuit module (4〇) for use. The solar panel (70) converts the solar energy into electrical energy and stores it with a battery to facilitate the movement of the insect trap and the use at night, and has the effect of sheltering rain, and further a plurality of side holes are formed in the periphery of the main casing (10) (12) For the insect to be attracted into the main casing (10), and the main casing (1〇) side is open, which can be selectively covered by the front cover (15), and then the main casing (1G) The inner wall surface of the front cover plate (15) is provided with a pest-trapping component (3G) which is provided with a sticky insect, and the main bribe (1Q) is provided under the light-emitting module (20) - a trapping device (8Q) , for placing insects to enhance the effect of attracting insects, which can achieve the aforementioned purposes and have the same effect Into. ❹ Since the insect trap of the present invention is based on the principle of phototaxis of mosquitoes, the insects do not need to pass through the discharge of high-voltage capacitors, so they do not emit fields, like, one breaks into ίί 1 occurs with traditional acaricides and deworming The agent creates the environment: ί==', so it can effectively take into account the changes in the environmental conservation festival. ίί can adjust the Kun A for the pests to be caught, so it will not affect ^..., Fu Xinghua, etc. environment of. The development of agriculture, and can be enhanced to understand that the present invention is a creative invention. 11 201021697 'In addition to effectively solving the problems faced by the practitioners', the effect is greatly enhanced, and in the same technical field. There is no (4) or similar product creation or public use, and there is an improvement in efficacy. Therefore, the present invention has met the requirements for "novelty" and "progressiveness" of the invention patent, and is to file an invention patent according to law, and pray for an early date. The invention patent is granted. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing the three-dimensional appearance of the insect trap of the present invention for explaining the main components and relative relationships of the crucible. Fig. 2 is a schematic view showing the appearance of a main casing in the insect trap of the present invention, which reveals the internal state of the main casing. Fig. 3 is an exploded perspective view showing the front cover of the insect trap of the present invention, which discloses the configuration of the front cover. Fig. 4 is a schematic view showing the appearance of a front cover in the insect trap of the present invention, which shows the state after the front cover is composed. Fig. 5 is a view showing the appearance of the main casing of the insect trap of the present invention from another angle of view g intended to reveal the configuration of the bottom of the main casing. Fig. 6 is a side elevational view showing the state in which the insect trap of the present invention is attached to the front cover, illustrating the state in which the front cover and the main casing are closed. Fig. 7 is a plan view showing the insect trap of the present invention when the front cover is closed. Fig. 4 shows the cover of the front cover and the main casing. Fig. 8 is a schematic view showing the appearance of the insect trap of the present invention in actual use for showing the state in which the ultraviolet light source element is used. Fig. 9 is a view showing another appearance of the insect trap of the present invention in actual use for showing the state in which the variable light source element is used. Figure 11 is a perspective view of another embodiment of the insect trap of the present invention. 12 201021697 Figure ' is used to illustrate the front panel having a grid. Figure 11 is a perspective view of a further embodiment of the insect trap of the present invention for illustrating its state of application to agriculture Φ
【主要元件符號說明】 (10) 主殼體 (11) 容置空間 (13) 前蓋孔 (132) 後壓件 (15) 前蓋板 (18) 卡扣件 (20) 發光模組 (22) 透光片 (26) 紫外線光源元件 (31) 黏著面 (35) 摺片 (41) 電源開關 (43) 電源接線 (50) 飾板 (70) 太陽能板 (100) 掛勾孔 (12) 侧孔 (131) 侧壓件 (14) 卡扣孔 (16) 插片 (19) 勾部 (21) 可變光源元件 (25) 燈座 (30) 捕蟲黏貼件 (32) 勾孔 (40) 控制電路模組 (42) 指撥調控組 (45) 紅外線接收器 (60) 電網 (80) 誘餌容置件[Main component symbol description] (10) Main housing (11) Housing space (13) Front cover hole (132) Rear pressing member (15) Front cover (18) Snap member (20) Light-emitting module (22 Light Transmissive Sheet (26) UV Light Source Element (31) Adhesive Surface (35) Fold (41) Power Switch (43) Power Wiring (50) Trim Board (70) Solar Panel (100) Hook Hole (12) Side Hole (131) Side press (14) Snap hole (16) Insert (19) Hook (21) Variable light source (25) Lamp holder (30) Pest trap (32) Hook hole (40) Control circuit module (42) finger control group (45) infrared receiver (60) power grid (80) bait housing