201204245 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種捕蟲器，特別是指一種具有用以 集中蟲隻驅趕裝置的捕蟲器。 【先前技術】 目前市面上有許多用以捕捉或消滅蚊蠅、蟑螂、螞蟻 等昆蟲的產品，例如電蚊燈、電蚊拍、具毒性的蟑螂藥、 螞蟻藥、殺蟲劑。電蚊燈是利用蚊蟲的趨光性吸引蚊蟲接 近’並搭配高壓電網使蚊蟲接近時因接觸電網而遭電擊死 亡’電蚊拍則是將電網佈設於拍子上，供使用者主動揮動 電擊蚊蟲’然而此類使用電擊消除蚊蟲的產品卻存在因兒 里誤觸而發生意外的安全顧慮。而璋螂螞蟻藥或殺蟲劑是 利用藥劑的毒性毒殺蚊蟲，但此類藥品可能被兒童誤食而 造成傷害’並且在喷灑時不慎吸入體内也會危害人體的健 康。 相關業者為解決上述的困擾，已發明出一種使用較為 安全的捕蟲器，如台灣新型專利第M302887號「自動捕蒼 罐機」所揭露者。該自動捕蒼蠅機藉由誘蠅器將蒼蠅先誘 導至捕蠅機内部’然後再利用蒼蠅的趨光性及藉由漏斗式 引道將蒼蠅引導至抽取式捕蠅箱。然而該捕蒼蠅機的結構 無法有效的集中蒼蠅，使蒼蠅於捕蠅機内部四處亂竄或是 蒼繩的屍體四處分佈而造成清潔與衛生上的問題。 【發明内容】 因此’本發明之目的在提供一種既安全又便於清潔的 201204245 捕蟲器’ 4捕蟲器能夠有效集中蟲隻。 ^ 本發明可集中蟲隻的捕蟲器，包含一殼體裝置 。士驅趕裝置及-驅動裝置。該殼體裝置包括一中空殼體 蟲I中空殼體界定出一内部空間並且形成有至少-用以供 進入的入口。該驅趕裝置可轉動地設於該中空殼體内 該㈣裝置包括—軸桿及至少—設於該軸桿上的螺旋結 、、亥螺旋結構於該内部空間中界定出至少一與該入口連 入口累％狀通道，且該螺旋結構的一螺旋方向朝向離開該 入口的方向。該驅動裝置與該驅趕裝置連接而用以驅動該 軸桿連_螺旋結構繞該轴桿自身的中心軸線旋轉。 該喊體裝置還包括一可分離地設置於該中空殼體的盒 體’該盒體界定出-用以盛裝蟲隻誘劑的容置槽，該中空 殼體形成有至少一連通該中空殼體的内部空間及該容置^ 的穿孔。 9 本發明可集中蟲隻的捕蟲器還包含一設於該中空殼體 内的引誘元件’用以引誘一待捕捉的蟲隻進入該中空殼體 本發明之功效在於藉由驅動裝置轉動驅趕裝置的軸桿 ，並帶動軸桿上的螺旋狀結構以驅趕進入捕蟲器的蟲隻， 將蟲隻集中於-處以方便處理。此外，藉由引誘元件所發 出的光線或溫度，或容置槽内的誘劑所散發出的氣味，該 捕蟲器可吸引多種蟲隻以增加引誘蟲隻進入捕蟲器的機率 【實施方式】 201204245 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之三個較佳實施例的詳細說明中，將可 清楚的呈現* 在本發明被詳細描述之前，要注意的是，在以下的說 明内容中，類似的元件是以相同的編號來表示。 參閱圖1與圖2，本發明可集中蟲隻的捕蟲器的第一較 佳實施例包含一殼體裝置丨 '一驅趕裝置2、—驅動裴置3 及一引誘元件4。 殼體裝置1包括一中空殼體u、一封蓋12以及—盒體 18。中空殼體π大致呈中空長筒狀結構而界定出一内部空 間hi並且形成有多數個用以供蟲隻進入的入口 112及多數 數個蟲隻無法通過的穿孔118。盒體18可分離地設置於中 空殼體11。盒體18界定出一用以盛裝蟲隻誘劑5的容置槽 181，穿孔118是連通該中空殼體u的内部空間Ul及容置 槽181。在本實施例中，中空殼體112底部設有二肋條 ，盒體18兩側形成有二凹槽182，盒體18通過凹槽182與 肋條110凹凸相配合的方式自中空殼體u 一側下方滑入並 定位於中空殼體11下方，穿孔118是形成於中空殼體^底 底部並用以供容置槽181中的誘劑5氣味擴散至中空殼體 11的内部空間1U與外部。中空殼體u具有相反的兩端部 116、117，其中一個端部116形成有一出口 113，另一個端 部in形成有一開σ 114。人σ 112是彼此間隔地形成於中 二ΛΧ體11頂面。封蓋12用以可分離地結合在中空殼體u 的出口 113處而封閉出口 113，封蓋12與中空殼體u之間 201204245 可以是透過例如内、外螺紋相螺合的方式結合。 驅趕裝置2可轉動地設於中空殼體η而位於内部空間 U1。驅趕裝置2包括—軸桿21及至少-設於軸桿21上的 螺紅結構22。螺旋結構22於内部空間111中界定出至少-與入口 112連通的螺旋狀通道221，且螺旋結構22的一螺 走方向朝向離開入σ 1】2的方向。在本實施例中轴桿21 沿中空殼體11的長度方向設置並且一端樞接在中空殼體u 的端。"16並朝向出口 113，而另一端朝向開口 ιΐ4，因而 t桿2丨可受驅動繞自身中心軸線轉動。螺旋結構22繞軸 干的外表面呈螺旋方向延伸形成而與中空殼體u的内壁 面界定出螺旋狀通道22卜且螺旋狀通道221連通入口 112 與出口 113 ’螺旋結構22包括多數圍繞轴桿21設置並且呈 螺旋狀排列的刷毛。且附帶—提的是，為捕捉不同種類的 蟲類’使用者可於螺旋結構22表面塗佈無毒性的誘劑以吸 引蟲隻。 驅動裝置3與驅趕裝置2連接而用以驅動軸桿21連同 螺旋結構22繞軸桿自身的中心轴線旋轉。在本實施例中， 驅動裝置3為馬達’其設置在中空殼體u形成有開口 ιΐ4 的端部117並且遮蔽開口 114,同時，驅動裝置3與軸桿21 動力連接，因而能驅動驅趕裝置2於中空殼體u内旋轉。 值得一提的是，驅動裝置3可以慢速或是間歇性地轉動， 使蟲隻在不受驚擾的狀態下由入口 進入螺旋通道221。 引誘元件4設於中空殼體11内，並用以引誘一待捕捉 的蟲隻進入中空殼體11的内部空間ηι。引誘元件4可為 201204245 一產生光源的發光元件或一產生熱源的發熱元件。在本實 施例中’引誘元件44為一低瓦數的燈泡，燈泡表面塗布特 定的濾光塗料。使用者可視欲捕捉蟲隻的特性選擇使用發 光元件或發熱元件吸引蟲隻或是使用容置槽181内的誘劑5 吸引蟲隻。 補充說明的是，在本實施例中，螺旋結構是包括多數 呈螺旋狀排列的刷毛，但在另一種實施態樣中，如圖6所 示，螺旋結構也可為一呈螺旋狀圍繞軸桿21設置的板片23 當蟲隻6受到吸引由中空殼體11的入口 112進入螺旋 狀通道221時，隨著驅趕裝置2受驅動裝置3驅動旋轉， 使螺旋結構22往出口 113的方向推移，便能將位在螺旋狀 通道221内的蟲隻6往出口 113的方向推送，進而讓蟲隻6 集中於鄰近出口 113處，而當使用一段時間後，使用者將封 蓋12由中空殼體η分離取下，即可進行封蓋12的清理。 • 參閱圖i、圖3及圖4,本發明可集中蟲隻的捕蟲器的 第二較佳實施例與第一實施例的結構相近，只是，殼體裝 置1的封蓋12是以一集蟲容器15取代。 集蟲容器15可分離地設置於中空殼體11的出口 113處 ，藉由出口 113與内部空間111相連通》在本實施例中，集 蟲容器15包括一罐體151及一可活動地設於罐體的隔板 152罐體151具有前後相間隔的一前壁156、一後壁157 以及連接在前壁156與後壁157之間的一周壁158，前、後 201204245 壁156、157與周壁158相配合界定出一容置空間153，且 前壁156設有一與容置空間153相連通的開口 159，罐體 151是以其開口 159朝向中空殼體11的出口 113地結合在 中空殼體11，使得中空殼體11與罐體151可藉由出口 ι13 與開口 159相連通。 周壁158的一處設有一插孔可供隔板152橫向插入而 伸入容置空間内並且位於前壁156的後方阻隔容置空間153 與開口 159，進而隔絕容置空間153與内部空間U1連通， 當然’周壁158的内壁面對應於隔板152插入處也可以設 有導槽150導引隔板152插入或抽出。 隔板152的作用在於’當使用者欲將罐體Mi與中空 殼體11分離時，先藉由將隔板152插入罐體151内，阻隔 罐體151與中二设體Η之間的連通之後，再將罐體a〗與 中空殼體11分離，可避免罐體151内的蟲隻6再度飛出。 除此之外，在另一種變化態樣中，罐體151的後壁157 也可以是網狀結構，使罐體151的容置空間153與外界能 保持氣流流通的狀態，藉由可通風的網狀結構，罐體Mi 内的蟲隻6可被自然風乾。 參閱圖5’本發明可集中蟲隻的捕蟲器的第三較佳實施 例與第二個實施例相近’唯殼體裝置1有所不同。 中空殼體11内鄰近入口 112處設有多數第一棱性組件 第撓吐組件119自入口 112向該内部空間111延伸 並於末端相互靠折，皆 .. 罪近弟一撓性組件119可供蟲隻經由入口 112進入内部空問 並且用以供防止已進入内部空間111 201204245 的蟲隻自人口 m逃脫。在本實施例中，第_撓性組件ιΐ9 可為刷毛或是板片。 綜上所述，本發明可集中蟲隻㈣蟲器藉由第一撓性 組件119可防止進入中空殼體u内的蟲隻6從入口 ιΐ2逃 脫。並且，藉由驅趕裝置2的螺旋結構22可將進入中空殼 體11的蟲隻6’不論種類、不拘大小，全都自入。二： 趕至集蟲容n 15，同時保持巾空殼體η㈣清潔，而在集 蟲容器15内的蟲隻6可藉由通風的網狀結構自然風乾以 待後續處理。此外，藉由引誘元件4及容置槽ΐ8ι中的誘 劑5，可吸引蒼繩、蚊子、緯螂、螞蟻及蚊蟲等多種蟲隻以 增加蟲隻進入捕蟲器的機率。因此，藉由本發明可集中蟲 隻的捕蟲器，使用者捕捉蚊蟲或昆蟲時無需顧慮幼兒會因 誤觸或誤食所造成的電擊或中毒意外，且構造簡單、造價 低廉又易於清潔，故確實能達成本發明之目的。 惟以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請專利 範圍及發明說明内容所作之簡單的等效變化與修飾皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一本發明可集中蟲隻的捕蟲器的第一較佳實施 例的立體分解圖； 圖2是一該可集中蟲隻的捕蟲器的剖示圖，說明一蟲 隻被引誘進入一中空殼體内被一驅趕裝置驅趕至該中空殼 體的一端； 201204245 圖3是一集蟲容器的立體圖，說明該可集中蟲隻的捕 蟲器的第二較佳實施例於一殼體裝置的出口可分離地設置 該可收集被驅趕的蟲隻的集蟲容器； 圖4是一該可集中蟲隻的捕蟲器的第二較佳實施例的 剖示圖’說明被驅趕的蟲隻在該集蟲容器中被收集； 圖5是該可集中蟲隻的捕蟲器的第三較佳實施例的殼 體裝置的-剖示圖，說明該可集中蟲隻的捕蟲器的中空殼 體内鄰近多數個入口處設有多數個防止蟲隻逃脫的第一撓 性組件；及 圖6是該驅趕裝置的一立體圖，說明該驅趕裝置的一 螺旋結構的另一實施態樣。201204245 VI. Description of the Invention: [Technical Field] The present invention relates to an insect trap, and more particularly to an insect trap having a device for concentrating insects. [Prior Art] There are many products on the market for capturing or eliminating insects such as mosquitoes, cockroaches, and ants, such as electric mosquito lamps, electric mosquito swatters, toxic peony drugs, ant drugs, and insecticides. The mosquito-mosquito lamp uses the phototaxis of mosquitoes to attract mosquitoes close to it and is equipped with a high-voltage power grid to cause electric shocks when the mosquitoes approach the grid. The electric mosquito swatters are placed on the racquet for the user to actively swing the electric mosquitoes. Products that use electric shock to eliminate mosquitoes have unexpected safety concerns due to accidental contact. The cockroach ant medicine or insecticide is a toxic poisonous mosquito that uses the medicinal agent, but such medicine may be inadvertently eaten by the child and cause harm. And inadvertent inhalation during spraying may also endanger the health of the human body. In order to solve the above problems, related companies have invented a safer insect trap, such as the one disclosed in Taiwan's new patent No. M302887 "Automatic Canning Machine". The automatic fly trap uses a fly trap to induce the fly to the inside of the fly trap and then uses the phototaxis of the fly and directs the fly to the removable fly trap via a funnel approach. However, the structure of the fly trap cannot effectively concentrate the flies, causing the flies to be scattered around the fly trap or the bodies of the cords to cause cleaning and sanitation problems. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a 201204245 insect trap' 4 insect trap that is both safe and easy to clean, capable of effectively concentrating insects. ^ The present invention can focus on insect traps, including a housing device. The driver drives the device and the drive unit. The housing means includes a hollow housing. The hollow housing defines an interior space and is formed with at least an inlet for access. The driving device is rotatably disposed in the hollow casing. The (4) device comprises a shaft and at least a spiral knot disposed on the shaft, and the Helix structure defines at least one of the inlet and the inlet. The inlet is in the form of a % channel, and a helical direction of the spiral is oriented away from the inlet. The drive unit is coupled to the drive unit for driving the shaft to rotate about a central axis of the shaft itself. The shouting device further includes a casing detachably disposed in the hollow casing. The casing defines a receiving groove for containing the insect attracting agent, and the hollow casing is formed with at least one communication. The inner space of the hollow casing and the perforation of the receiving hole. The insect trap of the present invention further comprises an attracting element disposed in the hollow shell for attracting a pest to be captured into the hollow shell. The invention has the effect of driving the device Rotate the shaft of the drive and drive the spiral structure on the shaft to drive the insects into the insect trap, and concentrate the insects at - to facilitate handling. In addition, by trapping the light or temperature emitted by the component, or accommodating the odor emitted by the attractant in the tank, the trap can attract a variety of insects to increase the probability that the attracting insects only enter the insect trap. The above and other technical contents, features and effects of the present invention will be clearly understood from the following detailed description of the three preferred embodiments of the present invention. In the following description, like elements are denoted by the same reference numerals. Referring to Figures 1 and 2, a first preferred embodiment of the insecticidal insect trap of the present invention comprises a housing device 一 'a drive unit 2', a drive unit 3 and an attracting member 4. The housing device 1 includes a hollow housing u, a cover 12, and a case 18. The hollow casing π has a substantially hollow cylindrical structure defining an internal space hi and is formed with a plurality of inlets 112 for insects to enter and a plurality of perforations 118 through which the plurality of insects cannot pass. The casing 18 is detachably provided to the hollow casing 11. The casing 18 defines a receiving groove 181 for containing the insect attracting agent 5, and the through hole 118 is an inner space U1 and a receiving groove 181 which communicate with the hollow casing u. In the embodiment, the bottom of the hollow casing 112 is provided with two ribs, and two grooves 182 are formed on both sides of the casing 18. The casing 18 is matched with the ribs 110 by the groove 182 from the hollow casing u. One side is slid down and positioned under the hollow casing 11, and the through hole 118 is formed at the bottom of the hollow casing and is used for diffusing the odor of the attractant 5 in the accommodating groove 181 to the inner space of the hollow casing 11. 1U and external. The hollow casing u has opposite end portions 116, 117, one of which is formed with an outlet 113 and the other end is formed with an opening σ 114. The human σ 112 is formed on the top surface of the middle dilute body 11 at intervals from each other. The cover 12 is detachably coupled to the outlet 113 of the hollow casing u to close the outlet 113, and the cover 0412 and the hollow casing u may be coupled by, for example, internal and external threads. . The ejector unit 2 is rotatably disposed in the hollow casing η and located in the internal space U1. The slamming device 2 includes a shaft 21 and at least a screw-red structure 22 provided on the shaft 21. The helical structure 22 defines at least a helical passage 221 in communication with the inlet 112 in the interior space 111, and a spiraling direction of the helical structure 22 is directed away from the direction of σ 1 . In the present embodiment, the shaft 21 is disposed along the longitudinal direction of the hollow casing 11 and one end is pivotally connected to the end of the hollow casing u. "16 is toward the outlet 113, and the other end faces the opening ι4, so that the t-bar 2丨 can be driven to rotate about its central axis. The spiral structure 22 extends in a spiral direction around the outer surface of the shaft trunk to define a spiral passage 22 with the inner wall surface of the hollow casing u, and the spiral passage 221 communicates with the inlet 112 and the outlet 113. The spiral structure 22 includes a plurality of surrounding shafts. The rods 21 are arranged and arranged in a spiral shape. Incidentally, in order to capture different types of insects, a user can apply a non-toxic attractant to the surface of the spiral structure 22 to attract insects. The drive unit 3 is coupled to the drive unit 2 for driving the shaft 21 together with the helical structure 22 to rotate about the central axis of the shaft itself. In the present embodiment, the driving device 3 is a motor 'which is disposed at the end 117 of the hollow casing u where the opening ι 4 is formed and shields the opening 114, while the driving device 3 is mechanically coupled with the shaft 21, thereby driving the driving device 2 Rotates within the hollow housing u. It is worth mentioning that the driving device 3 can be rotated slowly or intermittently so that the insect enters the spiral passage 221 from the inlet only in an undisturbed state. The attracting member 4 is disposed in the hollow casing 11 and is used to attract a pest to be caught into the inner space η of the hollow casing 11. The attracting element 4 may be 201204245 a light-emitting element that generates a light source or a heat-generating element that generates a heat source. In the present embodiment, the attracting element 44 is a low wattage bulb, and the bulb surface is coated with a specific filter coating. The user may choose to use the light-emitting element or the heat-generating element to attract the insects or use the attractant 5 in the accommodating groove 181 to attract the insects. It should be noted that, in this embodiment, the spiral structure includes a plurality of bristles arranged in a spiral shape, but in another embodiment, as shown in FIG. 6, the spiral structure may also be a spiral around the shaft. When the insect piece 6 is attracted by the inlet 112 of the hollow casing 11 into the spiral passage 221, as the driving device 2 is driven to rotate by the driving device 3, the spiral structure 22 is moved toward the outlet 113. The insect 6 positioned in the spiral passage 221 can be pushed in the direction of the outlet 113, so that the insect 6 is concentrated near the outlet 113, and when used for a period of time, the user closes the cover 12 by hollow. The cover η is removed and removed, and the cover 12 can be cleaned. Referring to Figures i, 3 and 4, the second preferred embodiment of the insect trap of the present invention is similar to the structure of the first embodiment, except that the cover 12 of the housing device 1 is a The insect container 15 is replaced. The worm container 15 is detachably disposed at the outlet 113 of the hollow casing 11 and communicates with the internal space 111 through the outlet 113. In the present embodiment, the worm container 15 includes a can body 151 and a movable body. The tank body 151 provided in the tank body has a front wall 156 spaced apart from each other, a rear wall 157, and a peripheral wall 158 connected between the front wall 156 and the rear wall 157, front and rear 201204245 walls 156, 157 An accommodating space 153 is defined in cooperation with the peripheral wall 158, and the front wall 156 is provided with an opening 159 communicating with the accommodating space 153. The can body 151 is coupled with the opening 159 thereof toward the outlet 113 of the hollow casing 11. The hollow casing 11 allows the hollow casing 11 and the can body 151 to communicate with the opening 159 through the outlet ι13. A receptacle is provided at one of the peripheral walls 158 for the lateral insertion of the partition 152 to extend into the accommodating space and to be disposed at the rear of the front wall 156 to block the accommodating space 153 and the opening 159, thereby separating the accommodating space 153 from the internal space U1. Of course, the inner wall surface of the peripheral wall 158 may be provided with a guide groove 150 for guiding the insertion or withdrawal of the partition plate 152 corresponding to the insertion of the partition plate 152. The function of the partition 152 is that when the user wants to separate the can body Mi from the hollow casing 11, the partition 152 is inserted into the can body 151 to block the between the can body 151 and the middle body. After the communication, the can body a is separated from the hollow casing 11, and the insects 6 in the can body 151 can be prevented from flying again. In addition, in another variation, the rear wall 157 of the can body 151 may also be a mesh structure, so that the accommodating space 153 of the can body 151 can maintain the airflow state with the outside, by being ventilated. In the reticular structure, the worms 6 in the tank Mi can be naturally dried. Referring to Fig. 5', the third preferred embodiment of the insecticidal insect trap of the present invention is similar to the second embodiment except that the housing device 1 is different. A plurality of first prismatic components are disposed in the hollow casing 11 adjacent to the inlet 112. The sprung assembly 119 extends from the inlet 112 to the inner space 111 and is folded at the end, both of which are: sin a flexible component 119 The insects can only enter the internal space via the inlet 112 and are used to prevent the insects that have entered the internal space 111 201204245 from escaping from the population m. In this embodiment, the first flexible component ι 9 may be a bristles or a sheet. In summary, the present invention can prevent the insects 6 entering the hollow casing u from escaping from the inlet ι 2 by the first flexible member 119. Further, by the spiral structure 22 of the driving device 2, the insects 6' entering the hollow casing 11 can be self-incorporated regardless of the type or size. Two: rush to collect the insect capacity n 15, while keeping the empty shell η (four) clean, and the insect 6 in the collecting container 15 can be naturally air-dried by a ventilated mesh structure for subsequent processing. In addition, by attracting the element 4 and the attracting agent 5 in the groove 8i, it is possible to attract a variety of insects such as a cord, a mosquito, a weft, an ant, and a mosquito to increase the probability of the insect entering the insect trap. Therefore, according to the present invention, the insect trap can be concentrated, and the user does not need to worry about electric shock or poisoning accident caused by accidental or accidental eating when the user catches the mosquito or the insect, and has the advantages of simple structure, low cost and easy cleaning. It is indeed possible to achieve the object of the invention. The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are all It is still within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view of a first preferred embodiment of an insect trap that can concentrate insects; FIG. 2 is a cross-sectional view of the insect trap of the concentrated insect. It is indicated that a worm is only attracted into a hollow casing and driven to a side of the hollow casing by a driving device; 201204245 Fig. 3 is a perspective view of a worm container, illustrating the worm-incorporated insect hopper The second preferred embodiment is detachably disposed at an outlet of a housing device for collecting an insect collecting container of the driven insect; FIG. 4 is a second preferred embodiment of the insecticidal insect trap FIG. 5 is a cross-sectional view showing the housing device of the third preferred embodiment of the insect trapping device of the insect-inducing insect, FIG. a plurality of first flexible components for preventing insects from escaping from a plurality of inlets in the hollow casing of the insect-trapping insect trap; and FIG. 6 is a perspective view of the driving device, illustrating the driving device Another embodiment of a spiral structure.
10 201204245 . 【主要元件符號說明】 1 ....... …殼體裝置 156… •…前壁 11…… …中空殼體 157… …·後壁 110 .... …肋條 158 ... …·周壁 111 ··· …内部空間 159… ·..·開口 112 .... …入口 18·...· •…盒體 113… …出口 181… •…容置槽 114 .... ....開口 182… ···.凹槽 • 116··· …·端部 2…… •…驅趕裝置 117… .·.·端部 21…… •…軸桿 118… …·穿孔 22····. •…螺旋結構 119… …·第一撓性組件 221… —螺旋狀通道 12…… •…封蓋 23·...· ----板片 15…… •…集蟲容器 3…… •…驅動裝置 150… •…導槽 4…… •…引誘元件 151… •…罐體 5…… …·誘劑 • 152 … ----隔板 6…… …·蟲隻 153… •…容置空間10 201204245 . [Main component symbol description] 1 . . . ... housing device 156... • front wall 11 ... hollow housing 157 ... ... rear wall 110 .... rib 158 . .. ...·周壁 111 ····Internal space 159... ·..·Opening 112 ........Inlet 18·...·•...Box 113...Exit 181...•...Accommodation slot 114.. .. .... Opening 182... ···. Grooves • 116·····End 2... •...Drive device 117... End point 21... •...Shaft 118... Perforation 22····.•...Spiral structure 119...·First flexible component 221...-Spiral channel 12...•...Cover 23·...· ----Plate 15... •... Insect container 3... •...Drive unit 150... •... Guide groove 4... •...Inducing element 151...•...Can body 5...··Attractant• 152 ... ----Separator 6......... Worm only 153... •... accommodation space