201004563 六、發明說明： 【發明所屬之技術領域】 本發明係關於引誘飛翔害蟲並可有效地予以捕殺之捕 殺具，尤其，關於塗著有黏著劑，且裝卸容易的捕殺具。 本發明之飛翔害蟲捕殺具，係可廣泛地利用於農林園藝用 、家庭用、工廠用、畜產用者。 Φ 【先前技術】 一般於農林園藝，在進行防治病蟲害時，係常常使用 化學農藥。然而，使用化學農藥之情況，係不只病蟲害， 有時也會給人畜等之其他的生物帶來傷害。近幾年，該等 的化學藥劑之給人畜帶來之影響或環境污染等之問題被重 視起來。又，具有：有可能會對於作業者本身的健康給予 不良影響之缺點。於是，因而對環境保全、對吃的安全性 之提高、有機栽培的生產需要之提高等理由，且藉由減少 Φ 化學農藥之使用，生物性防治、耕作性防治、物理性防治 來實施綜合防治管理。 其中在物理性防治法當中’大多使用：利用藉由光色 的波長之黏著誘捕板。又’作爲捕蠅用也利用黏著捕獲薄 片。 利用藉由光色的波長之黏著誘捕板的基材，爲紙類或 塑膠板、或者塑膠薄膜，該等之設置方法，係於其基材開 孔並將細繩或鐵絲穿過，或藉由洗衣夾吊掛在拉，繞於 j見場 之細繩或金屬線等來使用。如此之作業，係不只對於安裝 -5- 201004563 ，在使用後之拆除也會被黏著劑弄髒手，並會造成附著於 工作服等，故作業上很煩腻。 因此，被要求在安裝時及拆卸時具有簡便且避免作業 上的煩腻性之手段。 在專利文獻1中，係開發出由害蟲捕殺黏著薄片及握 持固定底紙所構成之捕蟲具，如此之捕蟲具由於只要抓持 著無黏著劑之固定底紙來作業，就不會有黏著劑附著於手 或工作服之問題。 _ ❹ 但是，在現場安裝於細繩或金屬線等之部分係爲上述 固定底紙之部分，因此仍不得不進行使該底紙穿過細繩等 、或是以洗衣夾等來安裝。因此，依然是工作效率無法能 夠提高。又，如此之捕蟲具，並非只以黏著薄片作爲結構 ，由於還必須取得底紙及對薄片進行固定，所以需要該部 分之成本及作業程序。 又，本發明者們，雖於日本特願2008-037710號中， 發明了藉由於基材本體之基材表面的內部，施入一定形狀 @ 的切縫，而可以容易地對農業等之現場所拉繞張設的細繩 或金屬線等進行脫著，但是仍具有應改善點：即對於細繩 等安裝後，當受到農藥散布時之風壓等的影響時，捕殺具 容易從細繩等脫離之問題。 [先行技術之專利文獻] 專利文獻1:日本特開平11-332446號公報。 【發明內容】 -6- 201004563 [發明所要解決之問題] 本發明之課題，係提供一種：在將飛翔害蟲捕 於拉繞在農業現場之細繩或金屬線等吊掛或拆卸之 以一面維持對於細繩等脫著的容易性、及飛翔害蟲 功能，同時對細繩等之安裝後，即使受到風等也不 的飛翔害蟲捕殺具。 Φ [發明解決問題之技術手段] 爲了解決上述問題，本發明，係在於提供一種 蟲捕殺具， 爲具備：平面狀的基材本體、以及 設置於基材本體上之塗佈有黏著劑的黏著劑塗 之飛翔害蟲捕殺具， 上述基材本體，係具有： 穿通用以勾掛上述飛翔害蟲捕殺具之勾掛構件 # 貫通孔與第二貫通孔'及 藉由連通上述第一貫通孔與上述第二貫通孔的 將上述基材本體的一部分予以切開而形成的舌片部 上述舌片部，係包含有接連區域部以及伸長部 該接連區域部，是夾介上述第一貫通孔與第二 之間之部位之至少一部分，接連上述基材本體的其 與上述舌片部， 該伸長部，是從上述接連區域部之中之第一貫 旁的部位，朝向：與從上述第一貫通孔朝向上述第 殺具， 際，可 的捕殺 會脫離 飛翔害 佈部， 的第一 切縫， 貫通孔 他部分 通孔近 二貫通 201004563 孔之方向相反方向以及從接連部位來看爲相反方向伸長。 在此，作爲「基材」者，只要是平面狀的基材即可， 可使用薄膜、薄片、板、紙類、不織布等。材料可使用聚 苯乙烯、聚丙烯、塑膠、壓克力等。基材的形狀雖只要是 平面狀並無特別的限制，但以多角形爲佳，四角形者更佳 〇 第一及第二貫通孔的形狀雖爲圓形、橢圓形、三角形 、菱形、四角以上的多角形、星形等等皆可，但由細繩等 所承受壓力之耐久性、製造作業效率（模具）而言，以圓 形爲佳。 第一及第二貫通孔，雖然只要分別設置於基材表面的 內部即可，但最好可使連結第一與第二貫通孔的線，設於 :以將捕殺具相對於地面垂直地吊掛使用時，可成爲上方 的位置爲佳。 又，基材的形狀爲多角形（更佳爲四角形），連結第 一貫通孔與第二貫通孔的線，以使第一貫通孔及第二貫通 孔被設置在相對於該多角形的上邊成爲平行的位置爲佳。 一般在現場所拉繞的細繩等之勾掛構件，係相對於地面大 致往水平方向拉繞，並穿通過第一與第二貫通孔使捕殺具 相對於地面朝垂直方向，夾介細繩等之勾掛構件而可以容 易地、且安定地勾掛。又，所謂「上邊」，是將捕殺具勾 掛到勾掛構件時，成爲在上的邊。 舌片部’是藉由連通上述第一貫通孔與上述第二貫通 孔的切縫’將上述基材本體的一部分予以切開所形成。 -8- 201004563 舌片部，係包含接連區域部以及伸長部， 該接連區域部，是夾介上述第一貫通孔與第二貫通孔 之間之部位之至少一部分，接連上述基材本體的其他部分 與上述舌片部， 該伸長部，是從上述接連區域部之中之第一貫通孔近 旁的部位，朝向：與從上述第一貫通孔朝向上述第二貫通 孔之方向相反方向以及從接連部位來看爲相反方向伸長。 Φ 舌片部，更包含從上述接連區域部之中之第二貫通孔 近旁的部位，朝向：與從上述第二貫通孔朝向上述第一貫 通孔之方向相反方向以及從接連部位來看爲相反方向伸長 的伸長部爲佳。 又，所謂「從接連部位來看爲相反方向伸長」之中的 「相反方向」，是與舌片部的伸長方向相反的方向。 形成舌片的切縫，雖也可以是矩形或波浪線狀，但以 弧狀的切縫較佳。 φ 「切縫」，雖依基材的厚度或材料而有差異，不過可 以藉由一般的切斷工具，例如美工刀、刀片、小刀、剪等 來置入切縫。 本發明之飛翔害蟲捕殺具，尙且，舌片部，是由：藉 由切縫橫切過第一貫通孔與第二貫通孔之間所形成的第一 小舌片與第二小舌片而形成， 上述第一小舌片，係包含有第一接連區域部以及第一 伸長部， 該第一接連區域部，是第一貫通孔與第二貫通孔之間 -9- 201004563 之一部分的部位，夾介由切縫所形成的一部位，接連基材 本體的其他部分與上述第一小舌片， 該第一伸長部，是從第一接連區域部之中之第一貫通 孔附近的部位，朝向：與從第一貫通孔朝向第二貫通孔之 方向相反方向以及從接連部位來看爲相反方向伸長； 第二小舌片，係包含有第二接連區域部以及第二伸長 部， 該第二接連區域部，是夾介除了上述一部位之外之第 @ 一貫通孔與第二貫通孔之間的其他部位，接連基材本體的 其他部分與上述第二小舌片， 該第二伸長部，是從第二接連區域部之中之第二貫通 孔附近的部位，朝向：與從第二貫通孔朝向第一貫通孔之 方向相反方向以及從接連部位來看爲相反方向伸長，如此 特徵之飛翔害蟲捕殺具亦佳。 本發明之飛翔害蟲捕殺具的基材爲具有0.1 mm以上的 厚度爲佳。藉由將基材厚度作成爲0.1mm以上，可容易進 Θ 行拿取、安裝等之作業。基材厚度作成爲〇.3mm以上爲更 佳。 於基材本體上，設有塗佈有黏著劑的黏著劑塗佈部。 黏著劑，係塗佈於基材本體上的全體亦可、塗佈於舌片以 外亦可、塗佈於比舌片更下方的部位亦可。又，藉由於基 材本體之外周的至少一部分，以留出拿取用的空白量之方 式來塗佈黏著劑，則可以容易操作使用。 所謂「黏著劑」，係只要具有可捕獲害蟲的程度之黏 -10- 201004563 著力即可，可以使用丙烯系黏著劑或橡膠系黏著劑等各種 之黏著劑，又，爲了有效地誘捕害蟲在上述黏著劑中預先 混合害蟲引誘劑爲佳。或者，爲了引誘害蟲亦可預先在基 材本身塗以特定的波長之顏色。 又，成爲本發明之捕殺具的捕殺對象之「飛翔害蟲」 係並無特別限制，但可廣泛地列舉使各種農作物、樹木等 蒙受損害之害蟲，可舉出天牛類、金龜子類、粉蝨類、薊 馬科類、蚜蟲類、薊馬類、潛葉蠅類、果蠅類、浮塵子類 、葉蟬類、小菜蛾類等。 [發明效果] 本發明之飛翔害蟲捕殺具，係於拉繞在現場之細繩或 棍棒或金屬線等之勾掛構件進行吊掛或拆卸時，能夠容易 地對細繩等裝著脫離，又，在對細繩等安裝後不易受風等 所影響。 【實施方式】 [用以實施本發明之形態] 以下，參照圖面就本發明的飛翔害蟲捕殺具更具體地 說明之。但是，本發明的飛翔害蟲捕殺具係並不限定於以 下之樣態。 第1圖（A)，係顯示本發明之第一之形態例的飛翔害 蟲捕殺具1的平面圖。 本發明之第一形態例中之飛翔害蟲捕殺具1，係以長 -11 - 201004563 方形的平板作爲基材本體2，於基材本體2的上部，設有 連通第一貫通孔5與第2貫通孔5,之弧狀的切縫4，並藉 由該切縫4形成舌片部10。 舌片部10，是由：夾介第一貫通孔5與第二貫通孔 5’之間的部位（接連部位10c)而將基材本體2的其他部 分與上述舌片部10予以接連的接連區域部l〇a、以及從接 連區域部10a伸長之伸長部i〇b和l〇b，所構成。 伸長部10b，是從接連區域部i〇a中之第一貫通孔5 近旁的部位，朝向：與從第一貫通孔5朝向第二貫通孔5’ 之方向相反方向（左方向）以及由接連部位10c來看是與 接連區域部l〇a相反方向（下方向）伸長而形成。 伸長部10b’，是從接連區域部l〇a中之第二貫通孔5’ 近旁的部位，朝向··與從第二貫通孔5’朝向第一貫通孔5 之方向相反方向（右方向）以及由接連部位10c來看是與 接連區域部l〇a相反方向（下方向）伸長而形成之伸長部 10b、 並且，於基材本體2，設有塗佈有黏著劑之黏著劑塗 佈部3。黏著劑塗佈部3，係可位於基材本體2之整面、 或僅位於基材本體2中之比舌片部10更下方亦可。又， 黏著劑塗佈部爲位在基材本體2之兩面亦可。 如此之飛翔害蟲捕殺具1，係可於基材，設置用以成 爲第一及第二貫通孔的孔穴，連結此兩貫通孔，以形成如 上述舌片部地可設入切縫之方式將基材的一部分予以切斷 ，並藉由在基材上之預定位置塗佈黏著劑而取得。 -12- 201004563 又，舌片部ίο的形狀，只要具有如上述般之接連區 域部及伸長部者，可以做適當的變更，如第2圖（A)、 第3圖（A)、第4圖（A)、第5圖（A)、第6圖（A )所顯示的形狀，以及於各圖中將所示之形狀予以上下相 反地設置之形狀亦被包含於第一形態例。又，於第2圖（ A )、第3圖（A)、第4圖（A)、第5圖（A)、第6 圖（A)之舌片部10中，雖沒有圖示出接連區域部l〇a、 φ 伸長部l〇b’ 10b’、以及接連部位i〇c，但此等係與第1 圖（A )相同。 第1圖（B)是顯示本發明之第一形態例中之飛翔害 蟲捕殺具1的使用形態的圖面。 於農地或是塑膠布溫室等中，相對於與地面水平拉設 的細繩6’是使細繩6以穿通飛翔害蟲捕殺具1之第一貫 通孔5及第二貫通孔5’之方式來穿通飛翔害蟲捕殺具1。 此時，細繩6，是掛設於：從左外緣至第一貫通孔5以及 • 從第二貫通孔5’至右外緣是在基材本體2之一方的面上， 而在貫通孔5與貫通孔5 ’之間則爲來到與該面相反側的面 。由於本發明之飛翔害蟲捕殺具設置有具有伸長部的舌片 部’所以對細繩等之安裝可以從基材之一方的面簡單地進 行’又’由於具有伸長部，所以即使受到強風也難以從細 繩脫落。 飛翔害蟲會附著於黏著劑塗佈部3而被捕殺。在使用 後’可以將飛翔害蟲捕殺具1從細繩6簡單地卸下而丟棄 -13- 201004563 又’將第2圖（A)、第3圖（A)、第4圖（A)、 第5圖（A)、第6圖（A)之飛翔害蟲捕殺具1的使用 形態顯示於第2圖（B)、第3圖（B)、第4圖（B)、 第5圖（B)、第6圖（B)。 其次，參照第7圖（A)，說明本發明之第二形態例 之飛翔害蟲捕殺具1。 本發明之第二形態例的飛翔害蟲捕殺具1’是以長方 形的平板作爲基材本體2’於基材本體2的上部’設有將 ❹ 第一貫通孔5與第2貫通孔5’予以連通’橫切於第一貫通 孔5與第二貫通孔5’之間的切縫4，藉由該切縫4形成2 個小舌片（小舌片1 ΟA及小舌片1 〇B )。 小舌片10A，係包含有：夾介第一貫通孔5與第二貫 通孔5 ’之間之一部分的部位，亦即藉由切縫4所形成的一 部位（接連部位l〇c)而將基材本體2之其他部分與小舌 片10A予以接連的第一接連區域部10a、以及 從第一接連區域部中之第一貫通孔5近旁的部位 0 ，朝向：與從第一貫通孔5朝向第二貫通孔5’之方向相反 方向（左方向）及從接連部位10c來看與接連區域部10a 相反方向（上方向）伸長的第一伸長部l〇b。 小舌片10B，係包含有：夾介第一貫通孔5與第二貫 通孔5’之間之一部分的部位，亦即藉由切縫4所形成的一 部位（接連部位10c’）而將基材本體2之其他部分與小舌 片10B予以接連的第二接連區域部l〇a’、以及 從第二接連區域部l〇a’中之第二貫通孔5’近旁的部位 -14- 201004563 ，朝向：與從第二貫通孔5’朝向第一貫通孔5之方向相反 方向（右方向）及從接連部位10c’來看與接連區域部l〇a’ 相反方向（下方向）伸長的第二伸長部10b’。 又，第7圖（A)中，小舌片l〇A與小舌片10B的形 狀及大小可以適宜的變更。 第7圖（B)是顯示本發明之第二形態例中之飛翔害 蟲捕殺具1的之使用形態的圖面。 φ 於農地或是塑膠布溫室等中，相對於與地面水平拉設 的細繩6，是使細繩6以穿通飛翔害蟲捕殺具1之第一貫 通孔5及第二貫通孔5’之方式來穿通飛翔害蟲捕殺具1。 此時，細繩6，是掛設於：從左外緣至第一貫通孔5以及 從第二貫通孔5’至右外緣是在基材本體2之一方的面上， 而在貫通孔5與貫通孔5 ’之間則爲來到與該面相反側的面 。於本發明之第二形態例之飛翔害蟲捕殺具1中，設置有 具有伸長部的舌片部，所以對細繩等之安裝可以從基材之 • 一方的面簡單地進行，又，由於具有伸長部，再者，小舌 片1 0A與小舌片1 0B的朝向互爲相反，所以即使受到強風 也更難以從細繩脫落。飛翔害蟲會附著於黏著劑塗佈部3 而被捕殺。在使用後，可以將飛翔害蟲捕殺具1從細繩6 簡單地卸下而丟棄。 [實施例] 以下，參照實施例而更具體地說明之。 以下之實施例中，係使用採用以聚苯乙烯作爲材料的 -15- 201004563 基材之飛翔害蟲捕殺具。在基材上塗佈丙烯系黏著劑。 (實施例1 ) 在以聚苯乙烯爲材料的長方形基材本體2(厚0.3 X 寬lOcmx長25cm)的上部2處設置貫通孔5及5’（直徑 4mm)，並從第一貫通孔5朝向第二貫通孔5’，以形成具 有伸長部l〇b及l〇b’的舌片部10之方式，置入切縫4( 第1圖（A))。於所取得的基材本體2，在從舌片部10 以下的部分塗佈壓克力系黏著劑，而取得飛翔害蟲捕殺具 (實施例2〜7 ) 除了將具有伸長部之舌片部10的形狀製成如第2圖 (A)〜第7圖（A)之外，其餘係與實施例1相同樣地 實施，製作成飛翔害蟲捕殺具1。 (比較例1〜7 ) 如第8圖（A)(比較例1、比較例5 (孔穴的直徑爲 8mm))、第9圖（A)(比較例2)、第10圖（A)( 比較例3 )、第1 1圖（A )(比較例4 )、第12圖（A ) (比較例6)般地，除了以形成不具有伸長部之舌片部之 方式地置入切縫14之外’其餘係與實施例1相同樣地實 施，製作成飛翔害蟲捕殺具11。 又，如第13圖（A)般地，亦製作成僅設置2個貫通 -16- 201004563 孔25、25’，而沒有置入切縫的飛翔害蟲捕殺具21 (比較 例7)。 (評估方式） 1.由動力噴霧器之掉落試驗 於與地面水平地拉設「拉張線」（SEK1SUI JUSHI製 )’吊掛由比較例1及實施例1〜3製作成的各飛翔害蟲 φ 捕殺具，再以動力噴霧器（工進.MS251C型）將基材面 噴濕地噴射，測量各飛翔害蟲捕殺具至掉落爲止的時間。 結果如第1表所示，不具有伸長部之舌片部的比較例 1之飛翔害蟲捕殺具，受動力噴霧器噴吹就簡單地掉落。 另一方面’具有伸長部之舌片部的實施例1〜3之各飛翔 害蟲捕殺具，則沒有掉落。 [第1表] 板形狀 掉落狀況 比較例1 於1 0秒以內掉落 實施例1 5分鐘沒有掉落 實施例2 5分鐘沒有掉落 實施例3 5分鐘沒有掉落 2·送風試驗（自然風） 將以比較例1及實施例1〜3所作成的各飛翔害蟲揷 殺具吊掛於與地面水平拉設的「拉張線」，使其受屋外的 自然風（風量=3〜4m/s )吹打來調查掉落狀況。其結果如 第2表所示，不具有伸長部之舌片部的比較例1之飛翔# 蟲捕殺具，受自然風吹打就簡單地掉落。另一方面’具有 -17- 201004563 伸長部之舌片部的實施例1〜3之各飛翔害蟲捕殺具，則 沒有掉落。 [第2表] 板形狀 掉落狀況 比較例1 於1分鐘內掉落 實施例1 5分鐘沒有掉落 實施例2 5分鐘沒有掉落 實施例3 5分鐘沒有掉落 3.送風試驗（風扇機） (試驗方法） 於高度1.2m的位置與地面水平地拉設鐵線（Φί·5 mm )，吊掛以比較例1〜6及實施例3〜7所作成的各飛翔害 蟲捕殺具，再以風扇機進行送風。 風從正面的方向進行了送風。測量風吹打於基材面附 近的風量，並調查是否在數分鐘以內掉落。 將其結果顯示於第3表。不具有伸長部之舌片部的比 較例1〜6之飛翔害蟲捕殺具，在6m/s以上就簡單地掉落 。另一方面，具有伸長部之舌片部的實施例3〜7之飛翔 害蟲捕殺具，即使在8.5 m/s也沒有掉落。 -18 - 201004563 [第3表] 形狀 6m/s 7m/s 8.5m/s 比較例1 於1分鐘以內掉落 於1分鐘以內掉落 於1分鐘以內掉落 比較例2 於1分鐘以內掉落 於1分鐘以內掉落 於1分鐘以內掉落 比較例3 於1分鐘以內掉落 於1分鐘以內掉落 於1分鐘以內掉落 比較例4 於1分鐘以內掉落 於1分鐘以內掉落 於1分鐘以內掉落 比較例5 於1分鐘以內掉落 於1分鐘以內掉落 於1分鐘以內掉落 比較例6 於1分鐘以內掉落 於1分鐘以內掉落 於1分鐘以內掉落 實施例3 15分鐘沒有掉落 15分鐘沒有掉落 15分鐘沒有掉落 實施例4 15分鐘沒有掉落 15分鐘沒有掉落 15分鐘沒有掉落 實施例5 15分鐘沒有掉落 15分鐘沒有掉落 15分鐘沒有掉落 實施例6 15分鐘沒有掉落 15分鐘沒有掉落 15分鐘沒有掉落 實施例7 15分鐘沒有掉落 15分鐘沒有掉落 15分鐘沒有掉落 4.設置時間 對於實施例1與實施例3之各飛翔害蟲捕殺具，與比 較例7 (穿孔型）之飛翔害蟲捕殺具比較設置時間。分別 以1 2片重疊塗佈黏著劑，使用該等測量了設置時間。 其結果，如第4表所示，實施例1與實施例3之飛翔 害蟲捕殺具，相較於穿孔型之以往型式的飛翔害蟲捕殺具 ，可以縮短設置時間。又，相較於全面塗佈黏著劑，於舌 片部以外才塗佈的在設置時所需要的時間較短。 -19- 201004563 [第4表] 板形狀 黏著方法 設 置 時間 比 較例7 全 面 塗 佈 7 分 鐘 比 較例7 舌 片 部 以 外 進 行 塗 佈 6 分 鐘 實 施例3 全 面 塗 佈 3 分 鐘 實 施例3 舌 片 部 以 外 進 行 塗 佈 1 分 鐘 30秒 實 施例1 全 面 塗 佈 5 分 鐘 實 施例1 舌 片 部 以 外 進 行 塗 佈 1 分 鐘 50秒 【圖式簡單說明】 第1圖，（A)是本發明之飛翔害蟲捕殺具丨（實施 例1)的模式圖（平面圖）；（B)是顯示本發明之飛翔 害蟲捕殺具1(實施例1)之使用形態的模式圖（平面圖 )° 第2圖，（A)是本發明之飛翔害蟲捕殺具1(實施 例2)的模式圖（平面圖）；（B)是顯示本發明之飛翔 害蟲捕殺具1(實施例2)之使用形態的模式圖（平面圖 )° 第3圖，（A)是本發明之飛翔害蟲捕殺具ι(實施 例3)的模式圖（平面圖）；（B)是顯示本發明之飛翔 害蟲捕殺具1(實施例3)之使用形態的模式圖（平面圖 )° 第4圖’ （A)是本發明之飛翔害蟲捕殺具1(實施 例4)的模式圖（平面圖）；（B)是顯示本發明之飛翔 害蟲捕殺具1(實施例4)之使用形態的模式圖（平面圖 -20- 201004563 第5圖，（A)是本發明之飛翔害蟲捕殺具ι(實施 例5)的模式圖（平面圖）；（B)是顯示本發明之飛翔 害蟲捕殺具1(實施例5)之使用形態的模式圖（平面圖 )° 第6圖’ （A)是本發明之飛翔害蟲捕殺具丨（實施 例6)的模式圖（平面圖）；（B)是顯示本發明之飛翔 害蟲捕殺具1 (實施例6)之使用形態的模式圖（平面圖 鬌 ）。 第7圖，（A)是本發明之飛翔害蟲捕殺具i (實施 例7)的模式圖（平面圖）；（B)是顯示本發明之飛翔 害蟲捕殺具1(實施例7)之使用形態的模式圖（平面圖 )0 第8圖，（A)是不具有伸長部之舌片部的飛翔害蟲 捕殺具11(比較例1、5)的模式圖（平面圖）；（B)是 顯示同一飛翔害蟲捕殺具11 (比較例1、5)之使用形態 • 的模式圖（平面圖）。 第9圖，（A)是不具有伸長部之舌片部的飛翔害蟲 捕殺具11(比較例2)的模式圖（平面圖）；（B)是顯 示同一飛翔害蟲捕殺具11 (比較例2)之使用形態的模式 圖（平面圖）。 第10圖，（A)是不具有伸長部之舌片部的飛翔害蟲 捕殺具1 1 (比較例3 )的模式圖（平面圖）·，（ B )是顯 示同一飛翔害蟲捕殺具11 (比較例3)之使用形態的模式 圖（平面圖）。 -21 - 201004563 第11圖，（A)是不具有伸長部之舌片部的飛翔害蟲 捕殺具11(比較例4)的模式圖（平面圖）；（B)是顯 示同一飛翔害蟲捕殺具11 (比較例4)之使用形態的模式 圖（平面圖）。 第12圖’ （A)是不具有伸長部之舌片部的飛翔害蟲 捕殺具11(比較例6)的模式圖（平面圖）；（B)是顯 示同一飛翔害蟲捕殺具11 (比較例6)之使用形態的模式 圖（平面圖）。 @ 第13圖，（A)是不具有舌片部的飛翔害蟲捕殺具 21(比較例7)的模式圖（平面圖）；（B)是顯示同一 飛翔害蟲捕殺具21 (比較例7)之使用形態的模式圖（平 面圖）。 【主要元件符號說明】 1、 11' 21:飛翔害蟲捕殺具 2、 12、22:基材本體 ❹ 3、 1 3、2 3 :黏著劑塗佈部 4 、 14 、 14’ ：切縫 5、 5’、 5”、 15、 15’、 25、 25’：貫通孔 6、 16、26 :細繩 10、10A、10B:舌片部 10a、10a’：接連區域部 10b、10b’ ：伸長部 10c、10c’：接連部位 -22-201004563 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a trap for attracting flying pests and capable of effectively killing them, and more particularly to a catching device which is coated with an adhesive and which is easy to handle. The flying pest killing device of the present invention can be widely used in agriculture, forestry, gardening, household, factory, and livestock production. Φ [Prior Art] Generally used in agriculture, forestry and horticulture, chemical pesticides are often used when controlling pests and diseases. However, the use of chemical pesticides is not only pests and diseases, but also damage to other organisms such as humans and animals. In recent years, the effects of such chemicals on humans and animals or environmental pollution have been highlighted. Further, it has the disadvantage that it may adversely affect the health of the operator. Therefore, for the reasons of environmental preservation, improvement of the safety of eating, and improvement of the production requirements of organic cultivation, and comprehensive prevention and control by reducing the use of Φ chemical pesticides, biological control, cultivation control, and physical control management. Among them, in the physical control method, most of them are used: an adhesive trapping plate is used by the wavelength of light color. Also, as a fly trap, an adhesive capture sheet is also used. The substrate of the adhesive trapping plate by the wavelength of the light color is a paper or a plastic plate or a plastic film, and the method of setting the substrate is to open the hole and pass the string or the wire, or borrow It is suspended by a laundry clip, and is used around the string or metal wire of the j. Such an operation is not only for the installation -5-201004563, but also the adhesive will stain the hands after the use, and it will cause adhesion to the overalls, etc., so the work is very troublesome. Therefore, it is required to be simple and avoid the cumbersome work during installation and disassembly. In Patent Document 1, an insect collecting tool composed of a pest killing adhesive sheet and holding a fixed base paper is developed, and such an insect trap does not work by grasping a fixed base paper without an adhesive. There is a problem that the adhesive is attached to the hand or the overalls. _ ❹ However, the part installed on the string or the metal wire or the like in the field is part of the above-mentioned fixed base paper, and therefore it is necessary to carry the base paper through a string or the like, or to be mounted by a laundry clip or the like. Therefore, work efficiency cannot be improved. Further, in such an insect trap, it is not only an adhesive sheet as a structure, and since it is necessary to obtain a base paper and fix the sheet, the cost and operation procedure of the portion are required. In the Japanese Patent Application No. 2008-037710, the inventors of the present invention have invented a slit of a certain shape @ by the inside of the surface of the base material of the base material, thereby facilitating the site of agriculture and the like. The string or the metal wire is pulled around, but there is still a point to be improved: that is, when the string is installed, the wind pressure is affected by the wind when the pesticide is dispersed, and the catcher is easily removed from the string. Waiting for the problem of separation. [Patent Literature of the Prior Art] Patent Document 1: Japanese Laid-Open Patent Publication No. Hei 11-332446. [Problem of the Invention] -6-201004563 [Problem to be Solved by the Invention] The object of the present invention is to provide a method for maintaining or detaching a flying pest or a wire or wire which is caught in an agricultural site. For the convenience of the separation of the string and the flying insects, and the installation of the string and the like, the flying insects are not caught by the wind or the like. Φ [Technical means for solving the problem] In order to solve the above problems, the present invention provides an insect trap comprising a flat substrate body and an adhesive-coated adhesive provided on the substrate body. The substrate coated with the insect killing device, the substrate body has: a hooking member for hooking the flying insect killing device with a hooking member and a second through hole and connecting the first through hole and the above The tongue piece portion of the second through hole formed by cutting a part of the base material body includes the connecting region portion and the extending portion, and the connecting portion is the first through hole and the second through hole At least a part of the portion between the substrate body and the tongue portion, wherein the extending portion is a portion from the first side of the connecting region portion facing away from the first through hole Towards the above-mentioned first killer, the first killing will be separated from the flying cut cloth, the first slit, the through hole, and the part of the through hole is nearly two through the hole of the 201004563 hole. And an elongate portion from the point of view of succession in opposite directions. Here, as the "base material", a film, a sheet, a sheet, a paper, a nonwoven fabric, or the like can be used as long as it is a flat substrate. The material may be polystyrene, polypropylene, plastic, acrylic or the like. The shape of the substrate is not particularly limited as long as it is planar, but it is preferably a polygonal shape, and a square shape is preferable. The shapes of the first and second through holes are circular, elliptical, triangular, rhombic, or more than four corners. The polygonal shape, the star shape, and the like may be used, but the durability of the pressure to be subjected to the string or the like, and the manufacturing work efficiency (mold) are preferably circular. The first and second through holes may be provided inside the surface of the substrate, but it is preferable that the first and second through holes are connected to each other so as to vertically suspend the killer from the ground. When hanging, it is better to be in the upper position. Further, the shape of the base material is a polygonal shape (more preferably a quadrangular shape), and a line connecting the first through hole and the second through hole is formed such that the first through hole and the second through hole are provided on the upper side with respect to the polygonal shape It is better to be in parallel. The hooking member such as a string that is generally wound at the site is generally wound in a horizontal direction with respect to the ground, and is passed through the first and second through holes to make the catching device perpendicular to the ground, sandwiching the string. The hook member can be hooked easily and securely. In addition, the "upper side" is the upper side when the hook is hooked to the hook member. The tongue portion ' is formed by cutting a part of the base material body by a slit ' communicating with the first through hole and the second through hole. -8- 201004563 The tongue portion includes a joint region portion and an extension portion, and the joint region portion is at least a portion of a portion between the first through hole and the second through hole, and the other substrate body is connected a portion and the tongue portion, wherein the extending portion is located in a vicinity of the first through hole from the first through hole, and is opposite to a direction from the first through hole toward the second through hole The part is elongated in the opposite direction. Φ The tongue portion further includes a portion from the vicinity of the second through hole among the connecting region portions, and the direction is opposite to the direction from the second through hole toward the first through hole and the opposite from the connecting portion The elongation in the direction of elongation is preferred. Further, the "opposite direction" in the "elongation in the opposite direction from the joint portion" is a direction opposite to the direction in which the tongue portion extends. The slit forming the tongue piece may be rectangular or wavy, but it is preferably an arc-shaped slit. φ "Slit" varies depending on the thickness or material of the substrate. However, it can be placed into a slit by a general cutting tool such as a utility knife, a blade, a knife, or a scissors. In the flying pest killing device of the present invention, the tongue portion is formed by cutting a first small tongue and a second small tongue formed between the first through hole and the second through hole by slitting. The first small tongue piece includes a first connecting portion and a first extending portion, and the first connecting portion is a portion between the first through hole and the second through hole -9-201004563, and the clip a portion formed by the slit, connecting the other portion of the substrate body and the first small tongue, the first elongated portion is a portion from the vicinity of the first through hole among the first connecting region portions, facing: And extending in a direction opposite to a direction from the first through hole toward the second through hole and in a direction opposite to the connecting portion; the second small tongue includes a second connecting portion and a second extending portion, the second connecting portion a portion between the @@ through hole and the second through hole except for the one portion, and connecting the other portion of the substrate body and the second small tongue, the second elongated portion is Second consecutive The portion in the vicinity of the second through hole in the domain portion is oriented in the opposite direction from the second through hole toward the first through hole and in the opposite direction as viewed from the connected portion, and the flying pest killing device of such a feature is also preferable. . The substrate of the flying insect killer of the present invention preferably has a thickness of 0.1 mm or more. By making the thickness of the substrate 0.1 mm or more, it is easy to carry out operations such as handling and mounting. The thickness of the substrate is preferably 〇. 3 mm or more. An adhesive application portion coated with an adhesive is provided on the substrate body. The adhesive may be applied to the entire body of the substrate, or may be applied to the portion other than the tongue, or applied to a portion below the tongue. Further, since the adhesive is applied to at least a part of the outer circumference of the substrate body to leave a blank amount for taking, it can be easily handled. The "adhesive" can be used as long as it has the ability to capture pests. -10-201004563 can be used, and various adhesives such as a propylene-based adhesive or a rubber-based adhesive can be used, and in order to effectively trap pests, It is preferred to premix the pest attractant in the adhesive. Alternatively, in order to attract pests, the substrate itself may be coated with a specific wavelength in advance. In addition, the "flying pest" which is the object of the killing of the killer of the present invention is not particularly limited, but various pests such as crops, trees, and the like can be widely cited, and the beetles, chafers, and whiteflies can be cited. Classes, scorpionidae, aphids, thrips, leaf miners, fruit flies, floating dust, leafhoppers, diamondback moths, etc. [Effect of the Invention] The flying pest killing device of the present invention can be easily detached from a string or the like when it is hanged or detached by a hook member such as a string or a stick or a wire which is wound around the site. It is not susceptible to wind or the like after installation on a string. [Embodiment] [Mode for carrying out the invention] Hereinafter, the flying pest killing device of the present invention will be more specifically described with reference to the drawings. However, the flying pest killing device of the present invention is not limited to the following. Fig. 1(A) is a plan view showing a flying pest killing tool 1 according to a first aspect of the present invention. The flying pest killing device 1 according to the first aspect of the present invention is a base plate 2 having a long -11 - 201004563 square plate, and is provided with a first through hole 5 and a second portion in the upper portion of the base material body 2 The through hole 5 has an arcuate slit 4, and the tongue portion 10 is formed by the slit 4. The tongue portion 10 is a continuous connection between the other portion of the base material 2 and the tongue portion 10 by interposing a portion (the joint portion 10c) between the first through hole 5 and the second through hole 5'. The region portion 10a and the elongated portions i〇b and lbb extending from the succeeding region portion 10a are formed. The extending portion 10b is a portion in the vicinity of the first through hole 5 in the succeeding region portion i〇a, and is oriented in a direction opposite to the direction from the first through hole 5 toward the second through hole 5' (left direction) and by successive The portion 10c is formed to be elongated in a direction opposite to the continuous region portion 10a (downward direction). The extended portion 10b' is a portion in the vicinity of the second through hole 5' in the succeeding region portion 10a, and is opposite to the direction from the second through hole 5' toward the first through hole 5 (right direction). And the extending portion 10b which is formed by extending in the opposite direction (lower direction) from the continuous region portion 10a as viewed from the continuous portion 10c, and the adhesive coating portion coated with the adhesive on the substrate body 2 3. The adhesive application portion 3 may be located on the entire surface of the substrate body 2 or only in the substrate body 2 or below the tongue portion 10. Further, the adhesive application portion may be located on both sides of the substrate body 2. Such a flying pest killing device 1 is provided with a hole for forming the first and second through holes in the base material, and connecting the two through holes to form a slit as the above-mentioned tongue portion can be set A part of the substrate is cut and obtained by applying an adhesive to a predetermined position on the substrate. -12- 201004563 Further, the shape of the tongue portion ίο can be appropriately changed as long as it has the above-described continuous region portion and the extension portion, as shown in Fig. 2 (A), Fig. 3 (A), and 4th. The shapes shown in the drawings (A), 5 (A), and 6 (A), and the shapes in which the shapes shown in the respective drawings are arranged upside down are also included in the first embodiment. Further, in the tongue portion 10 of Figs. 2(A), 3(A), 4(A), 5(A), and 6(A), the joints are not illustrated. The region portion l〇a, the φ extension portion l〇b' 10b', and the joint portion i〇c are the same as those in Fig. 1(A). Fig. 1(B) is a view showing a usage form of the flying pest killing tool 1 in the first embodiment of the present invention. In the agricultural land or the plastic cloth greenhouse, etc., the string 6' which is horizontally pulled with respect to the ground is such that the string 6 catches the first through hole 5 and the second through hole 5' of the flying insect pest 1 Pass through flying pests and killing tools. At this time, the string 6 is hung from the left outer edge to the first through hole 5 and from the second through hole 5' to the right outer edge on one side of the substrate body 2, and is penetrated. Between the hole 5 and the through hole 5' is a surface that comes to the side opposite to the surface. Since the flying insect trap of the present invention is provided with the tongue portion having the elongated portion, the attachment of the string or the like can be easily performed from the surface of one of the substrates, and it is difficult to receive strong wind even if it has an elongated portion. Falling off the string. The flying pests are attached to the adhesive application portion 3 and are killed. After use, the flying pest killing device 1 can be simply removed from the string 6 and discarded -13 - 201004563 and 'Fig. 2 (A), Fig. 3 (A), Fig. 4 (A), 5 The use forms of the flying pest killing device 1 in Fig. (A) and Fig. 6 (A) are shown in Fig. 2 (B), Fig. 3 (B), Fig. 4 (B), and Fig. 5 (B). Figure 6 (B). Next, a flying pest killing device 1 according to a second embodiment of the present invention will be described with reference to Fig. 7(A). The flying pest killing device 1' according to the second aspect of the present invention is characterized in that a rectangular flat plate is used as the base material body 2' in the upper portion of the base material body 2, and the first through hole 5 and the second through hole 5' are provided. The slit 4 intersecting between the first through hole 5 and the second through hole 5' is connected, and the small slits (the small tongue 1 ΟA and the small tongue 1 〇B) are formed by the slit 4. The small tongue piece 10A includes a portion sandwiching a portion between the first through hole 5 and the second through hole 5', that is, a portion formed by the slit 4 (continuous portion l〇c) The first connecting region portion 10a in which the other portion of the substrate body 2 is connected to the small tongue piece 10A, and the portion 0 in the vicinity of the first through hole 5 in the first connecting region portion are oriented toward and from the first through hole 5 The first extending portion 10b extending in the opposite direction (upward direction) from the connecting region portion 10a as viewed from the connecting portion 10c in the direction opposite to the direction of the second through hole 5' (leftward direction). The small tongue piece 10B includes a portion that sandwiches a portion between the first through hole 5 and the second through hole 5', that is, a portion (the continuous portion 10c') formed by the slit 4 a second connecting portion portion l〇a' of the other portion of the material body 2 and the small tongue piece 10B, and a portion 14-201004563 adjacent to the second through hole 5' of the second connecting portion portion 10a, The orientation is the second direction extending from the second through hole 5' toward the first through hole 5 (the right direction) and the direction from the succeeding portion 10c' to the opposite direction (the lower direction) of the succeeding region portion 10a' The elongated portion 10b'. Further, in Fig. 7(A), the shape and size of the small tongue piece LA and the small tongue piece 10B can be appropriately changed. Fig. 7(B) is a view showing a usage form of the flying pest killing device 1 in the second embodiment of the present invention. φ In the farmland or the plastic cloth greenhouse, etc., the string 6 which is horizontally pulled with respect to the ground is such that the string 6 catches the first through hole 5 and the second through hole 5' of the glove 1 by flying the insect pest. Come through the flying pests and killing tools. At this time, the string 6 is hung from the left outer edge to the first through hole 5 and from the second through hole 5' to the right outer edge on one side of the substrate body 2, and in the through hole Between the 5 and the through hole 5' is a surface that comes to the side opposite to the surface. In the flying pest killing device 1 according to the second aspect of the present invention, since the tongue portion having the extended portion is provided, the attachment of the string or the like can be easily performed from one surface of the base material, and Further, the elongated portion, and the orientation of the small tongue 10A and the small tongue 10B are opposite to each other, so that it is more difficult to fall off the string even if it is subjected to strong wind. The flying pests are attached to the adhesive application portion 3 and are killed. After use, the flying pest killing device 1 can be simply removed from the string 6 and discarded. [Examples] Hereinafter, the examples will be more specifically described. In the following examples, a flying pest killer using a -15-201004563 substrate made of polystyrene was used. A propylene-based adhesive is applied to the substrate. (Example 1) Through holes 5 and 5' (diameter: 4 mm) were provided in the upper portion 2 of a rectangular base material 2 (thickness 0.3 X width lOcm x length 25 cm) made of polystyrene, and from the first through hole 5 The slit 4 is placed so as to form the second through hole 5' so as to form the tongue portion 10 having the extended portions 10b and lb' (Fig. 1(A)). In the obtained substrate main body 2, an acrylic adhesive is applied to a portion below the tongue portion 10 to obtain a flying pest killer (Examples 2 to 7) except for the tongue portion 10 having an elongated portion. The shape was made in the same manner as in Example 1 except for FIGS. 2(A) to 7(A), and a flying pest killing device 1 was produced. (Comparative Examples 1 to 7) Fig. 8 (A) (Comparative Example 1, Comparative Example 5 (hole diameter: 8 mm)), Fig. 9 (A) (Comparative Example 2), and Fig. 10 (A) ( In Comparative Example 3), FIG. 1 (A) (Comparative Example 4) and Fig. 12 (A) (Comparative Example 6), a slit was formed in such a manner as to form a tongue portion having no elongated portion. The rest of the system was carried out in the same manner as in Example 1 to produce a flying pest killing device 11. Further, as shown in Fig. 13(A), only two through-holes -16 - 201004563 holes 25, 25' were formed, and the flying pest killing device 21 was not placed in the slit (Comparative Example 7). (Evaluation method) 1. The flying insects produced by Comparative Example 1 and Examples 1 to 3 were hanged by the "drawing line" (manufactured by SEK1SUI JUSHI). The killing tool was sprayed, and then the surface of the substrate was sprayed with a power sprayer (Jianjin. MS251C type) to measure the time until the flying pests caught the drop. As a result, as shown in the first table, the flying pest trap of Comparative Example 1 which does not have the tongue portion of the elongated portion was simply dropped by the power sprayer. On the other hand, the flying insect traps of Examples 1 to 3 having the tongue portions of the elongated portion were not dropped. [Table 1] Plate shape drop condition Comparative Example 1 Dropped within 10 seconds Example 1 No drop for 5 minutes Example 2 No drop for 5 minutes Example 3 No drop for 5 minutes 2. Air supply test (natural Wind) The flying insect pests made in Comparative Example 1 and Examples 1 to 3 are hung on the "pull line" drawn horizontally from the ground to be subjected to natural wind outside the house (air volume = 3 to 4 m) /s ) Blow to investigate the drop. As a result, as shown in the second table, the flying insect trap of Comparative Example 1 which does not have the tongue portion of the elongated portion was simply dropped by the natural wind. On the other hand, the flying insect traps of Examples 1 to 3 having the tongue portions of the -17-201004563 elongated portion were not dropped. [Table 2] Plate shape drop condition Comparative Example 1 Dropped in 1 minute Example 1 No drop in 5 minutes Example 2 No drop in 5 minutes Example 3 No drop in 5 minutes 3. Air supply test (fan machine (Test method) Pull the iron wire (Φί·5 mm) horizontally with the ground at a height of 1.2 m, and hang the flying pests and killers made in Comparative Examples 1 to 6 and Examples 3 to 7, and then The fan is used to supply air. The wind sent the wind from the front. Measure the amount of wind blown near the surface of the substrate and investigate if it falls within a few minutes. The results are shown in Table 3. The flying pest killing tool of Comparative Examples 1 to 6 which does not have the tongue portion of the elongated portion is simply dropped at 6 m/s or more. On the other hand, the flying insect traps of Examples 3 to 7 having the tongue portions of the elongated portions did not fall even at 8.5 m/s. -18 - 201004563 [Table 3] Shape 6m/s 7m/s 8.5m/s Comparative Example 1 Drop within 1 minute within 1 minute Drop within 1 minute Drop Comparative Example 2 Drop within 1 minute Drop within 1 minute and fall within 1 minute. Comparative Example 3 Drop within 1 minute and fall within 1 minute. Drop within 1 minute. Comparative Example 4 Drop within 1 minute and fall within 1 minute. Drop within minutes. Comparative Example 5 Drop within 1 minute and fall within 1 minute. Drop within 6 minutes. Comparative Example 6 Drop within 1 minute and fall within 1 minute. Drop within 1 minute. Example 3 15 No drop for 15 minutes, no drop for 15 minutes, no drop for 15 minutes, no drop for 15 minutes, no drop for 15 minutes, no drop for 15 minutes, no drop for Example 5, no drop for 15 minutes, no drop for 15 minutes, no drop for 15 minutes, no drop. Example 6 No drop for 15 minutes in 15 minutes, no drop for 15 minutes, no drop for 15 minutes, no drop for 15 minutes, no drop for 15 minutes, no drop for 15 minutes, no drop. 4. Set time for each of Example 1 and Example 3. Flying pests and killing tools, and Comparative Example 7 The flying pest killing (perforation type) has a comparative setting time. The adhesive was applied by overlapping 12 sheets, and the set time was measured using the above. As a result, as shown in the fourth table, the flying pest killing tools of the first embodiment and the third embodiment can shorten the installation time as compared with the flying type insect killing device of the perforated type. Further, the time required for coating outside the tongue portion is shorter than that of the full application of the adhesive. -19- 201004563 [Table 4] Plate shape adhesion method setting time Comparative Example 7 Full application 7 minutes Comparative Example 7 Coating for 6 minutes other than the tongue portion Example 3 Full application for 3 minutes Example 3 Outside the tongue portion Coating 1 minute 30 seconds Example 1 Full coating 5 minutes Example 1 Coating outside the tongue portion for 1 minute and 50 seconds [Simplified illustration] Fig. 1 (A) is a flying pest killing device of the present invention (A) is a schematic view (plan view) of (Example 1); (B) is a schematic view (plan view) showing the use form of the flying pest killing device 1 (Example 1) of the present invention. FIG. 2, (A) is A schematic view (plan view) of the flying pest killing device 1 (Example 2) of the invention; (B) is a schematic view (plan view) showing the use form of the flying pest killing device 1 (Example 2) of the present invention. (A) is a schematic diagram (plan view) of the flying pest killing device of the present invention (Example 3); (B) is a mode showing the use form of the flying pest killing device 1 (Example 3) of the present invention. (plan view) ° Fig. 4' (A) is a schematic view (plan view) of the flying pest killing device 1 (Example 4) of the present invention; (B) is a flying pest killing device 1 (Example 4) showing the present invention Schematic diagram of the use form (plan view -20-201004563, Fig. 5, (A) is a schematic diagram (plan view) of the flying pest killing ι (Example 5) of the present invention; (B) is a flying pest showing the present invention Schematic diagram (plan view) of the use form of the killing device 1 (Example 5). Fig. 6(A) is a schematic view (plan view) of the flying pest killing device (Example 6) of the present invention; (B) is A schematic view (plan view) showing the use form of the flying pest killing device 1 (Example 6) of the present invention. Fig. 7 is a schematic view showing the flying pest killing tool i (Example 7) of the present invention ( (B) is a schematic view (plan view) showing the use form of the flying pest killing device 1 (Example 7) of the present invention. FIG. 8 is a plan view, and FIG. 8(A) is a flying pest having no tongue portion of the elongated portion. Capture pattern 11 (Comparative Examples 1, 5) pattern diagram (plan view); (B) display the same flying pest A pattern diagram (plan view) of the use pattern of the killer 11 (Comparative Examples 1 and 5). Fig. 9 (A) is a pattern of the flying pest killing tool 11 (Comparative Example 2) having no tongue portion of the elongated portion Fig. (plan view); (B) is a schematic view (plan view) showing the use form of the same flying pest killing tool 11 (Comparative Example 2). Fig. 10, (A) is a flying pest without the tongue portion of the elongated portion A pattern (plan view) of the killing tool 1 1 (Comparative Example 3), and (B) is a schematic view (plan view) showing the use form of the same flying pest killing tool 11 (Comparative Example 3). -21 - 201004563 Fig. 11, (A) is a schematic diagram (plan view) of the flying pest killing tool 11 (Comparative Example 4) having no tongue portion of the elongated portion; (B) is showing the same flying pest killing device 11 ( A schematic view (plan view) of the use form of Comparative Example 4). Fig. 12 (A) is a schematic view (plan view) of the flying pest killing device 11 (Comparative Example 6) having no tongue portion of the elongated portion; (B) is the same flying pest killing device 11 (Comparative Example 6) A pattern diagram (plan view) of the usage pattern. @图13, (A) is a pattern diagram (plan view) of the flying pest killing device 21 (Comparative Example 7) having no tongue portion; (B) is a display showing the use of the same flying pest killing device 21 (Comparative Example 7) Pattern diagram of the pattern (plan view). [Description of main component symbols] 1, 11' 21: Flying pests and killing tools 2, 12, 22: Substrate body ❹ 3, 1 3, 2 3: Adhesive coating part 4, 14 , 14': slit 5, 5', 5", 15, 15', 25, 25': through holes 6, 16, 26: string 10, 10A, 10B: tongue portions 10a, 10a': successive region portions 10b, 10b': elongation portion 10c, 10c': consecutive parts -22-