M411787 五、新型說明： 【新型所屬之技術領域】 本創作為一種捕蚊器，尤指一種可誘捕蚊蟲並可有效 囚禁蚊蟲之捕蚊器。 【先前技術】 從古至今人類就對會叮咬吸取人血並會使人體產生 • 搔癢感的蚊蟲所苦，亦不斷尋求對付蚊蟲的對策，其中一 種即為空手擊拍蚊蟲，近年來則出現了電蚊拍供使用者揮 動擊打蚊蟲，但以上兩種對策皆需花費精力主動追蹤蚊蟲 的位置並擊打，無法持續長時間（數小時以上）的進行滅 蚊，而另一種對策係用捕蚊燈捕捉蚊蟲，傳統的捕蚊燈係 在燈官周圍设有通電柵，且該燈管可發出吸引蚊蟲的紫 外光，故蚊蟲會被引誘飛近燈管並碰觸到通電柵，使該通 電柵產生短路放電以擊斃蚊蟲。唯，傳統的捕蚊燈缺點在 »於蚊蟲被通電柵擊斃時會產生刺耳噪音擾人清夢，故近年 來出現-種既有捕蚊器，其包括有一底座、一風扇定位筒 與一誘捕裝置，該底座係為一圓柱形殼體且從底座上端形 成有一收容槽’且該底座之圓柱形殼體周壁設有可通風的 複數網狀部；該風扇定位筒係在一環形殼體内設有一隔 板，該隔板上形成有穿槽，該穿槽上設有-風扇，該環形 殼體的下端係與該底座上端連接，而前述隔板與數支柱連 結固定；該誘捕裝置係、在-燈罩的底端設有—蓋板，且該蓋 板底端係設有-燈板，而風義定^的支㈣端係與蓋板連 3 M411787 接；當捕蚊器啟動時，燈管會發光吸引蚊蟲靠近，蚊蟲靠 近該燈管時，則會被風扇轉動產生的吸力吸入風扇定位筒 内並進入底座的收容槽内，達到蚊蟲的捕捉效果，且不會 有前述傳統捕蚊器擊斃蚊蟲時產生刺耳噪音擾人清夢的問 題。 然而’當該既有捕蚊器的風扇因為停電等原因而停止 轉動時，掉入收容槽内的蚊蟲可能會從風扇扇葉間的間隙 脫逃’而降低捕捉蚊蟲的效果。以上所述皆為既有技術未 臻理想之處，實有待進一步檢討，並謀求可行的解決方案。 【新型内容】 為解決前述既有捕蚊器之缺點，本創作之目的在於提 供一種捕蚊器，其能夠確實的將蚊蟲隔離在收集裝置内， 使蚊蟲無法逃出而達到良好的捕捉蚊蟲效果。 為達到前述目的，本創作所採取之技術手段係令前述 捕蚊器包括有： ^ 一抽風裝置，主要係由一筒體及一風扇組成，該筒體 係呈中空狀，並具有貫通的上端及下端，又筒體内設有一 分隔板，分隔板上具有一穿孔，供安裝該風扇；該分隔板 的頂面進一步設有數根支柱； 收集裝置，係呈圓筒狀而具有一環形周壁與一底部， 其周壁上具有一個以上的透氣口，又周壁頂端係與抽風裝置 的筒體下端套接； :閥門裝置’其係設於該收集裝置的頂端，係在一隔離 板上形成有—個以上的導流道，該隔離板為—與該收集裝置 的環形周壁頂端内經大小匹配之板體，該-個以上的導流道 M411787 末端和離板具有岗度差’並在其間形成一縱向的閥口，該 閥口上係設有一擋板’該擋板頂部的相對兩端係分別形成有 一樞柱’又隔離板在閥口頂緣的相對兩端係分別形成有一樞 環’各拖柱係分別·與枢壤框接以構成可轉動的連接，且該撞 板上端設有一個以上的配重塊； 一誘蚊裝置，其係在一燈罩的底端設有一蓋板，且該蓋 板底端係設有一燈管，又蓋板並結合於抽風裝置的支柱上。 當捕蚊器啟動’風扇轉動會產生風力，使閥門裝置的擔 板以兩樞柱為軸心轉動，並使擋板遠離閥口旁的擋止件使 擋板與閥口之間產生一間隙，且燈管會發光吸引蚊蟲靠 近，蚊蟲靠近該燈管時，則會被風扇轉動產生的吸力吸入 琦體’再經過閥門裝置的閥口而掉入收集裝置内；當捕蚊 器未啟動時，抽風裝置的風扇停止運轉，擋板利用其上端 的配重塊而自然閉合，並使擋板閉合閥口讓蚊蟲無法從集 蚊槽内逃出’進而有效達到捕捉蚊蟲的功能。 【實施方式】 以下配合圖不例示本創作之實施例，以具體說明本創 作之技術内容。 請參閱圖1至圖3所示，本創作包括有一抽風裝置1〇、 一收集裝置20、一閥門裝置3〇與一誘蚊裝置4〇;其中： 該抽風裝置1〇係包括有一筒體u、一分隔板12、一 風扇13與複數空心支柱14,該筒體杓係呈中空狀並具 有貫通的上端及下端，又筒體11内設有該分隔板12,該2 隔板12上係形成有一穿孔，供安裝該風扇13，且該風扇 13對應於分隔板12上的穿孔，又分隔板12頂面以：向設 5 M411787 有複數支柱14，直數詈όΓΑ '、置了為四個，在該筒體11下端的内壁 係形成有複數卡榫15,其數量可為兩個。 該收集裝置20係呈圓筒狀而具有一環形周壁與一底 部其周壁上具有-個以上的透氣口，在此較佳實施例中， 該個以上的透氣口主要係由多數氣孔22所構成’該等氣 孔22可使風扇1 3吹人的氣流與外界對流；在其他實施例 中，該一個以上的透翁η + Λ &m 功礼口主要係在周壁上形成的一開口上 設有一濾網。 該收集裝置2G環形周壁的内面上係、以縱向凸設有複數 頂條23 ’供支樓並安裝間Η裝置30,該頂條23數量可為 四個，在此較佳實施例中，該收集裝i 2〇的周壁頂端係向 上延伸形成有一卡合壁24,該卡合壁24頂緣係形成有複數 個L形卡槽25，其數量可為兩個’ JL該卡槽25的大小與位 置係對應於該筒體Ή下端内壁上的該等卡榫15，該等卡槽 25此與該專卡榫15接合’使該收集裝置2〇的頂端能與該 抽風裝置10的筒體彳彳下端緊密套接。 明參閱圖2至圖4所示，該閥門裝置30係設於該收集 裝置20的頂端，且該閥門裝置3〇係由該收集裝置2〇周壁 内面上的該等頂條23頂端所支撐；該閥門裝置3〇係在一 隔離板31上形成有一個以上的導流道37，該導流道37是 以狐A曲線向内凹入而構成一内凹曲面，導流道37末端和 隔離板31具有高度差’並在其間形成一縱向的閥口 32,在 此實施例中該導流道37和閥口 32數量分別為兩個，該隔 離板31為一與該收集裝置2〇的環形周壁頂端内徑大小匹 配之圓形板體，又隔離板31在閥口 32頂緣的相對兩端係 1/87 】形成有樞環33，供樞設一擋板34，該擋板34頂部 的相對兩端係分別形成有一樞柱35,各樞柱35係分別與各 樞環33框接以構成可轉動的連接，該擋板34分別具有相 對的一第一面與一第二面，其第一面係遠離該導流道37, § 。*板34第面的上端係形成有一個以上的配重塊36,該 "板34第一面下端係形成有一抵合緣38，當該擔板34框 叹於框ί哀33上且以垂直方向閉合於該閥口 32上時該抵 合緣38係位於該導流道37末端的底緣，以消除撞板34和 閥口 32間可能產生的間隙。 該誘蚊裝置40係在一燈罩41的底端設有一蓋板42, 且該盍板42底端係設有一燈管43，且蓋板42結合於抽風 裝置2〇的支柱14頂端；在此較佳實施例中，該蓋板42頂 端係設有一控制模組44，且該控制模組44係位於燈罩41 内’其係用以控制燈管43與風扇13的運轉與停止，該控 制模組44可透過一電線45連接一插帛46與市電源連接以 供應該捕蚊器運作所需的電源，該電線45可從控制模組44 穿過蓋板42並穿入抽風模組1〇的空心支柱14内再從筒 體11内穿出筒體11外再與該插頭連接。 當捕蚊器插電啟動，風扇13轉動會產生風力，風力會 從隔離板31上的導流道37頂端，經導流道73的導流曲面 流至閥口 32’並使閉合於閥口 32上的擔板从以兩抱柱％ 為轴心轉動而被推開，由於燈管43會發光吸引蚊蟲靠近， 當蚊蟲靠近該燈管43時’則會被風扇佗轉動產生的吸力 吸入筒體11，再經過閥門裝置30的閥口 32掉入收集裝置 20内，當捕蚊器未啟動時，抽風裝置的風扇停止運轉，擋 M411787 板34利用其上端的配重塊36使擋板34自然閉合閥口 32， 且抵合緣38會位於導流道37的下方，使閥口 32能被擋板 34閉合的更緊密而使蚊蟲無法逃出，進而有效達到捕捉蚊 蟲的功能。 以上所述僅為本創作之較佳實施例，並非對本創作作 任何形式上之限制，雖然本創作已以較佳實施例揭露如 上，然而並非用以限定本創作，任何熟悉本專業的技術人 員，在不脫離本創作技術方案的範圍内，當可利用上述揭 示的技術内容作出些許更動或修飾為等同變化的等效實施 例，但凡是未脫離本創作技術方案的内容，依據本創作的 t術實質對以上實施例所作的任何簡單修改、等同變化與 修飾’均仍屬於本創作技術方案的範圍内。 【圖式簡單說明】 圖 1係為本創 作一 圖 2係為本創 作一 圖 3係為本創 作一 圖 4係為本創 作一 【主要元件符號說明】 10 抽風裝置 11 筒體 12 分隔板 13 風扇 14 支栓 20 故集農置 較佳實施例之剖面圖。 較佳實施例之局部外觀圖 較佳實施例之局部分解圖 較佳實施例之使用示意圖 M411787 氣孔 頂條 卡合壁 卡槽 閥門裝置 隔離板 閥口 樞環 擋板 樞柱 配重塊 導流道 抵合緣 誘蚊裝置 燈罩 蓋板 燈管 控制模組 電線 插頭 9M411787 V. New description: [New technical field] This creation is a mosquito trap, especially a mosquito trap that traps mosquitoes and can effectively trap mosquitoes. [Prior Art] Since ancient times, humans have been suffering from mosquitoes that bite human blood and cause itching and itching, and they are constantly seeking countermeasures against mosquitoes. One of them is an empty-handed mosquito, which has appeared in recent years. The electric mosquito swatter is for the user to swing and hit the mosquito, but both of the above measures need to take the initiative to actively track the position of the mosquito and hit it, and it is impossible to carry out the mosquito killing for a long time (more than a few hours), and another countermeasure is to catch the mosquito. The mosquito lamp captures mosquitoes. The traditional mosquito lamp is equipped with a power grid around the lamp officer, and the lamp can emit ultraviolet light that attracts mosquitoes, so the mosquito will be attracted to the lamp and touch the power grid. The energized grid generates a short circuit discharge to kill the mosquito. However, the conventional mosquito lamp has the disadvantage that it will produce harsh noise when the mosquito is hit by the power grid. Therefore, in recent years, there has been an existing mosquito trap, which includes a base, a fan positioning cylinder and a trap. The base is a cylindrical casing and a receiving groove is formed from the upper end of the base, and the peripheral wall of the cylindrical casing of the base is provided with a plurality of ventilable mesh portions; the fan positioning cylinder is enclosed in an annular casing a partition is formed, the partition is formed with a slot, the through slot is provided with a fan, the lower end of the annular shell is connected with the upper end of the base, and the partition is fixedly connected with the plurality of pillars; the trapping device is a cover plate is provided at the bottom end of the lampshade, and the bottom plate of the cover plate is provided with a light plate, and the branch end of the wind sense set is connected with the cover plate 3 M411787; when the mosquito trap is activated, The lamp will illuminate to attract mosquitoes. When the mosquito is close to the lamp, the suction force generated by the fan will be sucked into the positioning cylinder of the fan and enter the receiving groove of the base to achieve the mosquito catching effect, and there will be no conventional mosquito trapping. Produces harsh when killing mosquitoes Sound disturbing their sleep problems. However, when the fan of the mosquito trap stops rotating due to power failure or the like, the mosquitoes dropped into the storage tub may escape from the gap between the fan blades to reduce the effect of catching mosquitoes. All of the above are unsatisfactory for existing technologies, and they need to be further reviewed and seek feasible solutions. [New content] In order to solve the shortcomings of the aforementioned mosquito traps, the purpose of the present invention is to provide a mosquito trap capable of reliably isolating mosquitoes in a collecting device, so that mosquitoes cannot escape and achieve a good mosquito trapping effect. . In order to achieve the above objectives, the technical means adopted by the present invention is that the mosquito trap includes: ^ an air extracting device, which is mainly composed of a cylinder and a fan, the cylinder system is hollow and has a through upper end and The lower end is further provided with a partition plate in the cylinder body, the partition plate has a perforation for mounting the fan; the top surface of the partition plate is further provided with a plurality of pillars; the collecting device is cylindrical and has a ring shape a peripheral wall and a bottom portion having more than one venting opening on the peripheral wall thereof, and the top end of the peripheral wall is sleeved with the lower end of the cylinder of the air extracting device; the valve device is disposed at the top end of the collecting device and formed on a partition plate There are more than one guide channel, and the partition plate is a size-matched plate body at the top end of the annular peripheral wall of the collecting device, and the one or more guide channels M411787 have a difference in the end and the off-plate. A longitudinal valve port is formed therebetween, and a valve plate is disposed on the valve port. The opposite ends of the top of the baffle are respectively formed with a pivot column. The spacer plate is respectively formed at a opposite end of the top edge of the valve port. Each of the trailing columns is respectively framed with the pivotal soil to form a rotatable connection, and the upper end of the striker is provided with more than one weight; a mosquito trapping device is provided with a cover at the bottom end of a lampshade And a bottom tube is provided with a light tube, and the cover plate is coupled to the pillar of the air suction device. When the mosquito trap is activated, the fan will generate wind, so that the plate of the valve device rotates with the two pivots as the axis, and the baffle is away from the stop beside the valve port to create a gap between the baffle and the valve port. And the lamp will emit light to attract the mosquitoes to approach. When the mosquito is close to the lamp, it will be sucked into the collecting device by the suction force generated by the rotation of the fan and then fall into the collecting device through the valve port of the valve device; when the mosquito trap is not activated The fan of the air extracting device stops running, the baffle is naturally closed by the weight of the upper end thereof, and the baffle closes the valve port to prevent the mosquito from escaping from the mosquito collecting trough, thereby effectively achieving the function of capturing mosquitoes. [Embodiment] The embodiments of the present invention are not illustrated in the following drawings to specifically explain the technical contents of the present invention. Referring to FIG. 1 to FIG. 3, the present invention includes an air extracting device 1 , a collecting device 20 , a valve device 3 , and a mosquito trapping device 4 , wherein: the air extracting device 1 includes a cylinder u a partitioning plate 12, a fan 13 and a plurality of hollow pillars 14, the cylinder body is hollow and has a through upper end and a lower end, and the partitioning plate 12 is disposed in the cylinder 11, and the two partitions 12 are provided. The upper system is formed with a perforation for mounting the fan 13, and the fan 13 corresponds to the perforation on the partitioning plate 12, and the top surface of the partitioning plate 12 is: 5 M411787 has a plurality of pillars 14, a straight number 詈όΓΑ ', In the case of four, the inner wall of the lower end of the cylinder 11 is formed with a plurality of cassettes 15, which may be two. The collecting device 20 has a cylindrical shape and has an annular peripheral wall and a bottom portion having a plurality of venting ports on its peripheral wall. In the preferred embodiment, the plurality of venting ports are mainly composed of a plurality of vent holes 22. 'The vents 22 allow the airflow of the fan 13 to convect the outside air; in other embodiments, the one or more η+ Λ &m gongs are mainly provided on an opening formed on the peripheral wall. There is a strainer. The inner surface of the annular peripheral wall of the collecting device 2G is provided with a plurality of top strips 23' for supporting the building and installing the inter-twisting device 30. The number of the top strips 23 may be four. In the preferred embodiment, the preferred embodiment The top end of the peripheral wall of the collecting device is formed with an engaging wall 24, and the top edge of the engaging wall 24 is formed with a plurality of L-shaped card slots 25, and the number thereof can be two 'JL'. Corresponding to the position on the inner wall of the lower end of the tubular body, the card slots 25 are engaged with the special cassette 15 to enable the top end of the collecting device 2 to be coupled with the barrel of the air extracting device 10. The lower end of the squat is tightly nested. Referring to FIG. 2 to FIG. 4, the valve device 30 is disposed at the top end of the collecting device 20, and the valve device 3 is supported by the top end of the top strip 23 on the inner surface of the peripheral wall of the collecting device 2; The valve device 3 is formed with a plurality of guide channels 37 formed on a partition plate 31. The guide channel 37 is recessed inwardly by the fox A curve to form a concave curved surface, and the end of the guide channel 37 is isolated. The plate 31 has a height difference 'and forms a longitudinal valve port 32 therebetween. In this embodiment, the number of the flow guide 37 and the valve port 32 are respectively two, and the partition plate 31 is a pair with the collecting device 2 A circular plate body having a matching inner diameter of the top end of the annular peripheral wall, and a partitioning plate 31 at the opposite ends of the top edge of the valve port 32 is formed by a pivot ring 33 for pivoting a baffle 34, the baffle 34 The opposite ends of the top are respectively formed with a pivot post 35, and each pivot post 35 is respectively framed with each pivot ring 33 to form a rotatable connection, and the baffle 34 has an opposite first side and a second side respectively. The first side is away from the flow guide 37, §. * The upper end of the first face of the plate 34 is formed with more than one weight 36, and the lower end of the first face of the plate 34 is formed with abutting edge 38, when the frame 34 sighs on the frame and The abutment edge 38 is located at the bottom edge of the end of the flow guide 37 when the vertical direction is closed on the valve port 32 to eliminate possible gaps between the striker 34 and the valve port 32. The mosquito trap device 40 is provided with a cover 42 at the bottom end of the lamp cover 41, and a lamp tube 43 is attached to the bottom end of the cover plate 42, and the cover plate 42 is coupled to the top end of the strut 14 of the air extracting device 2; In the preferred embodiment, a control module 44 is disposed on the top of the cover 42 and the control module 44 is disposed in the lamp cover 41 for controlling the operation and stop of the lamp 43 and the fan 13. The group 44 can be connected to the city power supply through a wire 45 to supply the power supply required for the operation of the mosquito trap. The wire 45 can pass through the cover 42 from the control module 44 and penetrate the ventilation module 1 The hollow pillar 14 is then passed out of the cylinder 11 and then connected to the plug. When the mosquito trap is plugged in, the fan 13 rotates to generate wind power, and the wind will flow from the top of the guide vane 37 on the partition plate 31 to the valve port 32' via the guide curved surface of the guide vane 73 and close to the valve port. The support plate on the 32 is pushed away from the pivot of the two holding cylinders. Since the light tube 43 emits light to attract the mosquitoes to approach, when the mosquitoes are close to the light tube 43, the suction suction cylinder which is generated by the rotation of the fan The body 11 is then dropped into the collecting device 20 through the valve port 32 of the valve device 30. When the mosquito trap is not activated, the fan of the air extracting device stops operating, and the M411787 plate 34 uses the weight 36 of its upper end to make the baffle 34 The valve port 32 is naturally closed, and the abutment edge 38 will be located below the flow guide 37, so that the valve port 32 can be closed more tightly by the baffle 34, so that the mosquito can not escape, thereby effectively achieving the function of catching mosquitoes. The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention in any way. Although the present invention has been disclosed above in the preferred embodiments, it is not intended to limit the present invention, and any skilled person skilled in the art. The equivalents of the above-disclosed technical contents may be modified or modified to equivalent changes, but the content of the present invention is not deviated from the present invention. Any simple modifications, equivalent changes and modifications made to the above embodiments are still within the scope of the present technical solution. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a creation of this picture. Figure 2 is a creation of this picture. Figure 3 is a creation. Figure 4 is a creation of this book. [Main component symbol description] 10 Exhaust device 11 cylinder 12 partition 13 Fan 14 Bolts 20 A cross-sectional view of a preferred embodiment of the farm. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT OF THE PREFERRED EMBODIMENT OF THE PREFERRED EMBODIMENT OF THE PREFERRED EMBODIMENT The use of the preferred embodiment of the M411787 air hole top strip engagement wall card slot valve device isolation plate valve port pivot ring baffle pivot column weight guide channel Abutment edge mosquito trap lamp cover lamp control module wire plug 9