M243939 拓J、新型說明： 【新型所屬之技術領域】 本創作係關於-種捕蚊蟲裝置，尤指一種可主 蚊触驅近，並予以消滅之捕蚊蟲裝置設計。 【先前技術】 蚊虫=等對於人們，不但會叮人吸血、干擾人們的生活 中一更冒媒介傳染病菌而危害人們的健康或生命。因此， 為=蚊蟲，人們研發多種消滅蚊蟲的方法，如： 消滅蚊蟲料。 P為目以們常用的 ,迟中杈烛劑、蚊香等係為化學性滅 其雖有-項有效的滅蚊方式，………方式， 毒性，對人體或環境有室。至於插虫& n 4具有 取物理性滅蚊方法，二^燈及捕蚊拍等’雖採 万法Τ以避免丽述化學性滅蚊方法有宝 體之問題，但其消滅蚊蟲的效果極為有限，因為.。 ^蚊拍係由人們手持對準蚊蟲揮拍，使蚊蟲接觸拍 而且Τ電擊而死’此-方式所能消滅的蚊蟲極為有限， =者必需主動地留意蚊蟲位置及飛行方向，在:作 上不甚方便，且所能達到的捕蚊效果極為有限。' 該捕蚊燈則係定點放置使用， it ^ m ίτ ^ 每出的誘蟲光線吸y 二：以利用接觸電網電擊方式予以消滅。唯，祀 據專豕研究發現’在蚊子中，尸、有母 根 呼吸所釋放的二氧化石户 s 乂人，而人體 羊u匕石反、咼體溫及易 吸引蚊子叮咬的主因，而…、，出，干的_ ’才為 誘虫虫先亚非誘引蚊蟲的主要因素 M243939 ，因此，捕蚊燈以誘蟲光吸弓丨蚊蟲之方式，並無法達到最 佳誘引蚊蟲驅近並予以消滅之最佳設計。 因此，本創作纟為此即設計—種如公告四一八六〇九 號新型專利案所示之「滅蚊蟲袭置」，該滅蚊蟲裝置主要 係於-外側設有電網的筒體，並於該筒體内設置一植物盆 2 ’藉以利用植物盆栽於呼吸時釋出的二氧化碳來誘引蚊 蟲，並為電網予以電擊消滅。 前揭之滅蚊蟲裳置雖可提供—項較捕蚊燈消滅蚊蟲更 佳之裝置，但是，該植物盆栽必需被放置於筒體内部，對 於一些希望家中多些綠化或希增加環境視覺美感的人們而 5，該滅蚊蟲裝置之設計較不易滿足此項要求，而且植物 盆栽f時間被覆罩於筒體内部’有不利於植物的自然生長 之問題。 【新型内容】 為此，本創作者乃沿續前揭滅蚊蟲裝置之創作理冬， ΓΓΓ計本創作「捕蚊蟲褒置」，使其除具有前揭滅蚊 虫虫衣置之消滅蚊蟲功用外’更以其創新空間型態改造，提 供一項兼具滅蚊及環境美化或日夜間均可使用之功能。 為達成前揭目的，本創作者所接 捕虫"h 則乍者所楗出之技術方案係令該 捕蚊蝴I置主要係由二氧化碳 吐哭π + 及5又於该二氧化碳產 生：下方的電擊器所組成’藉此，使其可利用盆栽 化石反產生器產生二氧化碳有效地 羊 之帝墼哭一丄* 乃，丨双虫虫驅近，復藉下方 你± 觸1擊而予m，並n外露式分栽植 物來吴化環境，或者，該捕 又触衣置亦使用一電熱式二氧 M243939 化碳產生n ’使其可增加對蚊蟲驅向高溫之誘因，並使政 可曰夜間均可使用’達到最佳消滅蚊蟲之效果。 ' 【實施方式】 以下乍之捕蚊蟲裝置依據前揭之技術特徵概可設計成 以下數種具體可行的實施例，其中·· 第一種實施例概如第一圖所示，該捕蚊蟲裝置主要具 有一組電擊器（1)及一藉定位架（3)固定於電擊哭（ 1)上方的盆裁植物（2)，並以該盆栽植物（2);吸 生二氧化碳之特性料天然的二氧化碳產生器， (1)於其殼體（11)内設有可外接電之控 制:路Hx及與㈣電路電性連接的電網（丄〇 )， 、亩μ π +甘 、、周（1 〇)可設於γ形、葫蘆形 直同形或其他幾何形狀 、四圖所示，該電網（1。 ）上端’或如第三 &舻 、（1 〇)可以直條狀或彎曲狀排列於 n U士人_ 别核位架（3 )係、由數支桿（3 0 )、、、σ曰一上下排列的 固設而成，並以上托下托板（32) 供…… 托板（3 1 )、下托板（3 2 )分別提 ㈣植物（2)及電擊器⑴置放其上定位。 則揭捕蚊蟲|置於使用時’可 電擊器（1 )連接電沥，益Α 飞至卜工7 斤於休沾八此 ，、 此，由位於定位架（3 )上顯 路、於外的i栽植物（2)為環境增添視覺美感，且利用該 瓜：植物：2 )呼吸時釋放的二氧化碳來誘;丨蚊蟲，並讓 蚊蟲驅近時接觸到通電的電網 ° 消滅蚊蟲的目^。 、 $電擊而死，達到 M243939 又為使受二氧化π ，本創作亦可於第二 丨而來的蚊蟲導向電網（1 ◦) 1)内部增設抽風：：所示者，於電擊器（1)殼體（1 面設排氣孔（i 2 f 13) ’並於殼體（11)底部側 入而由通電的電網（“错：利用抽風方式自上方將蚊蟲吸 後一絲— 13 )予以電擊消滅。 弟一種貫施例概如 r τ n ^ 弟五圖所示，該電擊器（1 )之電 網（1 0)係藉由侧命π # 电 r . 伸至内設抽風扇（1 3 )之殼體 (1 1 )上端口上方 a , 叉I 1 4 )予以定位，使其同樣 具有可誘引蚊蟲並予以雷 」像 ^ j M玉擊沩滅之功能。 弟二種貫施例概士笛丄 — 弟/、圖所不，該捕蚊蟲裝置主要呈 有裝設於一中空殼I# ^ ^、 /' (4 )内的電擊器（5 )及相對於電 “（5 )上方的化學性二氧化碳產生器（6 )，其中， 口亥冗又體（4 )下端部内設貯蚊掉（ 又耵蚊柁（4 0 )，上端部為一内 設二貯液槽（4 1 a、 r τι 1 u λ a) (41b)及一廢液貯槽（41〇 )的k把（4 2 ) ’該提把（4 2 )巾間且設有透氣孔（ 4 3 );該電擊器（5 )係裝於殼體（4 )的貯蚊槽（4 〇 )中，其包括有：可外接電源之控制電路以及與控制電 路電連接的開關（5 0 )及電網（5 i )，該控制電路設 於貯蚊槽（4 0 )内，電網（5 ;l )設於貯蚊槽（4 〇 ^ 上端口，開關（5 0 )設於殼體（4 )側邊；該二氧化碳 產生杰（6 )包括二相混可反應生成二氧化碳的特定液體 (60a) ( 6 0 b )、二燈芯（6 1 )及一反應平台（ 6 2 )，該二特定液體（6 〇 a ) ( 6 2 b )可為鹽^ ( HC1)及碳酸氫鈉（NaHC〇3)等，且分別貯於提把（ 、斗丄）的 M243939 貯液槽（4 1 a ) ( 4 1 b )内，反應平台（6 2 )設廢 液貯槽（4 1 c )上方位置，該二燈芯（6 1 & ) ( 6丄 b ) 一端分別伸入貯液槽（4丄a ) ( 4丄b )内，另端 伸向反應平口（ 6 2 )相鄰併置，前述之貯蚊槽（4 〇 ) 内亦可增設抽風扇（圖未示），並於殼體（4)曰設排氣孔 ，使其可進一步利用抽風方式將蚊蟲吸向電網（5丄）處 消滅。 前述之捕蚊蟲襞置於使用時，可放置室内或室外，並 令電擊器（5 )連接電源，其中利用二氧化碳產生哭（6 )之二特定液體（60a) (6〇b)經由燈芯（6“ )(6 1 b)毛細作用被吸附至反應平台（6 2)處，經 相混反應而生成二氧化石声 白、泰# 、二 乳化奴，自透亂孔（4 3 )處釋放來誘 引蚊蟲，並讓蚊蟲驅近時接觸到電網（5 ^ )受電擊而死 ，達到曰夜間均可進行消滅蚊蟲的目的。 第四種實施例概如第七圖所示者，該捕蚊蟲裝置主要 ί有於一電擊器…以及-藉固定架…駭於電擊 “ 方的化學性二氧化碳產生器（9 )，該電擊器 (7 )於其内有控制電路 電路的電網（71)」 （7Q)上設有連接控制 Γ 7 9、+相對於電網（7 1 )夕卜側設防護攔 β ^ 口定木（8)係裝設於防護欄（γ 2)上方 ，用以提供二氧化碳產生 架（8)架板（83)上;組設其上，其中於固定 拆組罩蓋（8 1 )劳罢於 疋孔（8 〇 ) ’另以—可 ，該-氧 後凰方；—乳化碳產生器（g )外侧防護 …化奴產生器（9)具有二個被固定於固定架（8 M243939 )預設的固定孔（8 0 )巾的儲液筒（9 Ο ) ( 9丄）、 -位於電網（7 i )内的廢液儲放筒（9 2 )卩及一介於 儲液筒（9 0 ) ( 9丄）與廢液儲放筒（9 2 )之間的反 應平台（9 3 )，該二儲液筒（9 0 ) ( 9 1 )分別儲存 相混後可反應生成二氧化碳的特定液體（9 〇 1 )( 9 1 1 )，如·鹽酸（HC1)及碳酸氫鈉（NaHC〇 )等， 筒（"）（”）底端相對於架板（83)下;= 下延伸-具開關閥件（9 〇 3 ) ( 9丄3 )的滴 2 )( 9 1 2 )，該二滴管（902) (912)管口且 接設吸水性芯件（9 Q 4 ) _向下方的反應U ( 相鄰併[該反應平台（9 3 )可為一漏斗狀之型體。 如弟八圖所不之第五種實施例，其概與第七圖所示垂 施例㈣’其中令該罩|(81)中㈣於固定架 架板（8 3 ) i方亦可設一具有二定位孔（8 4 )之定位 板（8 5) ’並以該二定位孔（84)分別提供二儲液筒 (9 〇 ) ( 9 1 )對應固定其中’並使該二儲液筒（9 〇 )(91)設於滴管（9〇2) (912)上的開關閥件 (9 0 3 )( 9 1 3 )位於架板（8 3 )上方，而設於架 板（8 3 )上的固定孔（8 〇 )則提供滴管（9 2 )( 9 1 2 )對應穿設其中，藉以，當儲液筒（9 〇 )( 9工 )内的特定液體（9Q1) (911)若自開關闕件（9 0 3) ( 9 1 3 )滲漏時，僅會被留置於架板（8 3 )上 ，而不會流向反應平台（g 3 )。 前揭第七、八圖所示所示之捕蚊蟲裝置於使用時，以 M243939 弟七圖所例，其係將該二分別内裴有特定液體（9 〇 1 ) (9 1 1 )的儲液筒（9 〇 ) ( 9 1 )上的開關閥件（9 〇3) ( 9 1 3 )切換至開啟狀態，並組回固定架（8 ) 上，再罩上罩蓋（8 1 )，此時，該二儲液筒（g ο )( 9?)内之特定液體（9 0 1 )( 9 1 1 )即分別經由滴 官（9 0 2 ) ( 9丄2 )流向芯件（9 〇 4 )，並自芯件 (9 0 4 )底端自然滴落至反應平台（9 3 )上相混而生 成二氧化碳散出，其他廢液則經由反應平台（9 3 )流向 :方的廢液儲放筒（9 2 ”，藉此，利用生成的二氧化 石厌來誘引蚊蟲驅近，此外，另令電擊器（7 )通電，藉此 ，讓蚊蟲驅近時接觸到電網（7 1 ) t電擊而死，達到省 滅蚊蟲的目的。 …經由前揭說明可以了解，本創作以其創新捕蚊蟲 -又计’達到利用二氧化碳誘引蚊蟲並加以消滅之目的 更利用其盆栽植物顯露於外之組成構造設計， 境之功用，或者g人 一吴化環 飞者配口電熱式二氧化碳產生器設計，铺龙 仪間均可使用之功用，進而提供—項更具好用、實用^日 之捕蚊蟲裝置，因此，本創作符合新型專 二果 具文提出申請。 千友依法 【圖式簡單說明】 一）圖式部分 代表 器 第一圖係本創作第-種實施例之立體示意圖M243939 Extension J. Description of New Type: [Technical Field to which the New Type belongs] This creation is about a mosquito trapping device, especially a mosquito trapping device that can be driven by the main mosquito and driven away. [Previous technology] Mosquitoes = Waiting for people will not only bite people to suck blood, interfere with people ’s lives, but also risk infectious diseases and endanger people ’s health or life. Therefore, for the purpose of = mosquitoes, people have developed a variety of mosquito killing methods, such as: mosquito killing materials. P is commonly used for this purpose. Late-middle candles, mosquito coils, etc. are chemically extinguished. Although there are-effective mosquito-killing methods, ... methods, toxicity, there is room for the human body or the environment. As for worm cutting & n 4 has physical mosquito killing methods, two lamps and mosquito traps, etc. Although the method is used to avoid the problem of treasures in the chemical mosquito killing method, its mosquito killing effect Extremely limited because ... ^ The mosquito slap is swiped by people holding the mosquitoes, making the mosquitoes come into contact with the slaps and die by electric shock. 'The mosquitoes that can be eliminated by this method are very limited. The person must actively pay attention to the mosquito location and flight direction. In: It is not very convenient, and the mosquito trapping effect is extremely limited. 'The mosquito trap is used at a fixed location, it ^ m ίτ ^ Each entrapment light absorbs y Two: It is destroyed by using electric shock by contacting the power grid. However, according to a special study, the study found that 'in mosquitoes, the corpse and maternal roots release the dioxide of the stone households 户 而 而, while the human sheep u dagger stone, 咼 body temperature and the main reason for attracting mosquito bites, and ... It is the main factor for attracting mosquitoes by attracting insects in Asia, Africa and M243939. Therefore, mosquito traps cannot attract the mosquitoes by attracting them with light. The best design. Therefore, this creation is designed for this purpose-a kind of "mosquito-killing device" as shown in the new patent case No. 4809 patent. The mosquito-kill device is mainly connected to a cylinder with a power grid on the outside, and A plant pot 2 'is set in the cylinder to attract the mosquitoes by using the carbon dioxide released by the plant pot when breathing, and to kill the electric grid by electric shock. Although the front mosquito killer can provide a better device than the mosquito trap to kill mosquitoes, but the plant pot must be placed inside the cylinder. For some people who want more greenery in their homes or want to increase the visual beauty of the environment And 5, the design of the mosquito-killing device is not easy to meet this requirement, and the plant pot is covered with the inside of the cylinder for f time, which has a problem that it is not conducive to the natural growth of the plant. [New content] To this end, the creator continued the creation of the mosquito-repellent device. ΓΓΓ Jiben created the "mosquito trapping device", which has the mosquito-removal function of the mosquito-repellent device. 'Moreover, with its innovative space type transformation, it provides a function that combines mosquito control and landscaping or can be used day and night. In order to achieve the purpose of exposing the insects, the technical solution of the insect catcher received by the creator is that the mosquito-catching butterfly I is mainly produced by carbon dioxide weeping π + and 5 and then produced by the carbon dioxide: The stunner is composed of this, so that it can use potted fossil inverters to produce carbon dioxide. The sheep's emperor wailed for a while. But, 丨 the two insects drove closer, and I borrowed you ± 1 touch to m, The n-type exposed plants were planted in the environment, or the catchment device also used an electrothermal dioxygen M243939 to generate carbon n ′, which can increase the incentive for mosquitoes to drive to high temperatures and make the government Can be used at night to achieve the best mosquito killing effect. '[Embodiment] The following mosquito-catching device can be designed into the following specific and feasible embodiments based on the technical characteristics of the previous disclosure, where the first embodiment is shown in the first figure, the mosquito-catching device It mainly has a group of electric shockers (1) and a potted plant (2) fixed above the electric shock (1) by a positioning frame (3), and the potted plant (2); The carbon dioxide generator (1) is provided in its casing (11) with external power control: road Hx and power grid (丄 〇) which is electrically connected to the ㈣ circuit, mu μ π + Gan, Zhou (1 〇) can be set in γ-shaped, gourd-shaped straight or other geometric shapes, as shown in the four figures, the grid's (1.) upper end 'or as the third & 舻, (1 〇) can be arranged in a straight or curved shape Yu n U Shiren _ special nuclear stand (3), is composed of a number of poles (30), σ, is arranged one above the other, and is supported by the supporting plate (32) for ... The plate (3 1) and the lower supporting plate (3 2) are respectively placed on the plant (2) and the electric shock ⑴. Then the mosquitoes are caught | When placed in use, the shockable device (1) is connected to the electric drain, and the fly fighter flies to the jeweler. 7 pounds, and it is located on the positioning frame (3). The i plant (2) adds visual beauty to the environment, and uses the melon: plant: 2) carbon dioxide released during breathing to attract; mosquitoes, and let the mosquitoes approach the power grid when they are near. . , $ Electric shock to death, reaching M243939, and in order to be subject to π dioxide, this creation can also be the second mosquito-guided power grid (1 ◦) 1) Internally added ventilation: as shown, in the electric shocker (1 ) The casing (1 is provided with exhaust holes (i 2 f 13) on one side and is inserted into the bottom side of the casing (11) to be energized by the power grid ("wrong: using a suction method to suck mosquitoes from the top-13) The electric shock is eliminated. An implementation example is shown as r τ n ^ The fifth figure shows that the electric network (1 0) of the electric shocker (1) is by the side command π # Electric r. Extend to the built-in exhaust fan (1 3) A above the port on the housing (1 1), fork I 1 4) are positioned so that they also have the function of attracting mosquitoes and lightning "like ^ j M jade strike. Two types of examples: Shi Di—the younger brother and the younger brother, the mosquito trap is mainly equipped with an electric shock device (5) and an electric shock device (5) installed in a hollow shell I # ^ ^, / '(4) and In contrast to the chemical carbon dioxide generator (6) above the electric power (5), the lower end of the mouth (4) is provided with a mosquito storage (also a mosquito pupae (4 0)), and the upper end is an internal Two liquid storage tanks (4 1 a, r τι 1 u λ a) (41b) and one waste liquid storage tank (41〇) k handles (4 2) 'The handle (4 2) is provided with a ventilation hole between the towels (4 3); The electric shock device (5) is installed in the mosquito storage tank (4) of the casing (4), and includes: a control circuit that can be connected to an external power source and a switch (50) that is electrically connected to the control circuit. ) And the power grid (5 i), the control circuit is provided in the mosquito storage tank (40), the power grid (5; l) is provided in the upper port of the mosquito storage tank (4 0 ^), and the switch (50) is provided in the housing ( 4) the side; the carbon dioxide generating element (6) includes a two-phase mixed specific liquid (60a) (60b) that can react to generate carbon dioxide, two wicks (61), and a reaction platform (62), the two specific The liquid (60a) (62b) can be a salt ^ (HC1) and Sodium bicarbonate (NaHC〇3), etc., and stored separately in the M243939 liquid storage tank (4 1 a) (4 1 b) of the handle (, bucket), the reaction platform (6 2) is provided with a waste liquid storage tank (4 1 c) in the upper position, one end of the two wicks (6 1 &) (6 丄 b) respectively extends into the liquid storage tank (4 丄 a) (4 丄 b), and the other ends extend toward the reaction flat mouth (6 2) phase Adjacent to each other, a suction fan (not shown) can be added to the aforementioned mosquito storage tank (40), and an exhaust hole can be provided in the casing (4), so that the mosquito can be further attracted to the power grid by means of air extraction ( 5 丄). When the aforementioned mosquito trap is placed in use, it can be placed indoors or outdoors, and the electric shocker (5) can be connected to a power source, in which carbon dioxide is used to produce a specific liquid (60a) (60a) (60). b) Capillary action is adsorbed to the reaction platform (6 2) via the wick (6 ") (6 1), and the mixed reaction generates the sulphur dioxide sound white, Thai #, two emulsified slaves, self-perturbed holes ( 4 3) to attract mosquitoes, and let the mosquitoes come into contact with the power grid (5 ^) when they get close to them and be killed by electric shock. The purpose of mosquitoes can be eliminated at night. For example, as shown in the seventh figure, the mosquito trap is mainly provided with an electric shocker ... and-by a fixed frame ... shocking electric shock carbon dioxide generator (9), the electric shocker (7) is The power grid (71) "(7Q) with a control circuit circuit is provided with a connection control Γ 7 9, and a protective barrier β ^ is installed on the side of the power grid (7 1). The upper side of the protective fence (γ 2) is used to provide a carbon dioxide generating rack (8) on a supporting plate (83); it is arranged on it, and the fixed cover (8 1) is used to stop working in the countersink (80). In addition,-can, the-oxygen after the phoenix recipe;-the external protection of the emulsified carbon generator (g) ... the slave generator (9) has two fixed holes (80) which are fixed to the fixed frame (8 M243939). ) Towel storage tank (9 Ο) (9 丄),-a waste liquid storage tank (9 2) located in the power grid (7i) and a waste liquid storage tank (9 0) (9 丄) and waste The reaction platform (9 3) between the liquid storage and discharge cylinders (9 2). The two liquid storage cylinders (9 0) (9 1) respectively store specific liquids (9 〇1) (9 〇1) which can be reacted to generate carbon dioxide after mixing. 1 1), such as · hydrochloric acid (HC1) and sodium bicarbonate (NaHC〇), etc., the bottom end of the tube (") (") is lower than the shelf plate (83); = lower extension-with on-off valve (9 〇3) (9 丄 3) 2) (9 1 2), the two dropper (902) (912) nozzle is connected with a water-absorbent core (9 Q 4) _ downward reaction U (adjacent and [The reaction platform (9 3) It can be a funnel-shaped body. The fifth embodiment, which is not shown in Figure 8, is similar to the example shown in Figure 7, where the cover | (81) can be placed on the fixed frame plate (8 3). A positioning plate (85) having two positioning holes (84) and providing two liquid storage cylinders (90) (91) correspondingly to the two positioning holes (84), respectively, and making the two liquid storages The on-off valve (9 0 3) (9 1 3) provided on the dropper (90) (912) is placed above the shelf plate (83), and is provided on the shelf plate (91). The fixing hole (80) on 8 3) is provided with a dropper (9 2) (9 1 2) correspondingly arranged therethrough, when the specific liquid (9Q1) in the reservoir (90) (9 workers) (911) If the self-opening switch (9 0 3) (9 1 3) leaks, it will only be left on the shelf plate (8 3) and will not flow to the reaction platform (g 3). When the mosquito trap shown in Figures 7 and 8 is used, the example shown in Figure 7 of M243939 is used. It is a storage of a specific liquid (9 001) (9 1 1) in the two inner tubes. The on-off valve member (9 0) (9 1 3) on the liquid cylinder (9 0) (9 1) is switched to the open state, and is assembled back to the fixing frame (8), and then the cover (8 1) is covered, At this time, the specific liquid (9 0 1) (9 1 1) in the two liquid storage tanks (g ο) (9?) Flows to the core piece (9) through the drip official (9 0 2) (9 丄 2). 〇4), and naturally dripped from the bottom of the core (9 0 4) onto the reaction platform (9 3) and mixed to generate carbon dioxide, and other waste liquid flows through the reaction platform (9 3) to: Fang's waste The liquid storage tube (9 2 ”) is used to attract the mosquitoes by using the generated dioxide. In addition, the electric shocker (7) is also energized, thereby allowing the mosquitoes to come into contact with the power grid (7 1). ) t died by electric shock, to achieve the purpose of mosquito killing.… Through the previous explanation, we can understand that this creation uses its innovative mosquito trapping-again, to achieve the purpose of using carbon dioxide to attract and destroy mosquitoes. It also uses its potted plants. The structural and structural design exposed, the function of the environment, or the design of the electric heating carbon dioxide generator equipped with a g-man-wuhuan ring-flyer, which can be used in the pavilion, and then provides-more useful and practical Mosquito trap device, therefore, this creation is in line with the application of a new type of special fruit. Qian You according to the law [Simplified illustration of the drawing] a) The first part of the representative part of the drawing is a three-dimensional schematic diagram of the first embodiment of this creation
圖）。 M 第二圖係本創作第—種實施例使用另一電擊Figure). M The second picture is the first embodiment of this creation using another electric shock
10 M243939 )之立體示意圖。 第 二 圖 係本創作第 種實 施例 使用 另一 •電擊器 )之立體示 意 圖。 第 四 圖 係本創作第 一 種實 施例 使用 另一 電擊器 )之立體示 意 圖。 第 五 圖 係本創作第 二 種實 施例 之立 體示 意圖。 第 六 圖 係本創作第 三 種實 施例 之剖 面示 意圖。 第 七 圖 係本創作第 四 種實 施例 之立 體示 意圖。 第 八 圖 係本創作第 五 種實 施例 之立 體示 意圖。 二 ) 元 件代表符號 ( 1 ) 電擊器 (1 0 ) 電網 ( 1 1 )殼體 (1 2 ) 排氣 孔 ( 1 3 )抽風扇 (1 4 ) 支臂 ( 2 ) 盆栽植物 ( 3 ) 定位架 (3 0 ) 支桿 ( 3 1 )上托板 (3 2 ) 下托板 ( 4 ) 殼體 (4 0 ) 貯蚊槽 ( 4 1 a )貯液槽 (4 lb )貯 液槽 ( 4 1 c)廢液貯槽 (4 2 ) 提把 ( 4 3 )透氣孔 ( 5 ) 電擊器 (5 0 ) 開關 ( 5 1 )電網 ( 6 ) 二氧化碳產 生 器 (6 0 a )特 定液體 (6 0 b )特定液體 （6 1 a )燈芯 M243939 (6 1 b )燈芯 （ (7 )電擊器 （ (71)電網 （ (8)固定架 （ (8 1 )罩蓋 （ (8 4 )定位孔 （ (9 )二氧化碳產生器 （ (9 0 1 )特定液體 （ (9 0 3 )開關閥件 （ (9 1 )儲液筒 （ (9 1 2 )滴管 （ (9 1 4 )芯件 （ (9 3 )反應平台 2 )反應平台 0 )殼體 2 )防護搁 0 )固定孔 3 )架板 5 )定位板 0 )儲液筒 0 2 )滴管 0 4 )怒件 11)特定液體 1 3 )開關閥件 2 )廢液儲放筒 響 1210 M243939). The second picture is a three-dimensional schematic diagram of the first embodiment of this creation using another electric shock device. The fourth diagram is a three-dimensional schematic diagram of the first embodiment of this creation using another electric shock device). The fifth picture shows the intention of the second embodiment of this creation. The sixth figure is a cross-sectional view of the third embodiment of this creation. The seventh figure is the intention of the fourth embodiment of this creation. The eighth figure shows the intention of the fifth embodiment of this creation. Two) Symbols of components (3 0) Support rod (3 1) Upper support plate (3 2) Lower support plate (4) Housing (4 0) Mosquito tank (4 1 a) Liquid storage tank (4 lb) Liquid storage tank (4 1 c) waste liquid storage tank (4 2) handle (4 3) vent hole (5) electric shock device (50) switch (5 1) power grid (6) carbon dioxide generator (6 0 a) specific liquid (6 0 b) Specific liquid (6 1 a) wick M243939 (6 1 b) wick ((7) electric shocker ((71) power grid ((8) fixed frame ((8 1) cover ((8 4)) positioning hole ((9) Carbon dioxide generator ((9 0 1) specific liquid ((9 0 3) on-off valve ((9 1) reservoir ((9 1 2) dropper ((9 1 4) core ((9 3)) reaction Platform 2) Reaction platform 0) Housing 2) Protective shelf 0) Fixing holes 3) Shelf plate 5) Positioning plate 0) Reservoir 0 2) Dropper 0 4) Anger 11) Specific liquid 1 3) On-off valve 2) The waste liquid storage tube rings 12