099年11月16日梭正替换百 五、新型說明： 【新型所屬之技術領域】 [0001] 本創作係一種蚊蟲誘捕器結構，尤指一種應用於蚊 蟲捕捉裝置所屬技術領域者。 【先前技術】 [0002] 按目前習知之捕蚊燈結構如第六圖所示，其燈座體 (4 0 )近外緣處環緣設有數止擋柵桿件（4 1 )，且 燈座體（4 0)内設有一紫外線燈柱件（4 2)，該紫 外線燈柱體（4 2)之外圍環設有數電網桿件（4 3) ，藉由蚊子或昆蟲的趨光性，以紫外線燈枉件（4 2) 產生之光源引誘其靠近，再以環設於紫外線燈柱體（4 2)外圍之電網桿件（4 3 )予以電擊，但其具有下列 之問題存在： [0003] 1.使用安全性差：其以紫外線燈柱件產生之光源，引誘 蚊子或昆蟲靠近，再以環設於紫外線燈柱體外圍之電網 桿件予以電擊，該紫外線燈枉件所產生之紫外光具能量 ，易產生人體或眼睛之生理變化及病變，且導電之電網 桿件易令使用者因誤觸而遭電擊，故其使用安全性差。 [0004 ] 2.使用便利性差：其以紫外線燈柱件及電網桿件構成， 整體結構較為複雜，於故障維修上極為不便，且電網桿 件於電擊蚊子或昆蟲時產生巨大之聲響，該聲響易令使 用者受驚嚇或影響睡眠，故其使用便利性差。 【新型内容】 [0005] <創作動機> 表單編號A0101 第3頁/共17頁 M397152 099年11月16日修正替換頁 [0006] [0007] [0008] 本創作有鑑於習知捕蚊燈結構使用安全性及使用便 利性差之問題，乃完成本創作之蚊蟲誘捕器結構。 <創作目的> 本創作之主要目的在於提供一種蚊蟲誘捕器結構， 其汲液導管體與定溫加熱體係容置於上蓋體所設容置管 内，而汲液導管體之頂側係與上蓋體之容置管内所設擋 片之溢出口連接導通，且上蓋體之容置管底側穿過盆座 體所設濾網件，並結合於盆座體所設定位部，藉由汲液 加溫組之汲液幫浦體，將乳酸性黏著液體由盆座體之容 置凹槽部汲取，並經由汲液加溫組之汲液導管體，汲取 導入至上蓋體之容置管内所設儲液槽部内，並由儲液槽 部所設數散流孔散流導出；導出後之乳酸性點者液體則 順上蓋體所設容置管外壁，循環回流至盆座體所設容置 凹槽部，而乳酸性黏著液體於汲取與流動之過程，受汲 液加溫組所設定溫加熱體加温，以溫度與乳酸性黏著液 體之氣味吸引蚊蟲，使其黏著於乳酸性黏著液體，並經 乳酸性黏著液體之流動將其過濾於盆座體所設濾網件， 且整體結構簡易且維修更換組件便利，以達使用安全性 及使用便利性佳之功效。 【實施方式】 [0009] 為使貴審查委員能進一步瞭解本創作之結構，特 徵及其他目的，玆以如后之較佳實施例附以圖式詳細說 明如后，惟本圖例所說明之實施例係供說明之用，並非 為專利申請上之唯一限制者。 表單編號A0101 第4頁/共17頁 [0010] 099年11月16日按正替換頁 請配合參閱第-至三圖所示，係本創作蚊蟲誘捕器 結構之立體組合、分解及剖面狀態示意圖，其係包括： [0011] 一盆座體（1 0)，該盆座體（1 0)設有-定位 ° (11)及各置凹槽部（12)，而容置凹槽部（ 1 2)内置設有一濾網件（1 2 〇); —汲液加溫組（2 〇)，該汲液加溫組（2 〇)設 有一汲液幫浦體（21)、一汲液導管體（22)、一 定溫加熱體（2 3)及-供電體（2 4)，其汲液加溫 組（2 0)之汲液導管體（2 2)係為金屬材質，而汲 液導管體（2 2)與定溫加熱體（2 3)係呈緊貼設置 ;以及 J 一上蓋體（3 0)，該上蓋體（3 0)設有一容置 管（3 1 )及一提把部（3 2),該容置管（3丄）係 為金屬材質，且容置管（3 1 )近頂側設有一擋片（3 10) ’該擋片（31〇)設有一溢出口（311)， 且擋片（3 1 0)上方之容置管（3 1)内設有一儲液 槽部（3 1 2)，該容置管（3 χ )之儲液槽部（3 2 2)上方J衣管6又有數散流孔（3 1 3)，其沒液加溫組 (20)之該汲液導管體（22)與定溫加熱體（23 )係容置於容置管（3 1 )内，而容置管（3 1)内所 設擋片（310)之溢出口（311)，係與汲液加溫 組（2 0)所設汲液導管體（2 2)之頂側連接導通， 而容置管（3 1 )底側穿過盆座體（1 〇)所設濾網件 (1 2 0)，並結合於盆座體（1〇)所設定位部（1 1) ’且容置管（3 1)内壁與汲液加溫組（20)所 表單編號A0101 第5頁/共丨7頁 [0014]On November 16th, 099, the shuttle is being replaced. The new type of description: [New technical field] [0001] This creation is a mosquito trap structure, especially one that belongs to the technical field of mosquito trap devices. [Prior Art] [0002] According to the conventional mosquito lamp structure, as shown in the sixth figure, the lamp holder body (40) is provided with a plurality of stop grid members (4 1 ) at the outer edge of the lamp holder body (40), and the lamp The base body (40) is provided with an ultraviolet lamp post (42), and the outer ring of the ultraviolet lamp post (42) is provided with a plurality of grid bars (43), which are ultraviolet-activated by the phototaxis of mosquitoes or insects. The light source (4 2) generates a light source to attract it, and then shocks it with a grid rod (4 3 ) ringed around the outer periphery of the ultraviolet lamp cylinder (42), but it has the following problems: [0003] 1. Poor safety of use: It is a light source generated by ultraviolet lamp column, which attracts mosquitoes or insects to approach, and then is shocked by a grid rod that is arranged around the outer periphery of the ultraviolet lamp cylinder. The ultraviolet light generated by the ultraviolet lamp element has The energy is easy to produce physiological changes and lesions of the human body or the eyes, and the conductive grid member is easy to cause the user to be shocked by mistake, so the safety of use is poor. [0004] 2. Poor usability: It is composed of UV lamp post and grid rod. The overall structure is more complicated, which is extremely inconvenient for fault repair, and the grid rod produces a huge sound when it is electric shock to mosquitoes or insects. It is easy for users to be frightened or affect sleep, so it is not easy to use. [New Content] [0005] <Creation Motivation> Form No. A0101 Page 3 of 17 M397152 November 16th, 2017 Revision Replacement Page [0006] [0007] [0008] This creation is based on the knowledge of mosquito trapping The safety of the lamp structure and the problem of poor usability are the structures of the mosquito traps of this creation. <Creation Purpose> The main purpose of the present invention is to provide a mosquito trap structure in which a sputum catheter body and a constant temperature heating system are housed in a housing tube provided in the upper cover body, and the top side of the sputum catheter body is The overflow port of the blocking piece provided in the receiving tube of the upper cover body is connected to be connected, and the bottom side of the receiving tube of the upper cover body passes through the filter element provided by the basin body body, and is coupled to the position portion of the basin body, by In the sputum pump body of the liquid heating group, the lactic acid adhesive liquid is taken from the accommodating groove portion of the basin body, and is introduced into the accommodating tube of the upper cover body through the sputum liquid guiding body of the sputum heating group The liquid storage tank is provided in the liquid storage tank, and is distributed by the number of diffusing holes provided in the liquid storage tank; the liquid of the lactic acid point after the outlet is connected to the outer wall of the receiving tube provided by the cover body, and is circulated and returned to the basin body. The groove portion is accommodated, and the lactic acid adhesive liquid is heated in the process of drawing and flowing, and is heated by the temperature heating body set by the sputum heating group to attract the mosquito to adhere to the lactic acid by the temperature and the odor of the lactic acid adhesive liquid. Adheres to the liquid and flows through the lactic acid-adhesive liquid It is filtered on the filter parts provided in the basin body, and the overall structure is simple and the maintenance and replacement components are convenient, so as to achieve the safety of use and the convenience of use. [Embodiment] [0009] In order to enable the reviewing committee to further understand the structure, features and other purposes of the present invention, the following preferred embodiments are accompanied by a detailed description of the following, but the implementation of the illustrated embodiment. The examples are for illustrative purposes and are not the only restrictions on patent applications. Form No. A0101 Page 4 of 17 [0010] On November 16, 099, according to the replacement page, please refer to the three-to-three diagrams, which are the three-dimensional combination, decomposition and profile of the mosquito trap structure. The system includes: [0011] a basin body (10), the basin body (10) is provided with - positioning ° (11) and each groove portion (12), and accommodating the groove portion ( 1 2) Built-in filter unit (1 2 〇); - sputum heating group (2 〇), the sputum heating group (2 〇) is equipped with a sputum pump body (21), a sputum The catheter body (22), the temperature-heating body (23), and the power supply body (2 4), and the sputum heating body (2 2) of the sputum heating group (20) are made of metal, and the sputum is sputum The conduit body (2 2) and the constant temperature heating body (23) are closely arranged; and J is an upper cover body (30), and the upper cover body (30) is provided with a receiving tube (3 1 ) and a lifting The portion (3 2), the receiving tube (3丄) is made of a metal material, and the receiving tube (3 1 ) is provided with a blocking piece (3 10) on the near top side. The blocking piece (31〇) is provided with an overflow. An outlet (311), and a liquid storage groove portion (3) is disposed in the receiving tube (31) above the blocking piece (3 1 0) 1 2), the J-coating tube 6 above the liquid storage tank portion (3 2 2) of the receiving tube (3 2 ) has a plurality of diffusing holes (3 1 3), and the liquid-free heating group (20) The liquid conduit body (22) and the constant temperature heating body (23) are housed in the receiving tube (31), and the overflow port (311) of the blocking piece (310) disposed in the receiving tube (31), It is connected to the top side of the sputum conduit body (2 2) provided by the sputum heating group (20), and the bottom side of the accommodating tube (3 1) passes through the screen provided by the basin body (1 〇). Piece (1 2 0), combined with the position (1 1) set by the basin body (1〇) and the inner wall of the receiving tube (3 1) and the sputum heating group (20) Form No. A0101 No. 5 Page / Total 7 pages [0014]
099年11月16日梭正替換頁"I 設定溫加熱體（2 3)呈緊貼設置； 藉由上述結構之配合，以完成本創作之蚊蟲誘捕器 結構。 [0015] 請配合參閱第四圖所示，係本創作蚊蟲誘捕器結構 之使用狀態參考圖，其汲液加溫組（2 0)之汲液導管 體（2 2)係為金屬材質，而及液導管體（2 2)與定 溫加熱體（2 3)係呈緊貼設置，且該汲液導管體（2 2)與定溫加熱體（2 3)係容置於上蓋體（3 〇)所 設容置管（3 1 )内，而汲液導管體（2 2)之頂側係 與上蓋體（30)之容置管（3 1)内所設擋片（31 0) 之溢出口（3 1 1)連接導通，且上蓋體（3〇) 之谷置管（3 1)底側穿過盆座體（1 〇)所設;慮網件 (1 2 0)，並結合於盆座體（1 〇)所設定位部（1 1) ，藉由將乳酸性黏著液體填入盆座體之容 置凹槽部（1 2)，而沒液加溫組（20)之供電體（ 2 4)導入電源驅動，使汲液幫浦體（2 1 )汲取乳酸 性黏著液體’由盆座體（1 〇)之容置凹槽部（1 2) 與汲液加溫組（2 0)之汲液導管體（2 2)，汲取導 入至上蓋體（3 0)之容置管（3 1 )内所設儲液槽部 (3 1 2)内，並由儲液槽部（3 1 2)所設數散流孔 (3 1 3)散流導出，導出後之乳酸性黏著液體則順上 蓋體（30)所設容置管（3 1)外壁，循環回流至盆 座體（1 0)所設容置凹槽部（i 2)，而乳酸性黏著 液體於沒取與流動之過程，受沒液加溫組（2 〇)所設 疋zm加熱體（2 3 )加溫，且該加熱之溫度為3 7。〇3 表單编號Λ0Ι0Ι 第6頁/共17頁 099年11月16日修正替换頁 8 °C之低溫，以溫度與乳酸性黏著液體之氣味吸引蚊蟲 ，使其黏著於乳酸性黏著液體，並經乳酸性黏著液體之 流動將其過濾於盆座體（1 0)所設濾網件（1 2 0 ) ，且整體結構簡易且維修更換組件便利，以達使用安全 性及使用便利性佳之功效。 [0016] 請配合參閱第五圖所示，係本創作蚊蟲誘捕器結構 設有低溫光源件之實施例參考圖，其整體結構與本創作 一至三圖相同，唯其係於上蓋體（30)設有一低溫光 元件（3 3)，該低溫光元件（3 3)係電接至汲液加 溫組（2 0)所設供電體（2 4)，以提供光源增加昆 蟲之誘捕能力，以增加本創作之多重實用性。 [0017] 茲將本創作之優點論述如下： [0018] 1. 使用安全性佳：其乳酸性黏著液體於汲取與流動之 過程，受汲液加溫組所設定溫加熱體加溫，且該加 熱之溫度為3 7 °C~ 3 8 °C之低溫，以溫度與乳酸 性黏著液體之氣味吸引蚊蟲，故其使用安全性佳。 [0019] 1. 使用便利性佳：其係由盆座體、汲液加溫組及上蓋 體構成，整體結構簡易且維修更換組件便利，故其 使用便利性佳。 综上所述，本創作確實可達到上述諸項功能及目的 ，故本創作應符合專利申請要件，爰依法提出申請。 【圖式簡單說明】 [0020] 第一圖係本創作之立體組合狀態示意圖。 [0021] 第二圖係本創作之立體分解狀態示意圖。 表單編號Λ0101 第7頁/共Π頁 M397152 099年11月16日梭正 [0022] 第三圖係本創作之側視剖面狀態示意圖 [0023] 第四圖係本創作之使用狀態參考圖。 [0024] [0025] 第五圖係本創作之設有低溫光源件之實施例參考圖 第六圖係本創作之習知蚊燈結構示龙_ 【主要元件符號說明】 [0026] ( 1 0 )盆座體 [0027] ( 1 1 )定位部 [0028] ( 1 2 )容置凹槽部 [0029] ( 1 2 0 )濾網件 [0030] ( 2 0 )汲·液加溫組 [0031] ( 2 1 )汲液幫浦體 [0032] ( 2 2 )汲液導管體 [0033] ( 2 3 )定溫加熱體 [0034] ( 2 4 )供電體 [0035] (3 0)上蓋體 [0036] ( 3 1 )容置管 [0037] ( 3 1 0 )擋片 [0038] (311)溢出口 [0039] (3 1 2)儲液槽部 [0040] ( 3 1 3 )散流礼 表單編號A0101 第8頁/共丨 Μ M397152 099年11月16日核正替換頁 [0041] ( 3 2 )提把部 [0042] ( 3 3 )低溫光元件 [0043] ( 4 0 )燈座體 [〇〇44] ( 4 1 )止擋栅桿件 [〇〇45] ( 4 2 )紫外線燈柱件 [0046] (4 3)電網桿件 表單編號A0101 第9頁/共17頁On November 16th, 099, the shuttle replacement page "I set the temperature heating body (2 3) in close contact; through the cooperation of the above structure, to complete the mosquito trap structure of the present invention. [0015] Please refer to the fourth figure, which is a reference diagram of the use state of the mosquito trap structure, and the sputum heating body (2 2) of the sputum warming group (20) is made of metal, and The liquid conduit body (2 2) and the constant temperature heating body (23) are closely arranged, and the sputum conduit body (2 2) and the constant temperature heating body (23) are placed in the upper cover body (3) 〇) in the accommodating tube (3 1 ), and the top side of the sputum conduit body (2 2) and the slab (31 0) of the accommodating tube (31) of the upper cover body (30) The overflow port (3 1 1) is connected to the conduction, and the bottom side of the valley tube (3 1) of the upper cover body (3〇) is set through the base body (1 〇); the mesh member (1 2 0) is combined and combined In the position (1 1) of the basin body (1 )), the lactic acid adhesive liquid is filled into the accommodating groove portion (1 2) of the basin body, and the liquid-free heating group (20) The power supply body (24) is introduced into the power source drive, so that the sputum pump body (2 1 ) draws the lactic acid adhesive liquid 'the groove portion (1 2) and the sputum heating group from the basin body (1 〇) (20) the sputum catheter body (2 2), which is taken into the receiving tube (3 1 ) of the upper cover (30) The liquid storage tank portion (3 1 2) is disposed and diffused by the number of diffusing holes (3 1 3) provided in the liquid storage tank portion (3 1 2), and the derived lactic acid adhesive liquid is slid onto the cover body ( 30) The outer wall of the accommodating tube (3 1) is circulated and returned to the accommodating groove portion (i 2) of the basin body (10), and the lactic acid adhesive liquid is not taken and flowed. The 疋zm heating body (2 3 ) provided in the liquid heating group (2 〇) was heated, and the heating temperature was 37. 〇3 Form No. Λ0Ι0Ι Page 6 of 17 On November 16, 099, the replacement page is corrected at a low temperature of 8 °C to attract mosquitoes to the lactic acid adhesive liquid with temperature and odor of lactic acid adhesive liquid. It is filtered by the flow of lactic acid adhesive liquid on the filter member (1 2 0) provided in the basin body (10), and the overall structure is simple and the maintenance and replacement components are convenient, so as to achieve the safety of use and the convenience of use. . [0016] Please refer to the fifth figure, which is a reference diagram of an embodiment of the mosquito trap trap structure provided with a low-temperature light source member, and the overall structure is the same as the first to third figures of the present invention, except that it is attached to the upper cover body (30) a low-temperature optical component (3 3) is provided, and the low-temperature optical component (3 3) is electrically connected to the power supply body (24) provided by the liquid heating group (20) to provide a light source to increase the trapping ability of the insect, Increase the multiple practicality of this creation. [0017] The advantages of this creation are discussed as follows: [0018] 1. The safety of use is good: the lactic acid adhesive liquid is heated and heated by the temperature heating body set by the liquid heating group, and the The heating temperature is from 7 7 ° C to 38 ° C, and the temperature is comfortable with the odor of the lactic acid adhesive liquid, so it is safe to use. [0019] 1. It is easy to use: it is composed of a basin body, a sputum heating group and an upper cover body, and has a simple overall structure and convenient maintenance and replacement components, so that it is convenient to use. In summary, this creation can indeed achieve the above functions and purposes, so this creation should meet the requirements of the patent application, and apply in accordance with the law. [Simple Description of the Drawings] [0020] The first figure is a schematic diagram of the three-dimensional combined state of the present creation. [0021] The second figure is a schematic diagram of a three-dimensional exploded state of the present creation. Form No. 1010101 Page 7/Total Page M397152 November 16th, 2008, Shuttle [0022] The third figure is a schematic view of the side view of the present creation. [0023] The fourth figure is a reference diagram of the use state of the present creation. [0025] The fifth figure is an embodiment of the present invention provided with a low-temperature light source member. Referring to FIG. 6 is a conventional mosquito lamp structure shown in the present invention. [Main component symbol description] [0026] (1 0 ) Basin body [0027] ( 1 1 ) Positioning part [0028] ( 1 2 ) accommodating groove part [0029] ( 1 2 0 ) Filter element [0030] ( 2 0 ) 汲·liquid heating group [ 0031] ( 2 1 ) sputum pump body [0032] ( 2 2 ) sputum catheter body [0033] ( 2 3 ) constant temperature heating body [0034] ( 2 4 ) power supply body [0035] (3 0) top cover Body [0036] ( 3 1 ) accommodating tube [0037] ( 3 1 0 ) dam [0038] (311) overflow port [0039] (3 1 2) reservoir portion [0040] (3 1 3 ) Streaming Form No. A0101 Page 8 / Total M397152 November 16th, 099 Nuclear Replacement Page [0041] ( 3 2 ) Lifting Port [0042] ( 3 3 ) Low Temperature Optical Element [0043] ( 4 0 ) Lamp holder body [〇〇44] ( 4 1 ) Stop grid lever [〇〇45] ( 4 2 ) UV lamp post [0046] (4 3) Grid lever form number A0101 Page 9 of 17