M341550 八、新型說明： 【新型所屬之技術領域】 本創作係有關-種紫外光殺菌燈具封隔保護結構，藉 由種水擒功能良好的封隔保護結構，使紫外光殺菌燈具 與液體無直接接觸，降低燈具保養難度以及避免細菌孳 生’並可調料管長度以對應儲水槽之規格，達到所欲設 -置之位置以及置入角度。 •【先前技術】 齡曰#統技術中，用以淨水有許多不同方法，#所需淨水 量較少時，如飲水機或是家用淨水器具，大多使用逆滲透 之技術其使用方便且只要定期更換遽心即可長久使用； 但若所需淨水量較多時’如水塔之儲水清淨或是醫療用水 時大夕單獨或是綜合使用軟水器、活性碳筛檢以及紫外 光殺菌等方法。 上述諸多方法，若單獨使用其中一種淨水方法，則將 ^上述淨水器具裝設於儲水槽即可；另，若需綜合使用數種 淨水方法，加強殺菌消毒效果，則皆以一輸送管將儲水槽 之液，輸出，流經預先設置好上述清潔器具之淨水槽，藉 由調節液體流速，使輸送過程順利以及淨水器具運作之淨 水時間足夠，並於完成淨水後，輸出並使用。 清參閱第1目’圖示為-種習用之紫外光殺菌燈具使 用裝置，於習用技術中，該紫外光殺菌燈具100插置於一 中空之輸送管101内，該輸送管101前後分別設置一入水 口 102以及出水口 103 ’上述入水口 1〇2與儲存液體之儲 4 M341550 水槽相連接，出水口 103則連接至欲使用淨水處。 如圖示實施例中，紫外光殺菌燈具1〇〇插置於輪送管 101中央預設之孔洞104,該孔洞104之内孔璧以透明材& 所製，使紫外光殺菌燈具100開啟時可照射流經輪送管之 液體，達到殺菌作用。 士上述之習用技術，該紫外光殺菌燈具100，僅於有需 要蚪才開啟用以照射殺菌，無法裝設於儲水槽，對已儲存 ’之液體作長時間以及大範圍之照射殺菌，使殺菌效果降 低^而若欲提高殺菌效果，則必須降低液體流經輸送管 之机速，提南紫外光照射液體時間，但卻會造成能源耗費 過多，得不償失，確有加以改善之必要。 、 【新型内容】 妥是’本創作之主要目的，旨在提供一種紫外光殺菌 L、封隔保護結構’使燈具與液體無直接接觸，降低燈具 保養難度，並避免細菌孽生。 籲纟創作之:欠—目的’旨在提供―種紫外光殺菌燈具封 =保護結構，使紫外光殺菌燈具之設置位置以及置入角 度’可對應儲水槽規格。 隐仅ί達上迷之目的’本創作係為—種紫外光殺菌燈具封 結構’係至少包含—紫外光殺菌燈具…儲水槽以 勺人_!ϋ保ί蒦結構，上述紫外光殺菌燈具之通電線路末端 - 1?1 — Γ封蓋’其特倣在於：所述封隔保護結構頂端設置 ^ ,卩”亥固定部用以與儲水槽表面預先設置之透孔相 牙接；於所述固定部下方設置一導管；該導管下方設置一 5 M341550 壓合件，該壓合件為一環狀結構；上述壓合件下方設置— 上連動層，該上連動層上端穿透壓合件並與導管接合，下 端設置一徑寬較大，受壓合件下壓之凸環部；於上連動層 下方设置一水密層以及一下連動層；該下連動層下方設置 一容置管，所述容置管下端包含一透光管。 於可行實施例中，所述導管之長度與紫外光殺菌燈具 •設置於儲水槽内之深淺相對應。 • 於另一可行實施例中，所述壓合件内緣以及下連動層 鲁上端設置有互相對應之第一導螺軌以及第一螺接件。 於又一可行實施例中，所述下連動層上端以及容置管 上端設置有互相對應之第二導螺執以及第二螺接件。 於較佳實施例中，所述透光管之長度大於紫外光殺菌 燈具發光部之長度。 於可行實施例中，所述透孔設置於儲水槽之頂蓋。 於另一可行實施例中，所述透孔設置於儲水槽之側邊。 φ【實施方式】 茲為能更進一步對本創作之構造、使用及其特徵有更 深一層，明確、詳實的認識與瞭解，爰舉出較佳之實施例， 配合圖式詳細說明如下： 首先請參閱第2、3圖所示，本創作係作為一種可插置 紫外光殺菌燈具10之封隔保護結構，所述封隔保護結構上 端設置一固定部20，該固定部20下方設置一導管21。 上述導管21下方設置一壓合件30,該壓合件3〇為一 環狀結構，其上開口之内徑寬大小設置與上述導管21相 6 M341550 等；並於其下開口内緣設置-第-導螺軌3卜 上述壓合件3〇下方設置一上連動層4〇,該上連動層 〇上端穿過壓合件3〇並與導管21接合，下端設置一徑寬 較大之凸環部41。 又’上述上連動層40下方使用橡膠或是塑膠材質設置 -水密層42以及一下連動層43，該下連動層“之上端設 置一徑寬與上述凸環部41相等，且與上述第—導螺軌Μ 互相對應之第-螺接件44，並於下連動層43下端内緣設 置一第二導螺執45。 另i下連動層43下方設置一容置管5〇，該容置管5〇 方為開口，下方為一封閉端；於所述容置管5〇上端設 置一與上述第二導螺執45相對應之第二螺接件51 ;並進 一步於其下設置-石英材f之透光管52，該透光管52之 長度大於紫外絲g燈具1G，俾使紫外光殺㈣具^之 發光部完全裸露，提高殺菌效果。 丨於圖不只鉍例中’依上述壓合件30向下壓靠上連動層 4〇之凸環部4卜使其帶動上連動層40向下移；並以麗合 件30之第一導螺軌31與下連動層43之第一螺接件^互 相螺接時，第—導螺執31鎖緊第-螺接件44帶動下連動 層43向上移’使上連動層4〇以及下連動層“緊密夾合中 央之水密層42，達到完全防水之效果。 凊參閱第4圖，於圖示一可行實施例中，以固定部2〇 與儲水槽60上方頂蓋61預先設置之透孔62互相穿接固 定，並將密封蓋U套於其上；又，㈣21之長度可視紫 7 M341550 外光殺菌燈具10所欲設 使紫外光殺菌燈具1G之位2 G内之深淺作調整， ^ 4 # ^ 置。又置於儲水槽60中央，避免 屋生燈光無法照射之死自， ^ ^ 角问打，亦因外設容置管50而可 避免接觸到儲水槽β 〇内部液體。 請參閱第5圖本創作$ ^ 之侧邊表面設置一透本孔^另^行實施例，於儲水槽6〇 此从丨X + 透孔621，將固定部20接合於該處，使 I外光殺菌燈具1 0為一僻6 -讲晉i、高者古由 仫向置入之角度，整個裝置因而可 ^殺菌X位置’方便作#人員進行維修，使紫外光 ’又、“之組卸動作更為方便，將密封蓋11取下後即 可直接抽出紫外光殺菌燈具1 〇。 、本創作因而形成-種可完全隔離紫外光殺菌燈具10 乂及儲凡水# 60之封隔保護結構，不但使紫外光殺菌燈具 、之。又置位置可味人儲水槽6Q，抽取以及置人亦更方便， 並由於务、外光杈菌燈具1〇並不會接觸到任何液體，且進行 組卸以及維修動作時，不須移動相關封隔保護結構之構 件，故進行電子產品保養以及檢查時，直接將其抽取出即 可’進、步避免紫外光殺菌燈具1()沾染液體，降低其保養 難度，並減少細_孳生，延長使用壽命。 惟以上所述者，僅為本創作之較佳實施例而已，當不 月:以此限疋本創作實施之範圍，即大凡依本創作申請專利 範圍及創作說明書内容所作之簡單的等效變化與修飾，皆 仍應含括於本創作申請專利範圍内。 【圖式簡單說明】 第1圖係習用技術之使用裝置示意圖； 8 M341550 第2圖係本創作之構件組合示意圖； 第3圖係本創作之構件分解示意圖； 第4圖係本創作之使用狀態設置位置示意圖；以及 第5圖係本創作之使用狀態另一設置位置示意圖。 【主要元件符號說明】 10 ··紫外光殺菌燈具 • 11 · ·密封蓋 20 · ·固定部 I 21 · ·導管 3 0 · ·壓合件 31 ··第一導螺執 40 ··上連動層 41 · ·凸環部 42 · ·水密層 43 ··下連動層 > 44 · ·第一螺接件 45 ··第二導螺執 50 · ·容置管 51 ··第二螺接件 52 · ·透光管 60 · ·儲水槽 61 · ·頂蓋 62 · ·透孔 621 · ·透孔M341550 VIII. New description: 【New technology field】 This creation is related to the UV-sterilization lamp isolation protection structure. With the well-sealed protection structure of the water raft, the UV sterilizing lamps and liquids are not directly Contact, reduce the difficulty of maintenance of the lamp and avoid bacterial growth 'and adjust the length of the tube to correspond to the specifications of the water storage tank, to achieve the desired position and placement angle. • [Prior Art] In the technology of age, there are many different methods for purifying water. When the required amount of water is small, such as water dispensers or household water purifiers, most of them use reverse osmosis technology. As long as the heart is replaced regularly, it can be used for a long time. However, if the required amount of water is large, such as when the water tower is clean or the medical water is used, the water heater, activated carbon screening and ultraviolet light are used alone or in combination. Sterilization and other methods. In the above-mentioned methods, if one of the water purification methods is used alone, the above water purifying device may be installed in the water storage tank; in addition, if a plurality of water purification methods are to be comprehensively used to enhance the sterilization effect, one is to be transported. The tube discharges the liquid of the water storage tank and flows through the clean water tank of the cleaning device previously set. By adjusting the liquid flow rate, the conveying process is smooth and the water purification time of the water purifying device is sufficient, and after the water purification is completed, the output is completed. And use. For the sake of clearing, the first embodiment of the invention is a conventional ultraviolet light sterilization lamp using device. In the conventional technology, the ultraviolet light sterilization lamp 100 is inserted into a hollow conveying pipe 101, and the conveying pipe 101 is respectively disposed one behind the other. The water inlet 102 and the water outlet 103' are connected to the storage tank 4 M341550 water tank, and the water outlet 103 is connected to the water to be used. In the illustrated embodiment, the ultraviolet light sterilization lamp 1 is inserted into the hole 104 in the center of the wheel feed pipe 101, and the hole 该 in the hole 104 is made of a transparent material & The liquid flowing through the wheel tube can be irradiated to achieve sterilization. According to the above-mentioned conventional technology, the ultraviolet light sterilization lamp 100 is only opened for illumination sterilization if it is needed, and cannot be installed in the water storage tank, and the liquid that has been stored is sterilized for a long time and a wide range to sterilize. If the effect is to be improved, if the bactericidal effect is to be improved, it is necessary to reduce the speed of the liquid flowing through the conveying pipe, and to raise the liquid time of the ultraviolet light, but it will cause excessive energy consumption, which is not worth the loss, and it is necessary to improve it. [New content] is the main purpose of this creation, aiming to provide a kind of ultraviolet sterilization L, isolation protection structure 'to make the lamp and liquid no direct contact, reduce the difficulty of maintenance of the lamp, and avoid bacterial growth.纟 纟 纟 : : : : : : : : : : : : : : : : : : 欠 欠 欠 欠 欠 欠 欠 欠 欠 欠 目的 目的 目的 目的 目的 目的 目的 目的 目的 目的 目的 目的The purpose of this fascination is that the 'creation of ultraviolet light sterilization lamp sealing structure' contains at least - ultraviolet light sterilization lamps... the water storage tank is scooped by people _! ϋ保蒦 structure, the above ultraviolet sterilization lamps The end of the power-on line - 1?1 - Γ cover' is specially designed to: the top of the isolation protection structure is provided, and the 固定"" fixed portion is used to align with the through hole provided in the surface of the water storage tank; a duct is disposed on the side of the duct; a 5 M341550 pressing member is disposed under the duct, the pressing member is an annular structure; and the upper pressing layer is disposed below the pressing member, and the upper end of the upper linking layer penetrates the pressing member and the conduit Engaging, a lower end is provided with a larger diameter, and the convex ring portion is pressed by the pressing member; a watertight layer and a lower interlocking layer are disposed below the upper linking layer; and a receiving tube is disposed below the lower linking layer, the receiving portion The lower end of the tube comprises a light-transmissive tube. In a possible embodiment, the length of the catheter corresponds to the depth of the ultraviolet germicidal lamp set in the water storage tank. • In another possible embodiment, the press-fit member Edge and lower linkage layer The first end of the lower interlocking layer and the upper end of the accommodating tube are provided with a second guiding screw and a second corresponding to each other. In a preferred embodiment, the length of the light-transmitting tube is greater than the length of the light-emitting portion of the ultraviolet sterilization lamp. In a feasible embodiment, the through hole is disposed at the top cover of the water storage tank. In the embodiment, the through hole is disposed at the side of the water storage tank. φ [Embodiment] In order to further understand the structure, use and characteristics of the creation, a clearer and more detailed understanding and understanding, The preferred embodiment is described in detail with reference to the following figures: First, as shown in Figures 2 and 3, the present invention is used as a pack protection structure for an insertable ultraviolet light sterilization lamp 10, and the upper end of the isolation protection structure is set. a fixing portion 20, a conduit 21 is disposed under the fixing portion 20. A pressing member 30 is disposed under the conduit 21, and the pressing member 3 is an annular structure, and an inner diameter of the upper opening is set to be larger than the above-mentioned conduit. 21 phase 6 M341550, etc.; and disposed on the lower inner edge of the opening - the first guide screw 3, an upper interlocking layer 4 is disposed below the pressing member 3, and the upper end of the upper interlocking layer passes through the pressing member 3〇 and The conduit 21 is joined, and the lower end is provided with a convex ring portion 41 having a large diameter. Further, 'the upper interlocking layer 40 is provided with a rubber or plastic material-watertight layer 42 and a lower interlocking layer 43. The lower interlocking layer is provided at the upper end. A first screw member 44 having a diameter equal to that of the above-mentioned convex ring portion 41 and corresponding to the first guide screw rail , is provided, and a second guide screw 45 is disposed at the inner edge of the lower end of the lower interlocking layer 43. An accommodating tube 5 is disposed under the interlocking layer 43. The accommodating tube 5 has an opening and a closed end. The upper end of the accommodating tube 5 is provided with a second guiding screw 45. Corresponding to the second screw member 51; and further disposed below the light-transmitting tube 52 of the quartz material f, the length of the light-transmitting tube 52 is greater than that of the ultraviolet light g lamp 1G, so that the ultraviolet light kills (four) The part is completely exposed to enhance the sterilization effect. In the figure, not only the above-mentioned pressing member 30 is pressed down against the convex ring portion 4 of the upper linking layer 4, so that the upper interlocking layer 40 is moved downward; and the first guide of the fitting 30 is used. When the first screw member of the lower rail interlocking layer 43 and the lower threaded joint 43 are screwed together, the first threaded screw 31 locks the lower threaded member 44 to move the lower interlocking layer 43 upwards to make the upper interlocking layer 4 and lower. The interlocking layer "closes the central watertight layer 42 tightly to achieve a completely waterproof effect. 凊 Referring to FIG. 4, in a possible embodiment, the fixing portion 2 is pre-set with the top cover 61 above the water storage tank 60. The holes 62 are fixedly connected to each other and the sealing cover U is sleeved thereon; further, the length of the (4) 21 can be adjusted according to the purple 7 M341550 external light sterilization lamp 10, and the depth of the ultraviolet light sterilization lamp 1G is adjusted within 2 G. ^ 4 # ^ Set. Also placed in the center of the water storage tank 60, to avoid the death of the house can not be illuminated, ^ ^ corner hit, but also because the peripheral accommodation tube 50 can avoid contact with the internal liquid of the storage tank β 〇. Please refer to Figure 5 for the creation of the side surface of this creation $^ through a hole ^^^^^^^^^^^^^^^^^^^^^^ 621, the fixing portion 20 is joined thereto, so that the I external light sterilization lamp 10 is a secluded 6 - the height of the high and the high position of the old man, the whole device can thus be sterilized X position 'convenient #人进行维修, make the ultraviolet light 'again,' the group unloading action is more convenient, after the sealing cover 11 is removed, the ultraviolet light sterilization lamp 1 直接 can be directly extracted. This creation thus forms a kind of isolation protection structure that can completely isolate the ultraviolet light sterilization lamp 10 乂 and the storage water # 60, not only to make ultraviolet light sterilization lamps, and so on. The position is also scentable for the storage tank 6Q. It is also more convenient to draw and place people. Since the light and external light bacteria lamps are not in contact with any liquid, and the group unloading and maintenance operations are not required, it is not necessary to move. The components of the protective structure are sealed, so when the electronic product is maintained and inspected, it can be directly extracted to prevent the ultraviolet light sterilization lamp 1 () from contaminating the liquid, reducing the maintenance difficulty and reducing the fineness and prolonging. Service life. However, the above is only the preferred embodiment of the present creation. When the month is not limited: this is limited to the scope of the implementation of the creation, that is, the simple equivalent change made by the applicant according to the scope of the patent application and the content of the creation specification. And the modifications should still be included in the scope of this creation patent. [Simple diagram of the diagram] Figure 1 is a schematic diagram of the device used in the conventional technology; 8 M341550 Figure 2 is a schematic diagram of the assembly of the components of the creation; Figure 3 is a schematic diagram of the decomposition of the components of the creation; Figure 4 is the state of use of the creation Set the position diagram; and Figure 5 is a schematic diagram of another setting position of the use state of the creation. [Description of main component symbols] 10 ··UV germicidal lamps • 11 · · Sealing cap 20 · · Fixing part I 21 · · Catheter 3 0 · · Pressing piece 31 · · First guiding screw 40 ··Upper linkage layer 41 · · convex ring portion 42 · · watertight layer 43 · · lower interlocking layer · 44 · · first screw member 45 · · second guide screw 50 · · receiving tube 51 · · second screw member 52 · Light-transmissive tube 60 · · Water storage tank 61 · · Top cover 62 · · Through hole 621 · · Through hole