M306586 八、創作詳細說明： 【新型所屬之技術領域】 理器，尤指一種 結合液體流動來 本創作係有關一種紫外線液體淨化處 利用直流電驅動發光元件發出紫外線光並 殺菌滅藻的紫外線液體淨化處理器。 【先前技術】M306586 VIII. Description of the creation: [New technical field] The physical device, especially a combination of liquid flow, is a kind of ultraviolet liquid purification treatment using ultraviolet light to drive ultraviolet light and sterilizing algae. Device. [Prior Art]
現有技術中，一般紫外線液體淨化處理器，特別是在 矣、養殖、或喷泉擺設的用途下，《系於—令空的石英 =内裝置紫外線殺菌燈，再根據紫外線殺菌燈的輸出總 月匕里，使—定比例流量的液體流通過管豸 到液體中的細菌或藻類等生命體，而得以進行=毒射 但—般都需要使用交流驅動㈣空紫外線殺菌燈，故在使 破處理的液體無可避免的非常靠近交流電源，因 ，、、'尸身的導電特性而容易造成觸電的意外，並對水中生 ::::二:成危害。x，-般紫外線液體淨化處理器的 ΠίΓ 流通的f道而已，液體流直接由内部通 卿疋在官體内、外側興射紫外線殺菌消毒，由於流 制’在官體内部流動緩慢的液體無法充分攪動導 受處理的時間不均等，故殺菌消毒效果不 官：時’、因為通過的切面面積較入液管的切面面 貝以飢逮減慢，引致汗物積聚於紫外線管壁上，阻 若部份或全部生命體在通過管體時，吸 主要的缺點I，料導致«魏完全失效，此為其 M306586 而殺菌滅藻效果是否良好，則視液體中的每一個生命 體在一定時間内所吸收紫外線的總能量是否達到致死量’ 而總能量則受液體是否充分攪動以及紫外線透出率來確 ‘ 定，因此“均等的照射時間”、“紫外線透出率”、“致 、 死總能量”是殺菌滅藻處理主要的三大因素。而現有技術 ， 的紫外線液體淨化處理器則有上述缺失，有如圖21及圖 〜 22所示之結構：係於一管狀殼體a内設有一螺旋狀的導流 板b，且在管狀殼體a之上下方分別設有一進液管al及出 φ 液管a2，得由進液管al引入而由出液管a2排出，並在管 狀殼體a内形成一貫穿孔a3，於該貫穿孔a3内則裝入紫 外線殺菌燈c，藉以達到殺菌之目的。 另外，如美國專利.第5069885號、第5785845號、第 - 56751 53 號、第 5605400 號、第 1 175948 號、第 1 822006 _ 號、第3754658號，日本國專利昭59 — 1 50589、特開昭57 一 75113號等，皆於一管體内裝設有螺旋狀的導板，使液 體流得以在管體内轉動，藉以攪動液體來達到一致性的致 ❿ 死總能量。 然而液體流僅經由螺旋狀的導流板b環繞紫外線殺菌 燈c旋轉，其液體流線及流速受制於導流板的長短，並無 法使液體流完全擾動’而且液體流過每一條導流槽的流量 及速度都不一致，因此所能達到殺菌消毒的效果未盡理 想，故有待改進。再者，該螺旋狀的導流板b僅引導液體 流低速流動，而液體中含有的雜質，使得紫外線殺菌燈c 的表面容易積存污垢，阻隔及減低紫外線透出率，因而降 低紫外線殺菌燈c殺菌的效果。又該管狀殼體a設有螺旋 6 M306586 : = :=’由於螺旋狀導流板b的形狀複雜，因而提 问了衣k成本，降低了市場競爭性。 …因此二提供—種克服上述缺陷的紫外線液體淨化處理 為成為目别有待解決的技術課題。 【内容】 /創作的目的在於提供—種使用安全、成本低且又具 有較佳淨化效果的紫外線液體淨化處理器。 、 賴作的目的是這樣實現的，提供—種紫外線液體淨 化处理益，其係於一管體内裝設有紫外線燈，在管俨之 分別設=進液管及出液管，其中該紫外線燈的外接:電電 源為直流電。 還提供一種紫外線液體泽化處理器，其係於—管 '設有I發出紫外線的元件，在管體之上分別設有進液^及 - 出液管’其中所述紫外線元件為LED紫外線燈。 還提供一種紫外線液體淨化處理器，在管體之上分 設有進液管及出液管/其中所述f體内壁裝有—個以:1 • led紫外線燈。 。所述官體可兩個或以上元件密封組成管狀。形狀可有 圓柱或方柱形。各元件内壁，裝有LED紫外線燈。 所述管體内位於進液管出口設有增速結構’又該增亲 結構設有一個以上導流通路，且該導流通路的排液‘出曰= 的橫斷面積總和小於進液管通道的橫斷面積。 所述I外線燈為冷陰極紫外線燈。 所述冷陰極紫外線燈與其附設的整流器，一併封穿 官體内的收容槽内，並有一電源線從整流器弓|伸到外供j 7 M306586 元件。 所述營體有紫外線強度指示燈。 色表 所速I外線強度指示燈旁附設印有不同深淺色彩的比 所述紫外線強度指示燈為一透光物料，内附設可將紫 外線能量轉化為可見光的物料。 一 =體可由兩個或以上元件密封組成管狀，形狀為 ®柱或方柱形，各兀件内壁裝有LED紫外線燈。 與現有技術相比，在本創作紫外線液體淨化 外接供電電源為直流電或紫外線元件為;；ed Ί且’而且’管體内位於進液管出口設有增速結構， 速結構設有—個以上導流通路，且該導流通路 液孔出口的_面韻和小於粒fit道的橫斷面積。严 2 ’癌保該紫外線液體淨化處理器的使用更安全；本創^ 。外線液體淨化處理器的結構較為簡單，因此 可形成高流速的旋轉渦流以充分授動液體：二 可有效地殺g和滅藻’以達到高品質淨化水的 【實施方式】 =使貴審查委員對本創作之構造、裝置及 與了㈣舉其可行實施例並配合圖式詳: 如第1至第3圖所示，係為本創作一〜/ 紫外線液體淨化處理器10包括具有進液管心：二 的圓麵2。，裝設於該管體20内的中空石英管^22 及置於該中空石英管3。内的紫外線燈其外： M306586 燈40是以直流電作為發光電源，從而使得該紫外線液體淨 化處理器10的使用更安全，以下詳細說明。 如上述之構造再配合第8至第10圖所示，在本實施例 • 中，該圓形管體20 —端具有收容體23，該收容體23底部 、 與該圓形管體20上端開口密封連接，該密封連接可透過粘 、 合或螺紋等方式。該收容體23内設有收容槽231，該收容 槽231的上部設有端蓋24 (參閱第11至第13圖）。其中 該收容體23的收容槽231的底壁中央開設有貫穿孔232， φ 該底壁的下表面圍繞該貫穿孔232向下垂直延伸出延伸環 壁233。該收容體23的收容槽231内靠近該收容槽231内 壁設有該進液管21，該進液管21的内腔與該管體20的内 腔貫通，從而便於水從該進液管21流入該管體20，該進 、 液管21的上端伸出該端蓋24的貫穿通孔242，從而便於 _ 與外部需要淨化的水源連接。 如第2、3、18和第19圖，該中空石英管30插入在該 管體20的内腔内，且與該管體20平行設置，且該石英管 _ 30外表面與該管體20的内壁間隔一定間隙，從而便於水 流通過。該石英管30的下端封閉而上端開口，以便於設置 紫外線燈40於其中。該石英管30的上端插入該環壁233 内，且上端開口内設有安裝套234(參閱第14和第15圖）。 如第1至第3圖所示，該紫外線燈40插入在該石英管 30内腔中，其上端與整流器41連接，該整流器41與該紫 外線燈40之間電性連接，來控制該紫外線燈40發光◦作 為優選方式，該紫外線燈40為冷陰極紫外線燈。該整流器 41與該紫外線燈40之間套設有密封件42(參閱圖16和圖 9 M306586 17 ) ’ 5玄岔封件4 2插入該安奘畚9 q / 41與該紫外線燈4。固定定位，該整流器= 體23的收容槽231内；再 收谷在该收各 丹庄入始、封膠，從 該整流器41與外部電界連接 & 7 所需的直紅作電源，進提:料線燈40 适向大大棱尚使用的安全性。 如弟1至第7圖所示，此外，該管 液管22，該出液管22與該管赚2〇 ^ \ 、下鈿具有出 -脰20的下端之間連接有遠接 官25,該連接管25的橫截面從該管體20W下端往^ = 縮小，從而形成盆形容腔，、漸 結構22卜該增速0士構打^土出液5 22 β設有增速 拉― 日迷、、、口構221包括靠近該管體20並縣在兮遠 接管25内的頂部222，該頂部222與該 ^ :連 之間間隔傾斜設置三個荦片部 5 、壁 兮㈣其％丄 .Ρ 223且母個葉片部223繞 :出液：2 5的中心軸線在順時針方向上逐漸向下彎曲，形 成風扇葉片狀；在相鄰荦片 y 且哕L、“ 月# 223之間形成導流通路224, 224的排液孔出口的橫斷面積總和小於進液 =橫斷面積’借此’形成高流速的旋轉渦流以充 旦見j肢’從而在水中可容易達到一致性的致死總能 攸而有效地殺菌和滅藤’以達到淨化水的目的；而且 ::防止3染物積聚於石英管3〇外表面或L 4〇 (下面詳細說明）的外表面。 卜、'泉& 如弟1至第3圖所示’該管體20另設有-紫外線強 >曰不燈50，該紫外線強度指示燈50係設於該端蓋24上 弟—通孔241(參閱第3及第12圖）和對應該第—通孔241 设於該收容體23底壁上的第二通孔235，從而使得該紫外 10 M306586 ί度私示垃5〇的一端插入該管體20内，另一端露在該 立而盍24外，便於觀察。在端蓋24頂面之紫外線強度指示 燈50匕旁附設有_個印有不同深淺色彩的比色表。該紫外線 強度指不燈50為一透光物料，内含有可將紫外線能量轉化 為可見光的物料，如螢光粉等。 、田上述紫外線強度指示燈5〇、石英管3〇和紫外線燈 40以及正机為41安裝後，在該收容體23的收容槽231中 注入密封膠，從而防止漏水。In the prior art, the general ultraviolet liquid purification processor, in particular, in the use of sputum, aquaculture, or fountain arranging, is attached to the ultraviolet sterilizing lamp of the quartz device, and then according to the output of the ultraviolet sterilizing lamp. In the case of a liquid flow with a proportional flow rate through a tube to a living organism such as bacteria or algae in a liquid, it is possible to perform a poison shot but generally requires the use of an AC drive (4) empty ultraviolet germicidal lamp, so that the treatment is broken. The liquid is inevitably very close to the AC power source, because,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, x,----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- The time of full agitation and treatment is not uniform, so the effect of sterilization and disinfection is not official: when 'the area of the cut surface is slower than that of the cut surface of the liquid tube, causing sweat to accumulate on the wall of the ultraviolet tube, blocking If some or all of the living organisms pass through the pipe body, the main disadvantage I is sucked, which leads to the complete failure of Wei, which is M306586, and whether the sterilization and algae killing effect is good, then each living body in the liquid is treated at a certain time. Whether the total energy absorbed by the ultraviolet light reaches the lethal amount' and the total energy is determined by whether the liquid is sufficiently agitated and the ultraviolet light transmission rate is determined, so "equal irradiation time", "ultraviolet transmittance rate", "cause, death" The total energy is the main three major factors in the sterilization and algae treatment. In the prior art, the ultraviolet liquid purification processor has the above-mentioned defects, and has the structure shown in FIG. 21 and FIG. 22: a spiral baffle b is disposed in a tubular casing a, and the tubular casing is A liquid inlet pipe a1 and a liquid pipe a2 are respectively disposed above and below a, and are introduced from the liquid inlet pipe a1 and discharged from the liquid discharge pipe a2, and a continuous perforation a3 is formed in the tubular casing a, and the through hole a3 is formed in the through hole a3. The ultraviolet germicidal lamp c is placed inside to achieve the purpose of sterilization. In addition, as disclosed in U.S. Patent No. 5,069,885, No. 5,785,845, No. -56,751, No. 5,560,400, No. 1,175,948, No. 1,82, 2006, No. 3,754,658, Japanese Patent No. 59-150589, No. 57-75113, etc., all have a spiral guide plate in a tube body, so that the liquid flow can be rotated in the tube body, thereby stirring the liquid to achieve a uniform total energy of death. However, the liquid flow only rotates around the ultraviolet germicidal lamp c via the spiral baffle b, and its liquid flow line and flow rate are limited by the length of the baffle, and the liquid flow cannot be completely disturbed' and the liquid flows through each of the guide channels. The flow rate and speed are inconsistent, so the effect of sterilization and disinfection is not satisfactory, so it needs to be improved. Furthermore, the spiral baffle b only guides the flow of the liquid at a low speed, and the impurities contained in the liquid make the surface of the ultraviolet germicidal lamp c easily accumulate dirt, block and reduce the ultraviolet transmittance, thereby reducing the ultraviolet germicidal lamp c The effect of sterilization. Further, the tubular casing a is provided with a helix 6 M306586 : = :=' Since the shape of the spiral baffle b is complicated, the cost of the garment k is raised, and the market competitiveness is lowered. Therefore, it is a technical subject to be solved that the ultraviolet liquid purification treatment for overcoming the above-mentioned drawbacks is provided. [Content] / The purpose of creation is to provide an ultraviolet liquid purification processor that is safe to use, low in cost, and has a better purification effect. The purpose of the work is to achieve this, providing a kind of ultraviolet liquid purification treatment, which is equipped with an ultraviolet lamp in a tube body, and is respectively provided in the tube = = inlet tube and outlet tube, wherein the ultraviolet ray External connection of the lamp: The electric power source is DC power. There is also provided an ultraviolet liquid raying processor, which is provided with a component that emits ultraviolet light, and a liquid inlet and a liquid outlet pipe are respectively disposed above the pipe body, wherein the ultraviolet component is an LED ultraviolet lamp. . There is also provided an ultraviolet liquid purification processor in which an inlet pipe and a liquid outlet pipe are disposed above the pipe body or wherein the inner wall of the body is provided with: 1 • led ultraviolet lamp. . The body may be sealed in two or more elements to form a tubular shape. The shape can have a cylindrical or square cylinder shape. The inner wall of each component is equipped with an LED ultraviolet lamp. The tube body is located at the outlet of the inlet tube and is provided with a speed increasing structure. The intimate structure is provided with more than one flow guiding passage, and the total cross-sectional area of the liquid discharging 'outlet== of the guiding passage is smaller than the inlet tube The cross-sectional area of the channel. The I external line lamp is a cold cathode ultraviolet lamp. The cold cathode ultraviolet lamp and its attached rectifier are also sealed in the receiving groove of the official body, and a power cord is extended from the rectifier bow to the external j 7 M306586 component. The camp has an ultraviolet intensity indicator. Color Table The speed I indicator of the external line strength indicator is printed with different shades of light. The UV intensity indicator is a light-transmitting material with a material that converts ultraviolet energy into visible light. A body can be sealed by two or more elements, and the shape is a column or a square column, and the inner wall of each element is equipped with an LED ultraviolet lamp. Compared with the prior art, the external power supply for purifying the ultraviolet liquid in the present invention is a direct current or ultraviolet element;; ed and 'and' the inside of the tube is provided with a speed increasing structure at the outlet of the inlet tube, and the speed structure is provided with more than one a flow guiding passage, and the _ surface rhyme of the liquid orifice outlet of the flow guiding passage is smaller than the cross-sectional area of the grain fit passage. Strict 2 ‘ cancer insurance is safer to use the UV liquid purification processor; The structure of the external liquid purification processor is relatively simple, so that a high flow velocity rotating vortex can be formed to fully impart liquid: two can effectively kill g and kill algae to achieve high quality purified water [embodiment] = make your review committee The construction, the device and the (4) of the present invention are described in detail with reference to the drawings: as shown in Figures 1 to 3, the creation of the UV-liquid purification processor 10 includes a liquid inlet tube. : The round face of two. The hollow quartz tube 22 installed in the tube body 20 is placed in the hollow quartz tube 3. The inside of the UV lamp is outside: M306586 The lamp 40 is powered by DC power, making the use of the UV liquid cleaning processor 10 safer, as described in detail below. As shown in FIG. 8 to FIG. 10, in the embodiment, the circular tube body 20 has a receiving body 23 at the end, and the bottom of the receiving body 23 and the upper end of the circular tube 20 are open. Sealed connection, which can be glued, joined or threaded. The housing 23 is provided with a receiving groove 231, and an upper end of the receiving groove 231 is provided with an end cover 24 (see FIGS. 11 to 13). A through hole 232 is defined in a center of the bottom wall of the receiving groove 231 of the receiving body 23, and a lower surface of the bottom wall extends perpendicularly downwardly from the through hole 232 to extend the annular wall 233. The liquid inlet tube 21 is disposed in the inner side of the receiving groove 231 of the receiving body 23, and the inner cavity of the liquid inlet tube 21 penetrates with the inner cavity of the tube body 20, thereby facilitating water from the liquid inlet tube 21. Flowing into the tubular body 20, the upper end of the inlet and outlet tube 21 extends through the through-opening 242 of the end cap 24, thereby facilitating connection with an external source of water to be purified. As shown in FIGS. 2, 3, 18 and 19, the hollow quartz tube 30 is inserted into the inner cavity of the tube body 20, and is disposed in parallel with the tube body 20, and the outer surface of the quartz tube 30 and the tube body 20 The inner walls are separated by a certain gap to facilitate the passage of water. The lower end of the quartz tube 30 is closed and the upper end is open to facilitate the provision of the ultraviolet lamp 40 therein. The upper end of the quartz tube 30 is inserted into the ring wall 233, and a mounting sleeve 234 is provided in the upper end opening (see Figs. 14 and 15). As shown in the first to third figures, the ultraviolet lamp 40 is inserted into the inner cavity of the quartz tube 30, and the upper end thereof is connected to the rectifier 41. The rectifier 41 is electrically connected to the ultraviolet lamp 40 to control the ultraviolet lamp. 40 is a preferred embodiment, and the ultraviolet lamp 40 is a cold cathode ultraviolet lamp. A seal 42 is interposed between the rectifier 41 and the ultraviolet lamp 40 (see Figs. 16 and 9 M306586 17). The 5 xenon seal 4 2 is inserted into the ampoule 9 q / 41 and the ultraviolet lamp 4. Fixed positioning, the rectifier = the receiving slot 231 of the body 23; and then the valley is filled in and sealed, and the straight red power supply required from the rectifier 41 is connected to the external electrical interface. : The safety of the line lamp 40 is suitable for use. As shown in the first to seventh figures, in addition, the liquid pipe 22, the liquid outlet pipe 22 and the pipe earn 2 〇 ^ \, and the lower end of the lower raft has a 脰 20 connected to the remote officer 25, The cross section of the connecting pipe 25 is reduced from the lower end of the pipe body 20W to form a basin-shaped cavity, and the gradual structure 22 is increased by a speed of 0. The fan, 221, and the mouth structure 221 includes a top portion 222 adjacent to the tube body 20 and within the 兮远接管25, and the top portion 222 is obliquely disposed between the :: 荦 设置 设置 、 、 、 、 、 、 、 、 、 、 、 、 四丄.Ρ 223 and the parent blade portion 223 is wound: the liquid discharge: the central axis of the 25 is gradually bent downward in the clockwise direction to form a fan blade shape; in the adjacent cymbal y and 哕L, "月#223 Between the formation of the flow guiding passages 224, 224, the total cross-sectional area of the discharge opening of the outlet is smaller than the inlet liquid = cross-sectional area 'by this, forming a high-speed rotating vortex to replenish the j-limb' so that it can be easily reached in the water Sexual lethality can effectively and effectively sterilize and eliminate vines to achieve the purpose of purifying water; and:: prevent 3 dyes from accumulating on the outer surface of the quartz tube 3 or L 4〇 (Detailed below) the outer surface. Bu, 'Spring & As shown in the 1st to 3rd drawings, 'the tube body 20 is additionally provided - ultraviolet strong> 曰 no light 50, the ultraviolet intensity indicator 50 is set The second through hole 235 is disposed on the bottom cover 24 of the end cover 24 and the second through hole 235 corresponding to the through hole 241 disposed on the bottom wall of the receiving body 23, thereby making the ultraviolet 10 M306586 One end of the private display is inserted into the tube body 20, and the other end is exposed outside the stand 24 for easy observation. The ultraviolet intensity indicator 50 on the top surface of the end cover 24 is attached with a _ printed The color chart of different shades of color. The UV intensity means that the lamp 50 is a light transmissive material containing materials capable of converting ultraviolet energy into visible light, such as fluorescent powder, etc., the above ultraviolet intensity indicator lamp 5 〇, quartz After the tube 3 and the ultraviolet lamp 40 and the positive unit 41 are mounted, a sealant is injected into the housing groove 231 of the housing 23 to prevent water leakage.
、心再如圖2〇所示，係為本創作之第二實施例紫外線液體 乎化處理态1 〇也包括與上述結構、構造相同的圓形管體 20收谷體23、端蓋24'、連接管25、紫外線強度指— 二t 5〇 、進液官21和出液管2Γ ;不同僅在該紫外線液 版’尹化處理态1〇的紫外線元件是使用LED紫外線燈4〇/ 直接插^入該管體2(Γ内，該LED紫外線燈4(Γ與控制板43 連接，遠控制板43與外部電源連接來控制[肋紫外線燈 2工作發光。當上述紫外線強度指示燈5(T、LED紫外線 垃、40及控制板43安裝後，在該收容體2：r的收容槽23厂 中左入密封膠，從而防止漏水。 电另請再參閱第23至第託圖所示，係為本創作之第三 貫例，係在該管體60内裝有LED紫外線燈β25，管體6〇 勺下鳊具有出液官62，該出液管62内設有增速結構621。 該增速結卿與前述之增速結構221相同，這裏不在重 =，增速結構621巾形成導流通路似，且該導流通路咖 的排液孔出口的橫斷面積總和小於進液管61通道的橫斷 面積’借此，形成高流速的旋轉渦流以充分擾動液體，從 11 M306586 而在水中可容易達到一致性的致死總能量，從而有效地殺 菌和滅澡’以達到淨化水的目的；而且還可防止污染物積 聚於LED紫外線燈50的外表面。另還附設紫外線強度指= 燈50,便於觀察紫外線的強度。 又曰7 第26、27、28圖所示係為本創作的第四實施 施例之結構與第23、24、25圖所示之結構一致，：丨中= 僅在該-實施例中裝設有二排的LED f外線燈郎，而可、 達到相同之功效，故這裏不再重複。 儘官通過以上實施例對本創作進行了揭示， 作的範圍並不局限於此，在不傯雜土以从# 彳-疋本創 在不偏離本創作構思的條件下， 乂上各兀件可用所屬技術 >首w , 口大 來替換。 胃n員域人貝瞭解的相似或等同元件 達到使用更安全，成本低冗Γ體淨化處理器」確實 而具創作之「實用性」與質淨化水之功效 專利申請前未見於刊物或公n1」，又本案之構造在揭 符合新型專利要件，羡依』：用，是以，本案之構造 友依去提出專利申請。 M306586 【圖式簡單說明】 第1圖是本創作第一實施例紫外線液體淨化處理器的立體 分解示意圖。 第2、3圖是第1圖的紫外線液體淨化處理器組裝剖視圖。 第4圖是第1圖中管體的立體示意圖。 第5圖是第4圖中管體的仰視圖。 第6圖是第5圖中A-A方向線的剖視圖。 第7圖是第6圖中B處的放大圖。 _ 第8圖和第9圖是第1圖中收容體的立體示意圖。 第10圖是第9圖中收容體的剖視圖。 第11圖是第1圖中端蓋的立體示意圖。 第12圖是第11圖中端蓋的俯視圖。 第13圖是第12圖C-C方向線的剖視圖。 第14圖是第2圖中安裝套的立體示意圖。 第15圖是第14圖中安裝套的剖視圖。 第16圖是第2圖中軟塞的立體示意圖。 _ 第17圖是第16圖中軟塞的剖視圖。 第18圖是第1圖中石英管的立體示意圖。 第19圖是第18圖中石英管的剖視圖。 第20圖是本創作第二實施例紫外線液體淨化處理器的立 體分解示意圖。 第21圖是現有紫外線液體淨化處理器的剖視圖。 第22圖是第21圖中紫外線液體淨化處理器的截面圖。 第23圖是本創作第三實施例紫外線液體淨化處理器的立 體分解示意圖。 13 M306586 第24圖是第23圖A方向線的結構圖。 第25圖是第23圖的B-B方向線的戴面圖。 第26圖是本創作第四實施例紫外線液體淨化 體分解示意圖。 °。的立 第27圖是第26圖A方向線的結構圖。 第28圖是第26圖的B_B方向線的截面 10、1(Γ 石英管 30 線強度指 示燈50、5(Γ 出液管 22 、 22^ 端蓋 24、2r 增速結構 221 葉片部 223 收容槽 23卜 23Γ 環壁 233 弟二通孔 235 貫穿通孔 242 鑽石 31 整流器 41 控制板 43 出液管 62 導流通路 624 【主要元件符號說明】 各外線液體淨化處理界、 管體 20 、 20, 紫外線燈 40、4(Γ 進液管 2b 2Γ 收容體 23 、 23, 連接管 25 、 25, 頂部 222 導流通路 224 貫穿孔 232 安裝套 234 第一通孔 241 刻度盤 22 内螺紋 32 密封件 42 進液管 61 增速結構 621 LED紫外線燈625 14Further, as shown in FIG. 2A, the second embodiment of the present invention is an ultraviolet liquid treatment state, and includes a circular tube body 20 having the same structure and structure as the above-mentioned structure, and the end cap 24'. , connecting tube 25, ultraviolet intensity finger - two t 5 〇, liquid inlet officer 21 and liquid outlet tube 2 Γ; different only in the ultraviolet liquid version 'Yinhua treatment state 1 〇 UV element is using LED UV lamp 4 〇 / direct Insert into the tube body 2 (the inside of the LED, the LED ultraviolet lamp 4 (Γ is connected with the control board 43, the remote control board 43 is connected with an external power source to control [the rib ultraviolet lamp 2 works to emit light. When the above ultraviolet intensity indicator 5 ( After the T, the LED ultraviolet ray, the 40, and the control board 43 are installed, the sealant is left in the storage tank 23 of the container 2: r to prevent water leakage. Please refer to the 23rd to the top of the figure, This is the third example of the creation. The tube body 60 is provided with an LED ultraviolet lamp β25, and the tube body 6 has a liquid discharge member 62. The outlet tube 62 is provided with a speed increasing structure 621. The speed-increasing knot is the same as the aforementioned speed increasing structure 221, and here is not the weight=, the speed increasing structure 621 towel forms a flow guiding path. And the total cross-sectional area of the outlet of the drain hole of the flow guiding passage is smaller than the cross-sectional area of the passage of the inlet pipe 61. Thereby, a high-flow rotating vortex is formed to fully disturb the liquid, which can be easily reached in water from 11 M306586. Consistent total lethal energy, thus effectively sterilizing and extinguishing the bath' to achieve the purpose of purifying water; and also preventing the accumulation of pollutants on the outer surface of the LED ultraviolet lamp 50. Also attached with ultraviolet intensity index = lamp 50 for easy observation The intensity of ultraviolet light. 曰7 Figures 26, 27, and 28 show that the structure of the fourth embodiment of this creation is consistent with the structure shown in Figures 23, 24, and 25: 丨中=only in this- The embodiment is provided with two rows of LED f external light lang, and can achieve the same effect, so it will not be repeated here. The author has disclosed the creation through the above embodiments, and the scope of the invention is not limited thereto. Under the condition that the # 疋 疋 从 从 从 从 从 不 不 不 不 不 不 不 # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # Or equivalent components to achieve better use The cost of the low-cost carcass purification processor is indeed the "practicality" of the creation and the effect of the purified water. The patent application was not found in the publication or the public before the application, and the structure of the case is in compliance with the new patent requirements. :Use, yes, the patent application of this case is based on the patent application. M306586 [Simple description of the drawing] Figure 1 is a three-dimensional exploded view of the ultraviolet liquid purification processor of the first embodiment of the present invention. Fig. 4 is a perspective view showing the tube body in Fig. 1. Fig. 5 is a bottom view of the tube body in Fig. 4. Fig. 6 is a line AA direction in Fig. 5. Cutaway view. Fig. 7 is an enlarged view of a portion B in Fig. 6. _ Figures 8 and 9 are perspective views of the container in Fig. 1. Figure 10 is a cross-sectional view of the container in Figure 9. Figure 11 is a perspective view of the end cap in Figure 1. Figure 12 is a plan view of the end cap in Figure 11. Figure 13 is a cross-sectional view taken along line C-C of Figure 12; Figure 14 is a perspective view of the mounting sleeve of Figure 2. Figure 15 is a cross-sectional view of the mounting sleeve of Figure 14. Figure 16 is a perspective view of the soft plug in Figure 2. _ Figure 17 is a cross-sectional view of the soft plug in Fig. 16. Figure 18 is a perspective view of the quartz tube in Figure 1. Figure 19 is a cross-sectional view of the quartz tube in Figure 18. Fig. 20 is a schematic exploded perspective view showing the ultraviolet liquid purification processor of the second embodiment of the present invention. Figure 21 is a cross-sectional view of a conventional ultraviolet liquid purification processor. Figure 22 is a cross-sectional view of the ultraviolet liquid purification processor of Figure 21. Figure 23 is a schematic exploded perspective view of the ultraviolet liquid purification processor of the third embodiment of the present invention. 13 M306586 Figure 24 is a structural diagram of the direction line A of Figure 23. Fig. 25 is a front view of the B-B direction line of Fig. 23. Fig. 26 is a schematic exploded view of the ultraviolet liquid purification body of the fourth embodiment of the present invention. °. Figure 27 is a structural diagram of the direction line A of Fig. 26. Figure 28 is a section 10, 1 of the B_B direction line of Fig. 26 (Γ quartz tube 30 line intensity indicator lamps 50, 5 (Γout tube 22, 22^ end cover 24, 2r speed increasing structure 221 blade portion 223 housing Slot 23, 23Γ, ring wall 233, two through holes 235, through hole 242, diamond 31, rectifier 41, control plate, 43 outlet pipe 62, flow path 624 [Description of main components] Each external liquid purification treatment boundary, pipe body 20, 20, Ultraviolet lamps 40, 4 (Γ Inlet tube 2b 2 收容 housings 23, 23, connecting tubes 25, 25, top 222, flow path 224, through hole 232, mounting sleeve 234, first through hole 241, dial 22, internal thread 32, seal 42 Inlet pipe 61 speed increasing structure 621 LED ultraviolet lamp 625 14