TW200815292A - Spiral type water purifier - Google Patents

Spiral type water purifier Download PDF

Info

Publication number
TW200815292A
TW200815292A TW95135642A TW95135642A TW200815292A TW 200815292 A TW200815292 A TW 200815292A TW 95135642 A TW95135642 A TW 95135642A TW 95135642 A TW95135642 A TW 95135642A TW 200815292 A TW200815292 A TW 200815292A
Authority
TW
Taiwan
Prior art keywords
water
water purifier
spiral
ultraviolet lamp
spiral water
Prior art date
Application number
TW95135642A
Other languages
Chinese (zh)
Other versions
TWI307681B (en
Inventor
Chang-Hui Zhu
Original Assignee
Chang-Hui Zhu
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Chang-Hui Zhu filed Critical Chang-Hui Zhu
Priority to TW95135642A priority Critical patent/TW200815292A/en
Publication of TW200815292A publication Critical patent/TW200815292A/en
Application granted granted Critical
Publication of TWI307681B publication Critical patent/TWI307681B/zh

Links

Abstract

The present invention relates to a spiral type water purifier primarily including a cylindrical shell, a vadose tray located inside the shell to form the continuous spiral type tray having the axial channel, and a UV lamp that is axially passing through the channel of the vadose tray. The spiral water flow is formed by the vadose tray and the UV lamp is continuously placed along with the water flow. Therefore, it can provide more contact surface and contact time of water with UV light to enhance effects of sterilization and decomposition.

Description

200815292 九、發明說明: 【發明所屬之技術領域】 本發明係關於一種盤旋式水質淨化器,尤指一種針對水質之 清淨能夠藉由遲滯其淨水通徑及增加與水質的接觸面積之水質淨 化器。 ' 、 【先前技術】 • 水質淨化,普遍使用於居家飲用、污水處理、養殖生態等用 =環境’由於水質中往往存在許多細菌及污染物質,嚴重二染水 質’因此’使水質提升,不#為各翻水或廢水處理麵重視之 課題。自從紫外線被發現其殺g仙的波長特性(尤其 250NM 270NM),可以對於微生物的核酸、脫氧核糖核酸(麵)、 核糖核酸(RNA)等產生作肖,導致其被破壞,對蛋白質等其他生命 物_產生·^之作用力。復由於方便、便宜、無污染、無殘留 •物、無副作用’因此廣泛被使用於各種水質、空氣等淨化之選項。 而雖然紫外線可由日光取得,帷,、、 ^ , 、隹基於自動化、便利化,陸續就 有許多產業,细紫外線燈辣從事水質之淨化,但處理水質只 利用I外線^ ’只着重於殺菌而無處理分解、概、還原有機、 ^讀物質且容易有滲水而影響電路之考量,其結構設計所需 何傳統—朗來殺8或處理空氣之相職置獅且困難。 W爭化方面,例如我國專利公告第586422號(下稱先 卜:軸流式空氣殺菌氧化農置」,主要係在-風管内 、'且仏括有:-只能夠產生紫外線光之紫外線燈管、—只能夠導 5 200815292 引空氣螺旋行進的導流板及二只能夠將空氣打散的分流板, 徵為:該風管係呈圓筒狀,具有―進口端及—出口端;該料線 燈管係組設在上述風管財心錄處;鱗流板俩旋環繞組設 在上述紫外線燈管的周圍,並將風管内壁與紫外線燈管之間的* 間阻隔形成-螺旋狀的進氣道,該二只分流板係分別組設在歸 之進口端及出Π端,分流板上侧設有複數氣孔;俾藉由上 4之、,且成此財效延長錢於風管崎進騎料線光的時 #間,並且大幅齡空氣通過此反絲雜路縣,使空氣中的各 種有害微生物和有機物,於反應器的滞留接觸時間内,能^ 足夠的紫外繼進·_輪,咖完_消毒㈣ 但就現有的水質淨化方面,例如我國專利公告第獅 「具有改進«效果的紫外線及臭氧之殺菌裝 b 具錢職錢躲使錄與水分混和溶解,並 耩由紫外線照射以達到殺菌效果之殺山 旋狀輸水管係以螺旋式環繞於 ,、”猎螺 進水口,而另-端包含—出t央官之四周,並以一端連接至 $水口 ’能將來自該臭氧狀裝置,並 .工由進水口輸从包含錄之水加_姑合;其賴 微之水對嶋底部之衝擊力產生之_水 二ί水管各螺距間内’沿著螺旋狀輸水管外部,環 二Π 而上’·藉由上述水流曝露於紫外線光,可得殺 囷過後之水以供飲用。 ^ 而本發明之申請人本身亦曾創作並申請有-公告第290881號 6 200815292 (下稱先驗術三)’-種「水化殺g及氧化分解裝置結構改 良」’主要係包括在-處理翻設有光觸材料之導管及設有紫外 線光源而成;該處理槽槽體上具有一進水通孔及—出水通孔y出200815292 IX. INSTRUCTIONS: TECHNICAL FIELD The present invention relates to a spiral water purifier, and more particularly to a water purification method capable of purifying water quality by delaying its water purification path and increasing the contact area with water quality. Device. ', 【Previous technology】 • Water purification, commonly used in home drinking, sewage treatment, breeding ecology, etc. = environment 'Because there are often many bacteria and pollutants in the water quality, severely dyed water quality 'so' to improve water quality, not # It is a topic that is important for each water or wastewater treatment surface. Since ultraviolet light has been found to have a wavelength characteristic (especially 250NM 270NM), it can cause microbial nucleic acid, deoxyribonucleic acid (RNA), ribonucleic acid (RNA), etc., causing it to be destroyed, and other proteins such as proteins. The force of the object _ production · ^. Because it is convenient, cheap, non-polluting, no residue, no side effects, it is widely used in various water quality, air purification options. Although ultraviolet light can be obtained by daylight, 帷,,, ^, 隹, based on automation and convenience, there are many industries in succession. The fine ultraviolet light is used for purifying water, but the water quality is only used for the outer line ^ 'only focusing on sterilization. No treatment decomposition, generalization, reduction of organic matter, reading of substances and easy water seepage affecting the consideration of the circuit, the traditional design of the structure required - Langlai kill 8 or deal with the air of the lion and difficult. In terms of W contention, for example, China Patent Announcement No. 586422 (hereinafter referred to as “First Axis: Axial Flow Air Sterilization and Oxidation Farming”) is mainly used in the air duct, and includes: - an ultraviolet lamp capable of generating only ultraviolet light. Pipe, - can only guide 5 200815292 The air deflector and the two deflectors that can disperse the air, the wind pipe is cylindrical, with "inlet end" and "outlet end"; The material line lamp tube system is set in the above-mentioned wind pipe financial record; the phoenix flow plate is arranged around the ultraviolet lamp tube, and the gap between the inner wall of the air tube and the ultraviolet lamp tube is formed into a spiral shape. In the intake port, the two diverter plates are respectively set at the inlet end and the outlet end, and a plurality of air holes are arranged on the side of the diverter plate; When Tsuzaki enters the line of light, and the large-scale air passes through the anti-Silk Road County, the various harmful microorganisms and organic matter in the air can be sufficiently UV-receiving during the stagnant contact time of the reactor. · _ round, coffee finished _ disinfection (four) but in terms of existing water purification, For example, the lion of China's patent announcement "has the effect of improving the effect of ultraviolet light and ozone sterilization b. The money is used to hide and dissolve the water and dissolve it, and the sputum is irradiated by ultraviolet rays to achieve the bactericidal effect. Surrounded by, "the snail inlet, and the other end contains - out of the four-party officer, and connected to the $ water port at one end, can be from the ozone device, and the work is imported from the inlet. The water is added to the water; the impact of the water on the bottom of the water is generated by the water of the water. The water is connected to the outside of the spiral water pipe, and the ring In the case of ultraviolet light, the water after killing can be obtained for drinking. ^ The applicant of the present invention has also created and applied for - Announcement No. 290881 No. 6 200815292 (hereinafter referred to as a priori 3) The structure of the killing g and the oxidative decomposition device is improved. 'The main system comprises: a tube for processing the photo-contacting material and an ultraviolet light source; the processing tank body has a water inlet hole and a water outlet hole y Out

水通孔底端套設-導管;該特,麵紅下透空,並於該導其 之管壁上設有光觸媒材料。 ' S 後二者皆雜利用紫外線燈管而對於水質之淨化所提供之構 造。然而’就先前技術三而言’在對於水f被紫外線照射上,略 •有時間上之侷限,而有改良之空間。而先前技術二雖亦可以提供 延滯水質處理之效果,然而,先前技術二之設計,由於要處理的 水質,需透過職狀輸水管進水’故魏針對水質㈣效果改善 而製作;而其設施與水接觸相接殺g,效率會因多層阻隔而降二 料燈的強度及增加濁度污純域創作為了提高氧化能力增加 臭氧機,處理時增加了能源消耗,另外臭氧在水中其溶解效率極低; 因此’其對於是否能如本案亦可達到氧化分解,且讓處理水質直’ 接與料線燈管接觸’讓其達顺佳處理姐,财很大之改善 空間’至於而先前技術—雖可以提供延滯空氣之效果,^而,由 於先則技術-之設計,並非針對水質改善而製作,因此其對於紫 外線燈官是否容易渗水之考量,並未有所著墨,其效率亦容易被空 氣中懸浮微粒遮蔽而降低。 【發明内容】 本發明主要之目的在於設計一種盤旋式水質淨化器,主要包 括·一设體,概呈一筒狀;一滯水盤··設於殼體内部,形成一螺 7 200815292 旋狀之連續盤面;且盤面體設有—軸向之孔道;—紫外線燈管: 軸向貫穿於滯水盤之孔道;藉由滯水盤形成螺旋水流,並沿紫外 線燈管形敍接而且連續之卿殺菌路徑,提供水流有一延滞紫 外線殺菌之時間及增加與水質的接觸面積,以強化殺菌及氧化分 解與還原處理的效果者。The bottom end of the water through hole is sleeved with a conduit; the surface is red under the surface, and a photocatalyst material is disposed on the wall of the guide hole. Both of the 'S' are made up of the use of UV lamps for the purification of water quality. However, in the case of the prior art three, there is a slight limitation in time for the water f to be irradiated with ultraviolet rays, and there is room for improvement. While the prior art 2 can also provide the effect of delaying the treatment of water quality, however, the design of the prior art 2, due to the water quality to be treated, needs to be fed through the water supply pipe of the job, so that Wei is made to improve the water quality (4); The facility is in contact with water to kill g. The efficiency will decrease the intensity of the two lamps due to the multi-layer barrier and increase the turbidity. The pure field is created to increase the oxidizing capacity. The ozone machine is increased, the energy consumption is increased during the treatment, and the ozone is dissolved in the water. The efficiency is extremely low; therefore, 'whether it can achieve oxidative decomposition as in this case, and let the treated water directly contact with the material line tube', so that Dashunjia handles the sister, and the wealth is greatly improved. Technology - although it can provide the effect of delaying air, and because the design of the first technology - is not made for the improvement of water quality, it is not inked for the consideration of whether the UV lamp officer is easy to seep, and its efficiency is also It is easily blocked by airborne particles and reduced. SUMMARY OF THE INVENTION The main object of the present invention is to design a spiral water purifier, which mainly comprises a body, which is generally cylindrical; a water retaining plate is arranged inside the casing to form a screw 7 200815292 Continuous disk surface; and the disk surface body is provided with an axial hole; - ultraviolet light tube: axially penetrates the hole of the water retention plate; the spiral water flow is formed by the water retention disk, and is shaped along the ultraviolet light tube and the continuous sterilization path The water supply has a delay in ultraviolet sterilization time and an increase in contact area with water quality to enhance the effects of sterilization and oxidative decomposition and reduction treatment.

本舍明*-目的在於實施前述之盤旋式水質淨化器,豆中該 紫外線燈管及進水套管及螺旋滞賴之内、外·面,财食處 理水流之娜卩分,可以選擇絲設有二鈦⑽趣膜以 觸媒),即_二氧化鈦接受本發财之紫外線光子,因電子/電 洞的產生,㈣起—連串反麟,產生缝自域與氧自由基, 氧化、分解能力,可以殺死水中的細8及氧化分解污染 物包&有機污染物’重金屬離子,_病毒等。 本發明另—目的在於實贿述之倾式水化器,盆中该 ^=内_紫外線辟形成—螺旋肢,藉由_旋角度而提 二i 線及__乳化鈦無死角遮蔽的照射空間,且與盤旋之水 抓生激A與干擾,而增加處理的接觸面積以提高處理之效果。 本發明另-目的在於實施前叙倾式水料化器, i外、’泉k &之—端設有防水賊,藉由防水賴之仙,使得^ 二水質之越照射的淨化使用目的,與傳統紫外 且應用在水中需另外以石英套管使燈管與水作隔離,以防漏電故 間接照射使能量降低,效率亦降低。 ;, 200815292 【實施方式】 主—以下藉_式制本發明之内容、伽與實施例,俾以提供 貴審查委員對於本發明有更進一步之理解。 /、 請參閲第-圖所示,本發明係關於一種盤旋式水質淨化哭, 主要包括: " 一殼體(1)·· 概呈一筒狀’殼體⑴之頂、底面設有進水分峨(工2)與 • 頂部出水分盤(1 υ,且底部進水分盤(I.2)設有進水孔(/ 21),頂部出水分盤⑴)亦設有出水孔(ιιι)(如第二、 三圖所示)。本發明亦可以將殼體裝設於一外筒(4 而作為-整組之淨水套件使用。又,如第二圖所示,該殼體⑴ 之内外側面可設有二氧化鈦(Ti〇2)鐘膜(工3 )。 一滯水盤(2 ) ·· 設於殼體⑴内部,形成—職狀之連續盤面;且盤面體設 有轴向之孔道(2 1)。該孔這(2 1)之内緣與紫外線燈管 (3 )形成-間距(D)(如第二圖所示)。或如第六圖所示, 無該間距之另一種型態。 一紫外線燈管(3): 轴向貫穿於滯水盤之孔道;其巾該紫外線燈管(3 )之外侧(或 内側)表面没有一氧化鈦(TiCh)鍍膜(3 1 )。此外,紫外線燈 管(3 )之二端設有防水封膜(3 2 )。藉由滞水盤(2 )形成 螺旋水流,並沿紫外線燈管(3)形成連續照射殺菌路徑。 本發明為求擴大效用,更可以於一單元之盤旋式水質淨化 200815292 益’與另-單70甚至更多單元之盤旋式水質淨化器形成並聯或串 連,或如第五圖所示,藉由輪送水流之連通管(5)之設置,於 各單元置入外筒⑷之各組所設之出入水流處相連,以形成一連 續流通之水流路徑增加其處職果。另可如第三騎示,以輸送 水流之連通管(5 A )之改變設置,將各單元置入外筒⑷成各 組’形成並列狀態,透過連通管(5 A)之連接形成並聯,可增 加處理水質之流量。 • 歸—提岐’為免本發賴認為倾述之絲技術-之簡 易轉用,請參閲專利審查基準,其中對於轉用發明,指將某一技 術領域之先前技術制至其他技術賴之翻。若獅發明能產 生播法預躺魏,或能克腿其他齡賴巾騎未有但長期 存在於該發明所屬技術領域中的問題,應認定該發明非能輕易完 成,具進步性。 —而本發明之重點,除藉由滯讀形成微水流,並沿紫外轉 燈管形成直接而且連續之·㈣路徑,提供水流有—延滞制 線殺菌之_,賴储肢果,其_效果如第蝴發日狀委 請國f屏東科技大學魏馳服射d驗報告,在以用本發 明所设3、5、9、12之號編號管’其去除率與發明人前所稱先前 «切卩公告㈣则)所設之其他編鮮,效果_大幅揭 =由^^_對「水f淨化」仙。而水 貝建立在一個充分防水之環境,以免於水流㈣ -+ σ因此本發明特別於紫外線燈管(3)之二端設有 防水封膜(3 1 ),此為—般空氣淨化所非必備。 200815292 、’不上所&本U確實符合產業利用性,且未财請前見於 刊物或△賊Μ亦未為公眾所知悉,且具有細Μ知性,符 合可專歡要件’綠妹轉射請。 申請專利絲為本發明產業上一較佳實施例,舉凡依本發明 固所作之解,_本轉求標的之範嘴。本本明*- The purpose is to implement the above-mentioned spiral water purifier, the UV lamp tube and the water inlet casing in the bean and the inside and outside of the spiral stagnation, and the food processing water flow can be selected. It has a titanium dioxide (10) fun film to support the catalyst, that is, _ titanium dioxide accepts the ultraviolet photon of the fortune, due to the generation of electrons/holes, (4) from the series - a series of reverse linings, resulting in seams and oxygen radicals, oxidation, Decomposition ability can kill fine 8 in water and oxidative decomposition of pollutants & organic pollutants 'heavy metal ions, _virus and so on. Another object of the present invention is to implement a tilting hydrator in a pot. In the basin, the inside of the pot is formed by the ultraviolet light, and the spiral limb is raised by the angle of the _ rotation, and the illuminating titanium has no blind angle. Space, and with the water of the hovering to grasp the A and interference, and increase the contact area of the treatment to improve the treatment effect. Another object of the present invention is to implement a pre-slipping water sizing device, i, and a spring thief is provided at the end of the spring, and the purpose of purifying the use of the water is to prevent the use of water. Conventional UV and application in water requires an additional quartz sleeve to isolate the tube from water to prevent leakage and indirect irradiation to reduce energy and reduce efficiency. [Embodiment] The contents of the present invention, the gamma and the embodiments of the present invention are provided to provide a further understanding of the present invention by the reviewing committee. /, Please refer to the figure - the present invention relates to a spiral type water purification crying, which mainly includes: " a casing (1)·· a substantially cylindrical 'shell' (1) top and bottom surface are provided Inlet moisture (Work 2) and • Top moisture tray (1 υ, and the bottom moisture inlet (I.2) has a water inlet hole (/ 21), the top moisture tray (1)) also has a water outlet hole ( ι ι ) (as shown in the second and third figures). The present invention can also be installed in an outer cylinder (4 as a whole set of water purification kit. Further, as shown in the second figure, the inner and outer sides of the casing (1) can be provided with titanium dioxide (Ti〇2). The clock film (Work 3). A water retaining plate (2) ·· is located inside the casing (1) to form a continuous disk surface of the job; and the disk body is provided with an axial hole (2 1). 1) The inner edge forms a - spacing (D) with the ultraviolet lamp (3) (as shown in the second figure) or as shown in the sixth figure, there is no other type of the spacing. ): axially penetrates the hole of the stagnant disk; the surface of the outer side (or inner side) of the ultraviolet lamp tube (3) does not have a titanium oxide (TiCh) coating (3 1 ). In addition, the ultraviolet lamp tube (3) The end is provided with a waterproof sealing film (3 2 ). The spiral water flow is formed by the water retention tray ( 2 ), and a continuous irradiation sterilization path is formed along the ultraviolet light tube ( 3 ). The invention is designed to expand the utility and can be hovered in a unit. Water purification 200815292 y' and another - single 70 or more units of the spiral water purifier formed in parallel or in series, or as shown in the fifth figure By means of the arrangement of the connecting tubes (5) for the water flow, the units are placed in the inlet and outlet streams provided by the respective groups of the outer cylinders (4) to form a continuous flow path of the water flow to increase the performance of the service. In the third riding, the connecting tube (5 A ) for conveying the water flow is changed, and the units are placed in the outer tube (4) in groups to form a parallel state, and the connection is formed through the connection of the communication tube (5 A) to increase the processing. The flow of water quality. • For the simple transfer of the technology of the silkworms, please refer to the Patent Examination Benchmark, which refers to the prior art system in a certain technical field. To the other technology, if the lion invention can produce the pre-laying Wei, or the problem that the other ages can not ride but long-term existence in the technical field of the invention, it should be concluded that the invention can not be easily completed. , and progressive. - The focus of the present invention, in addition to forming a micro-water flow by hysteresis, and forming a direct and continuous (four) path along the ultraviolet lamp, providing a flow of water - lag line sterilization - Fruit, its effect is like the first butterfly The date of the request for the country f Pingdong University of Science and Technology Wei Chi service d test report, in the use of the invention set 3,5,9,12 numbered tube 'the removal rate and the inventor said before the previous «cut announcement (4) Then) the other edits set, the effect _ large-scale disclosure = by ^ ^ _ "water f purification" fairy. The water shell is built in a fully waterproof environment to avoid water flow (4) - + σ. Therefore, the present invention is particularly provided with a waterproof sealing film (3 1 ) at the two ends of the ultraviolet lamp tube (3), which is not necessary for general air purification. . 200815292, '不上所& This U is indeed in line with the industrial use, and has not been seen in the publication or △ thief before the financial is not known to the public, and has a detailed knowledge, in line with the special requirements of the 'green girl' please. Applying for a patented silk is a preferred embodiment of the industry of the present invention, and the solution of the invention is based on the solution of the present invention.

11 200815292 【圖式簡單說明】 第一圖係本發明之立體圖 弟—圖係本發明之流水狀態平面刹視以及局°卩放大圖 第三圖係本發明並聯狀態使用於流水狀態之平面剖視圖 第四圖係本發明使用套筒成組之使用於流水狀態之平面剖視圖 第五圖係本發明並聯狀態並配合連通管使用於流水狀態之平面剖 視圖 口11 200815292 [Simplified illustration of the drawings] The first diagram is a perspective view of the present invention - the flow diagram of the flow state of the present invention and the third diagram of the enlarged view of the present invention are the plane cross-sectional view of the parallel state of the present invention used in the flowing state 4 is a plan sectional view of a flow state in which a sleeve is used in the present invention. FIG. 5 is a plan sectional view of the parallel state of the present invention and used in a flowing state.

第 第 六圖係本發明另一實施例之立體圖 -系本毛月委明國立屏東科技大學環境科技服務中 〜之檢驗 【主要元件符號說明】 U:殼體 (1A):殼體 (1 1):頂部進水分盤 (111):進水孔 (1 2 ) ·底部出水分盤 (1 2 1):出水孔 (1 3 ) ·二氧化鈦(Ti〇2)錢膜 (2 ):滯水盤 、 (2 1) ··孔道 (3 ):紫外線燈管 (3 1):二氧化鈦m〇2)錢膜 12 200815292 (3 2 ):防水封膜 (4):外筒 f (D):間距 (5 ):連通管 (5 A ):連通管The sixth drawing is a perspective view of another embodiment of the present invention - the inspection of the environmental technology service of the National University of Pingtung University of Science and Technology [the main component symbol description] U: housing (1A): housing (1) 1): top moisture plate (111): water inlet hole (1 2 ) · bottom moisture plate (1 2 1): water outlet hole (1 3 ) · titanium dioxide (Ti〇2) money film (2): water retention plate , (2 1) · · Hole (3): UV lamp (3 1): Titanium dioxide m〇2) Money film 12 200815292 (3 2 ): Waterproof sealing film (4): Outer tube f (D): Spacing ( 5): connecting pipe (5 A): connecting pipe

Claims (1)

200815292 十 1 申請專利範圍: 一種盤旋式水質淨化器,主要包括· 一殼體:概呈一筒狀; 一滯水盤:設於殼體内部,开彡忐 形成一螺旋狀之連續盤面;且盤 面體設有一軸向之孔道; 一紫外線燈管:軸向貫穿於、、黑I 平貝牙於坪水盤之孔道;該紫外線燈管之 一端設有防水封膜; 藉由滯水編彡賴旋水流,並沿料_管形成連續照射殺 菌路徑。 2如申明專利|&圍帛1項所述之盤旋式水質淨化器,其中該紫 外線燈管之外側表面設有二氧化鈦(Ti〇2)鍵膜。 ’ 3如申明專利範圍苐1項所述之盤旋式水質淨化器,其中該紫 外線燈管之内侧表面設有二氧化鈦(Ti〇2)鍍膜。 4、 如申睛專利範圍第1項所述之盤旋式水質淨化器,其中該孔 道之内緣與紫外線燈管形成一間距。 5、 如申請專利範圍第1項所述之盤旋式水質淨化器,其中該一 單元之盤旋式水質淨化器,與另一單元之盤旋式水質淨化 益’藉由外筒形成各組之連通管,以形成各組之串、並聯設 置。 6、如申請專利範圍第1項所述之盤旋式水質淨化器,其中該殼 體之内側面設有二氧化鈦(Ti〇2)鍍膜。 14200815292 X1 Patent application scope: A spiral water purifier, mainly comprising: a casing: a cylindrical shape; a water retaining plate: disposed inside the casing, forming a spiral continuous disk surface; and the disk surface The body is provided with an axial hole; an ultraviolet lamp tube: axially penetrates, and the black I flat bead is in the hole of the flat water tray; the ultraviolet lamp tube is provided with a waterproof sealing film at one end; and the water flow is programmed by the stagnant water And along the material_tube form a continuous illumination sterilization path. [2] The spiral water purifier according to the above-mentioned claim, wherein the outer surface of the ultraviolet lamp tube is provided with a titanium oxide (Ti〇2) key film. The spiral water purifier according to claim 1, wherein the outer surface of the ultraviolet lamp tube is provided with a titanium dioxide (Ti 2 ) coating. 4. The spiral water purifier according to claim 1, wherein the inner edge of the tunnel forms a distance from the ultraviolet lamp. 5. The spiral water purifier as described in claim 1, wherein the one-unit spiral water purifier and the other unit of the spiral water purification benefit form a communication tube of each group by the outer cylinder To form a series of strings and parallel settings. 6. The spiral water purifier according to claim 1, wherein the inner side of the shell is provided with a titanium dioxide (Ti 2 ) coating. 14
TW95135642A 2006-09-26 2006-09-26 Spiral type water purifier TW200815292A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TW95135642A TW200815292A (en) 2006-09-26 2006-09-26 Spiral type water purifier

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW95135642A TW200815292A (en) 2006-09-26 2006-09-26 Spiral type water purifier

Publications (2)

Publication Number Publication Date
TW200815292A true TW200815292A (en) 2008-04-01
TWI307681B TWI307681B (en) 2009-03-21

Family

ID=44768800

Family Applications (1)

Application Number Title Priority Date Filing Date
TW95135642A TW200815292A (en) 2006-09-26 2006-09-26 Spiral type water purifier

Country Status (1)

Country Link
TW (1) TW200815292A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI450866B (en) * 2011-01-28 2014-09-01 Univ Tamkang Water cleaning device
CN106044935A (en) * 2016-07-20 2016-10-26 四川卓众科技有限公司 Self-cleaning efficient pulsed light sewage disinfection device

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI450866B (en) * 2011-01-28 2014-09-01 Univ Tamkang Water cleaning device
CN106044935A (en) * 2016-07-20 2016-10-26 四川卓众科技有限公司 Self-cleaning efficient pulsed light sewage disinfection device

Also Published As

Publication number Publication date
TWI307681B (en) 2009-03-21

Similar Documents

Publication Publication Date Title
US8038938B2 (en) Photocatalytic reactor and process for treating wastewater
CN1254277C (en) Ultraviolet wastewater disinfection system and method
CN109231610B (en) Multi-wavelength UV-LED lamp strip and chlorine water treatment device and treatment method
US20070045197A1 (en) UV disinfection systems with tangential inlets and methods thereof
Crook et al. Comparison of ultraviolet light emitting diodes with traditional UV for greywater disinfection
Zhou et al. Disinfection effect of a continuous-flow ultrasound/ultraviolet baffled reactor at a pilot scale
CN204625417U (en) A kind of integral type sewage treatment unit
CN204490560U (en) A kind of LED deep UV (ultraviolet light) purifying water process device
Gopalakrishnan et al. Challenges and emerging trends in advanced oxidation technologies and integration of advanced oxidation processes with biological processes for wastewater treatment
Gandhi et al. Photo-disinfection processes for bacterial inactivation and underlying principles for water constituents’ impact: a review
CN104147893A (en) Municipal wastewater treatment plant volatile organic compound gas purification system and purification method thereof
TW200815292A (en) Spiral type water purifier
CN102531100A (en) Sewage sterilizing purification device based on molecular imprinting functionalization TiO2 nanometer tube
CN211570344U (en) High-efficiency drinking water treatment device
CN105174600A (en) Industrial sewage treatment system
KR102256064B1 (en) Ultraviolet purifying device using ozone gas
CN106044934A (en) Method and device for degrading high-ammonia-nitrogen wastewater by using titanium dioxide photocatalyst
CN108569744A (en) A kind of ultraviolet sterilization apparatus for cyclic culture sewage disposal
CN106629986A (en) A deep disinfecting and alga removing device
CN106745488B (en) Device for treating waste water by photocatalytic oxidation
CN101885516A (en) Spiral water purifier
CN210855372U (en) Advanced catalytic oxidation treatment device for sewage
CN105984914A (en) LED deep ultra-violet light water purification treating device
Zewde et al. Utilisation of appropriately treated wastewater for some further beneficial purposes: a review of the disinfection method of treated wastewater using UV radiation technology
CN107162098B (en) Method for removing spirulina in water

Legal Events

Date Code Title Description
MM4A Annulment or lapse of patent due to non-payment of fees