M365781 五、新型說明： 【新型所屬之技術領域】 本創作係提供-種紫外線濾、水器控繼置，特別是指—種藉由機械式 水壓開關組來自動控制濾水器内紫外啟動或關酿_程序的控制裝 置。 二、 【先前技術】 無，居住在多麼現代化的城市，其供水系統都必須經過複雜的小型蓄 φ水池、加壓站、輸送管路後，方能分送到每一個用戶；而在供水系統運二 的過程中，可能因為管路老舊、滲漏、公共工程施工或蓄水池辨污等等因 素而被Μ，使用戶所取得的水内通常包含有雜質以及大腸桿_，必須先 過渡以及錢後錢仙，侧可能造成腸胃不適等症狀。 鱗決飲用水的問題，市面上出現各種功能不同的濾水器可供使用者 選擇，例如：利用多層次濾心過渡水中雜質的渡水器、R〇轉透渡水器、 以及uv紫外線燈管殺菌式麻器等等，其中uv紫外線燈管殺菌式渡水器 φ因為兼具有過濾、雜質以及紫外線殺菌的功能，因此對於擔心水中大腸桿菌 •菌落數較多的使用者而言，是一種相當不錯的選擇。 .uv %外線燈&杈_式;慮水器的原理，是在濾水器内設置—紫外線燈 管，當使用者開啟水閥（水龍頭)取水時，透過一感應器感應水流而啟動紫 外線燈管，令料線燈f發出斜線殺g ; #使用者關糊，即可令紫 外線燈&關閉’以g卩省電能的浪費，並且避免紫外線燈管因長時間啟動而 減少使用壽命。 此外’當使用者咖水啊，由於剛進人渡水器⑽水尚未受到紫外 M365781 線的充分㈣，若燈管立即停止騎，則水巾細菌會快速增生，在下一次 取水時仍然會取㈣含有大量_的水，尤其是隔夜的水情況會特別嚴 重。因此uv紫外線燈管殺g式濾水器通常在控制電路上會对一延遲電 路’以延遲紫外線燈管的關閉時間，例如：f麵服？號專利 (USER-ACTIVATED ULTRA-VIOLET WATER TREATMENT UNIT) 紫外線燈管的關閉時間所設計。 适種利觀遲電路延遲紫外線燈管關_方法，軸可以在控制電路 的設計上彻電_、計雜置⑽ER)等_成，但仍_有誤 _的情形。主要是因賴㈣數位電路極易受到靜電或是磁場的干擾而 ’且必須在進水D或出水口的位置設置—水流偵(水流開關）， 旦*一般水流偵測器無法調整水壓的靈敏度，常會無法感應作動啵使用 者開啟或關閉次主^ , 用 電路，以I- 測器提供—開訊號訊號到控制 損壞、接觸ΓΓ的啟動以及延遲關閉控制；換言之，如果水流侧器有 加上電容良麵況時，就會影響到紫外線燈管的正常_或關閉，再 ^ 、叶時裝置等相關延遲電子元件，在使用上也絕大部分叙半 抵抗電軒擾，使整體延遲電路健會核動作的情形發生。‘’“ 【新型内容】 器 内紫二係提供一種藉由機械式水壓開關组來自動控制遽水 動，因此財_=聰蝴罐置，祕水_糊式作 、 乍幸又為確貫以及使用壽命較長的優點。 為達成上述目的，本創作之控制裝置係使用在内部具有紫外線燈管的 M365781 濾水器上，係於濾水器下方的進水座内設置一進水通道，進水通道設有一 旁通口以連接一機械式水壓開關組，當水流通過進水通道進入濾水器時， 忒水壓開關組可同步作動，啟動濾水器内的紫外線燈管發出紫外線殺菌， 而當水流停止時，水壓開關組可延遲紫外線燈管的關閉時間，讓殘留在濾 水益内的水可以得到充分殺菌。 實施時，水壓開關組進一步包括有一連接於旁通口的單向閥、一連接 於單向閥的壓力活塞、—位於壓力活塞與單向閥之間的進水室、一連接於 鲁進水室與旁通口的迴流孔、以及—位於壓力活塞外侧與壓力活塞隔離的彈 性按壓.開關。 當水流通過進水通道進入濾水器時，一部分的水可由旁通口進入水壓 開關組’並經過單向閥進入到進水室内；由於單向閥僅能單向進水，因此 隨著進水量增加可使進水室_水麵之增高，錢水室内增高的水壓即 可讓壓力活塞位移，並且對彈性按壓開關按壓形成電路導通，進而讓紫外 線燈管啟動，讓進入濾水器内的水受到紫外線燈管的照射而殺菌。 • 上述啟動紫外線燈管的過程中，濾、水器持續進水，會讓進入進水室内 .&里不斷增加’當水f增加到進水室呈飽和狀態時，由於進水室與旁通口 •之間設置有-迴流孔’因此持續進人進水㈣水就會透购流孔回流到旁 通Π 〇 上述迴流孔的孔徑小於旁通口，其作用除了進水時讓進水室的水回流 到方通口之外，當濾水轉止進水時，前述受到壓力活塞按壓的彈性按壓 開關’會因為彈性恢復力而反向推抵壓力活塞，但由於單向_阻擒作用， 使進水室㈣水只能透過小倾的迴流孔緩慢回流（舰）到旁通口，因 M365781 此彈性按壓開關雖頂抵於壓力活宾 i刀活塞，但並無法馬上回復到未受按壓狀態令 電路斷開。 u 亦即，當濾水器停止進水時，藉由迴流孔的緩慢回流，使彈性按壓開 關在反向推嶋w，嶋_段_，糊復縣受按壓狀態 而令電路關’藉此即可輯錢遲料雜管關之功能。 、實施時，上述進水室與迴流孔之間可以設置_調節她鋪迴流孔的 流量，_延長或縮短進水室内的水回流速度及時間，並進—步使彈性按 壓開關電路斷開的時間得以受到控制。 示此上述水[開關纽可透過一控制電路來控制紫外線燈管的啟動或 關閉’該控制電路除了電氣連接於料線燈管之外，實施時可進一步控制 一臭氧產生器以及-磁波震動㈣啟動或關閉。 •其中’該臭氧產生器透過-單向氣閥連接於進水通道，當水流通過進 水通道進時，其進水流速可對臭氧產生器產生(柏努力原 理）’使臭氧產生器產生之臭氧⑽可經由單向氣閥輸出至進水通道内， 讓水麵過縣通道進人濾水鰣，能混人綠而增加殺菌效果。 前述磁波震動器係設置在渡水器内，係利用磁波震動原理對遽 水器内 的水產生襲侧，能加速將狀濾水_的綠（⑻還原、穩定成為 氧分子（02)。 此外’上述控制電路亦可配合需求設置微處理雜㈤以及積體電路 ⑽’俾能在適當時機延長紫外線燈管_時間或啟動紫外線燈管進行殺 + ° m水壓開關轉電輯開時，控制紫外線燈管在數秒後關 又長权84間及保讀外線燈管；或者，當紫外線燈管關閉數小時 M365781 後重新啟動，以_水_____生細菌。 相較於先前技術，本創作利用機械式水壓開關組來自動控制據水器内 紫外線燈管啟動或關閉殺菌程序的控制裝 動’因此具有動雜柄實以及制壽命較長的 置，由於水壓開關為機械式作 優點 【實施方式】 町結合關實施例對本_作進_步詳細描述。 • 如第…第二圖所示’本創作之控繼置係使用在内部具有紫外線燈 官1的滤水器2上，該濾水器2内部具有容置空間3，上方為出水座心且 容置空間3與出水座4之間設置有—據心5,而濾冰器2下方為一進水座6, 進水座6連接供紫外線燈管！作動所需之電源7;當水流通過進水座6進入 谷置空間3後，可經紫外線燈管1殺菌以及遽心5過濾雜質後，由出水座4 出水。 如第二、三圖所示’本創作之控繼置係設置在進水座6内，包括有 φ -位於進水座6内的進水通道1〇 ’該進水通道1〇設有一進水口 u、一出 水口 12'以及一位於進水口 11與出水口 12之間的旁通口 13,該旁通口 13 連接一機械式水壓開關組20，當水流通過進水通道10進入濾水器2時，該 水慶開關組20可同步作動’啟械水器2内的紫外線燈管丨發出紫外線殺 囷，而當水流停止時，水壓開關組2〇可延遲紫外線燈管i的關閉時間，讓 歹欠留在濾水1§ 2内的水可以得到充分殺菌。 如第三'四圖所示，上述水壓開關組20進一步包括有一連接於旁通口 13的單向閥21、—連接於單向閥21的壓力活塞22、一位於壓力活塞22與 M365781 —單向閥21之間的進水室23、_連接於進水室23與旁通口 13的迴流孔24、 以及位於C力活基22外側與壓力活塞22隔離的彈性按壓開關25。 當水流通過進水通道1G進人滤水器2時，_部分的水可由旁通口 13 進入水£開關組20 ’並經過單向閥21進入到進水室内；由於單向闕 僅能早向進水’因此隨著進水量增加可使進水室23内的水紐之增高，而 進水室23内增高的水壓即可讓壓力活塞22位移，並且對彈性按壓25開關 按壓形成電路導通，進轉前述之料紐f丨啟動，讓進4水器2内 • 的水受到紫外線燈管1的照射而殺菌。 如第五圖所不，上述啟動紫外線燈管丨的過程中，濾水器2持續進水， g讓進入1%水_£ 23 β水量不斷增加，當水量增加到進水室23呈餘和狀態 時’由於進水室23與旁通口 13之間設置有一迴流孔24，因此持續進入進 水至23的水就會透過迴流孔％回流到旁通口 a。 上述迴流孔24的孔徑小於旁通口 13 ,其作用除了進水時讓進水室23 的尺回机到旁通口 13之外，當濾水器2停止進水時，前述受到壓力活塞22 φ按壓的彈性按壓開關25，會因為彈性恢復力而反向推抵麼力活塞Μ，但由 於單向_ 21的阻擋作用，使進水室23内的水只能透過小孔徑的迴流孔24 •緩㈣流到旁通σ 13而逐漸$壓，S1此彈性按壓Μ 25雖頂抵於壓力活 基22，但並無法馬上回復到未受按壓狀態而令電路斷開。 亦即，s濾水态2停止進水時，藉由迴流孔24的緩慢回流、洩壓，使 彈性按壓開關25在反向推抵屢力活塞22時，僅能在一段時間後，直到進 水室23内的水壓小於彈性按壓開關扔之彈性恢復力，方能回復到未受按 壓狀態而令電路斷開，藉此即可以達成延遲紫外線燈管1關閉之功能。 M365781 如第六圖所示’實施時，上述進 23，、迴、机孔24之間可以設置一 sr 孔24的流量，藉叹長或驗穌室加的水回流 速度及時間，並進-步使·賊_ 25電路_的酬得岭到控制； 例如第六圖中調節鈕26的位 奴於弟五圖，其開度較大，使迴流孔24 可以讓較大流频水喊至旁通σ 13， 便進水至23内的水加速回流至 旁通口 13，並縮短按壓開關25電路斯聞 ”時間’進—步讓紫外線燈管1延 遲關閉時間縮短。 %如第二及第七圖所示，本創作實施時可進一步包括-控制電路30，上 述彈性按壓開關25可透過該控制電路3Q來控制紫外線燈管丨的啟動或關 閉，所述之控制電路30除了電氣連接於紫外線燈管丄之外，實施時可進一 步控制-臭氧產生H 40以及-磁波震_ 5()的啟動或關閉。 其中’該臭氧產生器40透過-單向氣閥41連接於進水通道ι〇，當水 流通過進水通道1()進人濾、水器2時，前述彈性按壓_烈透過控制電路 3〇同時啟_卜線鮮1及缝產生㈣，«氧產生㈣產生臭氧； •在此同時，水流通過進水通道10的水流速度，可對連接於單向氣閱Μ的 臭氧產生器4〇產生-負壓(柏努力原理），使臭氧產生器4〇產生之臭氧⑽ -可經由單向_ 41輸出至進水通道1G内，則當水流通過進水通道10進入 濾、水器2時，即可混入臭氧而增加殺菌效果。 前述磁波震動器50係設置在滤水器2内，其原理是利用磁波震動渡水 器2内的水產生辰動以及授拌作用，因此當控制電路3〇同時啟動磁波震動 器50時’即能加速將混入濾水器内的臭氧⑽還原、穩定成為氧分子（〇 2) ’除了加強整體濾水器2的殺菌作用，並增加水質安全。 M365781 述控制I路30亦可配合需求設置微處萄（MOJ)以及積體電 路ac)(未齡）’俾能在適當時機延長紫外線燈管1關閉時間，或啟動 紫外線燈管1進行殺菌程序。 例如’虽水麼開關組20讓電路斷開時，控制電路30可控制紫外線燈 官1在數秒或數分鐘咖，叫铜日嫩峨外崎1，讓紫外 線燈管1比較不會因為啟動、關閉頻繁而減少使用壽命 或者’當紫外_ i _數小時後，由控制電路3G控制紫外線燈管 娜㈣，峨編、2她顺崎咖树峰特別是 在仪間長日H1未使㈣，可以避免早上第—次使㈣水中含有大量細菌。 社之實咖W所㈣__嶋，输此舰創 屬I;舉凡與本創作之方法、構造、裝置、特徵等近似或相雷同者，均庫 屬本創作之創設目的及申請專利範圍之内。 揭 10 M365781 【圖式簡單說明】 第一圖：本創作紫外線濾水器之整體立體分解圖。 第二圖：本創作紫外線濾水器之整體結構示意圖。 第三圖：本創作控制裝置之位置示意圖。 第四圖：本創作水壓開關組之結構示意圖。 第五圖：本創作水壓開關組泡壓動作之示意圖。 第六圖：本創作水壓開關組調整流量之示意圖。 第七圖：本創作控制裝置之實施例方塊示意圖。 【主要元件符號說明】 I 紫外線燈管 '2 濾水器 3 容置空間 4 出水座 5 滤心 6 進水座 7 電源 10 進水通道 II 進水口 12 出水口 13 旁通口 20 水壓開關組 M365781 21 單向閥 22 壓力活塞 23 進水室 24 迴流孔 25 彈性按壓開關 26 調節紐 30 控制電路 40臭氧產生器 41單向氣閥 50磁波震動器M365781 V. New description: 【New technical field】 This creation provides a kind of UV filter and water control relay, especially refers to the automatic control of UV start in the water filter by mechanical water pressure switch group. Or shut down the control device of the program. Second, [previous technology] No, living in a modern city, its water supply system must pass through a complex small storage tank, pressure station, and pipeline to be distributed to each user; In the process of Yun 2, it may be smashed due to old pipelines, leakage, public works construction or reservoir pollution, etc., so that the water obtained by the user usually contains impurities and large intestine rods. The transition and the money after the money, the side may cause symptoms such as stomach upset. The problem of drinking water in the scales is that there are various kinds of water filters on the market that can be selected by users, for example, a water transfer device that uses multi-level filter to transfer impurities in water, a R〇 trans-transfer, and a UV light. Tube sterilizing type numerator and the like, wherein the uv ultraviolet lamp sterilizing type water circulator φ has the functions of filtration, impurities and ultraviolet ray sterilization, so it is a problem for users who are worried about the large number of E. coli colonies in water. A pretty good choice. .uv % external light & 杈 _ type; the principle of the water detector is to set up a UV lamp in the water filter. When the user opens the water valve (faucet) to take water, the water is activated by a sensor to activate the ultraviolet light. The lamp tube makes the wire lamp f emit a diagonal line to kill g; #User closes the paste, so that the ultraviolet lamp & can be turned off to save the waste of electric energy, and avoid the ultraviolet lamp tube to reduce the service life due to long-time start-up. In addition, when the user is drinking water, because the water has just entered the water trap (10), the water has not been fully covered by the UV M365781 line. If the tube stops immediately, the bacteria will rapidly proliferate and will still be taken when the next water is taken. Water with a lot of water, especially overnight water, can be particularly severe. Therefore, the uv ultraviolet lamp killing g-type water filter usually has a delay circuit on the control circuit to delay the closing time of the ultraviolet lamp, for example: f-face service? USER-ACTIVATED ULTRA-VIOLET WATER TREATMENT UNIT Designed for the closing time of UV lamps. Appropriate kind of delay circuit delayed UV lamp off _ method, the axis can be used in the design of the control circuit to _, metering (10) ER), etc., but still _ wrong _. Mainly because the (four) digital circuit is very susceptible to static or magnetic field interference 'and must be set in the water inlet D or the water outlet position - water flow detection (water flow switch), Dan * general water flow detector can not adjust the water pressure Sensitivity, often can't sense the action, the user turns the sub-master on or off, uses the circuit, and provides the I-tester—open signal signal to control damage, contact 启动 start and delay close control; in other words, if the water side is added When the upper surface of the capacitor is in good condition, it will affect the normal _ or off of the UV lamp, and the related delay electronic components such as the device, the leaf device, etc., and most of the anti-corrosion in the use, so that the overall delay circuit The situation of the nuclear movement of the health club takes place. ''" [New content] The internal Violet system provides a kind of mechanical water pressure switch group to automatically control the movement of the water, so the wealth _= Conghua cans, secret water _ paste type, luck and sure In order to achieve the above objectives, the control device of the present invention is used on the M365781 water filter with an ultraviolet lamp inside, and a water inlet channel is arranged in the water inlet seat below the water filter. The water inlet channel is provided with a bypass port for connecting a mechanical water pressure switch group. When the water flows through the water inlet channel into the water filter, the water pressure switch group can be synchronized to start the ultraviolet lamp in the water filter. UV sterilization, when the water flow stops, the water pressure switch group can delay the closing time of the UV lamp, so that the water remaining in the drainage water can be fully sterilized. In implementation, the water pressure switch group further includes a connection to the bypass a one-way valve of the port, a pressure piston connected to the one-way valve, a water inlet chamber between the pressure piston and the one-way valve, a return hole connected to the lure water inlet and the bypass port, and - at pressure live The outer side is elastically pressed from the pressure piston. When the water flows through the water inlet passage into the water filter, part of the water can enter the water pressure switch group by the bypass port and enter the water inlet chamber through the check valve; The valve can only enter water in one direction, so as the water inlet increases, the water inlet _ water surface can be increased, and the water pressure in the money water chamber can displace the pressure piston, and the elastic pressing switch presses to form a circuit, and then Let the UV lamp start, so that the water entering the water filter is sterilized by the ultraviolet lamp. • During the above process of starting the UV lamp, the filter and water continue to enter the water, which will enter the water inlet. It keeps increasing 'when the water f increases until the inlet chamber is saturated, because there is a -return hole between the inlet and the bypass port, so it continues to enter the water. (4) The water will flow back through the purchase orifice. The bypass hole has a smaller aperture than the bypass port, and the function of the water in the inlet chamber is returned to the outside of the square port except for the water inlet. When the water is turned into the water, the aforementioned pressure is pressed by the pressure piston. Press open Off' will push back against the pressure piston due to the elastic restoring force, but due to the one-way _ resistance, the water in the inlet chamber (4) can only slowly return (ship) to the bypass port through the small inclined return hole, because M365781 Although the elastic push switch is pressed against the pressure piston i-knife piston, it cannot immediately return to the unpressed state to disconnect the circuit. u That is, when the water filter stops in the water, the slow return through the return hole , so that the elastic push switch pushes the w in the reverse direction, 嶋 _ segment _, the paste state is pressed and the circuit is turned off 'by this, the function of collecting the money and closing the miscellaneous pipe can be collected. Between the return hole and the return hole, it is possible to adjust the flow rate of the backflow hole, to lengthen or shorten the water return speed and time in the water inlet chamber, and to further control the time during which the elastic push switch circuit is disconnected. [The switch can control the activation or shutdown of the UV lamp through a control circuit. In addition to being electrically connected to the wire tube, the control circuit can further control an ozone generator and - magnetic wave vibration (4) to start or shut down. • Where the 'ozone generator is connected to the inlet channel through a one-way valve, the water flow rate can be generated to the ozone generator when the water flows through the inlet channel (the principle of the cypress effort) Ozone (10) can be output to the water inlet channel through a one-way valve, allowing the water surface to pass through the county channel to enter the water filter, which can mix human green and increase the sterilization effect. The magnetic wave vibrator is disposed in the water diverter, and uses the principle of magnetic wave vibration to strike the water in the decanter, and accelerates the green water of the water filter ((8) is reduced and stabilized into oxygen molecules (02). 'The above control circuit can also be set to meet the requirements of micro-processing (5) and integrated circuit (10) '俾 can extend the UV lamp at the appropriate time _ time or start the UV lamp to kill + ° m water pressure switch turn on, control After a few seconds, the UV lamp is turned off and the right length is 84 and the outside lamp is kept; or, when the UV lamp is turned off for several hours, the M365781 is restarted, and the bacteria are produced by _water_____. Compared with the prior art, this creation The mechanical water pressure switch group is used to automatically control the control of the ultraviolet lamp in the water heater to start or close the sterilization program. Therefore, it has a dynamic handle and a long service life, because the water pressure switch is mechanical. [Embodiment] The town is combined with the embodiment to describe the _ step in detail. • As shown in the second figure, 'the control relay of this creation is used on the water filter 2 with the ultraviolet lamp 1 inside. The water filter 2 has an accommodating space 3 therein, and the upper part is a water outlet seat, and a space 5 is arranged between the accommodating space 3 and the water outlet 4, and a water inlet seat 6 is below the ice filter 2, and the water inlet is provided. The seat 6 is connected to the ultraviolet lamp tube! The power source 7 required for the operation; when the water flows through the water inlet seat 6 into the valley space 3, the water can be discharged from the water outlet seat 4 after being sterilized by the ultraviolet lamp tube 1 and the impurities are filtered by the heart 5 . As shown in the second and third figures, the control relay of the present creation is set in the water inlet 6, including the φ - the water inlet channel 1 in the water inlet seat 6 该 'the water inlet channel 1 〇 has a a water outlet u, a water outlet 12' and a bypass port 13 between the water inlet 11 and the water outlet 12, the bypass port 13 is connected to a mechanical water pressure switch group 20, and the water flows through the water inlet passage 10 into the filter When the water device 2 is used, the water switch group 20 can simultaneously actuate the ultraviolet light tube in the water heater 2 to emit ultraviolet light killing, and when the water flow stops, the water pressure switch group 2〇 can delay the ultraviolet light tube i The closing time is such that the water remaining in the filtered water 1 § 2 can be fully sterilized. As shown in the third 'fourth figure, the above water is opened. The shut-off group 20 further includes a check valve 21 connected to the bypass port 13, a pressure piston 22 connected to the check valve 21, and a water inlet chamber 23 between the pressure piston 22 and the M365781-check valve 21. a return hole 24 connected to the inlet chamber 23 and the bypass port 13, and an elastic push switch 25 spaced apart from the pressure piston 22 outside the C-force active base 22. When the water flows through the water inlet passage 1G into the water filter 2 The water in the _ part can be accessed from the bypass port 13 into the water switch group 20' and enter the water inlet chamber through the check valve 21; since the one-way raft can only enter the water early, the water can be introduced as the water intake increases. The water in the chamber 23 is increased, and the increased water pressure in the inlet chamber 23 allows the pressure piston 22 to be displaced, and the elastic pressing 25 switch is pressed to form a circuit, and the aforementioned material is started. The water in the water heater 2 is sterilized by the irradiation of the ultraviolet lamp 1. As shown in the fifth figure, in the above process of starting the ultraviolet lamp tube, the water filter 2 continues to enter the water, and the amount of water entering the 1% water _£ 23 β is continuously increased, and when the amount of water is increased to the inlet chamber 23, In the state, since a return hole 24 is provided between the inlet chamber 23 and the bypass port 13, the water that continues to enter the inlet water 23 flows back to the bypass port a through the return hole %. The diameter of the return hole 24 is smaller than that of the bypass port 13, and the action of the water inlet chamber 23 is returned to the bypass port 13 except when the water enters the water. When the water filter 2 stops the water inlet, the pressure receiving piston 22 is received. The elastic pressing switch 25 pressed by φ is reversely pushed against the force piston 因为 due to the elastic restoring force, but the water in the water inlet chamber 23 can only pass through the small-diameter return hole 24 due to the blocking action of the unidirectional _ 21 . • Slowly (four) flows to the bypass σ 13 and gradually presses. S1, the elastic pressing Μ 25 abuts against the pressure active base 22, but cannot immediately return to the unpressed state to disconnect the circuit. That is, when the s filtered water state 2 stops the water inflow, the elastic push switch 25 is pushed back against the repeated force piston 22 by the slow return and pressure relief of the return hole 24, and can only be advanced after a period of time. The water pressure in the water chamber 23 is smaller than the elastic restoring force thrown by the elastic pressing switch, so that the circuit can be returned to the unpressed state and the circuit can be disconnected, whereby the function of delaying the closing of the ultraviolet lamp 1 can be achieved. M365781 As shown in the sixth figure, when implementing, the flow rate of a sr hole 24 can be set between the above-mentioned 23, back, and the machine hole 24, and the water return speed and time added by the length or the inspection room can be further advanced. The thief _ 25 circuit _ the reward of the ridge to control; for example, the sixth button in the adjustment button 26 slave to the younger five map, its opening is larger, so that the return hole 24 can make the large flow frequency water shout to the side Passing σ 13, the water entering the water to 23 accelerates back to the bypass port 13, and shortens the circuit of the push switch 25 to "shord" to advance the delay time of the ultraviolet lamp 1 to be shortened. % as in the second and the second As shown in FIG. 7 , the present invention may further include a control circuit 30 through which the elastic pressing switch 25 can control the activation or the closing of the ultraviolet lamp tube, and the control circuit 30 is electrically connected to the ultraviolet light. In addition to the lamp tube, it can be further controlled - ozone generation H 40 and - magnetic wave _ 5 () activation or shutdown. Where 'the ozone generator 40 is connected to the water inlet channel through the one-way air valve 41 When the water flows through the water inlet channel 1 () into the filter, water 2, before Elastic pressing _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The ozone generator of the reading system generates a negative pressure (the principle of the cypress effort), and the ozone generated by the ozone generator 4 (10) can be outputted into the water inlet channel 1G via the one-way _ 41, and then the water flows through the water inlet channel. 10 When entering the filter and water device 2, ozone can be mixed to increase the sterilization effect. The magnetic wave vibrator 50 is disposed in the water filter 2, and the principle is to use the water in the magnetic wave water diverter 2 to generate the force and the mixing. Therefore, when the control circuit 3 starts the magnetic wave vibrator 50 at the same time, it can accelerate the reduction and stabilization of the ozone (10) mixed into the water filter into oxygen molecules (〇2) 'in addition to strengthening the sterilization effect of the overall water filter 2, And increase the safety of water. M365781 Control I Road 30 can also be set with the requirements of the micro-small (MOJ) and integrated circuit ac) (not old) '俾 can extend the UV lamp 1 off time at the appropriate time, or activate the UV lamp Tube 1 is sterilized For example, 'Whether the water switch group 20 makes the circuit open, the control circuit 30 can control the ultraviolet light officer 1 in a few seconds or a few minutes of coffee, called the copper day Nguyen Nishizaki 1, so that the UV lamp 1 is not compared because of the start Frequently shut down and reduce the service life or 'When UV_i_ _ hours, the control circuit 3G controls the UV lamp tube (4), 峨编, 2 she Shunsaki Kashu peak, especially in the inter-day long H1 does not make (4) It can avoid the first time in the morning (4) that the water contains a lot of bacteria. The real thing of the company is (W) (4) __嶋, the ship is a genus I; and the method, structure, device, characteristics, etc. of this creation are similar or similar. The library is the creation purpose of the creation and the scope of patent application. Jie 10 M365781 [Simple description of the diagram] The first picture: the overall three-dimensional exploded view of the creation of the UV filter. The second picture: the overall structure of the UV filter. The third picture: the location of the creation control device. The fourth picture: the structure diagram of the water pressure switch group of the creation. The fifth picture: the schematic diagram of the bubble pressure action of the water pressure switch group. Figure 6: Schematic diagram of the flow rate adjustment of the water pressure switch group. Figure 7 is a block diagram showing an embodiment of the present creation control device. [Main component symbol description] I UV lamp '2 Water filter 3 accommodating space 4 Water outlet 5 Filter core 6 Intake seat 7 Power supply 10 Inlet channel II Inlet 12 Outlet 13 Bypass 20 Water pressure switch group M365781 21 check valve 22 pressure piston 23 inlet chamber 24 return hole 25 elastic push switch 26 adjustment button 30 control circuit 40 ozone generator 41 one-way air valve 50 magnetic wave vibrator