M305290 e 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種水龍頭，尤其是關於一種設置有臭 氧產生器，並可產生富含臭氧分子水質之水龍頭。 【先前技術】M305290 e VIII. New description: [New technical field] This creation is about a faucet, especially for a faucet equipped with an ozone generator and capable of producing water rich in ozone molecules. [Prior Art]
隨著人們對於生活品質要求的提高，同時也因為水質 的惡化’以及農作物噴m農藥之普遍性，人們對於水質或 是食物之清潔度標準也愈來愈高。於水質方面，可能因為 水源地即已受有污染，加上輸送管路㈣污地下水之滲 透，以至於家庭儲水槽或水管之辩污，人們所喝到水必然 含有許多㈣®、污染物或雜f，若長期㈣該等水源， 將對身體產生無法預估的傷害。另—方面，關於蔬果等農 作' 為使其不叉蟲害與強化生長，通常皆錢有農藥或 生長d右彳木收時未過其安全期間，則其所殘留的農藥戋 化合物，同樣會對人體產生重大的危害。 為解，前述水質或農藥殘留等問題，市面上曾出現有 可f生臭氧之水龍頭裝置，藉由臭氧的釋放，使對水中之 η?:產生殺菌ΐ中和作用。由於臭氧係-相當活潑 =^ ’其活性南而不穩定’極容易還原回氧分子， =在通原過程中，可對細菌、㈣、化合物或臭味分 生化子反應’因而具有殺菌、除臭以及分解雜質等效果， 因此’藉由此雜，料裝置尚可藉㈣產生含;;的 M305290 水質清洗蔬果，將蔬果表面所殘存之農藥或其他物質加以 還原去除，而達到同時可對水源殺菌與對蔬果等物質清潔 的目的。 然而，前述該種水龍頭裝置，其臭氧產生裝置係外加 於水龍頭，且其體積龐大，故裝設於家庭中時並不方便且 較不美觀，最重要的是，該等裝置皆僅單獨設有臭氧產生 裝置，若進水之水質中含有相當之病原菌或雜質，則臭氧 產生裝置所產生之臭氧，將直接用作該些病原菌或雜質的 氧化劑，使由該等水龍頭流出的水中，所含之臭氧分子幾 乎完全還原，因而幾乎不具有殺菌以及除臭等效果。因此， 該等水龍頭雖標榜能夠產生含有臭氧之水質，藉以用作蔬 果等物質的清洗，然而因為前述之原因，使其流出水所存 有之臭氧量並不高，對於殺菌與清潔效果亦大打折扣，無 法發揮真正臭氧所能產生的效用。 【新型内容】 為使臭氧產生裝置融合於水龍頭之結構，使縮小體 積、方便裝設並增加美觀性，同時保有能夠產生富含臭氧 分子水質之功效，本創作於此提供一種將臭氧產生裝置與 水龍頭相結合之水龍頭裝置，使其整體構型上得縮小體積 而方便組設，同時藉由過濾單元的設置，使先對進入之水 源進行雜質之過濾，則於後續所產生之臭氧即不會被用作 水源雜質之氧化劑而耗盡，使能產生富含臭氧分子的水 質，而能進一步利用於蔬果等其他物質的殺菌與清潔。 6 M305290 ㈣基Γί迷目的，本猶提供—種料氧釋放功能之水 二一、 過濾單几，該過濾單元分別設有-入水口 υ二’一進水管，該進水管-端係連通接設於該過 有=該入水口；一臭氧產生單元’該臭氧產生單 兀包括：-臭氧釋放管；以及一出水管，該出水管一端係 連通接δ又於讀過濾單元所設之該出水口 -給水口 1出水管同時設置有一進气二另J則連接With the improvement of people's quality of life requirements, as well as the deterioration of water quality and the universality of pesticides sprayed on crops, people's standards for water quality or food cleanliness are getting higher and higher. In terms of water quality, it may be because the water source is contaminated, and the infiltration of the sewage pipeline (4), so that the water in the household storage tank or water pipe, people must drink a lot of (4)®, pollutants or Miscellaneous f, if long-term (four) these water sources, will cause unpredictable damage to the body. On the other hand, regarding the cultivation of fruits and vegetables, etc., in order to make it non-pigmented and intensively grown, it is usually the case that there is a pesticide or growth d right eucalyptus does not pass its safe period, then the pesticide 戋 compound remaining will also The human body has a major hazard. In order to solve the above problems of water quality or pesticide residues, there has been a faucet device capable of generating ozone in the market, and by the release of ozone, the η?: in the water is neutralized. Because the ozone system - quite active = ^ 'the activity is south and unstable' is very easy to reduce the oxygen molecules, = in the process of the original, can react to bacteria, (four), compounds or odor biochemicals 'and thus have sterilization, Odor and the effect of decomposing impurities, so 'by this miscellaneous material, the device can still use (4) to produce the content; M305290 water quality cleans the fruits and vegetables, and the pesticide or other substances remaining on the surface of the fruits and vegetables are reduced and removed, and at the same time, the water source can be obtained. Sterilization and the purpose of cleaning fruits and vegetables. However, in the above-mentioned faucet device, the ozone generating device is externally applied to the faucet, and its bulk is large, so it is inconvenient and less beautiful when installed in a home, and most importantly, the devices are only separately provided. In the ozone generating device, if the water quality of the influent water contains equivalent pathogenic bacteria or impurities, the ozone generated by the ozone generating device will be directly used as an oxidizing agent for the pathogenic bacteria or impurities, so that the water flowing out from the faucets contains The ozone molecules are almost completely reduced, and thus have almost no effects such as sterilization and deodorization. Therefore, although these faucets are advertised as being capable of producing water containing ozone, they can be used for the cleaning of fruits and vegetables. However, for the reasons mentioned above, the amount of ozone stored in the effluent water is not high, and the sterilization and cleaning effects are greatly reduced. It is impossible to exert the effects that true ozone can produce. [New content] In order to make the ozone generating device fused to the structure of the faucet, the volume is reduced, the installation is convenient, and the aesthetics is increased, while maintaining the effect of producing water rich in ozone molecules, the present invention provides an ozone generating device and The faucet device combined with the faucet makes the overall configuration reduce the volume and is convenient to set up. At the same time, by the setting of the filtering unit, the impurity is filtered firstly, and the ozone generated in the subsequent process is not It is used as an oxidant for water source impurities to deplete, enabling the production of water rich in ozone molecules, and can be further utilized for sterilization and cleaning of other substances such as fruits and vegetables. 6 M305290 (4) Based on the fascination, this is still provided with a water-discharging function, a water filter, and a filter unit. The filter unit is respectively provided with a water inlet υ2' inlet water pipe, and the water inlet pipe-end system is connected. The ozone generating unit of the ozone generating unit includes: an ozone releasing tube; and an outlet pipe, wherein the outlet pipe is connected to the δ and is disposed at the reading filter unit. The nozzle - the water outlet 1 outlet pipe is provided with one intake air and the other is connected
m連通接設。其中，該臭氧產生單元可括- ' 六'氧產生器，該臭氧產生自q # 放管，該臭氧耧0、，1 座^接3又有違臭乳釋 Μ氧產生¥ S 逆止閥，避免水流逆流入 有二凹:。此外’該出水管於該進氣口設置處可形成 ^一狹彳’使該處之水流流速增加，藉以促進臭氧 放。 t …措、摘作具臭氧釋放功能之水龍頭，水源先進入過 濾单凡進行過濾、，將—些病原菌或雜質等分子加以渡除， 該些經過濾之水源進—步流經臭氧產生器所接設之臭氧釋 放管，藉由水流產生之負壓力將臭氧帶入水流中，而由水 龍頭之給水口流出。由於水源先經過過濾單元之過濾，其 中相當部分之病原菌或雜質分子已為濾除，因此後續所: 入的臭氧，並不會與該些物質反應而還原，而仍能保存於 水源中流出’進一步供作殺菌與清潔之用。 以下將配合圖式進一步說明本創作的實施方式，下述 所列舉的實施例係用以闡明本創作，並非用以限定本倉^ 之範圍，任何熟習此技藝者，在不脫離本創作之精神 7 _m connected to the connection. Wherein, the ozone generating unit may include a 'six' oxygen generator, the ozone is generated from the q # discharge pipe, the ozone 耧0,, 1 seat ^3, and the odorless milk release Μ oxygen generation ¥ S check valve To avoid the reverse flow of water into the concave: In addition, the outlet pipe can be formed at the inlet opening to increase the flow rate of the water at the outlet to promote ozone release. t ... measures, extracted as a faucet with ozone release function, the water source first enters the filter to filter, and some molecules such as pathogenic bacteria or impurities are removed, and the filtered water source flows through the ozone generator The ozone release tube is connected to bring the ozone into the water stream by the negative pressure generated by the water flow, and flows out from the water supply port of the faucet. Since the water source is filtered through the filtration unit, a considerable part of the pathogenic bacteria or impurity molecules have been filtered out, so the subsequent ozone is not reduced by reacting with the substances, but can still be stored in the water source and flowing out. Further used for sterilization and cleaning. The embodiments of the present invention will be further described below in conjunction with the drawings. The following examples are set forth to illustrate the present invention and are not intended to limit the scope of the present invention. Anyone skilled in the art will not depart from the spirit of the present invention. 7 _
M305290 ===:者:r作之保護_ 【實施方式】 請參閱第-圖，該圖係本創作實施例之示意圖。 作貫施例具臭氧釋放功能之水龍頭’包括—過濾單元' 一臭氧產t單元20、一進水管30與-出水管40。進水管 3 0與過濾、單元1 〇相連通接設，^ 猎以將水源引入過濾單元 ^中進^«，過毅的水再由^# 4q料流出，而 大乳產早20則與出水管4〇相連通， 釋放到出水管40中的水中。 乳 一請繼續參閱第—圖並同時參閱第二圖’第二圖係本創 作貫施例内部之侧視示意圖。過濾單幻q可分別設有一入 水 ”出水口 12，藉以與進水管30與出水管40相 連接，使^源由進水管3G進人過濾單元iq中進行過遽， 再由出水，40流出。過濾單元1〇,其係習知用以過濾水 貝之過屬衣置’其慮材可選自活性碳、合成纖維或離子交 換_，或其^何組合。藉由活性碳，可錯水中之氯氣、 三鹵曱烧、農藥、溶料各種有機污染物，藉由離子交換 樹醋則可濾除石灰質及錄、銅、録等重金屬以軟化硬水， 而合成纖維射輔助钱微小粒子。因㈣由過濾單元ι〇 的設置’即可初步將水源中所含病原菌或顆粒、雜質等分 子濾除。 8 M305290 臭氧產生單元20，其係用以產生臭氧，可包括一電路 模組21、一臭氧產生器22與一臭氧釋放管25。臭氧產生 早元2 0，係透過電路模組21之控制’南壓放電將氧分子 解離成氧原子，氧原子再與氧分子碰撞，即可產生臭氧， 而由臭氧產生器22釋放出來。釋放出的臭氧則進一步藉由 臭氧釋放管25傳送到出水管40中。由於出水管40中的水 會逆流進入臭氧釋放管25中，故可於臭氧釋放管25中進 一步裝設一逆止閥24，由該逆止閥24再引接一連接管23 至臭氧產生器22，即可避免水流逆流之情形。 另一方面，為控制臭氧產生單元20得於需要利用臭氧 時才產生臭氧，可進一步設置有一開關211，開關211係 電性連接至電路模組21，藉以控制其啟閉。電路模組21 則可同時接設有一電源線212，藉以提供電源。電源提供 之方式，除連接以交流電外，亦可裝設以一直流電之電池 組（圖中未示）。 此外，為改善以往臭氧產生裝置從外加設於水龍頭所 產生之缺失，本創作同時設置有一殼體201，使臭氧產生 單元20設置於殼體201内，並同時將過濾單元10、進水 管30與出水管40設置於一底座50上與其内，使成為一體 積小、方便裝設，且外表美觀之水龍頭裝置。 出水管40，其一端係連通接設於過濾單元10所設之 出水口 12，另一端則與給水口 43相連通。出水管40中段 處設置有一進氣口 41，該進氣口 41係與臭氧釋放管25相 連接，藉以將所產生的臭氧送入出水管40之水流中。為進 9 M305290 一步增加臭氧之釋放率，出水管40於進氣口 41設置處可 形成有一狹凹部42，藉由狹凹部42管徑之縮小增加水流 的流速，水流流速增加後其所產生之負壓也將提升，因而 有更大之吸引力將臭氧釋放管25中含臭氧水吸引進入出 水管40中，而增加其釋放效率。 請參閱第三圖，該圖係本創作實施例水流流徑及臭氧 產生之示意圖。本創作實施例具臭氧釋放功能之水龍頭， 由於結構經過模組化，其體積小，故相當容易組設，僅需 將水源水管接設於進水口 31，再將電源線212接通即可使 用。使用時，可先開啟電源211，使臭氧產生單元20開始 製造臭氧同時使水源流入，流入的水源首先經過進水管30 進入過濾單元10，再由出水管40流出。此時，臭氧產生 單元20所產生的臭氧即藉由臭氧釋放管25由進氣口 41 進入出水管40中，因此由給水口 43所流出的水即含有豐 富臭氧的水質。該水質因先經過過濾單元10之過濾，因此 所產生的臭氧並不會耗費在與雜質等分子的氧化上，故可 產出富含臭氧分子之水質，藉以進一步供清潔或消毒之用。 【圖式簡單說明】 第一圖係本創作實施例之示意圖。 第二圖係本創作實施例内部之侧視示意圖。 第三圖係本創作實施例水流流徑及臭氧產生之示意圖。 M305290 【主要元件符號說明】 10 過濾單元 11 入水口 12 出水口 20 臭氧產生單元 201 殼體 21 電路模組 211 開關 212 電源線 22 臭氧產生器 23 連接管 24 逆止閥 25 臭氧釋放管 30 進水管 31 進水口 40 出水管 41 進氣口 42 狹凹部 43 給水口 50 底座M305290 ===:: protection by r_ [Embodiment] Please refer to the figure, which is a schematic diagram of the present embodiment. The faucet with ozone release function includes a filter unit, an ozone generator unit 20, an inlet pipe 30 and an outlet pipe 40. The inlet pipe 30 is connected to the filter and the unit 1 ,, and the hunter is used to introduce the water source into the filter unit ^, and the water of the yiyi is discharged from the ^4 4q material, and the large milk production is 20 The water pipes are connected to each other and released into the water in the water outlet pipe 40. Please continue to refer to the figure - and refer to the second figure. The second picture is a side view of the interior of the creation. The filter single magic q can be respectively provided with a water inlet port 12, so as to be connected with the water inlet pipe 30 and the water outlet pipe 40, so that the source is introduced into the filter unit iq from the inlet pipe 3G, and then discharged from the water outlet 40. The filter unit 1〇 is conventionally used for filtering the water-based shells. The material may be selected from activated carbon, synthetic fiber or ion exchange, or a combination thereof. By activated carbon, it may be in the wrong water. Chlorine, trihalide, pesticides, dissolved organic pollutants, by ion exchange tree vinegar can filter out calcareous and recorded, copper, recorded and other heavy metals to soften hard water, while synthetic fiber shots help the tiny particles. The filter unit ι〇's setting can preliminarily filter out the pathogens or particles, impurities and other molecules contained in the water source. 8 M305290 Ozone generating unit 20, which is used to generate ozone, may include a circuit module 21, an ozone The generator 22 and an ozone release tube 25. The ozone is generated by the ozone module 20, and is controlled by the circuit module 21 to discharge the oxygen molecules into oxygen atoms, and the oxygen atoms collide with the oxygen molecules to generate ozone. Produced by ozone The device 22 is released. The released ozone is further transferred to the outlet pipe 40 through the ozone release pipe 25. Since the water in the outlet pipe 40 flows back into the ozone discharge pipe 25, it can be further installed in the ozone release pipe 25. A check valve 24 is provided, and a check valve 24 is further connected to the ozone generator 22 to avoid backflow of water. On the other hand, the ozone generating unit 20 is controlled to generate ozone. Ozone can be further provided with a switch 211, which is electrically connected to the circuit module 21, thereby controlling its opening and closing. The circuit module 21 can be connected with a power line 212 at the same time to provide power. In addition to being connected to an alternating current, a battery pack (not shown) that is always galvanically charged may be installed. Further, in order to improve the absence of the conventional ozone generating device from being applied to the faucet, the present invention is provided with a casing 201 at the same time. The ozone generating unit 20 is disposed in the casing 201, and at the same time, the filtering unit 10, the water inlet pipe 30 and the water outlet pipe 40 are disposed on a base 50 and become a volume. The water outlet pipe 40 has one end connected to the water outlet 12 provided in the filter unit 10 at one end, and the other end is connected to the water supply port 43. The outlet pipe 40 is provided at a middle portion of the outlet pipe 40. The air inlet 41 is connected to the ozone release pipe 25, so that the generated ozone is sent into the water flow of the water outlet pipe 40. To increase the release rate of ozone in a step of 9 M305290, the outlet pipe 40 is advanced. A narrow recess 42 can be formed at the mouth of the air port 41. The diameter of the water flow is increased by the narrowing of the diameter of the narrow recess 42. When the flow velocity of the water flow increases, the negative pressure generated by the flow will also increase, thereby providing a greater attraction for releasing the ozone. Ozone-containing water in the tube 25 is attracted into the outlet pipe 40 to increase its release efficiency. Please refer to the third figure, which is a schematic diagram of the flow path and ozone generation in the present embodiment. The faucet with ozone release function of the present embodiment has a small size because of its modular structure, so it is quite easy to set up. It is only necessary to connect the water source water pipe to the water inlet 31, and then connect the power line 212 to use. . In use, the power source 211 can be turned on to cause the ozone generating unit 20 to start producing ozone while flowing the water source. The inflowing water source first enters the filtering unit 10 through the inlet pipe 30, and then flows out of the outlet pipe 40. At this time, the ozone generated by the ozone generating unit 20 enters the outlet pipe 40 through the gas outlet 41 through the ozone discharge pipe 25, so that the water flowing out from the water supply port 43 contains the ozone-rich water. Since the water is filtered by the filtering unit 10 first, the generated ozone is not consumed by oxidation with molecules such as impurities, so that the water rich in ozone molecules can be produced, thereby further cleaning or disinfecting. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a schematic diagram of the present embodiment. The second figure is a side view of the interior of the present embodiment. The third figure is a schematic diagram of the flow path and ozone generation in the present embodiment. M305290 [Description of main components] 10 Filter unit 11 Inlet 12 Outlet 20 Ozone generating unit 201 Housing 21 Circuit module 211 Switch 212 Power line 22 Ozone generator 23 Connecting pipe 24 Check valve 25 Ozone release pipe 30 Inlet pipe 31 water inlet 40 outlet pipe 41 air inlet 42 narrow recess 43 water supply port 50 base