M268347M268347
四、創作說明（1) 【新型所屬之技術領域】 本創作係有關於一種麈力式氣液混合器結構，尤指一 ，安裝在超氧多功能水機上之壓力式氣液混合器，利用該 :合器使水與臭氧氣能快速的相互中和溶 臭氧水 或過氧化氫水者。 【先前技術】 以麥二t * 數道前置濾芯的設置， 沉殿物t味再利用逆滲透慮芯以濾 :更可在最利用—後置濾“除異味， 芯除了濾除無穢物外，同時也會將有 。仁疋，以f濾 用-段時間後，該等遽⑽；併！：、:,：:吏 菌，所U V π 也 主土’機化，容易滋生細 ，則所產生的' :吊更換濾芯。若消費者未能定期更換濾芯 間，但離儲皮f* ί含菌量仍偏高’且儲水桶雖為一密閉空 ，且-但出取近供水端卻是最容易遭細菌污軟之處 往往就成為乐，就會回逆感染儲水桶，使儲水桶 战馬細囷孳生的溫床。 液混：ΐ : 到殺菌之功·，即有在飲水機内安裝有氣 成臭氧：。而Γ亥氣液混合器使水及臭氧氣相互中和溶解 5,863 1 28 ^白知的瑕*液混合器，如美國專利第 括有二中:本，參照第一圖所示’習知氣液混合識包 口 11心水J a ’ ：二，的左右側邊處分別設有入水 13a，該入 a，而在本體la之下側處則設有一入氣口 133與入水口lla呈垂直狀態，以令水舆臭4. Description of Creation (1) [Technical Field to which the New Type belongs] This creation relates to a pressure type gas-liquid mixer structure, especially one, a pressure-type gas-liquid mixer installed on a super oxygen multifunctional water machine. Use this: the coupler can make water and ozone gas quickly neutralize each other with ozone-soluble water or hydrogen peroxide water. [Previous technology] With the setting of several front filter elements of Mai Er t *, Shen Dianwu reuses the reverse osmosis filter to filter: it can be used at the most-post-filtering to "remove the odor, and the filter has no dirt Outside, at the same time there will be. Ren Yan, filter with-after a period of time, and so on; and!:,:, :: Li bacteria, so UV π is also the main soil 'mechanization, easy to breed fine , The resulting ': Replace the filter element. If the consumer fails to change the filter element regularly, but the bacteria content f * from the storage skin is still high' and the storage tank is an airtight, and-but close The water supply side is the most vulnerable to bacterial contamination. It often becomes a joy, and it will reversely infect the water storage tank, making the water storage tank a hotbed for the breeding of horses. Liquid mixing: ΐ: To the sterilization function, there is Gas-forming ozone is installed in the water dispenser: and the gas-liquid mixer of Γ Hai neutralizes and dissolves water and ozone gas with each other. 5,863 1 28 The first picture shows 'Knowledge gas-liquid mixing package mouth 11 heart water J a': two, the left and right sides are respectively provided with a water inlet 13a, the inlet a, and An air inlet 133 is provided at the lower side of the body la and the water inlet lla is in a vertical state to make the water smell bad.
第5頁 M268347 四、創作說明（2) 氧氣分別輸入至本體la内進行中和溶解，而 〇 成一臭氧水 惟，習知氣液混合器1 〇a之水及臭氧痛 la内時，因入水口lla及入氣口]3a呈垂直狀j輪入至本體 因距離及混合面積關係而無法產生任何的碰=，使兩者間 臭氧氣無法报快速且有效的中和溶解成臭 ^ t成水輿 無法馬上提供臭氧水，須、待一段時間後飲水^ 1機 應臭氡水，故在使用上並不便利。 3 4始供 上述習知所產生之問題，本案創作人遂以從 2之經驗，並本著精益求精之精神，積極研究改 良，逐有本創作『壓力式氣液混合器結九文 【新型内容】 王 ^創作之主要目的在於提供一種壓力式氣液混合哭壯 構’/、係利用該混合器内之壓力差關係吏水 快速且有效的相互中和溶解， 一六虱軋月匕 者。 /合解以形成臭氧水或過氧化氫水 -上本t ϋ i:ΐ ϊ在於該混合器係安裝在超氧多功能水 '口 工本體，☆本體-侧分別設有入水口及 ，並相互中和溶解开4千订方向分別進入本體内 體的另-側處則設有出水口；其中，在本 令水及臭氧氣由平行同_方Λ、λ 5 Υ入水及入氣口可 j万向進入至本體内，且火》自与 氣f相交會處的本體管徑係呈窄縮狀，以令本體形成：2 氏管效應’使水及臭氧氣右相上 /成文 虱孔在相父會處形成一壓力差，當水Page 5 M268347 IV. Creation instructions (2) Oxygen is input into the body la to neutralize and dissolve it, and 0% of ozone water is used. However, when the water in the gas-liquid mixer 10a and the ozone pain la are used, the Nozzle lla and air inlet] 3a is vertical j round into the body due to the distance and mixing area relationship can not produce any collision =, so that the ozone gas between the two can not be reported to quickly and effectively neutralize and dissolve into odor ^ t into water Yu can't provide ozone water right away. Drink it after a while ^ 1 The machine should smell bad water, so it is not convenient to use. 3 4 For the problems arising from the above-mentioned knowledge, the creator of this case, based on the experience of 2 and in the spirit of excellence, actively researched and improved, and created this article "Pressure Gas-Liquid Mixer Jie Jiuwen [New Content] The main purpose of Wang ^ 's creation is to provide a pressure-type gas-liquid mixing mechanism, which uses the pressure difference relationship in the mixer to quickly and effectively neutralize and dissolve water with each other. / Combined solution to form ozone water or hydrogen peroxide water-Shangben t ϋ i: ΐ ϊ lies in that the mixer is installed in the super oxygen multifunctional water 'mouthwork body, ☆ water inlet and Neutralize and dissolve each other in the direction of 4,000 and enter the other side of the body respectively. There are water outlets; of which, water and ozone gas are parallel and square Λ, λ 5 into the water and the air inlet. The universal body enters the body, and the body diameter of the fire at the place where it intersects with the gas f is narrowed to make the body form: 2 The duct effect 'makes the water and ozone gas on the right phase / textile lice holes in There is a pressure difference between the father and the father.
第6頁 四、創作說明（3) '一 ---一*"·- 一 ------ 流出時，即產峰职丄 ^ ^ 、 土及力，而使臭氧氣被吸入，俾使水及臭氧Page 6 Fourth, the creation instructions (3) '一 --- 一 * " ·-one ------ When it flows out, it will produce peak jobs ^ ^, soil and force, so that ozone gas is inhaled,俾 make water and ozone
氣能更為快速順A 、畅的中和溶解成一臭氧水或過氧化氫水者 本創作之另一特徵在於該本體内鄰近入水口及出水口 &、、Γ二別。又有導流板’以利用該導流板使水能更快速順暢 的/瓜 而與臭氧氣快速的中和溶解。 ^ ^ —特徵在於該入氣口在本體内的一端係延 伸設有一延伸瞢5士Μ . 山於θ丄 g至本體的窄縮部處，延伸管位於窄縮部的 "多而係具有—π 4 ，以令自$ *維狀凸部，於錐狀凸部的外側邊環設有通口 【實施方弋^直接由錐狀凸部的環狀邊通口流至本體内。 麸 乍之砰細說明及技術内容，配合圖式說明如 作加^限制:圖式僅提供參考與說明用，並非用來對本創 ，請i:r:圖合器結構」，本創作中 超氧多功能水機：了液混和器1〇係安裝在- 氣口 22上連纟士古叮^ ^力式虱/夜此合器10之入水口 21及入 :經由壓力；c及臭氧氣之輸水管路及輸氣管路 1刀式虱液混合器1 〇將水及# 以提：臭氧水或過氧化氫水。-虱亂相互中和溶解， 1〇包括有本；〗圖所不’其中’ 1亥壓力式氣液混合器 入口η，使二—側係作為水及臭氧氣之 互中和溶解升:ί”氣分別進入本體1内，並相 屯成一臭氣水或過氧化氫水，而本體i另一側 M268347 四、創作說明（4) 則作為臭氧水或過氧化氫水之出口 1 2。 請參照第三、四、五圖所示，在本創作之最佳實施例 中’本體1係略呈一文氏管，亦即在靠近入口 11處的管徑 係具有一窄縮部1 3，且越往出口 1 2方向管徑則越擴大，而 在本體1入口 11處螺設有入水/氣頭2，該入水/氣頭2略呈 一倒E狀，具有上下兩入水口 2 1，而中間則為一入氣口 2 2 ，入氣口22並延伸一延伸管221至本體1的窄縮部13，延伸 管2 2 1位於窄縮部1 3的一端係具有一錐狀凸部2 2 4，於錐狀 凸部2 2 4的外側邊則環設有通口 2 2 3，以令臭氧氣直接由錐 狀凸部2 2 4頂端的通口 2 2 4流至本體1内，令水及臭氧氣在 本體1的窄縮部1 3相交會，使本體1形成一文氏管效應，如 此’水及臭氧氣在相交會處即會形成壓力差，俾使水及臭 氧氣能更為快速順暢的中和溶解成一臭氧水或過氧化氫水 〇 另，本體1在入口 11處之内壁面上環設有導流板111， 且在延伸管221的外侧表面上亦環設有導流板222，如第二 、六圖所示，茲利用該等導流板11 1、2 2 2以導引水更為迅 速的往窄縮部1 3流動。此外，該本體1在其出口 1 2處則螺 設有一出水頭3，出水頭3具有兩出水口 31，而本體1之内 壁面在靠近出口 1 2的位置處亦環設有導流板1 4，如第二、 七圖所示。 請參照第八、九圖所示，當欲產生臭氧水時，即令水 (可為過濾後的水）及臭氧氣分別從上下兩入水口 2 1及入 氣口 2 2流進至本體1内，當水（如圖中虛線黑箭頭）經由The gas energy can be quickly dissolved along with A, and neutralized and dissolved into ozone water or hydrogen peroxide water. Another feature of this creation is that the body is adjacent to the water inlet and the water outlet & ,, Γ. There is a deflector 'to use the deflector to make the water more quickly and smoothly, and quickly neutralize and dissolve with ozone gas. ^ ^ —It is characterized in that one end of the air inlet is provided with an extension 瞢 5 士 M. Mounted at θ 丄 g to the narrowed part of the body, the extension tube is located in the narrowed part and has many— π 4, so that from $ * dimensional convex part, a side opening on the outer side ring of the conical convex part is provided with a port [implementation side 弋 ^ directly from the annular side opening of the conical convex part to the body. The detailed description and technical content of the bran at the beginning, as well as the diagram description, are added as restrictions. The diagram is for reference and explanation only, not for the original creation, please i: r: the structure of the mapper. Multi-functional water machine: The liquid mixer 10 is installed on the air port 22 with the Shigu Ding ^ ^ force lice / night inlet 10 of the water inlet 21 and into: through pressure; c and ozone gas transmission Water pipe and gas pipeline 1 knife-type lice liquid mixer 1 〇 water and # to mention: ozone water or hydrogen peroxide water. -Louses are neutralized and dissolved with each other, including 10; 〖These are not shown in the figure; 1 Hai pressure pressure gas-liquid mixer inlet η, so that the two-sided system as water and ozone gas mutually neutralize and dissolve: ί The gas enters the body 1 and forms an odorous water or hydrogen peroxide water, and the other side of the body i is M268347. 4. Creation instructions (4) are used as the outlet of ozone water or hydrogen peroxide water. 12. Please Referring to the third, fourth, and fifth figures, in the best embodiment of this creation, 'the body 1 is slightly a Venturi tube, that is, the pipe diameter system near the entrance 11 has a narrow portion 13, and The diameter of the pipe is enlarged as it goes toward the exit 12, and the water inlet / gas head 2 is screwed at the inlet 11 of the main body 1. The water inlet / gas head 2 has a slightly inverted E shape, and has two upper and lower water inlets 21, and In the middle is an air inlet 2 2. The air inlet 22 extends an extension tube 221 to the narrowed portion 13 of the main body 1. One end of the extension tube 2 2 1 located at the narrowed portion 13 has a tapered convex portion 2 2 4 A through hole 2 2 3 is provided on the outer side of the tapered convex portion 2 2 4 so that the ozone gas flows directly from the through hole 2 2 4 at the top of the tapered convex portion 2 2 4 to the body 1 In this case, the water and ozone gas intersect at the narrow part 13 of the body 1, so that the body 1 forms a Venturi effect. In this way, 'water and ozone gas will form a pressure difference at the intersection, so that water and ozone gas will It can be more quickly and smoothly neutralized and dissolved into ozone water or hydrogen peroxide water. In addition, the main body 1 is provided with a deflector 111 on the inner wall surface of the inlet 11 and is also provided on the outer surface of the extension tube 221 The deflector 222, as shown in the second and sixth figures, uses these deflectors 11 1, 2 2 2 to guide water to the narrowed portion 13 more quickly. In addition, the body 1 There is a water outlet head 3 at the outlet 12 and the water outlet head 3 has two water outlets 31, and the inner wall surface of the body 1 is also provided with a deflector plate 14 at a position near the outlet 12 such as the second and seventh. Please refer to Figures 8 and 9. When ozone water is to be produced, water (which can be filtered water) and ozone gas flow from the upper and lower water inlets 21 and 22 respectively. In the body 1, when water (as shown by the dotted black arrow in the figure) passes
M268347 四、創作說明（5) 導流板1 1 1、2 2 2之導引而流至本體1的窄縮部1 3處，而臭 氧氣（如圖中虛線白箭頭）則經由錐狀凸部2 2 4頂端的通 口 2 23亦流至本體！的窄縮部丨3，令水及臭氧氣分別在窄縮 部1 3相交會，以產生渦流、旋轉，並相互的碰撞而流入於 本體1内進行中和溶解成臭氧水（如圖中實線黑箭頭）， 而中和溶解後的臭氧水再經由本體1内導流板1 4的導引， 再由出水頭3的出水口 3 1流至儲水區以供使用者取用。 經由上述結構說明後可知，本創作中，該入水口 2丨及 入氣口 22可令水及臭氧氣由平行同一方向進入至本體1内 三且本體1係成一文氏管，利用文氏管效應，使水及臭氧 氣在相父會處形成一壓力差，當水流出時，即產生吸力， 而使臭氧氣被吸入，俾使水及臭氧氣能更為快速順暢的 和溶解成臭氧水或過氧化氫水者。 a綜上所述，本創作之「壓力式氣液混合器結構」，的 確由上述所揭露之構造，達到所述之功效。且本創作 申請前未見於刊物亦未公開使用，誠已符合新型專 穎、進步等要件。 号W之新 准，上述所揭之圖式及說明，僅為本創作之實施例而 已’非為限定本創作之實施例；大凡熟悉該項技藝之人士 ，其所依本創作之特徵範疇，所作之其它等效變^ ’皆應涵蓋在以下本案之申請專利範圍内。M268347 4. Creation instructions (5) The guides of the deflectors 1 1 1, 2 2 2 flow to the narrow part 13 of the body 1, and the ozone gas (as shown by the dashed white arrow in the figure) passes through the cone The port 2 23 at the top of the part 2 2 4 also flows to the body! The narrowed part 丨 3, so that water and ozone gas meet at the narrowed part 1 3 to generate vortex, rotation, and collision with each other and flow into the body 1 to neutralize and dissolve into ozone water (as shown in the figure) (Line black arrow), and the neutralized and dissolved ozone water is guided by the deflector 14 in the main body 1, and then flows from the water outlet 31 of the water outlet 3 to the water storage area for users to access. After the above structural description, it can be known that in this creation, the water inlet 2 丨 and the air inlet 22 can make water and ozone gas enter the body 1 from the same direction in parallel. The body 1 is a Venturi tube, and the Venturi effect is used. Make water and ozone gas form a pressure difference at the meeting of the fathers. When the water flows out, suction is generated, and the ozone gas is sucked in, so that the water and ozone gas can be dissolved more quickly and smoothly into ozone water or Hydrogen peroxide water. a In summary, the "pressure type gas-liquid mixer structure" of this creation does indeed achieve the stated effect from the structure disclosed above. Moreover, this creative application has not been seen in publications or used publicly before, and it has already met the requirements for new-type expertise and progress. The new standard of No. W, the drawings and descriptions disclosed above are only examples of this creation, and are not intended to limit the examples of this creation. Anyone who is familiar with this skill, according to the characteristics of this creation, All other equivalent changes ^ 'should be covered by the scope of patent application in the following case.
M268347 圖式簡單說明 【圖式簡單說明】 第一圖係習知氣液混合器之組合剖面。 第二圖係本創作氣液混合器之立體外觀圖。 第三圖係本創作壓力式氣液混合器之組合剖面圖。 第四圖係第三圖之A部份放大示意圖。 第五圖係第四圖之5 - 5剖面圖。 第六圖係第二圖之6-6剖面圖。 第七圖係第二圖之7-7剖面圖。 第八圖係本創作之作情情形剖面圖。 第九圖係第八圖之A部份放大示意圖。 〔元件代表符號〕 <習知> 氣液混合器 10a 本體 1 a 入水口 11a 出水口 12a 入氣口 13a <本創作> 氣液混和器 10 本體 1 入口 11 出口 12 窄縮部 13 入水/氣頭 2 入水口 21 入氣口 22 延伸管 221 導流板 111 、 222 、 14 通口 223 錐狀凸部 224M268347 Brief description of the drawings [Simplified description of the drawings] The first diagram is a combined cross section of a conventional gas-liquid mixer. The second picture is a three-dimensional appearance view of the original gas-liquid mixer. The third picture is a combined sectional view of the original pressure gas-liquid mixer. The fourth diagram is an enlarged schematic view of part A of the third diagram. The fifth figure is a cross-sectional view taken at 5-5 of the fourth figure. The sixth figure is a sectional view taken along the line 6-6 of the second figure. The seventh figure is a 7-7 cross-sectional view of the second figure. The eighth picture is a cross-sectional view of the situation of this creation. The ninth figure is an enlarged schematic view of part A of the eighth figure. [Representative Symbols of Components] < Knowledge > Gas-liquid mixer 10a body 1 a Water inlet 11a Water outlet 12a Air inlet 13a < This creation > Gas-liquid mixer 10 Body 1 inlet 11 outlet 12 narrowed portion 13 water / Air head 2 Water inlet 21 Air inlet 22 Extension tube 221 Baffle plate 111, 222, 14 Port 223 Conical projection 224
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