M313017 八、新型說明： 【新型所屬之技術領域】 種壓迅式氣泡產生裝置，本創作尤指一種利 用壓電式致動器，致動氣泡層往復振動的壓電式氣 泡產生裝置。 k先前技術】M313017 VIII. New description: [New technical field] The pressure-type bubble generating device, especially a piezoelectric bubble generating device that uses a piezoelectric actuator to actuate the bubble layer to reciprocate. k prior technology]
、，微米氣泡產生技術，係一種製造有微米氣泡， 亚將其導人液體中，以便應用於生物科技、除污、 水面船艦減阻或是美容SPA等的溶液之技術，其不 具污染性，，而可廣泛地被運用；其係根據斯托克定 , 〇ke s Law)，氣泡上浮速率會與氣泡體積成 /關係纟於一般10 0 # m (微米）的氣泡溶入液 體後’會逐漸匯聚成大氣泡，並快速向上浮起，其 停留於溶液内的時間相當短，因此，不會有產生： :除污、殺菌的效果；但是，當氣泡更小於Um(即 ，作)時’由於移動速率極慢，而使微米 虱泡主現真 >谷液的狀態，以便與液體產生混合的效 果：f用，冲洗或浸泡物體時，由於微米氣泡體積 J可冰入物體表面的微小縫隙内，並將髒污、細 菌-併帶出，而達到除污、殺菌的效果。 、 請參閱「第！同 . ^ ^ 圖」，為一般氣泡產生器的安裝示 意圖，其係將一致動哭 致動杰1 0的一入料口 1 〇 i，盥一 壓桶20相連接，者一 /、同 田泵浦3 〇運轉後，可帶動氣體 Μ3130Π ::體充入高壓桶2。内並產生混合，而氣體與液體 物可成為致動器' 10的原料，一般致動器ι〇係 々Μ 次疋茚电式寺振動方式，將原料中的 3加以粉碎，以形成接近微米氣泡，並產生具有 溶液便使用^再參閱「第2圖」，為 —泡產生夯製造時的步驟流程圖，如圖 =步私、泵浦運轉4 01 ··當泵浦運轉後，可 4η?. ^ 鬼充入向壓桶内；第二步驟、混合 •充入的氣體與液f可上 形士、A 了在鬲壓桶内進行混合，以 形成氣液混合的原枓· u ^ ^ w ^ ^原枓，弟二步驟、致動器運轉403 : 田原枓由高壓桶昝 0 ,^ E 桶輪入致動器後，其致動器以振動方 式，將原料中的与姻^ 郢方 ..^ 勺虱體加以粉碎；第四步驟、產生n 未氣泡溶液404 鉍& 喊 、、肖、，^ *致動器運轉後，可產生微米氣 泡’亚在液體中呈旨亩w 乳 勾混人成微卜 液的狀態，便於與液體均 °成诞未氣泡溶液，以便使用。 綜上所述，支古鍤今 ,g r ^ 種產生器必須與泵浦及高壓 桶格配使用，不但構 土 造的成本變得相當昂貴， 成衣 用，故有必要加以改良。 、使 【新型内容】 有鑑於環俾立）沖ΑΑ 保思識的抬頭，及製造成本上 量，本創作人爰替、、介 ^ , 夕 1〜研九，並積個人從事微機電 業的夕年經驗，炊 事 、、、〇又汁出一種嶄新的壓電式氣砲產 6 M313017 生裝置。 本創作之主要目的，旨在提供一種體積更小， 且製造成本更低廉的壓電式氣泡產生裝置，而適於 一般家庭使用。 ', micro-bubble generation technology, is a technology that produces micro-bubbles, which are introduced into liquids for application in biotechnology, decontamination, surface ship drag reduction or beauty SPA, etc., which are not polluting, Can be widely used; it is based on Stoke, 〇ke s Law), the bubble floating rate will be related to the bubble volume / relationship with the general 10 0 # m (micron) bubble dissolved in the liquid 'will Gradually converge into large bubbles, and quickly float upwards, the time spent in the solution is quite short, so there will be no effect:: decontamination, sterilization effect; however, when the bubble is smaller than Um (ie, for) 'Because the moving rate is extremely slow, the micro-bubble is always present> the state of the valley liquid to produce a mixed effect with the liquid: when used, flushing or soaking the object, the volume of the micro-bubble can be iced into the surface of the object. In the tiny gaps, the dirt and bacteria are taken out to achieve the effect of decontamination and sterilization. Please refer to "第!同. ^ ^图", which is a schematic diagram of the installation of a general bubble generator, which will be connected to a feed port 1 〇i, which is connected to the pressure tank 20, After the operation of the first one, the same field pump 3 〇 can drive the gas Μ 3130 Π :: body into the high pressure barrel 2 . The mixture is mixed inside, and the gas and the liquid can be used as the raw material of the actuator '10. Generally, the actuator 〇 〇 々Μ 疋茚 疋茚 寺 寺 寺 , , , , 寺 寺 寺 寺 寺 寺 寺 寺 寺 寺 寺Bubbles, and use the solution to use ^ then refer to "Figure 2", the flow chart of the steps in the production of the bubble generation, as shown in Figure = step private, pump operation 4 01 · · When the pump is running, can be 4η ?. ^ Ghost filling into the pressure tank; the second step, mixing and filling of the gas and liquid f can be on the shape, A is mixed in the pressure tank to form a gas-liquid mixed original 枓 u ^ ^ w ^ ^Original, two steps, actuator operation 403: After the high pressure barrel 昝0, ^ E barrel is driven into the actuator, the actuator vibrates to make the material in the material.郢方..^ The spoon body is pulverized; the fourth step, generating n bubble solution 404 铋& shouting, shaw,, ^ * After the actuator is operated, micro-bubbles can be generated. w The milk hook mixes the state into a micro-bubble liquid, which is convenient for the liquid to be a bubble solution for use. In summary, in the case of the ancient dynasty, the g r ^ generator must be used in combination with the pump and the high pressure barrel. Not only does the cost of the soil construction become quite expensive, but it is necessary to improve the clothing. [The new content] In view of the rise of the ring, the rise of the mind, and the cost of manufacturing, the creator of the 爰, 介 ^, 夕 1 ~ research nine, and personally engaged in the micro-electromechanical industry In the experience of the eve of the year, an awkward piezoelectric gas gun produced a new 6 M313017 raw device. The main purpose of this creation is to provide a piezoelectric bubble generating device which is smaller in size and cheaper to manufacture, and is suitable for general household use. '
為達上述目的，本創作壓電式氣泡產生裝置， 係在一溶液槽底部形成有一開孔，並組設有一氣泡 層，其氣泡層上係形成有許多喷氣孔，又，在喷氣 孔的周圍係組設有複數個壓電式致動器，其壓== 致動器致動後’可帶動氣泡層往復振動，由：：體 係由氣泡層T方進A，並通過進行往復振動的氣泡 層時，以產生微来氣泡，將這些微米氣泡導入液體 中，：可形成具有除污、殺菌等效果的微米氣泡溶 液’错由控制壓電式致動器振動的頻率，可增加微 米氣泡的產量，其喷氣孔的尺寸又決定了微米氣泡 的大小，本創作的體積可製作的更小，且製造成本 更低廉，而適於一般家庭使用。 為使貴審查委員能清楚了解本創作之内容，僅 以下列說明搭配圖示，敬請參閱。 【實施方式】 請參閱「第3圖，，盔士扁丨& 口」為本創作之安裝示意圖，如 圖中所示，本創作谭雷# $+ t 、 ^/土 ％式虱泡產生裝置50，係將溶 液槽5 0 1的入液管5 〇 1 q、φ s 吕&U13連接至一供液裝置6〇 (包 括·水龍頭或是出液粟、、者）你 從汞/南）後，而可將各種液體（主 M313017 7 導入溶液槽5 Ο 1内，其出液管5 Ο 1 4則是連 才妾 至丨J — . 〜個供盛裝溶液的容器70，由於本創作所使用 %欸動器5 Ο 3，係由複數片壓電片以疊置的 方式所組成’且可直接組設於氣泡層5 0 2的表面， 口此’其構成元件的體積遠較其他氣泡生成器的體 ^ ^ 而利用壓電片間所產生的壓電效應，因 為壓電效應有振動頻率高的特性，而可用來帶動氣 心層502作岗速往復振動，以在溶液槽501内的液 體中產生微米氣泡，並提高微米氣泡產生的效率， 由方;械米氣泡具有可在液體内呈現真溶液狀態的特 t生’亚在液體中擴散，與原來的溶液加以混合後， 可成為微米氣體溶液；由於本創作壓電式氣泡產生 裝置5〇不像習知氣泡產生器，須利用，將液體 及氣體先充入高壓桶，再 订适订此合的工作，因此， 本創作大幅減少了組成時的 风寸的構件，而降低了製造成 本’又’習知微米氣泡溶液在萝 义牡衣k4，有製造步驟 過；的缺點，造成微米氣泡溶液產生的效率不彰’: 相幸乂之下本創作更容易推廣到—般家庭中使用。 請參閱「第4圖」，為本 ^ 一 別作之結構示意圖，如 圖中所示，本創作壓雷或$ 包式軋泡產生裝置50係包括· 一溶液槽501，係組設於一 丄體5011上，其係用 儲放由前述供液裝置6〇 ^ 、入的液體，並在座濟 5011的内部形成有一供儲放 體 又乳體的夾層501 1 1，曰 座體5011底部進一步形成 ^ 進乳孔50112，此進 M313017In order to achieve the above object, the piezoelectric bubble generating device of the present invention has an opening formed at the bottom of a solution tank, and a bubble layer is formed, and a plurality of gas jet holes are formed on the bubble layer, and around the gas injection hole. The system is provided with a plurality of piezoelectric actuators, the pressure == after the actuator is actuated, the air bubble layer can be reciprocated, and the system is: the bubble from the bubble layer T into the A, and through the bubble that reciprocates When the layer is formed, the microbubbles are generated, and the microbubbles are introduced into the liquid: a microbubble solution having the effects of decontamination, sterilization, etc. can be formed. The frequency of vibration of the piezoelectric actuator is controlled, and the microbubbles can be increased. The output, the size of the gas jet hole determines the size of the microbubbles, the volume of the creation can be made smaller, and the manufacturing cost is lower, and is suitable for general household use. In order for your review board to have a clear understanding of the content of this creation, please refer to the following instructions only. [Embodiment] Please refer to "Fig. 3, Helmet 丨 丨 & mouth" as the installation diagram of the creation. As shown in the figure, the creation of Tan Lei # $+ t, ^/%% bubble generation The device 50 connects the liquid inlet pipe 5 〇1 q, φ s ü & U13 of the solution tank 50 1 to a liquid supply device 6 〇 (including the faucet or the liquid sap, etc.) from the mercury / After the South), various liquids can be introduced (the main M313017 7 is introduced into the solution tank 5 Ο 1 , and the liquid outlet tube 5 Ο 1 4 is connected to the 丨J — a container 70 for containing the solution, due to the present The % actuator 5 Ο 3 used in the creation is composed of a plurality of piezoelectric sheets stacked in a stacked manner' and can be directly assembled on the surface of the bubble layer 502, and the volume of the constituent elements is much larger than that of the composition. The body of other bubble generators utilizes the piezoelectric effect generated between the piezoelectric sheets. Because the piezoelectric effect has a high vibration frequency, it can be used to drive the core layer 502 for post-speed reciprocating vibration in the solution tank. The micro-bubble is generated in the liquid in 501, and the efficiency of the micro-bubble is increased, and the bubble of the mechanical meter has a liquid in the liquid. The special solution of the true solution state is diffused in the liquid, and after mixing with the original solution, it can be a micron gas solution; since the piezoelectric bubble generating device 5 of the present invention is not like a conventional bubble generator, it must be utilized. The liquid and gas are first filled into the high pressure barrel, and then the work of the combination is set. Therefore, the creation greatly reduces the components of the wind when the composition is formed, and the manufacturing cost is reduced, and the conventional microbubble solution is in the righteousness. Muyi k4, there are manufacturing steps; the shortcomings, resulting in the efficiency of the microbubble solution is not good': Under the circumstance, this creation is easier to promote to the general family. Please refer to "Figure 4", ^ A schematic diagram of the structure of the other parts, as shown in the figure, the creation of the thunder or the package-type blister generating device 50 includes a solution tank 501, which is set on a body 5011, which is used for storage. The liquid supply device 6 is filled with the liquid, and an interlayer 501 1 for the storage body and the milk body is formed inside the seat 5011. The bottom of the squat body 5011 is further formed into the milk hole 50112.
氣孔5 Ο 11 2可連接至一裝填有氣體（係為氡氣或臭 氧）的氣桶’並以強制進氣的方式，將氣體充入座 體5011的夾層50111内，又，在溶液槽5〇1底面係 幵少成有開孔5 0 1 2，其溶液槽5 0 1上方又成型有一 入液管5013及一出液管5014，而得將入液管5〇13 連接至供液裝置60，而出液管5〇14則連接至前述 ^器7〇内；一氣泡層502,係組設於溶液槽5〇1底 邻5以使氣泡層502可覆蓋溶液槽501底部的開孔 5〇12，又，在氣泡層5 02相對於開孔5012的位置， 係形成有複數個喷氣孔5〇21 ;複數個壓電式致動器 503，係組設於喷氣孔5 0 2 1周圍的氣泡層502上， 吏壓電式致動器5。3致動後，可帶動氣泡層 ^振動’以將通過喷氣孔5()21的氣體轉變為微米 、、容^❿與溶液槽501内的液體混合成為微米氣泡 電：；又，其壓電式致動器503係與-控制器504 微米/妾’可用來控制其振動頻率，其振動頻率與 、^的產量成正比，㈣氣孔50 疋了微米氣泡的大小。 寸則决 如圖：再參閱「第5圖」，“創作之使用示意圖， θ所不，本創作壓電式氣 時，首止 展1衣置50在使用 内，而ί ’係由供液裝置6G將液體導入溶液槽5〇1 岭液槽501底部則導入有 大於液髀厭士㈣ 育汛體，當乳體壓力 而漏人^，其液體就*會透過喷氣孔502；1， 漏入座體训的夹層5〇⑴内，接著，厂堅電式致 M313017 ^器503進行運轉後，可帶動氣泡層和主復振動， =過氣泡層咖噴氣孔咖的氣體 往復的振動行程，致使氣體導入液體時無I 二而變成粉碎且體積更小的微米氣泡 =動器503的振動頻率，係與微米氣泡產生的數 其氣泡層喷氣孔卿的尺寸則決定The air hole 5 Ο 11 2 can be connected to a gas tank filled with gas (which is helium or ozone) and fills the gas into the interlayer 50111 of the seat body 5011 by forced air intake, and in the solution tank 5〇 1 The bottom surface is reduced to have an opening 5 0 1 2, and a liquid inlet tube 5013 and an liquid outlet tube 5014 are formed above the solution tank 5 0 1 , and the liquid inlet tube 5〇13 is connected to the liquid supply device 60. And the liquid outlet tube 5〇14 is connected to the above-mentioned device 7〇; a bubble layer 502 is disposed at the bottom of the solution tank 5〇1 to make the bubble layer 502 cover the opening 5 of the bottom of the solution tank 501. Further, in the position of the bubble layer 502 relative to the opening 5012, a plurality of gas injection holes 5〇21 are formed; a plurality of piezoelectric actuators 503 are disposed around the gas injection hole 5 0 2 1 On the bubble layer 502, after the piezoelectric actuator 5 is actuated, the bubble layer can be driven to vibrate to convert the gas passing through the gas jet hole 5 () 21 into a micron, a volume and a solution tank 501. The internal liquid is mixed into micro-bubble electricity; and, in addition, its piezoelectric actuator 503-and-controller 504 micron/妾' can be used to control its vibration frequency, its vibration frequency and The yield of ^ is proportional to (4) the pores are 50 疋 the size of the microbubbles. The inch is as shown in the figure: see "5th picture", "The use of the creation diagram, θ is not, when creating the piezoelectric gas, the first stop 1 clothing 50 is in use, and ί ' is from the liquid supply The device 6G introduces the liquid into the solution tank. The bottom of the tank 501 is introduced with a liquid helium (4). When the milk pressure is leaking, the liquid will pass through the gas jet hole 502; In the sandwich 5〇(1) of the body training, then, after the operation of the M313017 device 503, the bubble layer and the main complex vibration can be driven, and the gas reciprocating vibration stroke of the bubble layer is performed. The frequency of the microbubble = 503 which is pulverized and smaller in volume when the gas is introduced into the liquid, and the vibration frequency of the 503 is determined by the size of the bubble layer of the bubble layer.
内的:、二/包的大小’其微米氣泡就會在溶液槽50 1 内的液體中產生混人， a ▲ 口亚可^出至容器70中使用。 叫參閱「第6圖丨，為太名丨丨於友a 如圖中所示，本創作::二：泡的產 如泡溶液生產時’其步驟 普置二 導入液體及氣體8〇1:利用供液 、置將液體導入溶液槽内， 當&々^ 而心液槽底部則充入適 用:：體;第二步驟、塵電式致動器運轉8。2:利 $力驅動壓電式致動器運轉， 氣泡層進行往庙拓^ 專後可Y動 體nl:動’以將通過氣泡層喷氣孔的氣 後導二:广…的微米氣泡；第三步驟、混合 来二 .其微米氣泡在液體内生成後，利用微 二泡在液體中可擴散及可混合的特性，在溶液押 形成微米氣泡溶液，並導出至容器内以供使用。曰 種：二：述’本創作其據以實施後，確實提供- 體中產：：式致動器帶動氣泡層往復摄動，而在液 產生镟米氣泡的壓電式氣泡產生裝 縮小體積與降低製作成本的目的。 以達到 唯’以上所述者’僅為本創作之較佳之實施例 10 M313017 而已，並非用以限定本創作實施之範圍；任何熟習 此技藝者，在不脫離本創作之精神與範圍下所作之 均等變化與修飾，皆應涵蓋於本創作之專利範圍内。 綜上所述，本創作壓電式氣泡產生裝置，不但 體積縮小，且製造成本低廉，而可適用於一般家庭， 係具有創作之「實用性」與「進步性」；申請人爰依 專利法之規定，向 鈞局提起新型專利之申請。The inside: the size of the second/package' micro-bubble will be mixed in the liquid in the solution tank 50 1 , and the a ▲ can be used in the container 70. Refer to "Picture 6 丨, for Tai Ming Yu Yuyou a as shown in the picture, this creation:: 2: the production of foam as a bubble solution production] its steps are generally introduced into the liquid and gas 8〇1: Use liquid supply, set liquid into the solution tank, when & 々 ^ and the bottom of the core tank is filled with: : body; second step, dust electric actuator operation 8. 2: Lee force drive pressure The electric actuator is operated, and the bubble layer is carried out to the temple extension. After the special operation, the Y-movement nl: moves to pass through the gas-jet channel of the bubble layer, and then the micro-bubble; the third step, mixing two After the microbubbles are formed in the liquid, the microbubble is diffused and miscible in the liquid, and the microbubble solution is formed in the solution and exported to the container for use. 曰: 2: After the creation of the data, it is indeed provided - the medium-sized::-type actuator drives the bubble layer to reciprocate, and the piezoelectric bubble generated in the liquid to produce the 镟-shaped bubble produces the purpose of reducing the volume and reducing the manufacturing cost. Only the above-mentioned one is only the preferred embodiment 10 M313017 of the present creation. It is not intended to limit the scope of the present invention; any changes and modifications made by those skilled in the art without departing from the spirit and scope of the present invention shall be covered by the scope of the invention. The creation of a piezoelectric bubble generating device not only reduces the size, but also has a low manufacturing cost, and can be applied to a general household, and has the "practicality" and "progressiveness" of creation; the applicant is in accordance with the provisions of the patent law. File an application for a new patent.
M313017 【圖式簡單說明】 第1圖，為一般氣泡產生器的安裝示意圖。 第2圖，為習知氣泡產生器製造時的步驟流程圖。 第3圖，為本創作之安裝示意圖。 第4圖，為本創作之結構示意圖。 第5圖，為本創作之使用示意圖。 第6圖，為本創作之氣泡的產生流程圖。M313017 [Simple description of the diagram] Figure 1 is a schematic diagram of the installation of a general bubble generator. Fig. 2 is a flow chart showing the steps in the manufacture of a conventional bubble generator. Figure 3 is a schematic diagram of the installation of the creation. Figure 4 is a schematic diagram of the structure of the creation. Figure 5 is a schematic diagram of the use of the creation. Figure 6 is a flow chart showing the creation of bubbles for the creation.
主要元件符號說明】 10 致動器 101 入料口 20 高壓桶 30 泵浦 401 泵浦運轉 402 混合 403 致動器運轉 404 產生微米氣泡溶液 50 壓電式氣泡產生裝置 501 溶液槽 5011 座體 50111 夾層 50112 進氣孔 5012 開孔 5013 入液管 12 M313017 5014 出液管 502 氣泡層 5 0 2 1 噴氣孔 503 壓電式致動器 504 控制器 6 0 供液裝置 70 容器 801 導入液體及氣體 802 壓電式致動器運轉 803 混合後導出 13Explanation of main component symbols] 10 Actuator 101 Inlet port 20 High pressure tank 30 Pump 401 Pumping operation 402 Mixing 403 Actuator operation 404 Production of microbubble solution 50 Piezoelectric bubble generating device 501 Solution tank 5011 Seat 50111 Mezzanine 50112 Intake hole 5012 Opening 5013 Inlet tube 12 M313017 5014 Outlet tube 502 Bubble layer 5 0 2 1 Jet hole 503 Piezo actuator 504 Controller 6 0 Liquid supply unit 70 Container 801 Introduction of liquid and gas 802 Electric actuator operation 803 mixed and exported 13