201211357 六、發明說明： 【發明所屬之技術領域】 一種細微流體泡沫製造方法與裝置用途，本發明為 藉進氣裝置導入適量空氣’透過細密氣孔裝置將導入之 空氣快速細小化，僅需微劑量或無需添加起泡劑，立即 將混合液或原料液體快速產生細密流體泡沫液，而細微 化之泡洙分子’不僅洗淨效果強’並具彈性流體，有效 減少破損增加原料液或混合液之體積與增強持久性，可 大量節省清潔劑與用水，充分發揮清潔功效，足以提供 衛生設備全程（不同於一般之清潔泡沫式僅有前段清潔 防濺功能）含使用後沖洗與排汙使用，更能以微劑量而不 增加經濟負擔，改採天然或高級無害起泡清潔劑，促進 全面環境保護；而該快速有效發泡特性，可在不需添加 發泡劑或僅需些微劑量，能提供包括食品、建材製造工 _ 程施工使用，能使如飲料、牛奶…等之食品原料液體或 混合液，及建材與施工所需發泡原料液體或混合液，立 即快速產生所需之密實流體泡沫’以免添加過多化學添 加劑影響品質，且無需採壓力室，更安全可靠。 【先前技術】 為因應環保與省水需求，衛生設備採用奈米材質與 省水設計，更有採衛生泡沫防濺裝置，然卻出現無法用 水附著預濕，以及減少沖洗水易造成後續排汙管囤積阻 201211357 塞，而為達除垢或泡沐量與持久性，使用過多劑量，則 破壞化糞池之生態造成環境問題，或製造泡沫不良，如 廁等待耗時又過多劑量而不符實用，或粗大之衛生泡沫 流體性不佳，使用時不易鋪設，無密實性易破難持久防 濺覆蓋效果差，僅能處理如廁前段清潔防濺，無法處理 如廁全程（含沖洗與排汙）之衛生問題，（如台灣 M355967、200821436、200914693),(日本特願 • 2003-253727、特願2006-095252、特願2007-277636)， (US6279174 ' US 3762875 > US/6772450 ' US4571752A ' US2004/0064884A1、US2005/0003990、US2006/0191064 A卜 Sumner (3383710)、EP 1241302 A卜 EP 0265453 B卜 DE 3908178 A卜 DE 19938913 B4 、 DE 102004005759 、 DE 198 44 864 A卜 WO 2006/097047、GB1356343A、 GB1245795A ' CN1284592A > CN2866657Y ' CN2443067Y ^ _ CN1048726A、）(韓國2004-4804、2006-39421);另對於 需泡沐做簡、蓬鬆食品或㈣、隔音、隔熱之施工與 建材，添加過多發泡劑或添加劑，容易損害品質。 本發明僅馳少制水與清細，可快速有效率形 成細微持久之流體清潔泡珠，細微化之泡泳分子不僅增 加體積並有更好之核效果，驗清歧備或衛生設備 可減少清潔及用水量，轴省水環保，對於需產生 泡沫或大量躲之食品、建材製造與王程施王本發明 201211357 之方去與裝置，亦可快速提供最佳之均勻細密持久之流 體泡未’解决—般之所需，無需添加過多之發泡劑量， 成景4響品質之諸多問題。 【發明内容】 本發明為-種細微流體泡珠製造方法與裝置用途， 主要以微劑量即能快速有效產生細密持久流體泡沫之方 法與裝置’以提供結合包括衛生設備、清潔設備、食品、 鲁 建材氡作與工程知工…等’需發泡之發泡液或原料液， 以快速有_成最理想之均自細麟久之流體泡沫液， 以供所需，其搭配特性之用途有·· 1.清潔劑：細微化⑽分子可發揮最佳之清洗效果，並 且可大量增加清潔齡社體積，以減少清糊與用水 量兼顧環保省水。 2·衛生起泡劑：細微泡沫分子能使衛生泡沫液增加大量 • 體積並具備密實性及流體性，容易喷灑均勻鋪設於衛生 設備之器具内，使採用奈米材質用水預濕困難如小便斗 之類，皆可輕易有效潤滑，並順勢流動均勻分佈於小便 斗内底部與馬桶之水封水面，而增加大量體積之流體清 潔泡沫，可輕易均勻鋪設足夠全程使用之厚度，不僅有 效隔離衛生器具内底部，避免殘留污物或菌害危害，細 密雪白泡沫，更倍增清潔衛生美觀質感，亦可添加成喜 愛顏色與香味或消毒除臭，增添衛生，如廁時，細密泡 201211357 未之細微分子，可有效潤滑與清潔溶解以防污物附著， 密實持久之彈性流體’可增加緩衝與紐隔離以防止賤 污，並能將污物穿過之破洞立即填補覆蓋，防止散佈菌 害臭味，使用後沖洗時’持久綿密之流體泡沫，不會受 沖洗水之衝擊而破損可完全覆蓋隔離污物翻攪，之髒污 旦面，避免辦°惡視覺，並有效防止沖洗衝擊之錢汙與散 佈臭味菌害，全程有效覆蓋隔離臭味與菌害之散佈，並 且細微泡沫分子可順便有效清潔器具，潤滑流體可防止 附著幫助沖排污物，以利省水衛生設備之沖排，且無須 重複沖洗或經常刷洗，不僅可大量減輕清潔工作與清潔 劑，並且大量減少沖洗用水，以免造成環境公害與浪費 水源，而該強效微劑量，更適合採用天然或高級無害之 起泡劑、或清潔、消毒、除臭劑搭配，不致導致消費負 擔’免除因經濟效益而採用廉價有害、或者使用過多清 潔殺菌劑量破壞化糞池之生態，不僅縮短化糞池使用壽 命，更引發該水肥處理後利用之循環污染土壤與農作， 造成更多環保問題。 3.飲料與食品：可置於需泡沫之飲料液體内，不添加起 泡劑，即快速綿密製成泡沫飲料；或設置於可起泡之食 品原料液體内，快速散發均勻小氣泡以產生細微綿密流 體泡沫，以供需泡沫製造蓮鬆之食品使用，減少使用化 學劑量對品質之影響。 201211357 4·建材材料.置於可起泡之建材原料液體内引入空氣 散發成小氣泡以蓋生細微綿密均勻持久之流體泡珠，以 供需泡泳製造建材與施工之使用，無需添加過量發泡劑 量影響耐久強度與品質。 對於泡沫之雜濃度，可視需求難原料液或混合 液與水量關’而⑽續化程度，财軌徑適合之 細密氣孔裝置與適合之進氣量，以達最佳效果。 φ 【實施方式】 為進-步綱本發_作之細微雌製造方法與裝 置用途，請參閱第-圖、第二圖、第三圖、第四圖，本 發明方法與裝置之較佳實施例，乃採—混合裝置之容 器，以供各裝置結合及容納起泡液，該混合裝置1〇可設 有-個以上之進原料裝置u或進流體裝置12(如此可視 需要選：單進原料液、或進水與原料混合、或原料與原 • 料混合液）、進11敦置13、細密氣孔裝置14、液位控制 裝置15、輸出裝置ι6(混合裝置1〇之開放管道），並可 採導引裝置17作為各裝置之連接與輸送，如此即可藉進 原料裝置11(如定量泉或定量裝置），可將原料容器18 内之起泡原料導入混合裝置1〇内，藉進流體裝置12(如 電磁閥、控制閥裝置）引進水量或混合液，而為使微量原 料液不積存阻塞’可採用進水與進原料液之^丨敦置^ 相連通，藉補水時順勢沖淨並沖入泡沫液内混入’、 从充 7 201211357 積存於導管内或殘留之泡.沫上，致使微劑量受阻，並採 液位控制裝置15(如液位感知器）控制適合量（亦可直接 引入調配好之起泡液）’此時啟動進氣裝置13(如空氣 栗、無電源且小用量可採文式管）)輸入空氣，即可透過 相連接之細密氣孔裝置14產生細微泡沫直接自輸出裝 置16 —併輸出’無需形成密閉壓力，減少安全顧慮；亦 可將細密氣孔裝置14連接於輸出裝置16，俾進氣裝置 13將起泡原料液起泡輸出時，再經細密氣孔裝置14細 化成細微泡沫輸出，然較易生阻塞；為利於使用操作， 亦可採電路板或自動化祕城應式或賴式之操控袭 置19作為啟動並自動控制流程，以定時數或定量裝置控 制進原料裝置1卜進流體裝置12之進原料與進水量至 適合之比例，或採液健繼置15感餘舰水量，混 合液無放置時職制，如触設m洗設備，則可事 先做好上賴給動作，俾使㈣立即啟祕給泡珠液， 無需再耗時料補水㈣，錢時，按戦感應操控裝 置19以立即啟動進氣裝置13輸入空氣，透過相連接之 細密氣孔裝置14(如氣泡石或類似構造之類，採直接開 或套且聚集形成多數細密之孔洞，可視需求孔徑可選 約在··僅數公厘或公釐町至空氣分子適合通過，使輸 入之空氣細微化至所需要’並須讓空氣能快速進入分 散）’可在起泡㈣内快速形成均勻細密之顿泡以製造 201211357 細微流體泡沫，並可直接於輸出裝置16之導引裝置17 輸出，該輸出裝置16並可視使用需求，從上端引出或是 採a史内部導管向下引出之内置式輸出裝置16，該導引裝 置17並可連接至喷灑裝置20或後續使用處之裝置符合 使用；對於需與衛生設備結合：整體式可採自馬桶水箱内 進水器設分接裝置21，以便自内部直接引水源，並將輸 出裝置16之引導裝置17自水箱内部另設之開孔、或於 沖洗水閥穿過至沖洗溝槽開孔之噴灑裝置2〇以喷灑於 馬桶内；加掛式可自水箱外給水閥設分接裝置21分接水 源，並將輸出裝置16之引導裝置17自馬桶外部穿過至 馬桶坐墊下喷灑裝置20以喷灑於馬桶内部；對於前述裝 置，可採適當外殼組裝，需立即啟用者，啟動後隨即完 成補給流程，以利於使用能立即啟動。如上述之襞置， 即可製造出細微流體泡沫，不僅起泡快速效率強大且均 勻細密持久，能迅速提供需大量之衛生泡沫或清潔泡 沫，以供衛生設備或清洗設備之需求；上述裝置方法， 亦可設於需要泡沫之飲料液或製作食品可起泡之原料液 中，可快速強效做出均勻細微泡沫之飲料或提供製作蓬 拳食。Ο，或提供需大量泡沐製作建材與施工之使用。 上述内容僅作為說明本發明創作之參考，並非作為 本發明創作之限制，對於熟之此類技藝者，略作更改， 並不能脫離本發明創作之精神範略。 201211357 【圖式簡單說明】 本發日Mm之正視圖無合衛生設備示意圖。 一系本發明之文式錄置上視圖與結合衛生設備剖面 示意圖。 圖二係本發明之裝置結合飲料與食品製作設備示意圖。 圖四係本發明之裝置結合工程施工與建材製作示意圖。 【主要元件符號說明】 10混合裝置 11進原料裝置 12進流體裝置 13進氣裝置 14細密氣孔裝置 15液位控制裝置 16輸出裝置 17導引裝置 18原料容器 19操控裝置 20噴灑裝置 21分接裝置201211357 VI. Description of the Invention: [Technical Field of the Invention] A method for manufacturing a fine fluid foam and a device for use. The present invention introduces an appropriate amount of air by means of an air intake device to rapidly reduce the introduced air through a fine pore device, requiring only a micro dose. Or without adding a foaming agent, the mixed liquid or the raw material liquid can be quickly produced into a fine fluid foam liquid, and the finely formed foaming molecule 'not only has a strong cleaning effect' but also has an elastic fluid, which effectively reduces the damage and increases the raw material liquid or the mixed liquid. Volume and enhanced durability, can save a lot of detergent and water, fully play the cleaning effect, enough to provide the whole process of sanitary equipment (unlike the general cleaning foam type only front cleaning and splash-proof function), including flushing and sewage use after use, It can promote natural environmental protection by adopting micro-dose without increasing economic burden, and adopting natural or advanced harmless foaming detergent; and this fast and effective foaming property can be provided without adding foaming agent or only need some micro-dose. Including the use of food and building materials manufacturing equipment, such as beverages, milk, etc. Or a feed liquid mixture, and construction and building materials, the desired liquid foamable material or a mixture, immediately give the desired rapid fluid of dense foam 'so as not to add too much additive affect the quality of the chemical, mining and without pressure chamber, more secure. [Prior Art] In order to meet environmental protection and water-saving needs, sanitary equipment adopts nano-material and water-saving design, and it also has a hygienic foam splash-proof device. However, it is impossible to attach pre-wet with water, and reducing flushing water is likely to cause subsequent sewage discharge. Tube stagnation 201211357 plug, and in order to achieve descaling or foaming capacity and durability, the use of excessive doses, the ecological environment of the septic tank is caused by environmental problems, or the production of poor foam, toilet waiting for time and excessive dose is not practical, Or the large sanitary foam is not suitable for fluidity, it is not easy to lay when used, it is not dense and easy to break, and it has poor long-lasting splash-proof coverage. It can only handle the cleaning and splash-proof in the front part of the toilet, and can not handle the whole process of toilet (including flushing and sewage). Health issues (eg, Taiwan M355967, 200821436, 200914693), (Japan's special offer • 2003-253727, special wish 2006-095252, special wish 2007-277636), (US6279174 ' US 3762875 > US/6772450 ' US4571752A ' US2004 /0064884A1, US2005/0003990, US2006/0191064 A Bu Sumner (3383710), EP 1241302 A Bu EP 0265453 B Bu DE 3908178 A Bu DE 19938913 B4, DE 102004005759 , DE 198 44 864 A Bu WO 2006/097047, GB1356343A, GB1245795A 'CN1284592A > CN2866657Y 'CN2443067Y ^ _ CN1048726A,) (Korea 2004-4804, 2006-39421); another for the need to make a simple, fluffy food or (four), sound insulation Insulation construction and building materials, adding too much foaming agent or additives, it is easy to damage the quality. The invention only has a small amount of water and fineness, and can quickly and efficiently form a fine and long-lasting fluid cleaning bubble. The finely immersed swimming molecules not only increase the volume but also have better nuclear effects, and the detection or the sanitary equipment can be reduced. Clean and water consumption, the axis saves water and environmental protection, for the need to produce foam or a large number of hidden food, building materials and Wang Cheng Shi Wang this invention 201211357 to the device, can also quickly provide the best uniform and fine long-lasting fluid bubble 'Solution - the general need, do not need to add too much foaming dose, the quality of the scene 4 problems. SUMMARY OF THE INVENTION The present invention is a microfluidic bead manufacturing method and apparatus use, mainly in a micro-dose, which can quickly and efficiently produce a fine and long-lasting fluid foam method and apparatus to provide a combination including sanitary equipment, cleaning equipment, food, Lu Building materials production and engineering know-how...etc. 'foaming liquid or raw material liquid to be foamed, to quickly become the ideal fluid foam liquid for the long-term use of fine fluids for the needs, the use of the characteristics of the use · 1. Cleaner: Fine (10) molecules can play the best cleaning effect, and can greatly increase the size of the clean-up society, in order to reduce the clean and water consumption and environmental protection. 2. Hygienic foaming agent: Fine foaming molecules can increase the volume of hygienic foaming liquid. • Volume and compactness and fluidity. It is easy to spray evenly in the fixtures of sanitary equipment, making it difficult to pre-wet with nano-materials such as urine. Bucket and the like can be easily and effectively lubricated, and the flow is evenly distributed in the bottom of the urinal and the water seal surface of the toilet, and a large volume of fluid cleaning foam is added, and the thickness of the whole process can be easily and evenly laid, which is not only effective for isolation and sanitation. The bottom of the appliance avoids the residual dirt or fungicidal damage, fine snow white foam, more double the clean and hygienic texture, can also be added into the favorite color and fragrance or disinfection and deodorization, add hygiene, when the toilet, fine bubble 201211357 not subtle Molecules can be effectively lubricated and cleaned to prevent dirt from adhering. The dense and long-lasting elastic fluid can increase the cushioning and isolation to prevent smudging, and can immediately fill the holes through the holes to prevent the stinging bacteria from stinging. Flavor, when used after rinsing, 'lasting dense fluid foam, will not be damaged by the impact of washing water and can be completely covered. Isolation of dirt, filthy dirt, avoiding the evil vision, and effectively preventing the flushing of the impact of the money and the spread of odorous bacteria, effectively covering the isolation of odor and fungal distribution, and the fine foam molecules can By the way, the appliance is cleaned effectively, and the lubricating fluid can prevent adhesion and help to flush the dirt, so as to save the flushing of the water sanitation equipment, and it is not necessary to repeatedly wash or brush frequently, not only can greatly reduce the cleaning work and the cleaning agent, but also greatly reduce the flushing water, so as to avoid It causes environmental pollution and waste of water, and this powerful micro-dose is more suitable for natural or high-grade harmless foaming agent, or cleaning, disinfecting and deodorizing agent combination, so as not to cause consumption burden to avoid the use of cheap and harmful due to economic benefits. Or use too much cleaning and disinfecting dose to destroy the ecology of the septic tank, not only shorten the service life of the septic tank, but also cause the circulating pollution of soil and crops after the treatment of the water and fertilizer, causing more environmental problems. 3. Beverages and foods: can be placed in the beverage liquid of the foam, without adding a foaming agent, that is, quickly foamed into a foamed beverage; or placed in a foamable food raw material liquid, quickly emitting even small bubbles to produce subtle The dense fluid foam is used to make the lotus food of the supply and demand foam, which reduces the influence of the chemical dosage on the quality. 201211357 4·Building materials. It is placed in the foaming building material raw material liquid to introduce air into small bubbles to cover the fine and even and long-lasting fluid bubbles, which can be used for the production of building materials and construction without the need to add excessive foaming. The dose affects the strength and quality of the endurance. For the heterogeneous concentration of the foam, it is difficult to visualize the demand for the raw material liquid or the mixture and the amount of water. (10) The degree of renewal, the fine pore device suitable for the financial path and the suitable intake air amount, to achieve the best effect. φ [Embodiment] For the method of making a step-by-step method and the use of the device, please refer to the first, second, third, and fourth figures, and the preferred implementation of the method and apparatus of the present invention For example, a container of a mixing device for combining and accommodating a foaming liquid, the mixing device 1 may be provided with more than one inlet material device u or a fluid inlet device 12 (so as needed: single entry The raw material liquid, or the mixed water and the raw material, or the raw material and the raw material mixed liquid), the inlet 11, the fine pore device 14, the liquid level control device 15, the output device ι6 (the open pipe of the mixing device 1), The guiding device 17 can be connected and transported as a device, so that the raw material device 11 (such as a quantitative spring or a quantitative device) can be borrowed, and the foaming material in the raw material container 18 can be introduced into the mixing device 1 The fluid inlet device 12 (such as a solenoid valve or a control valve device) introduces a water amount or a mixed liquid, and in order to prevent the trace amount of the raw material liquid from accumulating, the inlet water can be connected with the raw material liquid, and the water can be used when borrowing water. Rinse and flush into the foam to mix in ' From the accumulation of 201211357 in the catheter or residual foam, the micro-dose is blocked, and the liquid level control device 15 (such as liquid level sensor) controls the appropriate amount (can also directly introduce the prepared foaming liquid) 'At this time, the air intake device 13 (such as air pump, no power supply and small amount of literable tube) is activated to input the air, and the fine foam can be directly generated from the output device 16 through the connected fine pore device 14 and output ' There is no need to form a sealing pressure to reduce safety concerns; the fine pore device 14 can also be connected to the output device 16, and when the gas inlet device 13 foams the foaming raw material liquid, it is refined into a fine foam output by the fine pore device 14 It is more prone to blockage; in order to facilitate the operation, it can also be used as a start-up and automatic control process by using a circuit board or an automated control system or a control device, and the feed device is controlled by a timing or quantitative device. The amount of raw materials and water in the device 12 is up to the appropriate ratio, or the liquid collecting capacity is set to 15 the water volume of the ship, and the mixed liquid is not placed when the liquid is used. Give the action, and then (4) immediately activate the bubble to the bead liquid, no need to use the time to replenish the water (4), when the money, press the 戦 sensing device 19 to immediately start the intake device 13 to input air through the connected fine pore device 14 ( Such as bubble stone or similar structure, directly open or sleeve and gather to form most of the fine holes, the required aperture can be selected from only a few millimeters or a square to air molecules suitable for passage, so that the input air is fine To the required 'and the air must be allowed to enter the dispersion quickly', a uniform and fine foam can be quickly formed in the foaming (four) to make the 201211357 fine fluid foam, and can be directly output to the guiding device 17 of the output device 16, which The output device 16 can be taken out from the upper end or can be taken down from the upper end by the built-in output device 16 which can be connected to the spray device 20 or the subsequent use device according to the use requirement; For the need to be combined with sanitary equipment: the integral type can be taken from the water inlet of the toilet tank to set up the tapping device 21, so as to directly lead the water source from the inside, and the guiding device 17 of the output device 16 a separate opening in the interior of the tank, or a spraying device 2 that passes through the flushing water valve to the flushing groove opening to be sprayed into the toilet; the hanging type can be provided with a tapping device 21 from the outer water supply valve of the water tank And the guiding device 17 of the output device 16 is passed from the outside of the toilet to the toilet seat underspray device 20 to be sprayed inside the toilet; for the aforementioned device, it can be assembled by a suitable outer casing, and needs to be activated immediately, and then replenished immediately after starting. Process to facilitate immediate use. As described above, a fine fluid foam can be produced, which is fast, efficient, uniform and fine, and can quickly provide a large amount of hygienic foam or cleaning foam for sanitary equipment or cleaning equipment; It can also be set in a beverage liquid that requires foaming or a raw material liquid in which the food can be foamed, and can quickly and effectively make a uniform fine foamed beverage or provide a punching food. Ο, or provide a large amount of foam to make building materials and construction use. The above is only a description of the creation of the present invention, and is not intended to limit the scope of the present invention. 201211357 [Simple description of the diagram] The front view of Mm on this date is a schematic diagram of the sanitary equipment. A schematic view of a top view of a genre of the present invention and a sectional view of a sanitary device. Figure 2 is a schematic view of the device of the present invention in combination with a beverage and food making device. Figure 4 is a schematic diagram of the construction of the device of the present invention combined with engineering construction and building materials. [Main component symbol description] 10 mixing device 11 feeding material device 12 fluid feeding device 13 air inlet device 14 fine air hole device 15 liquid level control device 16 output device 17 guiding device 18 raw material container 19 operating device 20 spraying device 21 tapping device