M305050 八、新型說明： 【新型所屬之技術領域】 本創作是有關於氣液混合裝置之組合結構（一），特別是指一 - 種維修拆卸便利且氣泡產生細微化可調之氣液混合裝置。 - 【先前技術】 按，藉由細小氣泡產生增進水液中含氧率，乃為一已被廣泛 應用於淨化水質或提高養殖物存活率之f知技藝，如中華民國申 # ”第85205400號「氣液混合溶解裝置」、公告第M284439號「氣 液混合溶解裝置改良」等新型專利針，皆揭示了可有效混合空 氣與水液、產生許多細小氣泡輸出並增加水液中溶氧效率之結 構，然而’上述各案所公開揭示者，皆僅係單純氣液混合溶解裝 置之本體結構，而並未有其它_週邊元件之組成及顧情形被 ，開’且於該已被公開之結構中，其雖能達成基本提昇水液十含 氧率及潔淨水質之功效.，但於實際應用上仍有下列缺失·· 籲 自於缺乏自動化冲洗之結構’因此，必須定期將整體裝置分解 以便於清潔、維護，造成使用上之不便。 2·由於水液之人水口係設於—基絲部，㈣水口職設於另一 本體方侧致使其維修或清潔内部時，必須將該基座與本體一 併拆卸，否則無法分解其内部結構，此造成應用上之極大缺失。 有鑑於習見氣液混合溶解裝置有上述之缺點，創作人乃針對 該些缺點研歧進之道，終於有本_產生。 【新型内容】 5 M305050 本=作之主要目的係提供—種氣液混合裝置之組合結構 ()z、”有自動化沖洗清潔且氣泡細微化效果可調之功效，可 增進使用上之便利性。 本創作之另一目的係提供一種氣液混合裝置之組合結構 ’其於轉或清朗部時無需將主要本體結構由水液流動之 斥卸即可分解其内部結構，可有效增進其清潔、維護之 作業效率。 • 本，作為達成上述目的及功效，其所採行的技術手段包括： —果可又軸馬達輯而將外部混合空氣之水㈣入一導水 管；一本體’―端銜接於該導水管，以導人具適當壓力之水流， 利用該本體内部元件之振動及摩擦，可增加水液與空氣之混合並 產生氣泡，再由該本體另端之出水σ導出；—排糊，係以一清 洗排放管連通於該本體，其可於水流由導水管導人之初期開啟， 以使水流沖洗本體内之殘留物後向外排出；―壓力作動裝置，可 • 經由一控制水流管路銜接於該導水管’並以-控制閥控制導入之 水流量’藉以調整控制該本體產生氣泡之細微及密集程度。 至於本創作之詳細構造、應_理、作賴魏，則參照下 列依附圖所作之說明即可得到完全的瞭解·· 【實施方式】 第1、2®係本創作之整舰合外顧及其平㈣，由該二 圖所示，可以很明顯地看Α，本創作之構造主要包括：栗卜臭氧 產生裝置2、壓力感知器3、本體4、壓力作動裝置5及排水闕6 M305050 等部份，其中該泵1係受一驅動馬達11驅動而將外部混合空氣之 水液由一吸水口 12唧入一導水管13,臭氧產生裝置2係設置於泵 1旁侧，其可將外部空氣轉換成臭氧，並經由一導氣管21導入該 泵1内，本體4 一端銜接於該導水管13，以導入具適當壓力之水M305050 VIII. New description: [New technical field] This creation is about the combined structure of gas-liquid mixing device (1), especially refers to a gas-liquid mixing device with convenient maintenance and disassembly and fine-tuning of bubble generation. . - [Prior Art] According to the small bubble generation to increase the oxygen content in the water, it is a skill that has been widely used to purify water quality or improve the survival rate of cultures, such as the Chinese Republic of China Shen # ” 85205400 The new patented needles such as "Gas-liquid mixing and dissolving device" and Announcement No. M284439 "Improvement of gas-liquid mixed dissolving device" all reveal that it can effectively mix air and water, produce many fine bubble output and increase the efficiency of dissolved oxygen in water. Structure, however, the disclosures of the above-mentioned various cases are only the body structure of the simple gas-liquid mixed dissolution device, and there is no other composition of the peripheral components and the case, and the structure has been disclosed. In addition, although it can achieve the basic effect of improving the water oxygen content and clean water quality, there are still the following shortcomings in practical applications. · Calling for the lack of automated flushing structure' Therefore, the whole device must be periodically decomposed so that For cleaning and maintenance, it is inconvenient to use. 2. Since the nozzle of the liquid water is installed in the base wire section, and (4) the water outlet is placed on the side of the other body to repair or clean the interior, the base must be removed together with the body, otherwise the interior cannot be disassembled. Structure, which causes a great lack of application. In view of the above-mentioned shortcomings of the gas-liquid mixed dissolving device, the creators have studied the shortcomings of these shortcomings, and finally have this. [New content] 5 M305050 The main purpose of this is to provide a combination of gas-liquid mixing device () z, "automatic washing and cleaning, and the effect of fine-tuning the bubble, which can improve the convenience of use. Another object of the present invention is to provide a combined structure of a gas-liquid mixing device, which can decompose the internal structure of the main body structure without displacing the main body structure from the flow of water, which can effectively improve the cleaning and maintenance thereof. The efficiency of the operation. • As a means to achieve the above objectives and functions, the technical means adopted are as follows: - The shaft motor can be combined with the water of the external mixed air (4) into a water conduit; The water conduit can guide the water flow with proper pressure, and use the vibration and friction of the internal components of the body to increase the mixing of the water and the air and generate bubbles, and then the water σ from the other end of the body is derived; Connected to the body by a cleaning discharge pipe, which can be opened at the beginning of the water flow guided by the water conduit, so that the water flows out of the residue in the body and is discharged outward; The actuating device can be connected to the water conduit through a control water flow pipe and control the water flow introduced by the control valve to adjust and control the fineness and intensity of the bubble generated by the body. For the management of Lai Wei, you can get a complete understanding with reference to the following explanations according to the drawings. [Embodiment] The first and second editions of the whole ship and the flat (4) of the creation are shown in the two figures. It can be clearly seen that the structure of the creation mainly includes: a chestnut ozone generating device 2, a pressure sensor 3, a body 4, a pressure actuating device 5, and a drain 阙6 M305050, wherein the pump 1 is subjected to a The driving motor 11 drives the water of the external mixed air into the water conduit 13 from a water suction port 12, and the ozone generating device 2 is disposed on the side of the pump 1, which converts the outside air into ozone and passes through an air guiding pipe. 21 is introduced into the pump 1, and one end of the body 4 is connected to the water conduit 13 to introduce water with appropriate pressure.
流，並使該水流與空氣充份混合並產生氣泡，再由該本體另端之 出水口 4121導出，壓力感知器3係連通於該本體4，可偵測該本 體4内部水壓，並於該水壓異常時開啟一預設於導水管13中段之 壓力安全閥14，以釋放部份水液以降低該導水管丨3及本體4内之 壓力，排水閥6係以一清洗排放管61連通於該本體4，其可於水 流沖洗本體4内之殘留物後開啟，以向外排出該沖洗之污水，壓 力作動裝置5係經由一控制水流管路541銜接於該導水管a，並 於該控制水流管路541中段設置一控制閥54，以控制導入該壓力 作動裝置5之水流量，使該壓力作動裝置5可细㈣水壓而連 動一相關機構而調整控制該本體4產生氣泡之細微及密集程度。 第3圖係本創作之本體構造分解圖，由其參照第賴之本體 與壓力作動裝置組合剖面圖，可知該本體4係由—基座Μ、複數 内盤體42及-定位件43所組成，該基座41内部中段以一具中央 流道4131之分隔部413分隔成一上腔室412及一下腔室“I，兮 下腔室411周緣分別設有一入水口 4出及一清洗排放口仍节入 水口 4m係銜接於13，_清洗排放σ 415則可經由清洗概管 61銜接排水閥6，而該上腔室412則於周緣分別設有一對應於中 央流道4131之上開口 414及一銜接出水管路之出水口仙，且於 M305050 該上開口 414内周緣設有内螺紋4141，複數内盤體42係疊置於基 座41之上腔室412内並蓋合於中央流道4131上，且各内盤體42 中央設有-中央貫孔421，於該中央貫孔421周緣設有複數側通孔 422，且於該侧通孔422外周緣設有至少一環凹槽423，定位件43 之底側設有一凸抵部432 ,可供貫穿各内盤體42之中央貫孔421 形成一套合定位，而於該定位件43頂側則設有一中央凹孔431， 壓力作動裝置5係由-帽蓋5卜-頂柱52、一中空容器53及一 控制閥54所組成，該帽蓋51之外周緣設有外螺紋511，可供螺合 於絲座41之上開σ 414周緣内螺紋414卜頂柱52係貫穿於該 帽盍51中央並可向下抵頂於該定位件犯之中央凹孔431内，而 頂柱52之另-端則可伸入該中空容器53 π，於中空容器犯内橫 設有-驅動膜片531可與該頂柱52相抵觸，而該中空容器53内 於驅動膜片531另-侧則可經由一控制水流管路541及一控制閥 54銜接於人水管路，當水㈣控制水流管路⑷流人該中空容器 53，其壓力可使該驅動膜片531膨脹變形，並可經由該頂柱诏彈 性推抵該定位件43。 第5圖係本創作之沖洗動作示意圖，由該圖所示，可知當本 創作之啟電_，其排糊6首先動作，使清洗排放管 對外連通’此時，驅動馬達11帶動泵1將水液由吸水口 12吸入， 並經導水管13通過入水口簡導入下腔室411，利用該流入之水 "’<·冲洗下腔室411内部之殘留物後，由清洗排放口 415經清洗排 放官61通過排水_向外排&，藉崎朗前先行清雜本體4 M305050 内部。 第6、7圖係本創作之氣泡產生動作示意圖及其部份放大示 意圖，由該二圖所示，可知使用時，當驅動馬達11驅動泵1將水 - 液由吸水口 12唧入導水管13時，臭氧產生裝置2可將外部之空 一 氣轉換成臭氧，並經由導氣管21導入該水流中，此時，含空氣及 臭氧之高壓水液可由基座41之入水口 4111導入下腔室411内， 並使该水流通過各内盤體42之側通孔422時，以產生一適當分散 _ 效果，而當该水液之壓力推開各内盤體42而由侧通孔422向外流 ㈣，可再經由環凹槽423與二旁侧間隙產生變化，使該水液形 成體積壓縮及膨脹之變化，並與該内盤體42表侧形成不同程度之 振動摩擦，藉以產生細微氣泡； 而〃亥壓力感知态3則可偵知該基座41之内部壓力，並於異常 情形時開啟該壓力安全閥14，可釋放部份水液以降健導水管13 内之壓力，藉以保護設備及人員之安全。 • 本創作上述之結構，其由於該本體4之基座41可直接以入水 4111出水口 4121銜接於水液之流動管路上，因此，當拆解各 内盤體42、定位件43及壓力作動裝置5等各部元件時，並無需將 »亥基座41由官路上拆下，對於維修或清潔作業有極大助益。 第8圖係本創作之氣泡產生調整動作圖，由該圖所示，藉由 該控侧54可控㈣水管13喊有壓力林歧否進入中空容 ㈣’以驅使該驅動膜請對於頂柱52形成制力，並利用該 、-二由定位件43對各内盤體42間產生不同之彈性推抵力， M305050 使該由入水口 4111流入之水液（具固定壓力）推開各内盤體42 之間隙產生變化，當各内盤體42間之間隙較小（即定位件铛承 受較大之頂柱52彈性推抵壓力）可產生較細微而密集之氣泡，而 各内盤體42間之間隙較大（即定位件43承受較小之頂柱兕彈性 推抵壓力）可產生較大而少之氣泡，以此可達到改變氣泡產生之 調整效果。 本創作上述之控制閥54結構除可以手動方式控制外，亦可以 | 電動方式控制，皆可達到相同之控制效果。 自上所述可知，梢作·混合裝置之組合結構(―)確實具 有維修拆卸制、顧細微化效果佳且可膽之功效，確已具、 產業上之利用性、新穎性及進步性。 /、有 惟以上所述者’僅為本創作之一較佳實施例而已，並 限定本實敵麵。即凡依摘料請料細所 來 變化與修飾，皆為本創作專利範圍所涵罢。 句等 M305050 【圖式簡單說明】 第1圖係本創作之整體組合外觀圖。 第2圖係本創作之整體組合平面圖。 第3圖係本創作之本體構造分解圖。 剖面圖 第4圖係本創作之本體與壓力作動袭置組人 第5圖係本創作之沖洗動作示意圖。 第6圖係本創作之氣泡產生動作示意圖。Flowing, and causing the water flow to be mixed with the air and generating bubbles, and then being led out from the water outlet 4121 of the other end of the body, the pressure sensor 3 is connected to the body 4, and the water pressure inside the body 4 can be detected, and When the water pressure is abnormal, a pressure relief valve 14 preset in the middle of the water conduit 13 is opened to release a part of the water to reduce the pressure in the water conduit 3 and the body 4. The drain valve 6 is a cleaning discharge pipe 61. Connected to the body 4, which can be opened after the water stream flushes the residue in the body 4 to discharge the flushing sewage outward, and the pressure actuating device 5 is connected to the water conduit a via a control water flow line 541, and A control valve 54 is disposed in the middle of the control water flow line 541 to control the flow of water introduced into the pressure actuating device 5, so that the pressure actuating device 5 can finely (4) water pressure and interlock an associated mechanism to adjust and control the body 4 to generate bubbles. Subtle and dense. FIG. 3 is an exploded view of the body structure of the present invention. The body 4 is composed of a pedestal raft, a plurality of inner discs 42 and a locating member 43 by referring to a cross-sectional view of the main body and the pressure actuating device. The inner portion of the base 41 is divided into an upper chamber 412 and a lower chamber "I" by a partition portion 413 of the central flow passage 4131. The inlet of the underarm chamber 411 is respectively provided with a water inlet 4 and a cleaning discharge port. The water inlet 4m is connected to 13, and the cleaning discharge σ 415 can be connected to the drain valve 6 via the cleaning manifold 61, and the upper chamber 412 is respectively provided with an opening 414 corresponding to the central flow passage 4131 and a periphery at the periphery. The water outlet of the water outlet pipe is connected, and the inner circumference of the upper opening 414 of the M305050 is provided with an internal thread 4141. The plurality of inner disk bodies 42 are stacked in the upper chamber 412 of the base 41 and are covered by the central flow passage 4131. A central through hole 421 is defined in the center of each of the inner disk bodies 42. A plurality of side through holes 422 are defined in the periphery of the central through hole 421, and at least one annular groove 423 is disposed on the outer periphery of the side through hole 422. The bottom side of the member 43 is provided with a convex abutting portion 432 for penetrating through the inner disc bodies 42. The through hole 421 forms a set of positioning positions, and a central recessed hole 431 is disposed on the top side of the positioning member 43. The pressure actuating device 5 is composed of a cap 5 - a top post 52 , a hollow container 53 and a control valve 54 . The outer periphery of the cap 51 is provided with an external thread 511 for screwing on the wire base 41 to open a σ 414 circumference internal thread 414. The top post 52 is inserted through the center of the brim 51 and can be pressed downwardly. The positioning member is engaged in the central recess 431, and the other end of the top post 52 can extend into the hollow container 53 π. The hollow container is disposed horizontally and the driving diaphragm 531 can be in conflict with the top post 52. The hollow container 53 is connected to the human water pipeline via a control water flow line 541 and a control valve 54 on the other side of the driving diaphragm 531. When the water (4) control water flow line (4) flows into the hollow container 53, The pressure of the driving diaphragm 531 can be expanded and deformed, and can be elastically pushed against the positioning member 43 via the top post. Fig. 5 is a schematic diagram of the flushing operation of the present invention. Electric_, the discharge paste 6 first acts to make the cleaning discharge pipe externally communicated' At this time, the drive motor 11 drives the pump 1 The water liquid is sucked by the water suction port 12, and introduced into the lower chamber 411 through the water inlet pipe 13 through the water inlet port, and the inside of the lower chamber 411 is flushed by the inflowing water <<> After cleaning the discharge officer 61 through the drainage _ outward row &, before the smashing of the front to clear the body 4 M305050 inside. The 6th, 7th figure is the schematic diagram of the bubble generation action and its partial enlarged view, by the two As shown, it can be seen that when the driving motor 11 drives the pump 1 to pump the water-liquid into the water conduit 13 from the water suction port 12, the ozone generating device 2 can convert the external air into the ozone and introduce the water into the air through the air duct 21. In the water flow, at this time, the high-pressure water containing air and ozone can be introduced into the lower chamber 411 through the water inlet 4111 of the base 41, and the water flows through the side through holes 422 of the inner disc bodies 42 to generate an appropriate one. Dispersing _ effect, and when the pressure of the water liquid pushes away the inner disc body 42 and flows outward from the side through hole 422 (4), the gap between the two side gaps can be changed through the ring groove 423, so that the water liquid forms volume compression And the change in expansion, and the side of the inner disk 42 Different degrees of vibration and friction, in order to generate fine bubbles; and the pressure sensing state 3 can detect the internal pressure of the base 41, and open the pressure relief valve 14 in an abnormal situation, can release part of the water to drop The pressure inside the water pipe 13 is used to protect the safety of equipment and personnel. In the above structure, the base 41 of the body 4 can be directly connected to the flow line of the water and liquid through the water inlet 4121 of the water inlet 4111. Therefore, when the inner disk body 42, the positioning member 43, and the pressure are disassembled, When the components of the device 5 and the like are removed, it is not necessary to remove the hoisting base 41 from the official road, which is of great help for maintenance or cleaning work. Figure 8 is a diagram of the bubble generation adjustment action of the present creation. As shown in the figure, the control side 54 is controllable. (4) The water pipe 13 calls the pressure forest to enter the hollow volume (4)' to drive the drive film to the top column. 52 is formed into a force, and the elastic force is generated by the positioning member 43 between the inner disc bodies 42 by the positioning member 43, and the M305050 pushes the water liquid (with a fixed pressure) flowing in from the water inlet 4111 into the respective inner portions. The gap between the disc bodies 42 changes, and when the gap between the inner disc bodies 42 is small (that is, the positioning member 铛 is subjected to the large top post 52 elastically pushing against the pressure), finer and dense bubbles can be generated, and the inner disc bodies are formed. The gap between the 42 spaces is relatively large (that is, the positioning member 43 is subjected to a small top column 兕 elastic pushing pressure) to generate a large and small bubble, thereby achieving the effect of changing the bubble generation. The above-mentioned control valve 54 structure can be controlled manually, and can also be controlled by electric method, all of which can achieve the same control effect. As can be seen from the above, the combined structure of the tipping and mixing device (-) does have a maintenance and disassembly system, and has the effect of being fine and fine, and has the effect of being bold, and has been used, industrially utilized, novel and progressive. /, and the above is only a preferred embodiment of the present invention, and defines the actual enemy. That is to say, according to the selection of materials, the changes and modifications are all covered by the scope of the patent. Sentences, etc. M305050 [Simple description of the diagram] The first diagram is the overall combined appearance of the creation. Figure 2 is a diagram of the overall composition of the creation. Figure 3 is an exploded view of the ontology of the creation. Sectional view Figure 4 is the body of the creation and the pressure of the attack group. Figure 5 is a schematic diagram of the flushing action of this creation. Figure 6 is a schematic diagram of the bubble generation action of the present creation.
第7圖係本創作之氣泡產生動作部份放大示意圖 第8圖係本創作之氣泡產生調整動作圖。 【主要元件符號說明】 L… •泵 11... •驅動馬達 12··· •吸水口 13··· •導水管 14··· •壓力安全閥 2·… •臭氧產生裝置 21···· •導氣管 3·… •壓力感知器 4·… .本體 41··· .基座 411·· •下腔室 4111. •入水π 11 M305050 412.. .上腔室 4121.. 出水口 413. …分隔部 4131.. 中央流道 414. ·.上開口 4141.. 内螺紋 415.. .清洗排放口 42.. ..内盤體 421.. .中央貫孔 422.. .侧通孔 423···環凹槽 43.. ..定位件 431.. .中央凹孔 432.. .凸抵部 5.....壓力作動裝置 51 ____帽蓋 511.. .外螺紋 52 ____頂柱 53.. ..中空容器 531.. .驅動膜片 54.·..控制閥 541.. .控制水流管路 M305050 6.....排水閥 61----清洗排放管Fig. 7 is a partial enlarged view of the bubble generating action of the present creation. Fig. 8 is a motion diagram of the bubble generation adjustment of the present creation. [Description of main component symbols] L... • Pump 11... • Drive motor 12··· • Water suction port 13··· • Water conduit 14··· • Pressure relief valve 2·... • Ozone generator 21··· • Air tube 3·... • Pressure sensor 4·. . Body 41···. Base 411·· • Lower chamber 4111. • Water π 11 M305050 412.. Upper chamber 4121. Water outlet 413 . . . partition 4131.. central flow passage 414. · upper opening 4141.. internal thread 415.. cleaning drain 42... inner disc 421.. central through hole 422.. side through hole 423···ring groove 43... positioning member 431.. central recess 432.. convex contact 5... pressure actuating device 51 ____ cap 511.. external thread 52 ___ _ top column 53... hollow container 531.. drive diaphragm 54... control valve 541.. control water flow line M305050 6..... drain valve 61----clean discharge pipe