M315607 八、新型說明： 【新型所屬之技術領域】 本創作係一種可選擇臭氧氣液混合濃度裝置，係指一種透過不同出液支管 -上之控制閥控制流體排放流量大小，進而控制流體中之臭氧濃度，而供使用者 選擇所適合之臭氧混合液者。 【先前技術】 按，請參照第3圖所示，其為一般習用臭氧氣液產生機，其設有一壓力混 合桶100，該壓力混合桶1〇〇中係用來貯存經過氣液混合之臭氧混合液，該壓力 鲁混合筒100上並設有一壓力錶m，以顯示壓力混合桶1〇〇之壓力值，又，該壓 力混合桶100下接設有一入水管11〇，該入水管11〇上設有一逆止閥12〇，以防 止壓力混合桶1〇〇中之臭氧混合液逆流，且該入水管11〇並在逆止閥12〇前接 果130，該栗13〇係將氣液混合之臭氧混合液加壓，並在該果前接設兩管路 140、141 ’其中管路140上設有一文氏管150及進水控制閥160，且該文氏管 150並與一提供臭氧之臭氧產生機2〇〇相連接；而另一管路141上則接設有一進 水控制閥160 ;如此，再將兩管路14〇及141分別與進水源（圖中未示）連接； 再者，該壓力混合桶1〇〇在較高位置上接設有一出水管，該出水管17〇上設 - 有一出水控制閥180。 上述之構造，在使用時，先將兩管路14〇、141分別接入水源，並藉由泵13〇 將水源之水分別加速抽入，同時，管路14〇、141分別透過進水控制閥丨⑼控制 進水里，另，管路140藉由文氏管150之作用，而改變進入文氏管15Q臭氧之 量並與流入文氏管150中之水進行混合後，再由入水管進入壓力混合桶 100中，並透過出水控制閥180控制流出之臭氧混合液流量，惟因使用時，僅有 、個出水们70及出水控綱180控制，當想要使用不同臭氧濃度之氣液時， 並無法隨意控制氣液混合濃度及流量，僅能由控制管路14〇及141上之進水控 制閥160，又該進水控制閥16〇大都設置於距離使用者較遠處，不但麻煩且不能 有效控制臭氧濃度，在使用上不盡理想。 5 M315607 【新型内容】 創作綱要： • 為改進上述習用裝置、構造之各種缺點，創作人經過長久努力研究與實驗， -終於開發設計出本創作之可選擇臭氧氣液混合濃度裝置。 本創作之一目的，在提供一種可選擇臭氧氣液混合濃度裝置，該裝置上設 有一岔閉之貯存桶，該貯存桶接設有一入液管，該入液管上之一端設有一逆止 閥，以防止貯存桶中之臭氧混合液逆流，且該入液管之另一端則接設有一泵， 該泵前接設有兩進液支管，其中一支管上設有一氣液混合器及進液控制閥，而 另一支管上則設有一進液控制閥，該等進液支管並分別與進水源相接，再者， _該貯存桶在較高位置上接設有一出液管，該出液管上接設有一個以上之出液支 官，該等支管上分別設有一出液控制閥，如此，可藉由泵抽送流體進入液管， 再透過兩進液支管上之進液控制閥控制進液量，使由氣液混合器隨著進液量之 多寡，而改變進入氣液混合器之氧氣量，並與流入氣液混合器中之流體進行混 a後，由入液管進入貯存桶中，並透過出液支管上之出液控制閥之控制，使該 等不同支管流出不同濃度之臭氧混合液，以供使用者做不同用途所需。 本創作之另一目的，在提供一種可選擇臭氧氣液混合濃度裝置，其中之一 出液支管上設有一氣液混合器，該氣液混合器並與一氣體產生機相連接，以增 φ加流出之臭氧濃度。 【實施方式】 本創作係一種可選擇臭氧氣液混合濃度裝置，請參照第丨、2圖所示，該裝 置上設有一密閉之貯存桶1〇,該貯存桶1〇係用來儲放經過氣液混合後之臭氧溶 液，且該貯存桶10上設有一壓力錶11，而該貯存桶1〇在較低位置則接設有一 入液管12，该入液管12上之另一端則設有一逆止閥2〇，以防止貯存桶中之 臭氧混合液逆流’且該入液管12並在逆止閥20前接設有一栗30，該泵30係將 氣液混合之臭氧混合液加壓，並在該泵30前接設有兩進液支管13、14，其中一 支管13上设有一氣液混合器40及進液控制閥5〇，於本實施例該氣液混合器4〇 6 M315607 為文氏管，其中氣液混合器40並與一氣體產生機6〇相連接，於本實施例該氣 體產生機60為一臭氧產生機，而另一進液支管14上則設有一進液控制閥51， -再將進液控制閥50、51分別接入進水源（圖中未示），如此一來，可藉由進液 控制閥50調節進水量大小，以控制進入氣液混合器4〇之氣液混合比及藉由進 液控制閥51調節進水量大小，以控制流入貯存桶1〇之氣液混合比，例如：當 進液控制閥50之流體流量減小，而由進液控制閥51進入之水量不變時，則進 入氣液混合器40之流體流量變小，相對而使臭氧產生機6〇之臭氧之進入量相 對減少，再經由進液支管13、14輸往泵30中混合之臭氧濃度相對減少；同樣 地，當進液控制閥51之流體流量減小，而由進液控制閥5〇進入之水量不變時， 馨則經氣液混合器40進入之臭氧量不變，但再經由進液支管a、μ輸往系3〇中 混合之臭氧濃度比相對增加。 再者，該貯存桶10在較高位置上接設有一出液管15，該出液管15上接設 有至少二個以上之出液支管16、17 (於本實施例為二個），該等出液支管π、 17上刀別5又有一出液控制閥70、71，其中出液支管上加設有一氣液混合器 90，於本實施例該氣液混合器為文氏管，該氣液混合器9〇並與一氣體產生機8〇 相連接，以補充增加臭氧之濃度。 如此，可藉由栗30抽送流體進入進液支管13、14，再透過該等進液支管 馨13、14上之進液控制閥50及51控制進水量，使臭氧產生機6〇所產生之臭氧經 •由氣液混合器40進入時，會因進液控制閥50及51之控制進入流體流量之多寡， 而改變進入氣液混合器40之臭氧量多寡，並與流入氣液混合器仙中之水進行 混合後，由流入液管12進入貯存桶10中，並透過出液管15流至出液支管16、 17，再由該等出液支管16、17上之出液控制閥70、71之控制，使出液支管16、 17流出不同濃度之氣液混合液，以供使用者做不同用途所需，例如：將出液控 制閥70開啟到最大位置時，而另一出液控制閥71開到適中時，則出液支管16 中所流出之出液量相貧子大，喊中所含之臭氧也少，亦即濃度較低之臭氧溶液， 相對，出液控綱71開到適中，則出液支管17所流出之臭氧溶液濃度則較高， 如此一來，即可提供不同濃度之臭氧溶液，讓使用者使用；同時如需更高之臭 M315607 氧濃度混合液’則刊時開啟氣體產賴8Q ’叫加•氧之漠度。 綜上所述，本創作在物品、形狀、構造、裝置上屬首先創作，且可改良習 •用技術之各種缺點’在使用上能增進功效，合於實用，充份符合新型 實為一理想之創作。 引要件 【圖式簡單說明】 第一圖：為本創作之立體示意圖。 第二圖：為本創作之平面示意圖。 第三圖··為習知裝置之示意圖。M315607 VIII. New description: [New technical field] This creation is an optional ozone gas-liquid mixed concentration device, which refers to a type of control valve that controls the discharge flow rate through different control branches, and then controls the fluid. Ozone concentration, and for the user to choose the appropriate ozone mixture. [Prior Art] According to FIG. 3, it is a conventional ozone gas-liquid generating machine, which is provided with a pressure mixing tank 100 for storing ozone mixed by gas-liquid mixing. The pressure mixing tank 100 is provided with a pressure gauge m to display the pressure value of the pressure mixing drum 1 ,. Further, the pressure mixing tank 100 is connected with a water inlet pipe 11 〇, the water inlet pipe 11 〇 A check valve 12〇 is arranged to prevent the ozone mixture in the pressure mixing tank 1逆 from flowing back, and the water inlet pipe 11 is connected to the fruit 130 before the check valve 12, and the pump 13 is gas-liquid. The mixed ozone mixture is pressurized, and two pipes 140, 141 ' are connected in front of the fruit. The pipe 140 is provided with a venturi 150 and a water inlet control valve 160, and the venturi 150 is provided with The ozone ozone generator 2 is connected to each other; and the other pipeline 141 is connected with a water inlet control valve 160; thus, the two pipelines 14 and 141 are respectively connected to the water source (not shown). Furthermore, the pressure mixing tank 1 is connected to an outlet pipe at a higher position, and the outlet pipe 17 On provided - there is a water control valve 180. In the above structure, in use, the two pipes 14〇 and 141 are respectively connected to the water source, and the water of the water source is separately pumped in by the pump 13〇, and the pipes 14〇 and 141 are respectively controlled by the water inlet. The valve cymbal (9) controls the water inlet. In addition, the pipeline 140 changes the amount of ozone entering the venturi 15Q by the action of the venturi 150 and mixes with the water flowing into the venturi 150, and then enters the water pipe. Entering the pressure mixing tank 100, and controlling the flow rate of the ozone mixed liquid flowing out through the water outlet control valve 180, but only when used, only one water outlet 70 and the water supply control unit 180 are controlled, when it is desired to use gas and liquid of different ozone concentrations At the same time, the gas-liquid mixing concentration and flow rate cannot be controlled arbitrarily, and only the water inlet control valve 160 on the control lines 14 and 141 can be set, and the water inlet control valve 16 is mostly disposed far away from the user, not only Trouble and inability to effectively control the ozone concentration is not ideal in use. 5 M315607 [New Content] Creation Outline: • In order to improve the various shortcomings of the above-mentioned conventional devices and structures, the creators have been working hard for a long time, and finally developed and designed the optional ozone gas-liquid mixed concentration device. One of the purposes of the present invention is to provide an optional ozone gas-liquid mixed concentration device, which is provided with a closed storage tank, and the storage bucket is connected with a liquid inlet pipe, and one end of the liquid inlet pipe is provided with a backstop a valve to prevent backflow of the ozone mixture in the storage tank, and a pump is connected to the other end of the inlet pipe, and the pump is provided with two inlet branch pipes, one of which is provided with a gas-liquid mixer and a liquid control valve, and another branch pipe is provided with a liquid inlet control valve, and the liquid inlet branch pipes are respectively connected with the water inlet source, and further, the storage tank is connected with a liquid outlet pipe at a higher position, More than one liquid discharge control is connected to the liquid discharge pipe, and each of the branch pipes is provided with a liquid discharge control valve, so that the pump can pump the fluid into the liquid pipe and then pass through the liquid inlet control on the two liquid inlet pipes. The valve controls the amount of liquid to be changed by the gas-liquid mixer according to the amount of liquid entering, and the amount of oxygen entering the gas-liquid mixer is mixed with the fluid flowing into the gas-liquid mixer, and then the liquid inlet tube is Enter the storage tank and pass the liquid discharge control on the liquid discharge branch The control valve so that the other branch of different concentrations of ozone mixture flows differ for the user to do different desired purposes. Another object of the present invention is to provide a selective ozone gas-liquid mixing concentration device, wherein one of the liquid branch pipes is provided with a gas-liquid mixer, and the gas-liquid mixer is connected with a gas generator to increase φ The concentration of ozone added. [Embodiment] This creation is an optional ozone gas-liquid mixed concentration device. Please refer to the figure 丨 and 2, the device is provided with a sealed storage tank 1〇, which is used for storage and storage. The gas solution is mixed with the ozone solution, and the storage tank 10 is provided with a pressure gauge 11 , and the storage tank 1 is connected to a liquid inlet pipe 12 at a lower position, and the other end of the liquid inlet pipe 12 is provided. There is a check valve 2〇 to prevent the ozone mixture in the storage tank from flowing backwards, and the liquid inlet pipe 12 is connected with a pump 30 in front of the check valve 20, and the pump 30 is for mixing the gas-liquid mixed ozone mixture. Pressure, and two inlet branch pipes 13, 14 are arranged in front of the pump 30, wherein one of the tubes 13 is provided with a gas-liquid mixer 40 and an inlet control valve 5, which is the gas-liquid mixer 4 in this embodiment. 6 M315607 is a venturi tube, wherein the gas-liquid mixer 40 is connected to a gas generator 6〇. In the embodiment, the gas generator 60 is an ozone generator, and the other inlet branch 14 is provided with a The inlet control valve 51, - the inlet control valves 50, 51 are respectively connected to the water source (not shown), such a The amount of water inflow can be adjusted by the inlet control valve 50 to control the gas-liquid mixture ratio entering the gas-liquid mixer 4 and to adjust the amount of water inflow through the inlet control valve 51 to control the flow into the storage tank. The liquid mixing ratio, for example, when the fluid flow rate of the inlet control valve 50 is decreased, and the amount of water entering by the inlet control valve 51 is constant, the flow rate of the fluid entering the gas-liquid mixer 40 becomes smaller, and ozone is relatively generated. The amount of ozone entering the machine 6 is relatively reduced, and the concentration of ozone mixed into the pump 30 via the inlet branch pipes 13, 14 is relatively reduced; likewise, when the fluid flow rate of the inlet control valve 51 is decreased, the liquid flow is decreased. When the amount of water entering the control valve 5 is constant, the amount of ozone that enters through the gas-liquid mixer 40 does not change, but the concentration ratio of ozone mixed through the inlet branch a, μ to the system 3 is relatively increased. Furthermore, the storage tub 10 is connected to a liquid outlet pipe 15 at a higher position, and the liquid discharge pipe 15 is connected with at least two or more liquid discharge branch pipes 16, 17 (two in this embodiment). The liquid outlet manifolds π, 17 have a liquid outlet control valve 70, 71, wherein a gas-liquid mixer 90 is disposed on the liquid outlet branch, and the gas-liquid mixer is a venturi in the embodiment. The gas-liquid mixer 9 is connected to a gas generator 8 to supplement the concentration of ozone. In this way, the pumping fluid can be pumped into the inlet branch pipes 13, 14 by the pump 30, and the water inlet control valves 50 and 51 on the inlet branch pipes 13, 14 can be controlled to control the water inflow, so that the ozone generator 6 is produced. When the ozone is introduced by the gas-liquid mixer 40, the amount of the fluid flow entering the gas-liquid mixer 40 is changed due to the control of the inlet control valves 50 and 51, and the amount of ozone entering the gas-liquid mixer 40 is increased. After the water is mixed, it enters the storage tank 10 from the inflow liquid pipe 12, and flows through the liquid discharge pipe 15 to the liquid discharge branch pipes 16, 17, and the discharge control valves 70 on the liquid discharge branch pipes 16, 17 The control of 71 causes the liquid branch pipes 16, 17 to flow out the gas-liquid mixture of different concentrations for the user to use for different purposes, for example, when the liquid outlet control valve 70 is opened to the maximum position, and the other liquid is discharged. When the control valve 71 is opened to a moderate level, the amount of liquid discharged from the liquid outlet pipe 16 is relatively poor, and the ozone contained in the shouting is also small, that is, the ozone solution having a lower concentration, and the liquid control unit 71 When it is moderately opened, the concentration of the ozone solution flowing out of the liquid branch pipe 17 is higher, such a It can provide solutions of different concentrations of ozone, allowing users to use; For while higher concentration of oxygen in the mixture of ozone M315607 'is turned on when gas production depends 8Q Journal' of the desert called plus • the oxygen. In summary, the creation is first created in the article, shape, structure, and device, and can improve various shortcomings of the use of technology. In the use, it can enhance the effect, and it is practical, fully conforming to the new reality. Creation. References [Simple description of the diagram] The first picture: a three-dimensional diagram of the creation. The second picture: a schematic diagram of the creation. The third figure is a schematic diagram of a conventional device.
【主要元件符號說明】 貯存桶 10 壓力錶 11 入液管 12 進液支管 13、14 出液管 15 出液支管 16、17 逆止閥 20 泵 30 氣液混合器 40、90 進液控制閥 50、51 氣體產生機 60、80 出液控制閥 70、71 8[Description of main components] Storage tank 10 Pressure gauge 11 Inlet pipe 12 Inlet pipe 13, 14 Outlet pipe 15 Outlet pipe 16, 17 Check valve 20 Pump 30 Gas-liquid mixer 40, 90 Inlet control valve 50 , 51 gas generators 60, 80 outlet control valves 70, 71 8