M323278 八、新型說明： • 【新型所屬之技術領域】 • 本創作係關於一種臭氧水的混合装置，特別是指一種 直接以水龍頭的開啟、關閉即可啟動、停止臭氧水供應的 聲音感應器啟動裝置，與負壓混合裝置，可依使用者需求 .進行調節水流，達到殺菌、洗淨的目的；所稱聲音感:啟 •動的臭氧水混合裝置，為一種以抗氧化管路與水源處負壓 鲁混合裝置連接做為控制的水電分離裳置，以水源感應啟 動，使水源瞬間具有消毒、殺菌作用，具有極大便利性與 安全性。 【先前技術】 習用技術如我國第921 15926號的「臭氧洗手負壓啟 動裝置」專利案。按，f用的洗手台結構僅單純提供清水， 该清水經自來水廠進行消毒處理之後，以管線引進一般家 籲庭中，飲用水用途時，需使自來水有進一步的過遽，或煮 彿；但洗條水用途時，雖然能洗去凡人肉眼能見之污垢， 並無法對待洗物進行物質表面的消毒、殺菌動作。因此， 4 _知技術乃提供—種能在流水時自動加人臭氧的機 制其方式係知用具文氏管效應的負壓混合裳置，並以一 負慶空氣的聲音感應器啟動開關控制臭氧產生器。操作時 只要打開水蘢頭，則藉由混合裝置的文氏管效應產生負 塵，籍由負麼空氣於管路中流動所產生的音波，經由聲音 5 M323278 感應器接收後，再由微電腦單晶片控制模組進行運算，驅 動放電模組開始釋放臭氧，臭氧經過管路進入負粟混合穿 置後，經過充份的混合，產生具有消毒、殺菌的臭氧水於 水龍頭流出。其水電分離設計、無需人力操作，可避免人 為失當，並可有效確保供水的安全性。 然而，習用負壓啟動開關為具有彈簧的機械結構，其 負壓啟動開關完全取決於負壓力量進行啟動，其靈敏度因 機械結構的摩擦係數、與氧化之程度的影響有待商榷，若 1尺籠頭㈣啟量或料本身不足的情況下，或機械結構因 卡住而無法動彈時，將因負壓不足而無法啟動，或產生誤 動作，使其效果大打折扣。 、 ^此^有如我國第92135692號「負壓聲音感應器」 匕、。此W結構係藉由感應聲音訊號判斷負壓生成， 模式。藉由聲音感應器的高度靈敏 :二電細早晶片控制模組的運算，使其可提供更為 精準、正確的負壓啟動方式。 另外’自用的臭氧產生器只能產生單—濃 :業人士無法拆卸進行調節。而面對不同的使用需求， 例如水產養殖、種核 # 礙施放消毒水的含曰Γ以及一般清潔等’或是自來水 # 3篁音使臭氧濃度的需求不一。故習用M323278 VIII. New description: • [New technical field] • This creation is about a kind of ozone water mixing device, especially a sound sensor that can start and stop the ozone water supply directly by turning on and off the faucet. The device and the negative pressure mixing device can adjust the water flow according to the user's demand to achieve the purpose of sterilization and washing; the so-called sound sense: the activated ozone water mixing device is an anti-oxidation pipeline and a water source. The negative pressure Lu mixing device is connected as a controlled hydroelectric separation device, which is activated by water source induction, so that the water source can be disinfected and sterilized instantaneously, which has great convenience and safety. [Prior Art] Conventional technology, such as the "Ozone Hand Washing Negative Pressure Starter" patent case of China No. 921 15926. According to the structure of the sink for f, only the clean water is provided. After the clean water is disinfected by the waterworks, it is introduced into the general home court by the pipeline. When the drinking water is used, the tap water needs to be further smashed or boiled; However, when the strip water is used, it can wash away the dirt that can be seen by the mortal naked eye, and it is impossible to treat the washing and disinfecting action of the surface of the washing material. Therefore, 4 _ know technology is to provide a mechanism that can automatically add ozone when flowing water. The way is to know the negative pressure mixing of the venturi effect, and start the switch to control the ozone with a negative air sensor. Generator. When the water hammer is opened during operation, the negative dust is generated by the venturi effect of the mixing device, and the sound wave generated by the negative air flowing in the pipeline is received by the sound 5 M323278 sensor, and then the microcomputer is single. The wafer control module performs calculations to drive the discharge module to start releasing ozone. After the ozone enters the negative millet and is placed through the pipeline, the mixture is thoroughly mixed to generate ozone water with disinfection and sterilization to flow out in the faucet. Its hydroelectric separation design, no manpower operation, can avoid human error and effectively ensure the safety of water supply. However, the conventional negative pressure start switch is a mechanical structure with a spring, and its negative pressure start switch is completely activated depending on the amount of negative pressure. The sensitivity is affected by the friction coefficient of the mechanical structure and the degree of oxidation, if a 1 foot halter (4) When the amount of material is insufficient or the material itself is insufficient, or the mechanical structure cannot be moved due to jamming, it will not be able to start due to insufficient pressure, or it may cause malfunction, which will greatly reduce the effect. ^^^^ is like China's 92135692 "Negative Pressure Sound Sensor" 匕. This W structure determines the negative pressure generation mode by sensing the sound signal. The high sensitivity of the sound sensor: the operation of the second electric chip control module makes it possible to provide a more accurate and correct negative pressure starting method. In addition, the 'self-use ozone generator can only produce single-concentration: the industry can't disassemble and adjust. In the face of different use needs, such as aquaculture, seed nucleus # 碍 消毒 消毒 曰Γ 曰Γ 曰Γ 曰Γ 曰Γ 曰Γ 曰Γ 曰Γ 曰Γ 曰Γ 曰Γ 曰Γ 或是 或是 或是 或是 或是 或是 或是 或是 或是 或是 或是 或是 或是 或是 或是 或是 或是 或是 或是 或是Customary use
裳置的應用範圍受限，無法面對不同的使用需求。文U 因此，習用的機械式負麼感應結構皆有缺失尚待改 M323278 ’本創作p根據則述缺失，致力於聲音啟動的負壓啟動 二置之研九’經由長期研究與實際操作後，終於成功研發 完成本件混合臭氧的負壓聲音感應器啟動裝置。 【新型内容】 本創作之目的即在於提供一種聲音感應啟動的臭氧 f混合裝置，其提供流水時自動加人臭氧的潔淨工作:並 抓X電刀離叹δ十，無需人力操作，以確保洗務物 > 全性。 本創作之另—目的係在於提供—種聲音感應啟動的 臭氧水混合裝置，其結構單純、裝置容易，且不易損壞， 靈敏度極高，可長期使用，成本相當低廉。 〃本創作之再-目的係在於提供—種聲音感應啟動的 j：氧X w σ裝置’其感應敏銳’適當的依水流大小進行流 里..、貝：τ ϋ可依使用者需求調節臭氧濃度，以適應 » 供水需求。 可達成上述創作目的之聲音感應啟動的臭氧水混合 裝f，其包括有一負壓混合裝置、-臭氧產生器；臭氧產 生器内部含有放電模組、微電腦單晶片控制模組、以及一 聲音感應器。該負璧混合裝置係裝置在水源出口，利用文 氏官原理使水流通過時，產生能將空氣吸入的負麼，該臭 氧產生器以抗氧化的f路連接到該負壓混合裝置的負2 入口，使水流產生的負壓空氣於管路中產生音波，聲音感 7 M323278 應為偵測聲音訊號後經由 》 、、二由&制核組運异，啟動放電模組， 釋放出來的臭氧lf由同—條管路送到負壓混合裝置，充份 的與水混合後，生成臭氧水。另該臭氧產生器㈣示面板 上設有一 LED顯示單亓，，v担μ、六曰> ώ , ^ 早70以扣供流1訊息給使用者識別， 並在六氧產生為的面板上設置一濃度調節按鈕，讓使用者 依需求自行調節臭氧濃度。 【實施方式】 • _參閱圖一所示’本創作係提供-種聲音感應啟動的 臭氧水混合裝置，其包括有—負壓混合裝置丨、—臭氧產 生器2，該臭氧產生器2内部含有放電模組3、聲音感應 器4、微電腦單晶片控制模組5，並以一電源7提供動力。 該負壓混合裝置1係裝置在水籠頭6開口處（或其它水源 出口），用來導引水流，其旁側負壓空氣吸入口，以抗氧 化笞路連接到臭氧產生器2上，以將臭氡吸入負壓混合裝 •置1混入水流中，而該臭氧產生器2内部含有聲音感應器 4作為音波Υ貞測。當水籠頭6開啟時，由於水流於負壓混 •合裝置1内產生文氏管效應作用，導致該負壓混合裝置j 内產生負壓’此負壓將對該臭氧產生器2產生吸力，同時 該聲音感應器4於連通管内感測到空氣流動的音波，聲音 感應器4將聲音訊號傳回微電腦單晶片控制模組5做運 算，當音波能量達軟體設定值時，便發出訊號驅動放電模 組3，產生高壓電極放電，製造臭氧，以進行水流消毒、 8 M323278 洗淨工作。The application range of the skirt is limited and cannot meet different usage requirements. Therefore, the conventional mechanical negative sensing structure is still missing. M323278 'This creation is based on the lack of the description, and the negative pressure to start the sound of the start of the second set of research and development'. After long-term research and practical operation, Finally, the negative pressure sound sensor starting device for this mixed ozone was successfully developed. [New content] The purpose of this creation is to provide a sound-sensing activated ozone f-mixing device, which provides clean work of automatically adding ozone when flowing water: and grabs X electric knife to sigh δ ten, no manual operation is required to ensure washing Things> Totality. Another object of the present invention is to provide an ozone-water mixing device that is activated by sound induction, which has a simple structure, is easy to install, is not easily damaged, has high sensitivity, can be used for a long time, and is relatively inexpensive. The re-creation of Sakamoto's creation is to provide a kind of sound-sensing start-up j: oxygen X w σ device 'its sensitivity is sensitive' appropriate flow according to the size of the water flow.., Bay: τ ϋ can adjust the ozone according to user needs Concentration to suit » water supply needs. The sound-sensing activated ozone water mixing device f can achieve the above-mentioned creation purpose, and includes a negative pressure mixing device and an ozone generator; the ozone generator internally includes a discharge module, a microcomputer single-chip control module, and a sound sensor . The negative mixing device is connected to the water source outlet, and when the water flow is passed by the Venturi principle, a negative pressure is generated, and the ozone generator is connected to the negative pressure of the negative pressure mixing device with an anti-oxidation f path. At the entrance, the negative pressure air generated by the water flow generates sound waves in the pipeline, and the sound sense 7 M323278 should be used to detect the sound signal and then transport the difference through the "," and "nuclear groups" to start the discharge module and release the ozone. The lf is sent to the negative pressure mixing device by the same line, and is mixed with water to generate ozone water. In addition, the ozone generator (4) display panel is provided with an LED display unit, v, μ, 曰, ώ, ^, 70, for the user to identify the message, and on the panel of the hexa-oxygen generation. Set a concentration adjustment button to allow the user to adjust the ozone concentration according to their needs. [Embodiment] • _ Refer to FIG. 1 'This creation provides a sound-sensing activated ozone water mixing device, which includes a negative pressure mixing device 丨, an ozone generator 2, and the ozone generator 2 contains The discharge module 3, the sound sensor 4, and the microcomputer single chip control module 5 are powered by a power source 7. The negative pressure mixing device 1 is arranged at the opening of the faucet 6 (or other water source outlet) for guiding the water flow, and the side negative pressure air suction port is connected to the ozone generator 2 by an anti-oxidation circuit to The skunk is sucked into the negative pressure mixing device and placed in the water stream, and the ozone generator 2 internally contains the sound sensor 4 as a sound wave speculation. When the faucet 6 is opened, a venturi effect is generated in the negative pressure mixing device 1 due to the flow of water, resulting in a negative pressure in the negative pressure mixing device j. This negative pressure will generate suction to the ozone generator 2, At the same time, the sound sensor 4 senses the sound wave of the air flow in the communication tube, and the sound sensor 4 transmits the sound signal back to the microcomputer single-chip control module 5 for calculation. When the sound wave energy reaches the software set value, the signal drive discharge is issued. Module 3, which generates high-voltage electrode discharge, produces ozone for water flow disinfection, 8 M323278 cleaning work.
由於文氏管原理，其狹窄的通道13會產生—低於大氣承 的負壓，於是在狹㈣通道13 負壓空氣吸人口 端，使外部空氣經由負壓空氣吸入口 i 4進入負壓混合裝 請參閱圖二所示’該負壓混合裝置1為文氏管結構， 具有一入水口 n、一出水口 12,並在入水口 u盥出水 12中設有較細的通道13,其中該通道W間狹窄，兩二 寬擴，並在其最狹窄處設置1壓空氣吸人D 14;該1 水口 11連接在水制6的出水口端，該出水口 12則用= 輸出供水’而該負壓空氣〜π 14則以抗氧化管路連接 到臭氧產生器2上；藉此，當水流由出水口 12流出時， 置卜而該負壓空氣吸入口 14以抗氧化管路接到臭氧產 生态2上，故會同時吸入臭氧，並於負壓混合裝置1中充 份混合後’產生臭氧水流出’達成供水消毒、殺菌的潔淨 效果。 請參閱圖三，該臭氧產生器2内部含有之放電模組 3，該放電模組3具有一進氣口 31與一排氣口 32，該進 氣口 31連接到聲音感應器4上，該排氣口 32則連接到負 壓混合裝置1的負壓空氣吸入口 14上；而該放電模組3 在進氣口 31與排氣口 32之間空氣通道兩側設置有兩片電 極33 ’並以微電腦單晶片控制模組5提供高壓電，驅動 放電模組3的電極33放電而產生臭氧。 9 M323278 說明，惟該實施例並非用以限制本創作之專利範圍，凡未 脫離本創作技藝精神所為之等效實施或變更，均應包含於 本案之專利範圍中。 【圖式簡單說明】 請參閱以下有關本創作一較佳實施例之詳細說明及 • 其附圖，將可進一步瞭解本創作之技術内容及其目的功 -效；有關該實施例之附圖為： • 圖一為本創作聲音感應啟動的臭氧水混合裝置之結 構示意圖；Due to the venturi principle, its narrow passage 13 will produce a lower pressure than the atmospheric pressure, so that in the narrow (four) passage 13 negative pressure air suction, the outside air enters the negative pressure mixing via the negative pressure air suction port i 4 As shown in Figure 2, the negative pressure mixing device 1 is a venturi structure having a water inlet n and a water outlet 12, and a fine passage 13 is provided in the water inlet 12 of the water inlet, wherein The channel W is narrow, two or two wide, and is provided with a pressure air suction D 14 at its narrowest point; the 1 water port 11 is connected to the water outlet end of the water system 6, and the water outlet 12 is connected with the = water supply' The negative pressure air 〜π 14 is connected to the ozone generator 2 by an oxidation resistant pipe; thereby, when the water flow flows out of the water outlet 12, the negative pressure air suction port 14 is connected to the oxidation resistant pipe When the ozone is generated in the state 2, the ozone is simultaneously inhaled, and after the mixture is sufficiently mixed in the negative pressure mixing device 1, the ozone water is discharged to achieve a clean effect of water supply sterilization and sterilization. Referring to FIG. 3 , the ozone generator 2 includes a discharge module 3 . The discharge module 3 has an air inlet 31 and an exhaust port 32 . The air inlet 31 is connected to the sound sensor 4 . The exhaust port 32 is connected to the negative pressure air inlet 14 of the negative pressure mixing device 1; and the discharge module 3 is provided with two electrodes 33' on both sides of the air passage between the intake port 31 and the exhaust port 32. The high voltage power is supplied by the microcomputer single chip control module 5, and the electrode 33 of the discharge module 3 is driven to generate ozone. 9 M 323 278 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 BRIEF DESCRIPTION OF THE DRAWINGS The following is a detailed description of a preferred embodiment of the present invention and its accompanying drawings, which will further understand the technical contents of the present invention and its purpose and effect; the drawings relating to the embodiment are : • Figure 1 is a schematic diagram of the structure of the ozone water mixing device activated by the sound induction;
圖二為本創作的負壓混合裝置結構示意圖 圖三為本創作的放電模組結構示意圖； 圖四為本創作的聲音感應器結構示意圖； 圖五為本創作的臭氧產生器操作 主要元件符號說明】 1 負壓混合裝置 12 出水口 14 負壓空氣吸入口 21 LED顯示單元 3 放電模組 32 排氣口 4 聲音感應器 42 排氣孔 以及 面版結構示意圖。 11 入水口 通道 2 臭氧產生器 22 濃度調節按鈕 31 進氣口 33 電極 41 進氣孔 43 空氣流道 M323278 44 聲音感應元件 5微電腦單晶片控制模組 水籠頭 7 電源Figure 2 is a schematic diagram of the structure of the negative pressure mixing device of the present invention. Figure 3 is a schematic view of the structure of the discharge module of the present invention; Figure 4 is a schematic diagram of the structure of the sound sensor of the present invention; 】 1 negative pressure mixing device 12 water outlet 14 negative pressure air inlet 21 LED display unit 3 discharge module 32 exhaust port 4 sound sensor 42 vent hole and panel structure. 11 Inlet Channel 2 Ozone generator 22 Concentration adjustment button 31 Air inlet 33 Electrode 41 Air inlet 43 Air flow path M323278 44 Sound sensing element 5 Microcomputer single chip control module Halter 7 Power supply