201209225 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明係有關於一種氫氧產生裝置，尤指一種可提 高電解效率，進而可提高氫氧產生效率者。 【先前技術】 [0002] 按，習知氫氧產生裝置，經查有Μ 3 1 0 2 2 1號 「可自動變換極性之氫氧機」與M 3 1 3 6 2 7號「汽 車氫氧產生裝置結構改良」等二件新型專利前案。前者 係藉一轉換單元，以延長電極之使用壽命及維持較佳的 氫氧產生效率，後者則係配備發電機與副電瓶，並限制 於汽車使用。 惟，該等專利前案因並未對電解效率做特別的設計 ，以致皆具有電解效率較差；而電解效率差，氫氧產生 效率自然也不佳，顯然有待改善。 【發明内容】 [0003] 緣是，本發明之主要目的，即在提供一種可提高電 解效率，進而可提高氫氧產生效率之氫氧產生裝置。 本發明之另一主要目的，則在提供一種電解液可循 環使用之氫氧產生裝置。 為達上述目的，本發明係包含：一儲存筒，可盛裝 水（電解液）；一冷卻管，具有一進、出水管，以供儲 存筒的水（電解液）流入或流出，另具有進、出水口以 與一散熱水箱連接，俾可將水（電解液）散熱冷卻；及 一電解槽，兩端各具有一進、出水口，分別與冷卻管之 出水管及儲存筒連接，内部並具有若干正、負極之第一 099129171 表單編號Α0101 第3頁/共14頁 0992051185-0 201209225 '第二電極，第二電極並設於第_電極内，其底端並具 有-閥塊，則丨導水流；藉此達可提高電解效率，進而 挺南鼠氧產生效率者。 【實施方式】 [0004] 兹舉-純可行實闕配合_，料本發明之特 徵及功效如下，俾使鈞上易於瞭解且認同者。 請參閱第-〜六圖所示，本發明係包含：—儲存筒 1，一冷卻管2及一電解槽3等，其中， 儲存筒1 ’係可盛裝水1Q (電解液），水中並可 含有添加劑’例如檸檬酸、_其他藥水等，以利加速 以 電解，該儲存筒1並可配設有-栗浦（未示於圖） 將水1 0送出。 099129J71 冷卻& 2，一端具有一進、出水管2. 2 2 以 供水1〇流入或流出，該進水管2丄係與儲存筒丄連接 ，冷卻管2内部中間並具有一隔板23，隔板23兩側 水1 0由内管2 4流人，再經内管2 5及出水管2 2产 出而進入以下之電解槽3内’冷卻管2上下端側復具： 一進、出水口26、27,並與—散熱水箱2〇(可採 用一般車用水箱，並配備有連接，以供散熱水箱 〇内的水由進水口 2 6流人，再經由“口 2 了㈣ 至散熱水箱2 〇内。電解槽3 ’兩端各具有—進、出水口“、32，㈣與冷卻管之出水管2 2及财謂1連接，以供冷卻 水官2内的水流人，電解槽3上下端係各具有—底座3 3與頂板3 4 ’中間外側並各具有若 表翠編號_ 第4頁/共丨41 干支柱3 該底 099205 201209225 座3 3、頂板3 4與支柱3 5皆係以絕緣材質製成，例 如塑鋼，電解槽3内部並具有若干第一、第二電極3 6 、3 7，第一電極3 6管徑較大，係可利用導電較佳之 不銹鋼材質製成，第二電極3 7直徑較小，係藉一螺桿 3 8鎖固設於第一電極3 6内部，可為一導電較差之碳 棒，該第二電極3 7底端復具有一閥塊3 9，閥塊3 9 係具有一呈螺旋狀之導槽3 9 1，該電解槽3外並設有 一連接電源之脈沖調寬式電源調整系統3 0，以分別與 第一、第二電極36、3 7作電性連接，使各具正（+ ❹ )、負（一）極。 Ο 依據上述構造組合，使用時係大致如第二、四、六 、七圖所示，儲存筒1内係預先儲存適量的水1 0，水 1 0中並可含有添加劑，水1 0先流入冷卻管2内，經 散熱水箱2 0散熱冷卻後，再流入電解槽3内，並經閥 塊導槽3 9 1之引導，以控制進水量之大小，並可使水 流形成螺旋狀進入第一電極36内（即第二電極37外 )，藉第一、第二電極3 6、3 7之電極作用，正極產 生助燃性的氧氣，負極產生可燃性的氫氣，使得水1 〇 轉換成具高溫之電解液（水），最後該電解液再由出水 口 3 2流入儲存筒1内部，而可令水與蒸氣分離，即水 的高溫蒸氣將往上竄升，形成氫氧氣體Α而可被收集運201209225 VI. Description of the Invention: [Technical Field] [0001] The present invention relates to a hydrogen-oxygen generating device, and more particularly to a device which can improve the electrolysis efficiency and further improve the hydrogen-oxygen production efficiency. [Prior Art] [0002] According to the conventional hydrogen-oxygen generator, there are Μ 3 1 0 2 2 1 "automatically change polarity oxyhydrogen machine" and M 3 1 3 6 2 7 "automotive hydrogen oxygen Two new types of patents have been created, such as the improvement of the structure of the device. The former borrows a conversion unit to extend the life of the electrode and maintain better hydrogen and oxygen production efficiency. The latter is equipped with a generator and a secondary battery and is limited to automotive use. However, these patents have not been specially designed for electrolysis efficiency, so that they all have poor electrolysis efficiency; while the electrolysis efficiency is poor, the hydrogen and oxygen production efficiency is naturally not good, and it is obviously necessary to be improved. SUMMARY OF THE INVENTION [0003] The main object of the present invention is to provide a hydrogen-oxygen generating apparatus which can improve the efficiency of electrolysis and further improve the efficiency of hydrogen and oxygen production. Another main object of the present invention is to provide a hydrogen and oxygen generating apparatus which can be used cyclically. In order to achieve the above object, the present invention comprises: a storage cylinder for containing water (electrolyte); a cooling tube having an inlet and outlet pipe for the water (electrolyte) of the storage cylinder to flow in or out, and further comprising The water outlet is connected with a heat-dissipating water tank, and the water (electrolyte) can be cooled and cooled; and an electrolytic tank has an inlet and a water outlet at both ends, respectively connected to the outlet pipe and the storage tube of the cooling pipe, and the inside is The first 099129171 with several positive and negative poles Form No. 1010101 Page 3/Total 14 Page 0992051185-0 201209225 'The second electrode, the second electrode is placed in the _ electrode, and the bottom end has a -valve block, then 丨The water-conducting flow; thereby achieving the improvement of the electrolysis efficiency, and thus the oxygen production efficiency of the southern rat. [Embodiment] [0004] In other words, the characteristics and effects of the present invention are as follows, so that it is easy to understand and recognize. Referring to Figures 1-6, the present invention comprises: a storage cartridge 1, a cooling tube 2, an electrolytic cell 3, etc., wherein the storage cartridge 1' can hold water 1Q (electrolyte), water and An additive such as citric acid, _ other syrup, or the like is included to accelerate the electrolysis, and the storage cartridge 1 can be equipped with a Lipu (not shown) to deliver the water 10 . 099129J71 Cooling & 2, one end has an inlet and outlet pipe 2. 2 2 into the water supply 1〇 into or out, the inlet pipe 2 is connected to the storage cylinder, the inside of the cooling pipe 2 has a partition 23, separated The water 10 on both sides of the plate 23 flows from the inner pipe 24, and then passes through the inner pipe 25 and the outlet pipe 22 to enter the following electrolytic cell 3. 'The cooling pipe 2 is assembled on the upper and lower ends: one in and out The nozzles 26, 27, and the cooling water tank 2〇 (can be used in the general car water tank, and are equipped with a connection, so that the water in the radiator tank is flown by the water inlet 26, and then through the mouth 2 (four) to the heat sink The water tank 2 is inside. The electrolytic tank 3' has two inlets and outlets at both ends, 32, (4) and the outlet pipe 2 2 of the cooling pipe and the financial statement 1 are connected to the water in the cooling water official 2, the electrolytic cell 3 The upper and lower ends each have a base 3 3 and a top plate 3 4 'outer outer side and each has a surface number _ 4th page / a total of 41 dry pillars 3 the bottom 099205 201209225 seat 3 3, the top plate 3 4 and the pillar 3 5 All are made of insulating material, such as plastic steel, inside the electrolytic cell 3 and have a plurality of first and second electrodes 3 6 , 3 7 , a first electrode 36 6 diameter The second electrode 33 is smaller in diameter and is fixed to the inside of the first electrode 36 by a screw 38, which can be a poorly conductive carbon rod. The bottom end of the second electrode 37 has a valve block 3 9, and the valve block 3 9 has a spiral guiding groove 319. The electrolytic cell 3 is provided with a pulse width adjusting power supply adjusting system connected to the power supply. 30 is electrically connected to the first and second electrodes 36 and 37, respectively, so that each has a positive (+ ❹) and a negative (one) pole. Ο According to the above structural combination, the use is substantially as follows. As shown in the fourth, sixth and seventh figures, the storage tank 1 is pre-stored with an appropriate amount of water 10, and the water 10 may contain an additive. The water 10 first flows into the cooling tube 2, and is cooled by the heat-dissipating water tank 20, Then flowing into the electrolytic cell 3 and guiding through the valve block guiding groove 319 to control the amount of water inflow, and the water flow can be spirally inserted into the first electrode 36 (ie, outside the second electrode 37). 1. The electrodes of the second electrodes 3 6 and 3 7 function, the positive electrode generates combustion-supporting oxygen, and the negative electrode generates flammable hydrogen gas, so that 1 〇 is converted into a high temperature electrolyte (water), and finally the electrolyte flows into the storage tank 1 from the water outlet 32, and the water and steam are separated, that is, the high temperature vapor of the water will rise upward to form hydrogen. Oxygen gas can be collected and transported
用。然後再依上述流程循環運作，藉以產生氫氧氣體A 〇 在上述流程中，尚有下列若干要項需再補充說明： 1 ·儲存筒内的水1 0與散熱水箱2 0的水，係可 099129171 循環使用，因此儲筒内的水1 0，一旦經電解後雖具高 表單編號A0101 第5頁/共14頁 0992051185-0 201209225 溫’然經冷卻管2冷卻後，便可降溫再進人電解槽3甲 予以電解成電解液。 2 .冷卻管2係呈料管設計，即冷卻管2内部係 z、 J的内s 2 4、2 5，以供水1 〇 (電解液）流 入’而冷卻管2内部且位於内管2 4、2 5之外圍，則 可供散熱水箱2 Q的水流窥，俾可將水i 〇 (電解液） 冷卻，然後進入電解槽3内。 3 ·水1 0 (電解液）進入電解槽3後，係先經閥 塊3 9 ’以藉閥塊之導槽3 9分流，除可控制水的流量 大小’使之均勻外’並可於第一電極3 6内部形成螺旋 狀水流，俾可清洗附著於第二電極3 7外部之雜質。 4 .第二電極3 7係可為一碳棒，呈不規則之結晶 顆粒，而有利於電解，並且因第二電極3 7係設於第一 電極3 6内部，形成内外管設計，可使水丄〇 (電解質 )更為集中且均勻，而可提高電解效率。 5 .儲存筒内的水1 〇 (電解液）係可含有添加劑 ’亦有利於加速電解。 6 ·脈沖調寬式電源調整系統3 〇，係可瞬間間歇 地供電、停電，㈣免第二電極3 7 (碳棒）積附雜質 ’並可調整電流大小，以及較為省電。 故由以上之說明可知，本發明確實具有可提高電解 效率，進而可提高氫氧產生之效率，而遠比習知者更為 進步。 综上所陳’本發明實施例所揭露之具體構造，經查 確為習知者所無，並可達致預期之目的與功效，堪稱為 一極具新穎且進步之設計，而深具產業利用價值，爰依 099129171 0992051185-0 表單編號A0101 第6頁/共14頁 201209225 法提出發明專利申請。 【圖式簡單說明】 [0005] 第一圖所示係本發明之結構示意圖。 第二圖所示係本發明中冷卻管之結構示意圖。 第三圖所示係本發明中冷卻管之剖視示意圖。 第四圖所示係本發明中電解槽之剖視示意圖。 第五圖所示係本發明中電解槽之俯視示意圖。 第六圖所示係本發明中閥塊之立體圖。 第七圖所示係本發明之流程方塊示意圖。 Ο [0006] 【主要元件符號說明】 1儲存筒 2冷卻管 20散熱水箱 2 1進水管 2 2出水管 2 3隔板 24、25内管 26、31進水口 27、32出水口 3電解槽 33底座 3 4頂板 3 5支柱 3 6、3 7電極 3 8螺桿 3 9閥塊 3 9 1導槽 Ο 3 0脈沖調寬式電源調整系統 Α氫氧氣體 099129171 表單編號A0101 第7頁/共14頁 0992051185-0use. Then, according to the above process, the cycle is operated to generate hydrogen-oxygen gas A. In the above process, the following items are required to be supplemented: 1 · The water in the storage tank and the water in the cooling water tank 20 are 099129171. Recycling, so the water in the cartridge is 10, once it is electrolyzed, although it has a high form number A0101 Page 5 / 14 pages 0992051185-0 201209225 After the cooling tube 2 is cooled, it can be cooled and then electrolyzed. The tank 3 is electrolyzed into an electrolyte. 2. The cooling tube 2 is designed as a tube, that is, the inner portion of the cooling tube 2 is z, J s 2 4, 2 5, and the water supply 1 〇 (electrolyte) flows into the interior of the cooling tube 2 and is located inside the inner tube 24 On the periphery of 2, the water flow of the cooling water tank 2 Q can be seen, and the water i 〇 (electrolyte) can be cooled and then entered into the electrolytic tank 3. 3 · After the water 1 0 (electrolyte) enters the electrolytic cell 3, it is firstly diverted through the valve block 3 9 ' through the guide groove of the valve block, except that the flow rate of the water can be controlled to make it uniform and even A spiral water flow is formed inside the first electrode 36, and the impurities attached to the outside of the second electrode 37 are cleaned. 4. The second electrode 37 can be a carbon rod, which is irregular crystal particles, and is favorable for electrolysis, and the second electrode 37 is disposed inside the first electrode 36 to form an inner and outer tube design. The water raft (electrolyte) is more concentrated and uniform, and the electrolysis efficiency can be improved. 5. The water in the storage tank 1 电解液 (electrolyte) may contain additives ’ also facilitates accelerated electrolysis. 6 · Pulse width adjustment power supply adjustment system 3 〇, can instantaneously intermittently supply power, power failure, (4) avoid the second electrode 3 7 (carbon rod) to accumulate impurities ‘ and can adjust the current size, and more power saving. Therefore, as apparent from the above description, the present invention has an effect of improving the electrolysis efficiency and further improving the efficiency of hydrogen and oxygen generation, and is far more advanced than those skilled in the art. In summary, the specific structure disclosed in the embodiment of the present invention is found to be unsatisfied by the prior art, and can achieve the intended purpose and effect, and can be called a very novel and progressive design, and is highly Industrial use value, according to 099129171 0992051185-0 Form No. A0101 Page 6 / 14 pages 201209225 method for invention patent application. BRIEF DESCRIPTION OF THE DRAWINGS [0005] The first figure shows a schematic view of the structure of the present invention. The second figure shows a schematic view of the structure of the cooling pipe of the present invention. The third figure shows a schematic cross-sectional view of the cooling tube of the present invention. The fourth figure shows a schematic cross-sectional view of the electrolytic cell of the present invention. The fifth drawing shows a schematic plan view of the electrolytic cell of the present invention. Figure 6 is a perspective view of the valve block of the present invention. Figure 7 is a block diagram showing the flow of the present invention. Ο [0006] [Main component symbol description] 1 storage cylinder 2 cooling pipe 20 cooling water tank 2 1 inlet pipe 2 2 outlet pipe 2 3 partition 24, 25 inner pipe 26, 31 water inlet 27, 32 water outlet 3 electrolytic tank 33 Base 3 4 Top plate 3 5 Post 3 6、3 7 Electrode 3 8 Screw 3 9 Valve block 3 9 1 Guide slot 3 0 Pulse widened power adjustment system ΑHydrogen gas 099129171 Form No. A0101 Page 7 of 14 0992051185-0