TWM488507U - Hydrogen-making machine - Google Patents
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- TWM488507U TWM488507U TW103202480U TW103202480U TWM488507U TW M488507 U TWM488507 U TW M488507U TW 103202480 U TW103202480 U TW 103202480U TW 103202480 U TW103202480 U TW 103202480U TW M488507 U TWM488507 U TW M488507U
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本創作係有關於一種製氫機,更詳而言之,尤指利用一前轉換分流器、變壓器及後轉換分流器為單元,以一主轉換分流器可同時連接至多組前轉換器、變壓器及後轉換器,而可組裝多組電解槽,可同時供應每一電解槽所需電力,而能大量快速製造氫氧氣的製氫機。This creation is about a hydrogen generator. More specifically, it uses a front converter shunt, a transformer and a post-conversion shunt as a unit. A main converter shunt can be connected to multiple sets of front converters and transformers at the same time. And after the converter, a plurality of sets of electrolytic cells can be assembled, and the power required for each electrolytic cell can be supplied at the same time, and the hydrogen producing machine capable of rapidly producing hydrogen and oxygen can be manufactured in a large amount.
按,先行所知,現行石油能源短缺、油料高漲,極需替代能源,工業界之能源所需,石油能源占多數,車輛亦以石油能源為主,雖有電動車或油電混和車,然而汽車的電池終未能有效的提供長程的行程,無法延長續航時間,縱有改良燃料電池,蓄存氫氣仍是一大問題,或是將氫存為液態氫,所耗成本昂貴,也非人人可消費的起,且加氫站成本高昂,多需政府補助。According to the prior knowledge, the current oil shortage is short, the oil is high, and there is a great need for alternative energy. The energy needed by the industry, the majority of petroleum energy, and the vehicles are mainly petroleum energy. Although there are electric vehicles or hybrid vehicles, The battery of the car can not effectively provide long-distance travel, and it is impossible to extend the life time. Even if the fuel cell is improved, storing hydrogen is still a big problem, or storing hydrogen as liquid hydrogen is expensive and inhuman. People can consume, and the cost of hydrogen refueling stations is high, and more government subsidies are needed.
目前電動車或氫能源車都為昂貴,令人卻步,因此有業者使用汽車內之電池電源,以電解法產生氫氣,輔助供應汽車汽缸燃料,增加燃燒汽油時的助燃、助爆性,亦即於汽車汽缸空氣進氣歧管處導入氫氣,使氫氣進入汽缸,除原有汽油的燃燒,氫氣本身會自燃、自爆,增加汽油的助燃,可燃燒更加完全,並可減少積碳、尚能除碳,減少廢氣的排放,提高汽油的燃燒效率,而更為省油,馬力提升;目前業者所製作的節能輔助裝置,大多以電解法將水電解出氫氣與氧氣,以氫氣與氧氣輸入汽缸進氣歧管處,其中電解法已眾所皆 知,電解技術所產生之氫氧氣體燃料,點火後能夠產生800~3000℃之高溫氫氧烈焰,供廣泛之領域應用其熱能,用來替代傳統乙炔、瓦斯、汽油、柴油等燃料,並減低傳統燃料使用上潛藏之危險性;然而氫氣不論是使用於工業或是使用於汽車燃料,使用電解法生產氫氣的量,都是少量且速度慢,是不敷使用,因此若用儲存氫氣方式,則有危險之虞,安全設備必需非常完善,所以氫氣若能大量生產,即時使用氫氣,無需儲存,是較佳及安全的方式,也是工業界或駕駛人願意樂見之事。At present, electric vehicles or hydrogen energy vehicles are expensive and prohibitive. Therefore, some operators use the battery power in the automobile to generate hydrogen by electrolysis, assist in supplying fuel for automobile cylinders, and increase the combustion and explosion-promoting properties when burning gasoline, that is, Hydrogen is introduced into the air intake manifold of the automobile cylinder to make hydrogen enter the cylinder. In addition to the combustion of the original gasoline, the hydrogen itself will spontaneously ignite and self-explosion, increase the combustion of the gasoline, and the combustion can be more complete, and the carbon deposition can be reduced. Carbon, reducing emissions of exhaust gas, improving the combustion efficiency of gasoline, and more fuel-efficient, horsepower improvement; currently the energy-saving auxiliary devices produced by the industry mostly electrolyze water to hydrogen and oxygen, and hydrogen and oxygen into the cylinder intake At the manifold, where electrolysis is commonplace It is known that the hydrogen-oxygen gas fuel produced by the electrolysis technology can generate high-temperature hydrogen-oxygen flames of 800~3000 °C after ignition, and can be used for a wide range of fields to replace the traditional acetylene, gas, gasoline, diesel and other fuels, and reduce The danger of using conventional fuels is hidden; however, whether hydrogen is used in industry or in automotive fuels, the amount of hydrogen produced by electrolysis is small and slow, so it is not enough to use hydrogen. If there is danger, the safety equipment must be perfect. Therefore, if hydrogen can be produced in large quantities, it is a better and safer way to use hydrogen without using it. It is also a business or driver's willingness to see it.
傳統製氫機都是少量且速度慢,是不敷使用,需要儲存氫氣槽,衍生安全問題,需要能快速大量生產氫氣,立即消耗使用氫氣,無需儲存,是發展方向。Traditional hydrogen generators are small in quantity and slow in speed. They are not suitable for use. They need to store hydrogen tanks. Derivation of safety problems requires the rapid mass production of hydrogen, the immediate consumption of hydrogen, and no storage, which is the development direction.
有鑑於此,本案創作人乃基於上述弊端,仍積極努力開發、研究改良,並累積多年製造、生產經驗,而終於有一足以解決上述弊端之創作產生。In view of this, the creators of this case are still actively working hard to develop, research and improve, and accumulate years of manufacturing and production experience, and finally have a creation that can solve the above drawbacks.
緣是,本創作提供一種製氫機,其係一主體,主體為一箱體,主體內至少有一組以上的電解槽,電解槽定位於該主體內底面,電解槽內有數電極板,主體外有至少一輸水管、輸氣管及電源線,輸水管輸入電解槽,電源線之電源供應電解槽內之電極板,並有一輸氣管將電解槽生產之氫氧氣輸送至主體外,該主體近底部有一散熱器;其特徵在於:主體外有至少一組主轉換分流器,於該主體內有至少一組前轉換分流器、變壓器及後轉換分流器,電源線連接主轉換分流器,再由主體外輸入前轉換分流器,再連接變壓器,將電源由交流電轉成直流電,由變壓器再將 電源線連接後轉換分流器,後轉換分流器將電源線輸入電解槽內之電極板,主轉換分流器、前轉換分流器及後轉換分流器為金屬導電板塊,前轉換分流器、變壓器及後轉換分流器可搭接於多組之電解槽,以達到可以前轉換分流器、變壓器及後轉換分流器為單元,利用前轉換分流器及後轉換分流器組裝多組電解槽,而能大量快速製造氫氧氣。The reason is that the present invention provides a hydrogen generator, which is a main body, the main body is a box body, and at least one set of electrolytic cells are arranged in the main body, and the electrolytic cell is positioned on the inner bottom surface of the main body, and the electrolysis cell has a plurality of electrode plates outside the main body. There is at least one water pipe, a gas pipe and a power line. The water pipe is input into the electrolytic cell, the power source of the power line is supplied to the electrode plate in the electrolytic cell, and a gas pipe is used to transport the hydrogen and oxygen produced by the electrolytic cell to the outside of the main body, and the main body is near the bottom. a heat sink; characterized in that: at least one set of main conversion shunts outside the main body, at least one set of pre-converting shunts, transformers and post-converting shunts in the main body, the power line is connected to the main conversion shunt, and then the main body The external input front conversion shunt, and then connected to the transformer, the power is converted from alternating current to direct current, and then by the transformer After the power line is connected, the shunt is switched, and the power split line is input to the electrode plate in the electrolytic cell, and the main conversion shunt, the front conversion shunt and the rear conversion shunt are metal conductive plates, the front conversion shunt, the transformer and the rear. The conversion shunt can be connected to a plurality of sets of electrolyzers to achieve a front convertible shunt, a transformer and a post-conversion shunt, and a plurality of electrolyzers can be assembled by using a front diverter and a post-converter, and can be quickly and efficiently Produce hydrogen and oxygen.
本創作一種製氫機,其主要目的係提供利用一前轉換分流器、變壓器及後轉換分流器為單元,以一主轉換分流器可同時連接至多組前轉換器及後轉換器,而可組裝多組電解槽,供應每一電解槽所需電力。The present invention is a hydrogen-making machine whose main purpose is to provide a unit using a front converter splitter, a transformer and a post-conversion shunt, and a main conversion shunt can be simultaneously connected to a plurality of sets of front converters and rear converters, and can be assembled. Multiple sets of electrolyzers supply the power required for each cell.
本創作一種製氫機,其次一目的係提供主轉換分流器、前轉換器為金屬導電板塊,後轉換器也為金屬導電板塊,前轉換器及後轉換器設有多個組接電源線之端子,以利接設電源線,使前轉換器、變壓器及後轉換器可搭接於多組之電解槽,大量快速製造氫氧氣。This is a hydrogen-making machine. The second purpose is to provide a main conversion shunt, the front converter is a metal conductive plate, the rear converter is also a metal conductive plate, and the front converter and the rear converter are provided with a plurality of power supply lines. The terminal is used to connect the power line, so that the front converter, the transformer and the rear converter can be connected to the plurality of sets of electrolytic cells to rapidly produce hydrogen and oxygen in a large amount.
本創作一種製氫機,其再一目的係輸氣管設有第一防爆器及第二防爆器,避免回流,並於輸氣管設有排氣裝置,當主轉換分流器停止供電源後,啟動排氣裝置,將輸氣管內氫氧氣體完全排出,毋需儲氫槽,能夠隨時生產氫氧,而即時使用完畢,無危險之虞。The present invention relates to a hydrogen producing machine, which is further characterized in that the gas pipe is provided with a first explosion-proof device and a second explosion-proof device to avoid backflow, and an exhaust device is arranged in the gas pipe, and when the main conversion splitter stops supplying power, the device starts. The exhaust device completely discharges the hydrogen and oxygen gas in the gas pipe, and the hydrogen storage tank is needed, and the hydrogen and oxygen can be produced at any time, and the use is completed immediately, and there is no danger.
本創作一種製氫機,其又一目的係提供可以大量快速製造氫氧氣,可供24小時全天無休之鍋爐燃燒的能源。The present invention is a hydrogen-making machine, and another object of the invention is to provide an energy source capable of rapidly producing hydrogen and oxygen in a large amount, which can be burned by a 24-hour boiler.
〔本創作〕[this creation]
10‧‧‧主體10‧‧‧ Subject
101‧‧‧主轉換分流器101‧‧‧ main conversion shunt
11‧‧‧電解槽11‧‧‧ Electrolyzer
111‧‧‧電極板111‧‧‧Electrode plate
12‧‧‧輸水管12‧‧‧Water pipes
13‧‧‧電源線13‧‧‧Power cord
18‧‧‧輸氣管18‧‧‧ gas pipeline
14‧‧‧散熱器14‧‧‧ radiator
15‧‧‧前轉換分流器15‧‧‧Pre-conversion shunt
16‧‧‧變壓器16‧‧‧Transformers
17‧‧‧後轉換分流器17‧‧‧After conversion shunt
181‧‧‧第一防爆器181‧‧‧First explosion-proof device
182‧‧‧第二防爆器182‧‧‧Second explosion-proof device
19‧‧‧排氣裝置19‧‧‧Exhaust device
第一圖係本創作第一實施例主體空殼之立體示意圖。The first figure is a perspective view of the main body of the first embodiment of the present invention.
第二圖係本創作第一實施例主體空殼之平面示意圖。The second figure is a schematic plan view of the main body of the first embodiment of the present invention.
第三圖係本創作第一實施例之立體示意圖。The third figure is a perspective view of the first embodiment of the present creation.
第四圖係本創作第一實施例之流程示意圖。The fourth figure is a schematic flow chart of the first embodiment of the present creation.
第五圖係本創作第二實施例之流程示意圖。The fifth figure is a schematic flow chart of the second embodiment of the present creation.
第六圖係本創作第三實施例之流程示意圖。The sixth figure is a schematic flow chart of the third embodiment of the present creation.
本創作一種製氫機,請參閱第一、二、三、四圖所示,第一實施例,其係一主體10,主體10為一箱體,或者主體10為一盒體造型,主體10外有一主轉換分流器101,主轉換分流器101將電源線13連接至主體10內,該主體10內有至少一組前轉換分流器15、變壓器16及後轉換分流器17,電源線13由主體10外之主轉換分流器101輸入前轉換分流器15,電源線13再由前轉換分流器15連接變壓器16,變壓器16將電源由交流電轉成直流電,由變壓器16再將電源線13連接後轉換分流器17,後轉換分流器17將電源線13輸入電解槽11內之電極板111,主轉換分流器101為金屬導電板塊(或為非金屬導電材質,如碳纖導電材質等等),前轉換分流器15及後轉換分流器17也為金屬導電板塊(或為非金屬導電材質,如碳纖導電材質等等),可因應需求,規格有大小,主轉換分流器101、前轉換分流器15及後轉換分流器17設有多個組接電源線13之端子,以利接設電源線13,前轉換分流器15、變壓器16及後轉換分流器17可搭接於多組之電解槽11。The present invention relates to a hydrogen producing machine, as shown in the first, second, third and fourth figures. The first embodiment is a main body 10, the main body 10 is a box body, or the main body 10 is a box shape, and the main body 10 There is a main conversion shunt 101, and the main conversion shunt 101 connects the power line 13 to the main body 10. The main body 10 has at least one set of pre-converting shunts 15, a transformer 16 and a post-conversion shunt 17, and the power line 13 is The main conversion shunt 101 outside the main body 10 is input to the pre-conversion shunt 15, and the power line 13 is connected to the transformer 16 by the pre-conversion shunt 15. The transformer 16 converts the power source from alternating current to direct current, and the transformer 16 connects the power line 13 again. The conversion shunt 17 and the post-conversion shunt 17 input the power line 13 into the electrode plate 111 in the electrolytic cell 11, and the main conversion shunt 101 is a metal conductive plate (or a non-metallic conductive material such as a carbon fiber conductive material, etc.) The conversion shunt 15 and the post-conversion shunt 17 are also metal conductive plates (or non-metallic conductive materials, such as carbon fiber conductive materials, etc.), which can be sized according to requirements, and the main conversion shunt 101 and the front conversion shunt 15 And later conversion The inverter 17 is provided with a plurality of terminal groups connected to the power source line 13, the power supply line is provided to facilitate connection 13, splitter 15 before the conversion, the converter transformer 16, and shunt 17 may be lapped on a plurality of sets of cell 11.
於該主體10內至少有一組以上的電解槽11,電解槽11定 位於該主體10內底面上,電解槽11內有數電極板111,主體10外有至少一輸水管12、電源線13、輸氣管18及排氣裝置19,輸水管12輸入電解槽11,輸水管12是以一蓄水瓶內儲存水,以蓄水瓶輸出輸水管12連接至主體10及電解槽11,電源線13之電源供應電解槽11內之電極板111,並電解槽11生產之氫氧氣,有一輸氣管18輸送至主體10外,該主體10近底部有一散熱器14,散熱器14為散熱金屬加上冷却風扇,該輸氣管18設有第一防爆器181及第二防爆器182,第一防爆器181及第二防爆器182為止逆閥裝置,該輸氣管設有排氣裝置,排氣裝置19是一小馬達,當主轉換分流器101停止供電源後,啟動排氣裝置19,將輸氣管18內氫氧氣體完全排出。There is at least one set of electrolytic cells 11 in the main body 10, and the electrolytic cell 11 is fixed Located on the inner bottom surface of the main body 10, the electrolytic cell 11 has a plurality of electrode plates 111. The main body 10 has at least one water pipe 12, a power line 13, a gas pipe 18 and an exhaust device 19, and the water pipe 12 is input into the electrolytic cell 11, the water pipe. 12 is a storage water in a water storage bottle, and the water storage bottle output water supply pipe 12 is connected to the main body 10 and the electrolytic cell 11, the power supply of the power supply line 13 is supplied to the electrode plate 111 in the electrolytic cell 11, and the hydrogen produced by the electrolytic cell 11 is produced. Oxygen, a gas pipe 18 is sent to the outside of the main body 10. The main body 10 has a radiator 14 near the bottom. The radiator 14 is a heat dissipating metal plus a cooling fan. The gas pipe 18 is provided with a first explosion-proof device 181 and a second explosion-proof device 182. The first explosion-proof device 181 and the second explosion-proof device 182 are opposite valve devices. The gas delivery pipe is provided with an exhaust device. The exhaust device 19 is a small motor. When the main conversion splitter 101 stops supplying power, the exhaust device is activated. 19. The hydrogen and oxygen gas in the gas pipe 18 is completely discharged.
藉由上述之結構裝置,本創作一種製氫機,第一實施例,主要係以前轉換分流器15、變壓器16及後轉換分流器17為單元,利用一主轉換分流器101連接電源至前轉換分流器15、變壓器16及後轉換分流器17組裝電解槽11,為基本製造氫氧氣方式,而能穩定製造氫氧氣,其製造氫氧氣係以輸入電源於主轉換分流器101、前轉換分流器15經變壓器16將交流電轉成直流電,再至後轉換分流器17,後轉換分流器17將直流電輸送至電解槽11內之電極板111,電解槽11內的電解水由輸水管12供應,電解槽11內的陰陽極之電極板111作電解水產生氫氣及氧氣,氫氣及氧氣由輸氣管18輸出,輸出氧氣,氫氣供應所需,主轉換分流器101、前轉換分流器15及後轉換分流器17可以連接電解槽11生產氫氧氣,穩定電壓、電流,為導電金屬。With the above-mentioned structural device, a hydrogen-making machine is created. The first embodiment mainly uses the former conversion shunt 15, the transformer 16 and the post-conversion shunt 17 as a unit, and uses a main conversion shunt 101 to connect the power supply to the front conversion. The shunt 15 , the transformer 16 and the post-conversion shunt 17 assemble the electrolytic cell 11 to basically produce hydrogen and oxygen, and can stably produce hydrogen and oxygen, and manufacture hydrogen and oxygen to input power to the main conversion shunt 101 and the front converter shunt. 15 converts the alternating current into direct current through the transformer 16, and then converts the splitter 17 to the rear, and then converts the direct current to the electrode plate 111 in the electrolytic cell 11, and the electrolyzed water in the electrolytic cell 11 is supplied by the water pipe 12, electrolysis The anode and cathode electrode plates 111 in the tank 11 are used for electrolyzing water to generate hydrogen gas and oxygen gas, and hydrogen and oxygen are output from the gas pipe 18 to output oxygen, hydrogen supply is required, the main conversion splitter 101, the front converter splitter 15 and the rear conversion splitter. The device 17 can be connected to the electrolytic cell 11 to produce hydrogen and oxygen, and stabilize the voltage and current to be a conductive metal.
本案尚有偵測設備若電解槽溫度過高,則經由偵測,會有IC自動啟動散熱器14,散熱器14將外界空氣對流至主體10內,以降低電解槽11溫度,直至達一預定溫度值,若輸氣管18流量、電流異常,顯示面板也會有警示,而且輸氣管18一端設有第一防爆器181,另端設有第二防爆器 182,使氫氣及氧氣輸送至使用端時,可阻斷回流、回火至電解槽11內,兩段式的阻斷,並且當主轉換分流器101停止供電源後,啟動排氣裝置19,將輸氣管18內氫氧氣體完全排出,可以防爆及雙重提高安全性。In this case, if the temperature of the electrolysis cell is too high, the IC will automatically start the radiator 14 through the detection, and the radiator 14 convects the outside air into the main body 10 to lower the temperature of the electrolysis cell 11 until a predetermined time is reached. Temperature value, if the flow rate and current of the gas pipe 18 are abnormal, the display panel will also have a warning, and the first explosion-proof device 181 is provided at one end of the gas pipe 18, and the second explosion-proof device is provided at the other end. 182, when hydrogen and oxygen are delivered to the use end, the reflux and tempering can be blocked into the electrolytic cell 11, the two-stage block is blocked, and when the main conversion splitter 101 stops supplying power, the exhaust device 19 is activated. The hydrogen and oxygen gas in the gas pipe 18 is completely discharged, which can be explosion-proof and double safety.
本案主要以一前轉換分流器15、變壓器16及後轉換分流器17為單元,可以組裝多組電解槽11,而能大量快速製造氫氧氣,如第五圖所示,本創作第二實施例,可以使用主轉換分流器101及單一前轉換分流器15,接電源線13至多組變壓器16,將電源由交流電轉成直流電後,再以每一組的變壓器16及電源線13連接各連接一後轉換分流器17,個別之後轉換分流器17再連接電源線13至個別之電解槽11,使電解槽11有多組,電解槽11之電極板111作大量快速製造氫氧氣,氫氣及氧氣由輸氣管18輸出,輸出氧氣,氫氣供應所需,主體10外仍有至少一輸水管12、電源線13及輸氣管18,輸水管12輸入電解槽11。In the present case, a plurality of sets of electrolytic cells 11 can be assembled by using a front conversion splitter 15, a transformer 16 and a rear conversion splitter 17, and a large amount of hydrogen and oxygen can be rapidly produced. As shown in the fifth figure, the second embodiment of the present invention The main conversion shunt 101 and the single pre-transfer shunt 15 can be connected to the power line 13 to the plurality of transformers 16, and after the power is converted from the alternating current to the direct current, the transformer 16 and the power line 13 of each group are connected to each other. After the splitter 17 is switched, the splitter 17 is connected to the power line 13 to the individual electrolytic cells 11 to make the electrolytic cell 11 have a plurality of groups. The electrode plate 111 of the electrolytic cell 11 is used for rapid production of hydrogen and oxygen, hydrogen and oxygen. The gas pipe 18 outputs, outputs oxygen, and supplies hydrogen. At least one water pipe 12, a power line 13 and a gas pipe 18 are still provided outside the main body 10, and the water pipe 12 is input into the electrolytic cell 11.
如第六圖所示,為本創作第三實施例,可以使用多個單元之前轉換分流器15、變壓器16及後轉換分流器17,由一主轉換分流器101連接數條電源線13至數個主體10內,每一主體10內有一前轉換分流器15、數個變壓器16及後轉換分流器17,由主體10內之一個前轉換分流器15將電源線13接至數個變壓器16,將電源由交流電轉成直流電後,每個變壓器16再接數個後轉換分流器17,每個後轉換分流器17再接一個或數個電解槽11,使電解槽11有多組,電解槽11之電極板111作大量快速製造氫氧氣,氫氣及氧氣由輸氣管18輸出,輸出氧氣、氫氣供應所需,主體10外仍有至少一輸水管12、電源線13及輸氣管18,輸水管12輸入電解槽11。As shown in the sixth figure, in the third embodiment of the present invention, a plurality of units can be used to convert the shunt 15, the transformer 16 and the post-converting shunt 17, and a main conversion shunt 101 connects the plurality of power lines 13 to the number. In the main body 10, each main body 10 has a front converter shunt 15, a plurality of transformers 16 and a rear converter shunt 17, and a power converter 13 is connected to a plurality of transformers 16 by a front converter shunt 15 in the main body 10. After the power source is converted from alternating current to direct current, each transformer 16 is connected to a plurality of post-conversion shunts 17, and each post-converting shunt 17 is connected to one or more electrolyzers 11, so that the electrolysis cell 11 has multiple sets, and the electrolysis cell The electrode plate 111 of 11 is used for rapid production of hydrogen and oxygen. The hydrogen and oxygen are output from the gas pipe 18, and the oxygen and hydrogen are supplied. The main body 10 has at least one water pipe 12, a power line 13 and a gas pipe 18, and a water pipe. 12 is input to the electrolytic cell 11.
以該多個單元前轉換分流器15、變壓器16及後轉換分流器17之主體10,可以共同接受同一主轉換分流器101,而可大量快速製造氧氣、氫氣,經製作完成每分鐘約可生產550 公升之氧氣、氫氣,足夠供24小時運作之鍋爐燃燒之能源;綜上所述,本創作一種製氫機,其新穎性、實用性及進步性乃毋庸置疑,完全符合專利之要件,爰依法提請。The main body 10 of the plurality of unit front-converting shunts 15, the transformers 16 and the post-conversion shunts 17 can receive the same main conversion shunt 101, and can rapidly produce oxygen and hydrogen in a large amount, and can be produced every minute after being produced. 550 The oxygen and hydrogen of the liter are sufficient for the energy of the boiler to be burned for 24 hours. In summary, the novelity, practicability and progress of the hydrogen generator are undoubtedly in full compliance with the requirements of the patent. Draw.
10‧‧‧主體10‧‧‧ Subject
101‧‧‧主轉換分流器101‧‧‧ main conversion shunt
11‧‧‧電解槽11‧‧‧ Electrolyzer
111‧‧‧電極板111‧‧‧Electrode plate
12‧‧‧輸水管12‧‧‧Water pipes
13‧‧‧電源線13‧‧‧Power cord
18‧‧‧輸氣管18‧‧‧ gas pipeline
14‧‧‧散熱器14‧‧‧ radiator
15‧‧‧前轉換分流器15‧‧‧Pre-conversion shunt
16‧‧‧變壓器16‧‧‧Transformers
17‧‧‧後轉換分流器17‧‧‧After conversion shunt
181‧‧‧第一防爆器181‧‧‧First explosion-proof device
182‧‧‧第二防爆器182‧‧‧Second explosion-proof device
19‧‧‧排氣裝置19‧‧‧Exhaust device
Claims (6)
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TW103202480U TWM488507U (en) | 2014-02-12 | 2014-02-12 | Hydrogen-making machine |
Applications Claiming Priority (1)
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TW103202480U TWM488507U (en) | 2014-02-12 | 2014-02-12 | Hydrogen-making machine |
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TWM488507U true TWM488507U (en) | 2014-10-21 |
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TW103202480U TWM488507U (en) | 2014-02-12 | 2014-02-12 | Hydrogen-making machine |
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2014
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