KR200200472Y1

KR200200472Y1 - The system burning gas energy as resolve water electrolysis

Info

Publication number: KR200200472Y1
Application number: KR2020000006611U
Authority: KR
Inventors: 구광익
Original assignee: 구광익
Priority date: 2000-02-19
Filing date: 2000-03-09
Publication date: 2000-10-16

Abstract

본 고안은 전해조 내부에 설치되어 물을 전기분해하는 가스에너지생성부의 셀(CELL)을 평판으로 형성하여 외부에서 투입하는 교류전원의 전압(V)을 만족할만큼의 수량으로 일정한 간격을 이루도록 직렬로 구성하여 투입전압을 분할함으로서 감압을 위한 별도의 변압기를 사용하지 않아도 되는 것은 물론 동일한 전기에너지로 전기분해 효율을 극대화하며, 상기 가스에너지생성부의 다수의 셀은 외주면을 비전도체로 감싸서 공정하여 상측으로는 가스배출통로를 형성하고 셀의 아래측으로는 전해수의 유동통로를 형성하도록 경사지게 구성하여 가스발생 효율을 상승시키며, 교류전원이 정전되거나 야외에서 작업시 전원의 사용이 불가능할 때 직류전원을 사용하도록 상기 각각의 셀에 직류전원을 병렬로 연결하며, 전해조에서 얻은 가스에너지를 안전하게 사용하도록 중복된안전장치를 구비하고 외부가스에너지 저장통장착부와 정수장치를 전해조와 일체로 구성하여 사용이 편리하도록 한 것이다.The present invention forms a cell (CELL) of the gas energy generation unit for electrolysis of water installed inside the electrolytic cell to form a constant interval in a quantity sufficient to satisfy the voltage (V) of the AC power input from the outside By dividing the input voltage, it is not necessary to use a separate transformer for decompression, as well as maximizing the electrolysis efficiency with the same electric energy, and a plurality of cells of the gas energy generating part wrap the outer circumferential surface with a non-conductor to process the upper side. The gas discharge passage is formed to be inclined to form a flow passage of electrolytic water on the lower side of the cell to increase the gas generation efficiency, and to use the DC power when the AC power is outage or when the power is unavailable when working outdoors. DC power is connected in parallel to the cell of Having a safety apparatus to be used to duplicate and is one to be conveniently used to configure the external gas energy reservoir mounting portion and constant in the electrolytic cell unit integrally.

Description

The system burning gas energy as resolve water electrolysis

본 고안은 물을 전기분해하여 수소가스와 산소가스로된 연소용 가스에너지를 얻어서 이를 열가공용토오치로 제품을 가공 또는 용접등의 일을 하거나 불꽃이 확산되는 버너로 보일러의 가열수단으로 이용하는등 기타 산업에 필요한 다양한 일을 하도록 하는 것으로, 특히 전해조 내부에 설치되어 물을 전기분해하는 가스에너지생성부의 셀(CELL)을 평판으로 형성하여 외부에서 투입하는 교류전원의 전압(V)을 만족할만큼의 수량으로 일정한 간격을 이루도록 직렬로 구성하여 투입전압을 분할함으로서 감압을 위한 별도의 변압기를 사용하지 않아도 되는 것은 물론 동일한 전기에너지로 전기분해 효율을 극대화하며, 상기 가스에너지생성부의 다수의 셀은 외주면을 비전도체로 감싸서 고정하여 상측으로는 가스배출통로를 형성하고 셀의 아래측으로는 전해수의 유동통로를 형성하도록 경사지게 구성하여 가스발생 효율을 상승시키며, 교류전원의 사용이 불가능할 때 직류전원을 사용하도록 상기 각각의 셀에 직류전원을 병렬로 연결하며, 전해조에서 얻은 가스에너지를 안전하게 사용하도록 중복된안전장치를 구비하고 외부가스에너지 저장통장착부와 정수장치를 전해조와 일체로 구성하여 사용이 편리하도록한 물을 전기분해하여 연소용 가스에너지를 얻는장치 에 관한것이다.The present invention obtains combustion gas energy consisting of hydrogen gas and oxygen gas by electrolyzing water, and using it as a heat processing torch to process or weld a product, or to use as a heating means of a boiler as a burner where a flame spreads. In order to do various things necessary for the industry, especially, the quantity of the gas energy generation part installed inside the electrolytic cell to form a flat plate cell (CELL) to satisfy the voltage (V) of the AC power input from the outside It is not necessary to use a separate transformer for decompression as well as by dividing the input voltage by forming a series in a constant interval so as to maximize the electrolysis efficiency with the same electric energy, and a plurality of cells of the gas energy generating unit vision the outer peripheral surface. Wrapped around the conductor to form a gas discharge passage on the upper side and below the cell. It is configured to be inclined to form a flow path of seawater, which increases gas generation efficiency, and connects DC power to each cell in parallel so as to use DC power when AC power is not available, and safely uses gas energy obtained from an electrolytic cell. The present invention relates to a device for obtaining gas energy for combustion by electrolyzing water, which is provided with a redundant safety device and is configured with an external gas energy storage tank mounting part and a water purification device integrally with an electrolytic cell for ease of use.

인류는 일찌기 천연가스나 석유등의 지하자원이 고갈될것을 대비하여 다양한 대체에너지를 연구개발 하였는바, 그 중의 하나가 물을 수소와 산소로 전기분해하 여 연소용가스를 얻는 방법이다.Human beings researched and developed various alternative energy in preparation for the depletion of underground resources such as natural gas and oil. One of them is to electrolyze water into hydrogen and oxygen. To obtain a combustion gas.

따라서 지금까지 개발된 것으로는 도1의 특허공고 제96-16416호와 같이 최외곽 도체로된 원통형 본체(30a)내에 도체로 된 다수개의 원통(30)(30')(30')‥‥들을 절연체로된 상기 원통 고정용 상하 고정판(10)(10')에 형성된 환형요홈에 장착하여 용접이나 접착방법에 의하여 고정하고 상기 원통들의 중앙에는 양극용 고정봉 (40)을 상기 원통들과 같은 방법으로 상하 고정판(10)(10')또는 하고정판(10')에 의하여 지지되게 용접이나 접착에 의하여 고정한후 상기 고정봉(40)에는 양극(+) 전원을, 상기 최외곽의 원통형 본체(30a)에는 음극(-) 전원을 연결한 것으로 구성함을 특징으로 한 물전기분해에 의한 산소 및 수소가스의 대량 발생장치가 있었으나, 이는 전기분해를 일으키는 도체가 원통형으로 구성되어 전압분배에 한계를 느끼므로서 커다란용량의 변압기를 별도로 구비하여야 하므로 작업준비 및 이동이 번거롭고 불편함은 물론, 작업중 많은 열이 발생하고 실제로 투입되는 전원에 비하여 전기분해로 얻는 가스에너지의 량이 미세하여 효율이 떨어지는 등의 문제가 있었다.Therefore, what has been developed so far is a plurality of cylinders 30, 30 ', 30' of conductors in a cylindrical body 30a of outermost conductors, such as Patent Publication No. 96-16416 of FIG. Mounted in the annular groove formed in the cylindrical fixing upper and lower fixing plates 10, 10 'made of an insulator, and fixed by welding or bonding method, and the fixing rod 40 for the anode is placed in the center of the cylinders in the same way as the cylinders. After fixing by welding or bonding to be supported by the upper and lower fixed plate 10, 10 'or fixed plate 10' to the fixed rod 40 to the positive electrode (+) power, the outermost cylindrical body 30a ), There was a mass generating device of oxygen and hydrogen gas by water electrolysis, which is composed by connecting negative (-) power source, but it has a limitation in voltage distribution because the conductor that causes electrolysis is composed of cylindrical shape. Therefore, a large transformer Since it is necessary to prepare and move and is inconvenient and inconvenient, there is a problem that a lot of heat is generated during the operation and the amount of gas energy obtained by electrolysis is fine compared to the power actually input, so the efficiency is low.

본 고안은 상기한 종래의 제결함을 감안하여 전해조 내부에 설치되어 물을 전기분해하는 가스에너지생성부의 셀(CELL)을 평판으로 형성하여 외부에서 투입하는 교류전원의 전압(V)을 만족할만큼의 수량으로 일정한 간격을 이루도록 직렬로 구성함으로서 감압을 위한 별도의 변압기를 사용하지 않아도 되는 것은 물론 동일한 전기에너지로 전기분해 효율을 극대화하며, 상기 가스에너지생성부의 다수의 셀 은 외주면을 비전도체로 감싸서 고정하여 상측으로는 가스배출통로를 형성하고 셀의 아래측으로는 전해수의 유동통로를 형성하도록 경사지게 구성하여 가스발생 효율을 상승시키며, 교류전원의 사용이 불가능할 때 직류전원을 사용하도록 상기 각각의 셀에 직류전원을 병렬로 연결하며, 전해조에서 얻은 가스에너지를 안전하게 사용하도록 중복된안전장치를 구비하고 외부에너지 저장통 장착부와 정수장치를 전해조와 일체로 구성하여 사용이 편리하도록 하였다.The present invention, in consideration of the above-mentioned conventional defects, is formed inside the cell to the cell (CELL) of the gas energy generation unit for electrolysis of water to form a flat plate enough to satisfy the voltage (V) of the AC power supplied from the outside By configuring in series to form a constant interval in quantity, it is not necessary to use a separate transformer for decompression, as well as maximize the electrolysis efficiency with the same electrical energy, multiple cells of the gas energy generation unit Is wrapped around the outer circumferential surface with a non-conductor and fixed to form a gas discharge passage on the upper side and inclined to form a flow passage of electrolytic water on the lower side of the cell to increase the gas generation efficiency. The DC power is connected to each cell in parallel for use, and the safety device is provided with a redundant safety device to safely use the gas energy obtained from the electrolytic cell. .

도1은 종래 물을 전기분해하여 가스를 얻는 장치의 구성도.1 is a block diagram of a device for obtaining gas by electrolyzing conventional water.

도2는 본 고안의 요부인 전해조의 구성을 예시한 단면도.Figure 2 is a cross-sectional view illustrating a configuration of an electrolytic cell which is the main part of the present invention.

도2a는 도2의 일부절결 측면도.2A is a partially cutaway side view of FIG. 2;

도3은 본 고안의 전기공급수단의 구성상태 예시도.Figure 3 is an illustration of the configuration state of the electricity supply means of the present invention.

도4는 본 고안의 전체시스템을 예시한 블럭도.Figure 4 is a block diagram illustrating the overall system of the present invention.

도5는 본 고안의 다른실시 예시도.5 is another exemplary embodiment of the present invention.

도면중 주요부호에 대한 설명Description of the main symbols in the drawings

50; 가스생성부. 51; 평판셀. 52; 가스배출통로.50; Gas generating unit. 51; Flat Cell. 52; Gas exhaust passage.

53; 전해수유동통로. 54; 교류전원인가용단자.53; Electrolytic water flow passage. 54; AC power supply terminal.

60; 교류전원정류기. 65; 제어장치. 66; 차단기.60; AC power rectifier. 65; Control unit. 66; breaker.

70; 수분제거기. 71. 2차역류방지변. 72; 수봉식역화방지.70; Dehumidifier. 71. Secondary backflow prevention valve. 72; Sudden Flashback Prevention.

73; 1차역류방지변. 74; 건식역화방지기73; Primary backflow prevention valve. 74; Dry Flashback Arrestor

81; 압력계81; pressure gauge

90; 토오치. 95; 불꽃조정기.90; Tochigi. 95; Flame regulator.

100; 전해조 101; 방열핀. 102; 드레인공.100; Electrolyzer 101; Heat sink fins. 102; Drain ball.

105; 수조. 106; 가스안내부. 107; 가스배출구.105; water tank. 106; Gas guide. 107; Gas outlet.

108; 전해수주입공. 109; 수위관찰관. 110; 비전도체.108; Electrolytic water injection hole. 109; Water Observer. 110; Non-conductor.

111; 냉각팬. 112; 순환파이프. 113;순환펌프.111; Cooling fan. 112; Circulation pipe. 113; circulating pump.

114; 탄화용기장착부. 150; 정수기. 160; 탄화가스용기.114; Carbonated container mounting part. 150; water purifier. 160; Carbon gas container.

이와같은 본 고안은 물을 전기분해하여 연소용 가스에너지를 얻도록 함에 있어서,In this invention, in order to obtain gas energy for combustion by electrolyzing water,

내부하측에는 물을 전기분해하는 다수의 평판셀(CELL)을 일정한 간격을 이루도록 직렬로 고정한 상측으로 가스배출통로를 형성하며 아래측으로는 전해수의 유동통로를 형성한 가스생성부를 구성하며 상기 가스생성부가 구성된 외부벽면에는 방열핀을 형성하며, 일측 하단에는 드레인공을 형성하고, 상기 가스생성부의 상측으로 전해수가 충진되고 상부에 가스안내부를 구비한 수조를 형성하여 수조의 상면에는 전해수 주입공과 가스배출구를 형성하며 수조의 측면에는 외부에서 수조의 내부에 저장된 물의량을 확인 할 수 있도록 투명관찰관을 구성한 전해조와, 상기 전해조에 가스에너지를 생성시키기 위한 전원을 공급하는 전원공급수단과, 상기 전해조에서 생성된 연소용 가스에너지를 사용 할 수 있도록 안전하게 공급하는 가스에너지공급수단과, 상기 가스에너지공급수단에 장착하여 가스에너지를 연소하여 일을 하는 가스연소수단과, 상기 전해조의 환경조건을 감지하여 가스에너지 생성에 최적 의 조건으로 제어하는 제어수단으로 구성된 것으로 이를 도면에 의거 상세히 설명하면, 전해조는 도2에서와같이 물을 전기분해하는 다수의 평판셀(51)을 일정한 간격을 이루도록 직렬로 고정한 상측으로는 가스배출통로(52)를 형성하며 아래측으로는 전해수유동통로(53)를 형성한 가스생성부(50)를 구성하며 상기 가스생성부(50)가 구성된 외부벽면에는 방열핀(101)을 형성하며 일측 하단에는 드레인공(102)을 형성하고, 상기 가스생성부(50)의 상측으로 전해수가 충진되고 상부에 가스안내부(106)를 구비한 수조(105)를 형성하여 수조(105) 상부의 가스안내부(106) 상측에는 가스배출구(107)를 다른측에는 전해수주입공(108)을 형성하며 수조(105)의 측면에는 외부에서 수조(105)의 내부에 저장된 물의량을 확인 할 수 있도록 투명한 수위관찰관(109)을 구성한 전해조(100)를 구성하되, 여기서 상기 가스생성부의 여기서 물을 전기분해하는 다수의 평판셀(51)의 외주연이 외부와 밀폐되는 비전도체(110)에 일정한 간격을 이루도록 직렬로 고정하여 전체가 경사지도록 구성한다.Inside the lower side, a gas discharge passage is formed on the upper side in which a plurality of flat cells (CELL) electrolyzing water are fixed in series to form a constant interval, and on the lower side, a gas generating portion is formed to form a flow passage of electrolytic water. A heat sink fin is formed on the outer wall, and a drain hole is formed at one lower end, and an electrolytic water is filled into the upper portion of the gas generating unit, and a water tank having a gas guide unit is formed on the upper side of the tank to form an electrolytic water injection hole and a gas outlet. The side of the tank has an electrolytic cell configured with a transparent observation tube to check the amount of water stored inside the tank from the outside, a power supply means for supplying power for generating gas energy to the electrolytic cell, and the combustion generated in the electrolytic cell A gas energy supply means for safely supplying gas energy for use And gas combustion means for working by burning gas energy installed in the gas energy supply means, and sensing the environmental conditions of the electrolytic cell, and thus optimally generating gas energy. The control means configured to control the condition of the following will be described in detail with reference to the drawings, the electrolyzer as shown in Figure 2 the gas discharge to the upper side fixed in series to form a plurality of flat cells 51 for electrolysis water at regular intervals Forming the passage 52 and the lower side constitutes the gas generating unit 50 formed with the electrolytic water flow passage 53, the heat generating fin 101 is formed on the outer wall surface of the gas generating unit 50 is formed, one side lower A drain hole 102 is formed, and an electrolytic water is filled in the upper portion of the gas generating part 50 and a water tank 105 having a gas guide part 106 is formed thereon, thereby forming a gas guide part above the water tank 105. (106) The upper side of the gas discharge port 107 and the other side of the electrolytic water injection hole 108 is formed on the side of the water tank 105 so that the amount of water stored in the inside of the water tank 105 from the outside to the transparent water level observation pipe ( 109) Electrolyzer (100) But configurations wherein the fixed water wherein the gas generation unit in series achieve a predetermined distance in a non-conductor 110, which is the outer peripheral edge is sealed with the outside of a plurality of flat cells (51) for electrolysis and configured to be entirely inclined.

그리고 상기 전원공급수단은, 도3에서와같이 외부의 교류전원을 정류기(60)로 정류하여 전해조(100)의 가스생성부(50)를 구성하는 양단 가장외측에 고정된 평판셀(51)에 형성한 교류전원인가용단자(54)에 인가하도록 구성하고, 상기 전해조(100)의 가스생성부(50)에 전해수를 전기분해하는 다수의 평판셀(51)을 외부에서 인가되는 교류전압을 만족할만큼의 수량으로 직렬로 연결되게 구성하여 투입되는 전압이 각각의 평판셀(51)로 등분되어 별도의 변압기가 없이도 일정량의 전기에너지로 많은량의 연소가스를 생성 시키도록 구성하거나, 상기 전원공급수단을, 상기 전해조(100)의 가스생성부(50)에 일정한 간격을 이루도록 직렬로 고정하여 전해수를 전기분해하는 다수의 평판셀(51)의 각각에 병렬로 연결하고 외부에서 인가되는 직류전원이 제어장치(65)를 통하여 각각의 평판셀(51)에 고르게 흐르도록 구성하여 교류전원을 사용 할 수 없는 조건에서 직류전원으로 일을 하도록 구성하였다.And the power supply means, as shown in Figure 3 to rectify the external AC power to the rectifier 60 to the flat plate cell 51 fixed to the outermost end of the both ends constituting the gas generating unit 50 of the electrolytic cell 100 It is configured to apply to the formed AC power supply terminal 54, and a plurality of flat cells 51 for electrolyzing electrolyzed water to the gas generating unit 50 of the electrolytic cell 100 to satisfy the AC voltage applied from the outside It is configured to be connected in series in the quantity of the input voltage is divided into each flat cell 51 to generate a large amount of combustion gas with a certain amount of electrical energy without a separate transformer, or the power supply means , Fixed in series to form a predetermined interval to the gas generating unit 50 of the electrolytic cell 100 is connected in parallel to each of the plurality of flat cells 51 for electrolyzing the electrolytic water and a direct current power source applied from the outside ( It was configured to flow evenly through each of the flat plate cells 51 through 65) to work as a DC power supply under the condition that AC power cannot be used.

상기 가스에너지 공급수단은, 도4에서와같이 전해조(100)에서 물이 전기분해되어 생성된 연소용 가스에너지가 수분제거기(70)에서 수분을 제거하고 백화현상을 방지하는 복수안전수단인 2차역류방지변(71)과 수봉식역화방지기(72), 1차역류방지변(73), 건식역화방지기(74)를 순차로 거쳐서 연소수단의 토오치(90)로 가스에너지를 안전하게 공급하도록 구성하며, 상기 제어수단은 상기 가스에너지 공급수단으로 흐르는 가스압을 압력계(81)로 표시함은 물론, 가스압을 감지하여 설정한최고압 이상이 되면 차단기(66)가 오프(OFF)되어 전해조(100)로 공급되는 전기분해용 전원을 차단하며 설정한최저압 이하가되면 차단기(66)를 다시 온(ON)하여 일을 계속하도록 구성한 압력제어수단과, 전해조(100)의 온도를 감지하여 전해조(100)가 가열되면 냉각팬(111)을 가동하여 전해조(100)를 식혀주는 온도제어수단과, 전해조(100)내부의 수위를 검지하여 전해수가 모자라면 정수기(150)에서 정수된 물을 전해조(100)의 수조 내부로 강제압입하여 수위를 조절하는 수위조절수단으로 구성하여서, 상기 압력제어수단과 온도제어수단, 수위조절수단중 어느 하나가 감지한 신호가 위험할시 경보음과 경고등이 동작하도록 구성하였다.In the gas energy supply means, as shown in FIG. 4, the gas energy for combustion generated by electrolysis of water in the electrolytic cell 100 removes water from the water remover 70 and is a secondary safety means for preventing whitening. It is configured to safely supply the gas energy to the torch 90 of the combustion means through the backflow prevention valve 71, the watertight flashback arrestor 72, the primary backflow prevention valve 73, and the dry flashback prevention 74. The control means not only displays the gas pressure flowing to the gas energy supply means by the pressure gauge 81, but also detects the gas pressure and the circuit breaker 66 is turned off (OFF) to the electrolytic cell 100 when the pressure is higher than the set maximum pressure. Pressure control means configured to interrupt the supplied electrolysis power supply and to turn on the circuit breaker 66 when the pressure is lower than the set minimum pressure, and to sense the temperature of the electrolytic cell 100, and thus, the electrolytic cell 100. Is heated, start the cooling fan 111 to The temperature control means for cooling the sea bath 100 and the water level inside the electrolytic cell 100 are detected, and if the electrolyzed water is insufficient, the water purified by the water purifier 150 is forced into the water tank of the electrolytic cell 100 to adjust the water level. It is configured as a level control means, the alarm sound and warning light to operate when the signal detected by any one of the pressure control means, temperature control means, level control means is dangerous.

그리고 상기 연소수단은, 화염의 강도와 크기를 보충하거나 조절하기위하여 탄화가스를 첨가하는 불꽃조정기(95)와, 상기 가스공급수단에 분리가능하게 결합되어서 공급된 가스에너지를 연소하여 일을 하는 토오치(90)로 구성하하였다.And the combustion means, to supplement or adjust the strength and size of the flame The flame regulator 95 which adds carbonization gas, and the torch 90 which burns and works the gas energy supplied detachably combined with the said gas supply means were comprised.

본 고안의 다른구성으로는 도5에서와같이 상기 전해조(100)의 내부아래측에 구성한 가스생성부(50)의 가스배출통로(52)의 끝단에 가스안내용 파이프(200)를 일체로 장착하여 그 끝단이 수조(105)의 전해수의수위 밖에 위치 하도록 하면 가스생성부(50)에서 생성된가스를 가스배출구(107)로의 이동을 촉진하므로서 가스발생률을 상승시키도록 할수 있으며, 많은량의 가스를 발생시키는 대용량의 구조에서는 상기 전해조(100)의 하단에 설치된 가스생성부(50)의 전해수유동통로(53)와 상측의 수조(105)를 순환파이프(112)로 연통시키고 상기 순환파이프(112)에 순환펌프(113)를 설치하여 전해수를 강제로 순환시킬수도 있다.In another configuration of the present invention, as shown in FIG. 5, the gas guide pipe 200 is integrally mounted to the end of the gas discharge passage 52 of the gas generating unit 50 configured in the lower side of the electrolytic cell 100. When the end is located outside the water level of the electrolytic water of the water tank 105 to promote the movement of the gas generated in the gas generating unit 50 to the gas discharge port 107 to increase the gas generation rate, a large amount of gas In the large-capacity structure that generates the gas, the electrolytic water flow passage 53 and the upper tank 105 of the gas generating unit 50 installed at the lower end of the electrolytic cell 100 communicate with the circulation pipe 112 and the circulation pipe 112. ), A circulation pump 113 may be installed to force circulation of the electrolyzed water.

또한 도6에서와같이 상기 전해조(100)와 일체로 정수기(150)와 탄화가스용기장착부(114)를 구성하여 탄화가스용기(160)를 장착함은 물론, 어디서든지 물만 있으면 증류수를 생산하여 전해수로 쓸수 있도록 구성하였다.In addition, as shown in FIG. 6, the water purifier 150 and the carbon gas container mounting unit 114 are integrally formed with the electrolytic cell 100 to mount the carbon gas container 160 as well as to produce distilled water wherever there is water. It is configured to be used as.

이와같이 구성된 본 고안으로 연소용 가스를 얻고자 할 때는 전해조 내부에 전해수를 채우고 주변의 전기여건에따라 교류나 직류회로를 선택하고 전원을 인가하면 가스생성부의 셀에 전류가 흐르면서 전해수는 전기분해의 원리에 의하여 수소와 산소로 분해되어 이들이 혼합된 혼합가스를 생성시키게 되는데, 이때 생성된 가스는 전해수생성부의 셀 상측에 기울어지게 형성된 가스배출통로를 통하여 수조의 상측으로 부상하여 가스안내부에서 1차 수분이 제거된 다음 다시 수분제거기에서 수분이 완전히 제거되어 안전을위한 2차역류방지변과 수봉식역화방지기, 1차역류방 지변을 거쳐 불꽃조정기에 도달하면 일을 하고자하는 용도에따라 알맞는 종류의 탄화수소를 첨가한 다음 안전을위한 건식역화방지기를 거쳐 토오치로 공급되어 일을 하게며, 이때 전해수는 가스생성부의 전해수유동통로를 통하여 다수의 셀에 원활히 공급된다.In order to obtain the combustion gas with the present invention, the electrolyzed water is filled with electrolyzed water inside the electrolyzer, and the AC or DC circuit is selected according to the surrounding electrical conditions and the power is applied. It is decomposed into hydrogen and oxygen to produce a mixed gas mixed therein, wherein the generated gas rises to the upper side of the water tank through the gas discharge passage formed to be inclined above the cell of the electrolytic water generating unit, and the primary moisture in the gas guide portion. After this is removed, the water is completely removed from the moisture remover to ensure safety of the secondary backflow prevention valve, water-based backfire prevention device, and the first backflow room. After reaching the flame controller, add appropriate type of hydrocarbon according to the intended use and then supply it to Tochi through a dry flame arrester for safety, where electrolyzed water flows into the electrolyzed water flow of the gas producing part. The passage is smoothly supplied to the plurality of cells.

이와같은 본 고안을 인가되는 전원에따라 설명하면, 먼저 교류전원을 사용시는 교류전원회로를 선택하고 교류전원을 인가하면 교류전원은 각각의 평판셀에 직렬로 공급되어 전압이 분할되며, 직류전원을 사용시는 직류전원회로를 선택하고 직류전원을 인가하면 직류전원은 각각의 평판셀에 병렬로 공급되어 흐르면서 전해수를 전기분해 하게된다.When the present invention is described according to the applied power, first, when using an AC power source, the AC power circuit is selected, and when AC power is applied, AC power is supplied in series to each of the flat cells to divide the voltage. In use, if DC power circuit is selected and DC power is applied, DC power is supplied to each flat plate cell in parallel to electrolyze electrolyzed water.

상기한 바와같이 본 고안은 전해조 내부에 설치되어 물을 전기분해하는 가스에너지생성부의 셀(CELL)을 평판으로 형성하여 외부에서 투입하는 교류전원의 전압(V)을 만족할만큼의 수량으로 일정한 간격을 이루도록 직렬로 구성하여 투입전압을 분할함으로서 감압을 위한 별도의 변압기를 사용하지 않아도 되는 것은 물론 동일한 전기에너지로 전기분해 효율을 극대화하며, 상기 가스에너지생성부의 다수의 셀은 외주면을 비전도체로 감싸서 고정하여 상측으로는 가스배출통로를 형성하고 셀의 아래측으로는 전해수의 유동통로를 형성하도록 경사지게 구성하여 가스발생 효율을 상승시키며, 교류전원의 사용이 불가능할 때 직류전원을 사용하도록 상기 각각의 셀에 직류전원을 병렬로 연결하며, 전해조에서 얻은 가스에너지를 안전하게 사용하도록 중복된안전장치를 구비하고 외부가스에너지 저장통장착부와 정수 장치를 전해조와 일체로 구성하여 사용이 편리하도록한 신규한 고안이다.As described above, the present invention forms a cell (CELL) of a gas energy generation unit which is installed inside the electrolytic cell to electrolyze water into a flat plate and has a constant interval in a quantity sufficient to satisfy the voltage (V) of the AC power supplied from the outside. It is not necessary to use a separate transformer for decompression by dividing the input voltage by dividing the input voltage, and maximizes the electrolysis efficiency by the same electric energy, and a plurality of cells of the gas energy generating part are wrapped around the outer circumference with a non-conductor and fixed The gas discharge path is formed on the upper side and the gas discharge efficiency is formed on the lower side of the cell so as to form the flow path of the electrolyzed water, thereby increasing the gas generation efficiency, and using the DC power source when the AC power source is not available. Connect power in parallel and use gas energy from electrolyzer safely. And having an external gas energy reservoir mounting portion and the integer Safe It is a novel design that the device is integrated with the electrolyzer to make it easy to use.

Claims

In electrolyzing water to obtain gas energy for combustion,

Inside the lower side, a gas discharge passage is formed on the upper side in which a plurality of flat cells (CELL) electrolyzing water are fixed in series to form a constant interval, and on the lower side, a gas generating portion is formed to form a flow passage of electrolytic water. A heat sink fin is formed on the outer wall, and a drain hole is formed at one lower end, and an electrolytic water is filled into the upper portion of the gas generating unit, and a water tank having a gas guide unit is formed on the upper side of the tank to form an electrolytic water injection hole and a gas outlet. On the side of the tank, the electrolytic cell composed of a transparent observation tube to check the amount of water stored inside the tank from the outside,

Power supply means for supplying power for generating gas energy to the electrolytic cell;

Gas energy supply means for supplying safely to use the gas energy for combustion generated in the electrolytic cell,

A gas combustion means mounted to the gas energy supply means to burn gas energy to perform work;

Apparatus for obtaining gas energy for combustion by electrolyzing water, characterized in that it comprises a control means for detecting the environmental conditions of the electrolyzer to control the optimum conditions for the generation of gas energy.

The method of claim 1

The gas generating unit of the electrolytic cell is characterized in that the water is characterized in that the entire surface is inclined in series so that the outer periphery of the plurality of flat cells (CELL) that electrolyzes the water at a constant interval to the non-conductor sealed to the outside Apparatus for obtaining gas energy for combustion by electrolysis.

The method of claim 1

A plurality of flat cells for electrolyzing the electrolyzed water of the gas generating part are connected in series in a quantity sufficient to satisfy the alternating voltage applied from the outside, thereby fixing external AC power to the outermost ends of both ends of the gas generating part of the electrolytic cell. When applied to the AC power supply terminal formed in the flat plate cell, the input voltage is divided into each cell to generate a large amount of combustion gas with a certain amount of electrical energy without a separate transformer Apparatus for obtaining gas energy for combustion by electrolysis.

The method of claim 1,

The AC circuit and the series supplying AC power supplied from the outside through a rectifier in series to a plurality of flat cells for electrolyzing electrolytic water by fixing the power supply means in series to form a predetermined interval in the gas generating part of the electrolytic cell. A DC circuit for supplying DC power applied from the outside to each of the plurality of flat cells which electrolyze electrolyzed water by a control device in parallel through a control device, and configured to selectively use them according to an external situation. To obtain gas energy for combustion by electrolysis.

The method of claim 1,

The gas energy supply means is a secondary backflow prevention valve and a water backfire prevention device, a primary backflow, in which a gas energy for combustion generated by electrolysis of water in an electrolytic cell removes water from a moisture remover and prevents bleaching. A device for obtaining gas energy for combustion by electrolyzing water, characterized in that it is configured to safely supply gas energy to the torch of the combustion means through the prevention valve and the dry flashback prevention device in sequence.

The method of claim 1,

The control means displays the gas pressure flowing through the gas energy supply means by a pressure gauge, and when the gas pressure is higher than the set maximum pressure, the circuit breaker is turned off to cut off the electrolysis power supply to the electrolytic cell. A pressure control means configured to continue the operation by turning the circuit breaker ON again when the pressure is lower than the pressure; a temperature control means which senses the temperature of the electrolytic cell and starts the cooling fan to cool the electrolytic cell when the electrolytic cell is heated; If the detection of the electrolyzed water is insufficient, the distilled water purified by the water purifier is forced to press the inside of the tank of the electrolytic tank to the level control means for adjusting the level, the pressure control means, any one of the temperature control means, the water level control means When the signal is dangerous, the alarm sound and warning light are configured to operate so that the gas energy for combustion Gaining device.

The method of claim 1,

The combustion means comprises a flame regulator for adding carbonized gas to supplement or control the strength and size of the flame, and a torch which is detachably coupled to the gas supply means and works by burning the supplied gas energy. Apparatus for obtaining gas energy for combustion by electrolysis of water, characterized in that.

The method of claim 1,

The gas guiding pipe is integrally installed at the end of the gas discharge passage formed in the inner lower side of the electrolytic cell so as to increase the gas generation rate by promoting the movement of the gas generated in the gas generating part to the gas discharge port. Apparatus for obtaining gas energy for combustion by electrolysis of water, characterized in that.

According to claim 1,

The gas for combustion by electrolyzing water characterized in that the electrolytic water flow passage installed in the lower end of the electrolytic cell and the one side of the upper tank is connected to the circulation pipe and the circulation pipe is installed in the circulation pipe to force the electrolytic water to circulate. Device to get energy.

The method of claim 1,

Combining the electrolyzer with a distilled water generator and an external gas mounting unit to equip other gas containers, as well as to produce distilled water and use it as electrolyzed water wherever there is water. Device to obtain.

The method of claim 1,

Apparatus for obtaining gas energy for combustion by electrolysis of water, characterized in that the transparent water flow rate penetrating up and down on the side wall forming the upper tank of the electrolytic cell.