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    • 1. 发明授权
    • Steam generator for automatic water supply which uses vapor pressure
    • 用于自动供水的蒸汽发生器,其使用蒸汽压力
    • KR101161677B1
    • 2012-07-02
    • KR20100136553
    • 2010-12-28
    • YIM JOO HYUK
    • YIM JOO HYUK
    • F22D5/26F22D5/28
    • F22D5/28F22D5/30
    • PURPOSE: An automatic water supply type steam generator using steam pressure is provided to continuously generate steam by generating vacuum pressure in the inside of a pressurized water supplying tank using steam pressure. CONSTITUTION: An automatic water supply type steam generator using steam pressure comprises a condensate water collecting tank(20), a pressurized water supplying tank(30), a steam pressure supplying pipe(40), a water supplying pipe(50), a charging water control valve(60), a pressure supply control valve(70), a water supply control valve(80), and an air-vent. The pressurized water supply tank is connected to the condensate water collecting tank by the charging water pipe as a medium. The steam pressure supplying pipe is connected between the pressurized water supplying tank and a steam generator. A water supply pipe is connected to the pressurized water supplying tank and the steam generator. The charging water control valve is installed in a pipeline of a charging water pipe. The pressure supply control valve is installed in the pipeline of the steam pressure supplying pipe. The water supply control valve is installed in the pipeline of the water supplying pipe. The air-vent controls internal vacuum pressure of the pressurized water supplying tank.
    • 目的:提供一种使用蒸汽压力的自动供水式蒸汽发生器,通过使用蒸汽压力在加压供水罐的内部产生真空压力来连续产生蒸汽。 构成:使用蒸汽压力的自动供水式蒸汽发生器包括冷凝水收集箱(20),加压供水箱(30),蒸汽压力供应管(40),供水管(50),充气 水控制阀(60),压力供给控制阀(70),供水控制阀(80)和排气口。 加压供水箱通过充水管作为介质连接到冷凝水收集箱。 蒸汽压力供给管连接在加压供水箱和蒸汽发生器之间。 供水管连接到加压供水箱和蒸汽发生器。 充水控制阀安装在充水管道的管道中。 压力供给控制阀安装在蒸汽压力供给管的管道中。 供水控制阀安装在供水管道的管道中。 通风口控制加压供水箱的内部真空压力。
    • 2. 发明授权
    • 클린 스팀보일러
    • KR101870944B1
    • 2018-06-25
    • KR1020170016340
    • 2017-02-06
    • 이영직
    • 이영직
    • F22B1/16F22D5/28F22D5/34
    • F22B1/16F22D5/28F22D5/34
    • 본발명은급수펌프로부터공급되는물이저장되는보일러탱크가구비되며보일러탱크의내측에는연소부가설치되어있어연소부로부터의연소열로보일러탱크의물을가열하여 1차스팀을발생시키고 1차스팀공급관을통해공업용이나난방용으로공급하는 1차스팀공급부와, 내식성금속재질로형성되며상기급수펌프로부터공급되는물이저장되는하부저수통이구비되고하부저수통의상부에는보일러탱크의상부와 1차스팀유입관을통해연결된열교환통이설치되며열교환통의상부에는 2차스팀저장통이설치되어있되상기열교환통의내측에는하부저수통과 2차스팀저장통사이를상하로연결하는복수개의수관이설치되어있고열교환통의외측면하부에는보일러탱크와연결된응축수회수관이설치되어있어열교환통으로유입되는 1차스팀에의해복수개의수관에채워진물이열교환식으로가열되면서 2차스팀을발생시키고 2차스팀저장통에설치된 2차스팀공급관을통해식품가공용이나의료용품의소독용으로공급되는 2차스팀공급부로구성된것을특징으로하는클린스팀보일러에관한것이다.
    • 4. 发明授权
    • 증기압력을 이용한 진공 흡입장치
    • 采用蒸汽压力的真空吸尘装置
    • KR101161694B1
    • 2012-07-02
    • KR1020110014264
    • 2011-02-17
    • 임주혁
    • 임주혁
    • F22D5/26F22D5/28F22D11/02
    • F24H9/2007F22D5/28F22D5/34F22D11/00
    • PURPOSE: A vacuum suction device using steam pressure is provided to automatically charge water to a pressurized water supplying tank while sucking the water inside a condensate water collecting tank by using a strong suction force caused by vacuum pressure because the vacuum pressure is generated in the inside of the pressurized water supplying tank using steam pressure. CONSTITUTION: A vacuum suction device using steam pressure comprises a condensate water collecting tank, a pressurized water supplying tank(30), a steam pressure supplying pipe(40), a water supplying pipe, a charging water control valve(60), a pressure supplying control valve(80), and a coolant spraying pipe. The condensate water collecting tank is installed in the lower part of a steam generator and the pressurized water supply tank is connected to the condensate water collecting tank by the charging water pipe(21) as a medium. The steam pressure supplying pipe is connected between the pressurized water supplying tank and the steam generator. When steam pressure filling a steam layer of the pressurized water supplying tank is discharged to the condensate water collecting tank, the coolant spraying pipe installed in the upper part of the pressurized water supplying tank automatically sprays coolant so that an internal pressure formation time of the pressurized water supplying tank is reduced.
    • 目的:提供一种使用蒸汽压力的真空抽吸装置,通过使用由真空压力引起的强大的吸力,在向内部产生真空压力的同时,将冷凝水收集箱内的水吸入加压供水箱, 的压力供水箱。 构成:使用蒸汽压力的真空抽吸装置包括冷凝水收集箱,加压供水罐(30),蒸汽压力供给管(40),给水管,加料水控制阀(60),压力 供给控制阀(80)和冷却剂喷射管。 冷凝水收集罐安装在蒸汽发生器的下部,加压供水箱通过充水管(21)作为介质连接到冷凝水收集箱。 蒸汽压力供给管连接在加压供水箱和蒸汽发生器之间。 当填充加压供水水箱的蒸汽层的蒸汽压力被排放到冷凝水收集箱时,安装在加压供水箱上部的冷却剂喷射管自动喷射冷却剂,使得加压供水罐的内部压力形成时间 供水箱减少。
    • 5. 发明公开
    • 증기압력 및 초소용량 펌프를 이용한 보일러용 급수장치
    • 使用蒸汽压力和微小容量泵的锅炉供水系统
    • KR1020110026596A
    • 2011-03-16
    • KR1020090084318
    • 2009-09-08
    • 임주혁
    • 임주혁
    • F22B1/28F22D11/02
    • F22D5/28F22B1/28F22B37/78F22D7/08
    • PURPOSE: A water supply device for a boiler using a micro pump and steam pressure is provided to improve thermal efficiency by supplying the water of a supplement water tank in high temperature. CONSTITUTION: A water supply device for a boiler using a micro pump and steam pressure comprises a boiling tank(10), a water supply pressure tank(20), a steam pressure supply pipe(30) and a micro compression pump(40). The boiling tank produces steam according to the operation of an electric heater(11). A water level sensor(12) for sensing a water level is installed in the boiling tank. The water supply pressure tank is installed to be connected with the boiling tank. A water level sensor(22) is installed inside of the water supply pressure tank. The steam pressure supply pipe is mounted on top of the boiler tank and the water supply pressure tank. A steam pressure supply control valve(31) is installed on the steam pressure supply pipe. The micro compression pump is formed on one side of a water pipe(23) connected with the water supply pressure tank. A water supplying pipe(25) combined in the other side of the micro compression pump is connected with the boiler tank to pass water through.
    • 目的:提供一种使用微型泵和蒸汽压力的锅炉供水装置,通过在高温下供应补充水箱的水来提高热效率。 构成:用于使用微型泵和蒸汽压力的锅炉的供水装置包括沸腾罐(10),供水压力罐(20),蒸汽压力供给管(30)和微型压缩泵(40)。 沸腾罐根据电加热器(11)的操作产生蒸汽。 用于感测水位的水位传感器(12)安装在沸水箱中。 供水压力罐安装与沸水箱连接。 水位传感器(22)安装在供水压力罐内部。 蒸汽压力供应管安装在锅炉罐和供水压力罐的顶部。 蒸汽压力供给控制阀(31)安装在蒸汽压力供给管上。 微型压缩泵形成在与供水压力罐连接的水管(23)的一侧。 在微型压缩泵的另一侧组合的供水管(25)与锅炉箱连接以通过水。
    • 6. 发明公开
    • 대기 차단형 물탱크를 갖는 보일러의 자동 시운전방법
    • 具有封闭式水箱的锅炉自动测试操作方法
    • KR1020110120665A
    • 2011-11-04
    • KR1020100040176
    • 2010-04-29
    • 린나이코리아 주식회사
    • 주기동이정민전세균권기출
    • F22D5/26F22D5/30F24H9/20
    • F24H9/2007F22D5/28F22D5/30F22D11/00
    • PURPOSE: An automatic making method of a boiler having air interception type water tank is provided to prevent operation stop due to water shortage of a heating pipeline and boiler. CONSTITUTION: An automatic making method of a boiler having air interception type water tank is as follows If the power source is provided, a central processing unit(5) determines an off-state of a pressure sensor(3) A low water level sensor(1) performs error or normality detecting subroutine, if the pressure sensor is on. The off-state of the low water level sensor is detected, when the pressure sensor is off. If the low water level sensor is on, it returns to the initial state off. If the low water level sensor is off, a water supplying device(6) is turned on by a controller(7). If the water supplying device is on, on-state of the low water level sensor is detected.
    • 目的:提供一种具有拦截式水箱的锅炉自动制造方法,以防止加热管道和锅炉缺水导致操作停止。 构成:具有拦截型水箱的锅炉的自动制造方法如下:如果设置电源,则中央处理单元(5)确定压力传感器(3)的关闭状态低水位传感器( 1)如果压力传感器打开,则执行错误或正常检测子程序。 当压力传感器关闭时,检测到低水位传感器的关闭状态。 如果低水位传感器打开,则返回初始状态。 如果低水位传感器关闭,则由供水装置(6)由控制器(7)接通。 如果供水装置打开,则检测到低水位传感器的通态。
    • 7. 发明公开
    • 대기 차단형 물탱크를 갖는 보일러의 자동 물 보충방법
    • 具有封闭式水箱的锅炉自动供水方法
    • KR1020110120636A
    • 2011-11-04
    • KR1020100040128
    • 2010-04-29
    • 린나이코리아 주식회사
    • 이정민주기동권기출박대우방승훈이상문이재석심영섭장석후전세균
    • F22D5/26F22D5/30F24H9/20
    • F24H9/2007F22D5/28F22D5/34F22D11/00
    • PURPOSE: An automatic water replenishing method of a boiler having air interception type water tank is provided to prevent the operation stop of products due to water shortage in a heating pipe. CONSTITUTION: An automatic water replenishing method due to water shortage in a heating pipe is as follows If the power source is provided, a central processing unit(5) determines an off-state of a pressure sensor(3) A low water level sensor(1) performs error or normality detecting subroutine, if the pressure sensor is on. The off-state of the low water level sensor is detected, when the pressure sensor is off. If the low water level sensor is on, it returns to the initial state off. If the low water level sensor is off, a water supplying device(6) is turned on by a controller(7). If the water supplying device is on, on-state of the low water level sensor is detected.
    • 目的:提供一种具有拦截式水箱的锅炉的自动补水方法,以防止由于加热管道缺水引起的产品的运行停止。 构成:由于加热管中的缺水引起的自动补水方法如下:设置电源时,中央处理单元(5)确定压力传感器(3)的关闭状态低水位传感器( 1)如果压力传感器打开,则执行错误或正常检测子程序。 当压力传感器关闭时,检测到低水位传感器的关闭状态。 如果低水位传感器打开,则返回初始状态。 如果低水位传感器关闭,则由供水装置(6)由控制器(7)接通。 如果供水装置打开,则检测到低水位传感器的通态。
    • 8. 发明公开
    • 휴대용스팀난방장치
    • KR1020060101137A
    • 2006-09-22
    • KR1020050054253
    • 2005-06-23
    • 이지훈
    • 이지훈
    • F22B1/00F24D1/02
    • F22B1/22A47C21/048A47G9/086F22D5/28F22D5/34
    • 본 발명은 동절기 야외에서 야영시 인체의 난방을 목적으로 하는 휴대용스팀 난방장치에 관한것으로, 제2보조탱크가 체결되는 암나사와 차단밸브가 구비된 원통형의 보조탱크 내부에 깔때기 형태의 공간부를 상하 관통되게형성하고, 스팀배출관과 급수관을 구비한 가열탱크 또한 깔때기형태로 보조탱크 의 공간부보다 다소작게 형성하여 상기 공간부에 내설한 다음 급수관을 연결하여 서로 통하게하고, 보조탱크상단 공간부를 통하여 돌출된 스팀배출관에 T자관이 체결되고, 이 T자관에 압력조절밸브와 스팀호스가 체결되도록 구성된 것을 특징으로하는 스팀발생기와;
      상기 스팀배출관 으로부터 스팀을 공급받아 인체를 난방시키는 스팀매트는, 우레탄재질의 소형호스에 실리콘을 도포한다음, 면소재를 피복한 스팀호스를 나일론천에 내설한다음, 또다른천을 대고 봉재하여 이탈을 방지하고, 상하양면을 보온재와, 면소재와, 나일론천 등의 부드러운 소재로구성된 매트에 자크를 달아 침낭으로 전환하여 사용하도록 구성된것을 특징으로한다.
      보조탱크, 가열탱크, 스팀매트, 침낭,스팀호스, 공간부, 깔때기
    • 9. 实用新型
    • 스팀보일러의 급수장치
    • 蒸汽锅炉给水系统
    • KR200367359Y1
    • 2004-11-10
    • KR2020040023449
    • 2004-08-17
    • 이준형
    • 이준형
    • F22B37/14
    • F22D11/06F22B37/14F22D5/28F22D5/34
    • 본 고안은 물을 가열하여 난방을 실시하는 스팀보일러에 관한 것으로, 고가의 콤프레셔를 설치하지 않고도 응축수 모음탱크내의 물을 보일러의 내부로 급수할 수 있도록 한 것이다.
      이를 위해, 보일러(1)의 일측에 응축수 모음탱크(2)를 설치하여 상기 응축수 모음탱크 내의 응축수를 펌프(13)의 구동에 따라 보일러(1)의 내부로 급수하도록 구성된 스팀보일러의 급수장치에 있어서, 응축수 공급관(11)상에 제1밸브(12)를 설치하여 상기 응축수 공급관을 연결관(10)에 연결하고 펌프(13)의 토출측과 보일러(1)사이에 설치된 급수관(15)상에는 제2밸브(14)를 설치함과 동시에 제2밸브의 후단과 응축수 모음탱크사이에는 제3밸브(16)를 구비한 응축수 회수관(17)을 연결하며 스팀관(18)과 응축수 모음탱크(2)상부에는 체크밸브(19)가 구비된 균압관(20)을 연결하여서 된 것이다.