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    • 1. 发明授权
    • 연관식 보일러
    • KR102428535B1
    • 2022-08-03
    • KR1020170183573
    • 2017-12-29
    • F24H8/00F24H9/00F24H9/18F24H9/20F24H9/02F24H1/36
    • 본발명은기존보일러대비보일러의높이를줄이고열교환효율을향상시킴과아울러수압이높은환경에서도변형및 파손을방지할수 있으며, 응축수의누수및 맺힘현상을방지하고응축수의원활한배출이가능하고, 버너의턴다운비를향상시켜낮은부하영역에서도연소상태를안정적으로구현할수 있는연관식보일러를제공함에그 목적이있다. 이를구현하기위한본 발명은, 연소용가스와공기가혼합되는혼합공간과, 납작한형상의믹스챔버몸체, 및연소실의상측에수평방향으로배치된평판형버너를구비한믹스챔버; 열매체가유입및 배출되고열매체가수용되는수조의외벽을이루는외통과, 상기외통과결합되어상기연소실을형성하는경판구조의상관판과, 상기연소실에서발생하는연소가스가내부를따라유동하며외부를유동하는열매체와열교환되도록하는납작한형상으로이루어진복수의튜브와, 상기튜브의내측에결합되어상기연소가스의유동에난류발생을유도하는터뷸레이터와, 상기외통과상기튜브사이에구비되어열매체의유동방향이반경방향내측과외측으로교대로전환되도록유도하는다단의격막과, 상기튜브의하단부를지지하는경판구조의하관판을구비한열교환기;를포함하여구성된다.
    • 2. 发明授权
    • 오일 보일러
    • KR102372925B1
    • 2022-03-11
    • KR1020190052519
    • 2019-05-03
    • F24H9/18F24H1/36F24H8/00F24H9/00F24H9/20F24H9/02F23D11/10F23L13/02F23K5/14F16T1/22F16T1/38F23J11/00
    • 본발명에따른오일보일러는, 양단의개구와, 상기양단의개구에연통되는내부의중공을갖는외통; 상기외통의상단측의개구를덮되, 상기외통의중공에위치하고연소반응이일어나는내부공간을제공하는연소실; 상기연소실로부터하방으로이격되고, 상기외통의하단측의개구를덮는하부커버;상기연소실의내부공간으로부터상기하부커버의외측으로, 상기연소반응에의해발생된연소가스를안내함으로써, 상기외통의중공에서유동하는난방수를가열하기위해, 상기외통의중공에마련되는복수개의연관; 상기연소실의내부공간에오일타입의연료를분무하는연료노즐, 상기내부공간에공기를분사하는공기노즐, 및분무된상기연료와분사된상기공기의혼합물질을발화시키는점화플러그를포함하는버너; 및상기내부공간에서, 상기분무된연료가상기분사된공기의혼합물질이발화되는일부공간을둘러쌈으로써튜브공간을정의하게마련되고하단이개방되는화염튜브와, 상기내부공간의연소가스가상기화염튜브의외부로부터내부로유입되도록상기화염튜브를관통하여형성되는재순환홀을구비하는화염튜브부를포함한다.
    • 3. 发明授权
    • 연관식 보일러
    • KR102364011B1
    • 2022-02-17
    • KR1020170183572
    • 2017-12-29
    • F24H8/00F24H9/00F24H1/36
    • 본발명은기존보일러대비보일러의높이를줄이고열교환효율을향상시킴과아울러수압이높은환경에서도변형및 파손을방지할수 있으며, 응축수의누수및 맺힘현상을방지하고응축수의원활한배출이가능하고, 버너의턴다운비를향상시켜낮은부하영역에서도연소상태를안정적으로구현할수 있는연관식보일러를제공함에그 목적이있다. 이를구현하기위한본 발명의연관식보일러는, 연소용가스와공기가혼합되는혼합공간과, 납작한형상의믹스챔버몸체, 및연소실의상측에수평방향으로배치된평판형버너를구비한믹스챔버; 열매체가유입및 배출되고열매체가수용되는수조의외벽을이루는외통과, 상기연소실에서발생하는연소가스가내부를따라유동하며외부를유동하는열매체와열교환되도록하는납작한형상으로이루어진복수의튜브와, 상기튜브의내측에결합되어상기연소가스의유동에난류발생을유도하는터뷸레이터와, 상기외통과상기튜브사이에구비되어열매체의유동방향이반경방향내측과외측으로교대로전환되도록유도하는다단의격막을구비한열교환기;를포함하여구성된다.
    • 7. 发明公开
    • 3중 열교환 경로를 구비한 횡형 보일러
    • 带3通热交换器的水平式锅炉
    • KR1020150065281A
    • 2015-06-15
    • KR1020130150410
    • 2013-12-05
    • 우송정보대학 산학협력단
    • 김규생
    • F24H1/36F24H9/18F24H9/12
    • F24H1/36F24H9/00F24H9/12F24H9/18
    • 본발명의 3중열 교환경로를구비한횡형보일러는일측에버너가설치되며횡으로설치된제 1 열교환경로와, 제 1 열교환경로와제 1 격벽에의해분리되며제 1 열교환경로하측에횡으로설치된제 2 열교환경로와, 제 2 열교환경로와제 2 격벽에의해분리되며제 2 열교환경로하측에횡으로설치되며배기구를구비한제 3 열교환경로가형성되며; 제 1 열교환경로와제 2 열교환경로는버너가설치된반대측에서서로연통되며; 제 2 열교환경로와제 3 열교환경로는배기구가설치된반대측에서서로연통되며; 상기버너와배기구는서로반대측에설치되어있으며; 상기제 1 내지제 3 열교환경로를이루는제 1 케이싱과, 제 1 케이싱의외부를감싸는제 2 케이싱과, 상기제 1,2 케이싱사이에형성되는수실과, 상기수실에는제 1 케이싱의외부를감싸는코일이설치되며; 상기수실은환수구를통해난방수를공급받아, 배출구를통하여가열된난방수를배출하며; 상기코일은급수구를통해공급받은물을가열하여급탕구로배출하도록이루어진것을특징으로한다.
    • 根据本发明,具有三重热交换通道的卧式锅炉具有水平安装在一侧的燃烧器的第一热交换通道; 第二热交换通道,通过第一分隔壁与第一热交换通道分离,并且水平地安装在第一热交换通道下方; 以及第三热交换通道,其通过第二分隔壁与第二热交换通道分离,第二分隔壁水平地安装在包括排气孔的第二热交换通道的下方,其中第一热交换通道和第二热交换通道彼此相通 所述第二热交换通道和所述第三热交换通道在与安装所述排气孔的一侧相反的一侧相互连通,所述燃烧器和所述排气孔是 分别安装在对面。 安装的是构成第一至第三热交换通道的第一壳体,包围第一壳体的外部的第二壳体,形成在第一和第二壳体之间的水室和形成在水室中的线圈, 第一套。 废水室通过回水孔接收加热水,并通过排放孔排出加热的加热水。 线圈加热通过供水孔供水的水,并通过热水孔排放。
    • 8. 发明授权
    • 축열식 벽난로 보일러
    • 热存储型心脏和锅炉
    • KR101372066B1
    • 2014-03-07
    • KR1020140001412
    • 2014-01-06
    • 배윤기
    • 배윤기
    • F24B1/183F24B9/00F24B1/189F24H1/36
    • F24B1/26F23B10/02F23B60/00F24B1/02F24B5/023F24B7/045F24B9/00F24C15/003F24B1/183F24B1/189F24H1/36F24H2230/00
    • The present invention relates to a heat storage type fireplace boiler. The heat storage type fireplace boiler includes a combustion main body (10) in which a first combustion chamber (12) and a second combustion chamber (13) are individually installed; an inner fuel intake (20) having a door (21) on the front surface; a hot water circulating pipe (30) in which a hot water inlet (34) is individually installed on the rear surface of the combustion main body (10); a hot wind circulating pipe (40) located along the first combustion chamber (12) and the second combustion chamber (13); an outer fuel intake (50); a damper controller (60) lifting and dropping a damper (62) by pushing a connection rod (64); and a fall prevention cover (70) preventing a fall.
    • 本发明涉及蓄热式壁炉式锅炉。 蓄热式壁炉锅炉包括分别安装有第一燃烧室(12)和第二燃烧室(13)的燃烧主体(10) 在前表面上具有门(21)的内燃料进口(20) 在所述燃烧主体(10)的后表面上分别安装有热水入口(34)的热水循环管(30) 沿着第一燃烧室(12)和第二燃烧室(13)设置的热风循环管(40); 外部燃料进口(50); 阻尼器控制器(60),通过推动连接杆(64)来升降风门(62); 以及防止坠落的防坠落罩(70)。
    • 9. 发明公开
    • 난방 및 온수 겸용 일체형 연탄 보일러
    • 一个用于加热和热水的PIECE BRIQUETTE锅炉
    • KR1020090003959A
    • 2009-01-12
    • KR1020070067803
    • 2007-07-06
    • 이문인
    • 이문인
    • F24B13/00F24H1/36F24B9/00
    • F24B13/00F23B2700/003F24B9/00F24H1/36F24H2230/00
    • A heating and hot water combined integrated briquette boiler is provided continuously supply the hot water by heating a hot water coil with the most hot hot-water which is in the second chamber. A heating and hot water combined integrated briquette boiler comprises a chamber(110) having the first chamber(116) and the second chamber(118), and main body(130) including the heating water inlet and heating water outlet; an insulating member(120) installed at the inside of chamber first and second chamber are partitioned off and having a path(122) in which hot-water can flow between first and second chamber; a cooking stove assembly(140) canning draw out to the outside of the main body in the state where the door of the main body is opened; and a hot water storage member(150) having the hot water gate and hot water outlet and installed inside the second chamber in order to be heated by the hot-water of the second chamber inside.
    • 提供一种加热和热水组合的一体式压块锅炉,通过加热热水盘管与第二室中最热的热水连续供应热水。 一种加热和热水组合的一体式压块锅炉,包括:具有第一室(116)和第二室(118)的室(110)和包括加热水入口和加热水出口的主体(130) 安装在室第一和第二室的内部的绝缘构件(120)被分隔开并具有热水可以在第一和第二室之间流动的路径(122); 在主体的门打开的状态下,烹饪炉组件(140)在罐体的外侧拔出; 以及具有热水门和热水出口并设置在第二室内的热水存储构件(150),以便被第二室的热水加热。
    • 10. 发明授权
    • 재처리 장치 및 이를 이용한 난방 시스템
    • ASH处理系统和加热系统
    • KR100828743B1
    • 2008-05-09
    • KR1020070025860
    • 2007-03-16
    • 조기희
    • 조기희
    • F24B13/00F24B7/00F24B9/00F24H1/36
    • F24B13/006F24B7/005F24B9/00F24H1/36F24H2230/00
    • An apparatus for disposing ashes and a heating system using the same are provided to maximize the heating efficiency by allowing high temperature fume to pass through a through pipe instead of being directly discharged to an outside. An apparatus for disposing ashes comprises support bars(29), formed at regular intervals that support fuel. A plurality of impellers(200) are installed between the support bars, respectively, to cut ashes of combusted ashes. Rotating shafts(220) interconnect the impellers. Motors(210) are connected between the rotating shafts to rotate the rotating shaft. Since the impellers protrudes from the surface of the support bars between the support bars, the impellers rotate in the longitudinal direction of the support bars.
    • 提供了一种用于处理灰烬的装置和使用该设备的加热系统,以通过允许高温烟雾通过通过管而不是直接排放到外部来最大化加热效率。 用于设置灰烬的装置包括以支撑燃料的规则间隔形成的支撑杆(29)。 分别在支撑杆之间安装多个叶轮(200)以切割燃烧的灰烬的灰分。 旋转轴(220)互连叶轮。 电动机(210)连接在旋转轴之间以使旋转轴旋转。 由于叶轮从支撑杆之间的支撑杆的表面突出,叶轮在支撑杆的纵向方向上旋转。