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    • 1. 发明授权
    • 보일러용 에어순환공급식 연소로
    • 锅炉用空气循环供给式燃烧炉
    • KR101831619B1
    • 2018-02-26
    • KR1020160167387
    • 2016-12-09
    • 이상훈이종원
    • 이상훈이종원
    • F23B60/02F23B40/02F23B80/04F23M5/08
    • F23B60/02F23B40/02F23B80/04F23B2700/003F23B2700/009F23M5/08
    • 본발명은수평으로위치된직육면체형통형상으로상부가아치형으로된 화실케이싱이구비되고화실케이싱의내부에투입된연료를연소시켜후방상부의화구를통해연소열을공급하되화실케이싱의좌우양측면에는다수개의에어토출공이천공되고바닥면에는다수개의에어토출유닛이설치된내부화실부와, 화실케이싱의외측을둘러싼외부케이싱이구비되고화실케이싱과외부케이싱사이의상하부에는제1격판과제2격판이수평으로가로막은상태로고정설치되어내부가상부에어실과하부에어실과바닥에어실로구획되며하부에어실은송풍기로부터의에어공급관이연통설치되어에어가유입되고제1,2격판에는각각에어개폐판이개폐조절되게설치되어상부에어실과하부에어실을통한화실케이싱의에어토출공으로의에어공급과바닥에어실을통한에어토출유닛으로의에어공급이조절되는에어조절공급부와, 화실케이싱의후방외측면에화구의외측을이격되게둘러싼상태로외부케이싱을관통하는가이드관이고정설치되고화실케이싱의후방외측에는외부케이싱과의사이에급풍기가연결된송풍덕트가가이드관의하부와연통설치되어가이드관의후방을통해토출되는바람이화구로부터의열기를유도하는열기유도부로구성된것을특징으로하는보일러용에어순환공급식연소로에관한것이다.
    • 通过本发明的顶部的长方体繁荣形状水平地定位并且设置有腔室壳体弓形燃烧注入腔室壳体的内部的燃料,但通过腔室壳体中的多个空气的左侧的两侧的后上部,右的听筒供应燃烧热 一个封闭火箱外壳外侧的外壳和一个水平设置在火箱外壳和外壳之间的上部和下部的第一隔膜任务2隔膜。 状态,并且被牢固地固定在上气室和下气室和空气室隔间地板robuteoui空气供给管连通于安装下部气室送风机内部被安装,进气口和第一和第二板,所述空气开闭板的开闭各上部空气调节的 通过房间和下部空气室向燃烧室壳体的排气孔供气,并通过底部空气室向排气单元供气 并且在火箱外壳的后部外侧表面处以围绕火箱的外周的状态穿过外壳的导管固定地连接到火箱外壳的外壳, 吹气管道与导管的下部连通并被引导通过导管的后部以从燃烧口引起热量。
    • 2. 发明公开
    • 난방용 화목 가스화 보일러 연소장치
    • 用于加热的木材燃烧器
    • KR1020150042035A
    • 2015-04-20
    • KR1020130120756
    • 2013-10-10
    • 김일환
    • 김일환
    • F23B60/00F24B5/04F24B1/188
    • F23B60/00F23B1/16F23B80/04F23B2700/003F24H1/34F24H3/067
    • 본발명은난방용화목가스화보일러연소장치로서, 더욱상세하게는화목이연소하는연소실과물 또는공기를가열하는열교환실을별도로분리하여온수에의한난방과열풍에의한난방이선택적으로가능하도록하며연소실에가득적재된화목이하부에서연소되므로장시간난방이가능하고열효율이향상되어난방면적에따라연소실의크기를다르게할 수있는난방용화목가스화보일러연소장치에관한것이다. 본발명의난방용화목가스화보일러연소장치는화목을연소시켜열을발생시키는연소유닛과, 연소유닛의외부에설치되며상기연소유닛과탈부착이가능하도록연결관으로연결되어난방유체를가열하는열교환유닛과, 열교환유닛에설치되며상기열교환유닛내부의공기를흡입하여상기연소유닛으로부터발생된열을상기열교환유닛으로유입시키는흡기유닛을구비한다.
    • 本发明涉及用于加热的木材气化锅炉燃烧装置,更具体地说涉及一种用于加热的木材气化锅炉燃烧装置,其能够通过分别包括燃烧木材和热交换的燃烧室,通过热水或热量来选择性地加热房间 室内加热水或空气,通过燃烧从燃烧室下部堆叠在燃烧室中的木材,并且根据加热区域改变燃烧室的尺寸,长时间加热房间并提高热效率。 本发明的用于加热的木材气化锅炉燃烧装置包括:通过燃烧木材产生热量的燃烧单元; 安装在燃烧单元的外部的热交换单元通过连接管连接,并与燃烧单元分离,并加热加热流体; 以及安装在所述热交换单元上的吸入单元,吸入所述热交换单元中的空气,并将从所述燃烧单元产生的热量供给到所述热交换单元。
    • 4. 发明授权
    • 휴대용 펠렛 난로
    • 便携式小桶
    • KR101332575B1
    • 2013-11-25
    • KR1020130024877
    • 2013-03-08
    • 박승권
    • 박승권
    • F24B1/08F24B1/02F24B13/00F24B13/04F24B9/00
    • F24B1/08F23B2700/003F24B1/024F24B9/00F24B13/008F24B13/04F24H2230/00
    • The present invention relates to a portable pellet stove including: a combustion unit which has a combustion chamber having a pellet inlet in the upper part and which has air supply holes formed on the sides of the upper part and the lower part of the combustion chamber; a supply unit which supplies a pellet by connected to the pellet inlet; a supply guide plate which guides so that the pellet is transferred from the supply unit to the combustion chamber in a diagonal direction; a heat transferring unit which transfers the flame and gas generated when a pellet is combusted; and a pipe connecting unit which discharges the gas generated in the combustion unit, wherein the supply unit is used as a pellet supplying container or as a storage container of the potable pellet stove, and to a potable pellet stove which is easily installed and disassembled, prevents backfire when the pellet is combusted, has high thermal efficiency, and can be portably used indoors and outdoors.
    • 本发明涉及一种便携式颗粒炉,包括:燃烧单元,其具有在上部具有颗粒入口的燃烧室,并且具有形成在燃烧室的上部和下部的侧面上的空气供给孔; 供给单元,其通过与颗粒入口连接而供给颗粒; 供应引导板,其引导使得颗粒从对角方向从供给单元传送到燃烧室; 传送单元,其传送当颗粒燃烧时产生的火焰和气体; 以及管道连接单元,其排出在燃烧单元中产生的气体,其中供应单元用作颗粒供应容器或作为可饮用颗粒炉的储存容器,以及易于安装和拆卸的可饮用的小球炉, 防止颗粒燃烧时发生反火,热效率高,可室内和室外使用。
    • 5. 发明公开
    • 사이클론 집진식 열교환기 구조의 고체연소 보일러
    • 带有CYCLON型除尘器的固体燃料锅炉
    • KR1020130104395A
    • 2013-09-25
    • KR1020120025850
    • 2012-03-14
    • 주식회사 쥴
    • 강선국강승구
    • F23B60/02F23J3/00B04C7/00F24B13/00
    • F24H1/34F23B2700/003F23J11/00F23J15/027F23K2203/201F23K2203/202F24H9/1845
    • PURPOSE: A boiler for solid fuels in a heat exchanger structure of a cyclone dust collecting type is provided to prevent damages of the boiler by minimizing residues generated by the combustion in a cyclone method inside a combustor as products of the combustion are attached inside a linkage of the boiler. CONSTITUTION: A boiler for solid fuels in a heat exchanger structure of a cyclone dust collecting type comprises a fuel storage unit (2), a combustion unit (10), an air supply unit (30), an air supply pipe (31), a discharge pipe (14), and a heat exchanging unit (20). The combustion unit includes a fire plate (11) and a heating rod. A fuel supplied from the fuel storage unit is loaded in the fire plate. The heating rod ignites the fuel. The air supply unit supplies air for the combustion inside a combustor. The air supply pipe is connected to the tangential direction to the outer circumferential surface of a lower part of the combustion unit. The discharge pipe is connected to the tangential direction to the outer circumferential surface of an upper part of the combustion unit. The heat exchanging unit is connected to the combustion unit through the discharge pipe and collects products of the combustion included to the heated air.
    • 目的:提供一种旋风集尘型热交换器结构中固体燃料的锅炉,以防止燃烧器产生的燃烧产物中的燃烧产生的燃烧产生的残留物最小化,从而防止锅炉损坏。 的锅炉。 构成:旋风集尘型热交换器结构中固体燃料的锅炉,包括燃料储存单元(2),燃烧单元(10),空气供应单元(30),空气供应管(31) 排出管(14)和热交换单元(20)。 燃烧单元包括防火板(11)和加热棒。 从燃料存储单元供应的燃料装载在防火板中。 加热棒点燃燃料。 供气单元为燃烧器内的燃烧提供空气。 供气管与燃烧单元的下部的外周面的切线方向连接。 排出管与燃烧单元的上部的外周面的切线方向连接。 热交换单元通过排放管连接到燃烧单元,并收集包含在加热空气中的燃烧产物。
    • 6. 发明授权
    • 펠릿 보일러
    • 泡沫锅炉
    • KR101307461B1
    • 2013-09-11
    • KR1020130072086
    • 2013-06-24
    • 박순옥
    • 박순옥
    • F23B30/04F24H9/18F24B13/00
    • F24H1/34F23B30/04F23B60/02F23B2700/003F24H9/1845
    • PURPOSE: A pellet boiler is provided to minimize fluid resistance generated when the coolant passes through a flow path and to efficiently cool a transfer device as the coolant is smoothly circulated thereby. CONSTITUTION: A pellet boiler comprises a main body (10), a pellet supply member (20), a transfer device (30), and a heat exchanger (40). The transfer device comprises a rotary shaft (31), a transfer member (32), and a support bar (33). A first flow path is formed inside the rotary shaft and a second flow path is formed inside the transfer member. The rotary shaft and the transfer member are cooled by circulating the coolant to the first and second flow paths. A plurality of spraying holes (54) is formed to the surface facing the transfer device of an air supply housing.
    • 目的:提供一种颗粒锅炉,以使当冷却剂通过流动路径时产生的流体阻力最小化,并且在冷却剂平稳地循环时有效地冷却转移装置。 构成:颗粒锅炉包括主体(10),颗粒供给构件(20),转移装置(30)和热交换器(40)。 传送装置包括旋转轴(31),传送部件(32)和支撑杆(33)。 第一流路形成在旋转轴内部,第二流路形成在转印构件的内部。 通过将冷却剂循环到第一和第二流动路径来冷却旋转轴和转移构件。 在面向空气供应壳体的传送装置的表面上形成有多个喷射孔(54)。
    • 7. 发明公开
    • 고체 연료를 이용한 보일러
    • 一种固体燃料 - 薄壁型锅炉
    • KR1020130099473A
    • 2013-09-06
    • KR1020120021021
    • 2012-02-29
    • 안상중이종만
    • 안상중이종만
    • F23B40/02F23B30/02F24B13/02F24B13/04
    • F24H1/34F23B40/02F23B60/02F23B2700/003F23J1/06F24H9/1845
    • PURPOSE: A boiler using solid fuels is provided to be stably operated by naturally blocking a route where the heat generated from a combustion hole moves to a solid fuel supply path when the solid fuels are supplied to the combustion hole. CONSTITUTION: A boiler using solid fuels comprises a solid fuel storing tank (100), a combustion chamber, a heat exchanging pipe, and a flue. A plurality of through-holes is formed in the lower surface of a combustion hole. The outside air is induced to one end of the lower surface of a case and is supplied to the through-hole of the combustion hole. The outside air induced to the combustion hole can form an air curtain between the end of a fuel transfer pipe and the combustion hole and the heat of the combustion hole is prevented from moving to the end of the fuel transfer pipe.
    • 目的:提供使用固体燃料的锅炉,通过自然地阻挡燃烧孔产生的热量向固体燃料供给路径供给固体燃料的途径,从而稳定地运行。 构成:使用固体燃料的锅炉包括固体燃料储存罐(100),燃烧室,热交换管和烟道。 在燃烧孔的下表面上形成有多个通孔。 外部空气被引导到壳体的下表面的一端,并被供给到燃烧孔的通孔。 引导到燃烧孔的外部空气可以在燃料传输管的端部和燃烧孔之间形成空气幕,并且防止燃烧孔的热量移动到燃料传输管的端部。
    • 9. 发明公开
    • 미분연료 연소용 보일러
    • 燃烧燃烧燃料的锅炉
    • KR1020130085083A
    • 2013-07-29
    • KR1020120005969
    • 2012-01-19
    • 주식회사 원진
    • 손달호
    • F23B40/00F23G5/14F23G5/46
    • F24H1/34F23B10/00F23B50/00F23B90/04F23B2700/003F23B2700/037F24H9/1845
    • PURPOSE: A boiler for a pulverized fuel combustion is provided to maintain a temperature inside a combustion unit steadily and regularly, and to maximize combustion efficiency by burning smoothly a pulverized fuel continuously without a need of a separate heating source. CONSTITUTION: A boiler for a pulverized fuel combustion comprises a fuel supplying unit (10), and a combusting unit (30). The fuel supplying unit stores and supplies a fuel. The combustion unit burns a fuel supplied from the fuel supplying unit, and comprises a first combusting unit (34) of a concentric circle form, and a second combusting unit (36). The second combusting unit is positioned around the first combusting unit.
    • 目的:提供用于燃烧燃料的锅炉,以稳定且规则地保持燃烧单元内部的温度,并且通过连续燃烧粉煤燃料而不需要单独的加热源来最大化燃烧效率。 构成:用于燃烧燃料燃烧的锅炉包括燃料供给单元(10)和燃烧单元(30)。 燃料供给单元存储并供给燃料。 燃烧单元燃烧从燃料供应单元供应的燃料,并且包括同心圆形的第一燃烧单元(34)和第二燃烧单元(36)。 第二燃烧单元位于第一燃烧单元周围。
    • 10. 发明公开
    • 다중 연소실을 갖는 온수 보일러
    • 加热锅炉与多个燃烧室
    • KR1020130084913A
    • 2013-07-26
    • KR1020120005858
    • 2012-01-18
    • 고광필
    • 고광필
    • F23B40/00F24H1/46F23G5/027F23G5/46
    • F24H1/34F23B10/00F23B90/06F23B2700/003F23J1/06F23J15/02F24H9/1845
    • PURPOSE: A hot water boiler having a multiple combustion chamber is provided to reduce an exhaust gas pollution by re-supplying to a boiler by collecting tar and a waste heat included in the exhaust gas, and to maximize a reduction of a toxic gas and heat efficiency of a boiler by decomposing a solid fuel thermally and by combusting secondarily. CONSTITUTION: A hot water boiler having a multiple combustion chamber comprises a housing (1), a heat degradation room (2), an air supplying unit (3), a first combustion chamber (4), a hydroxide gas supplying unit (51), and an exhaust pipe (6). A combustion chamber combusts a combustible gas induced to a downward through the air supplying unit firstly. In the hydroxide gas supplying unit, a second combustion chamber (5) connected with the first combustion chamber is installed in order to combust a combustible gas and a dust which are unburned from the first combustion chamber. The exhaust pipe is arranged in zigzag inside the housing in order to heat-exchange a heating source included in an exhaust gas burnt completely of a high temperature by connecting with the second combustion chamber with a heat exchange media stored in the housing.
    • 目的:提供一种具有多重燃烧室的热水锅炉,通过收集废气中包含的焦油和废热再次向锅炉供应,以减少废气污染,并最大限度地减少有毒气体和热量 通过热分解固体燃料和二次燃烧来实现锅炉的效率。 构成:具有多个燃烧室的热水锅炉包括壳体(1),热分解室(2),空气供应单元(3),第一燃烧室(4),氢氧化物气体供应单元(51) ,排气管(6)。 燃烧室首先通过空气供给单元燃烧引起向下的可燃气体。 在氢氧化物气体供给单元中,安装与第一燃烧室连接的第二燃烧室(5),以燃烧可燃气体和从第一燃烧室未燃烧的灰尘。 排气管以壳体内部的锯齿形布置,以便通过与存储在壳体中的热交换介质与第二燃烧室连接来将包括在完全高温燃烧的废气中的加热源热交换。