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    • 36. 发明公开
    • 코안다 노즐을 이용한 흡입장치
    • 装置使用COANDA喷嘴
    • KR1020160069641A
    • 2016-06-17
    • KR1020140175455
    • 2014-12-09
    • 한국기계연구원
    • 심성훈정상현김한석
    • E01H1/08
    • E01H1/08E01H1/0809E01H1/0818E01H1/0827
    • 본발명은코안다노즐을이용한흡입장치에관한것으로, 이동수단; 압축된공기가공급되어내부로분사되고, 내부로분사되는압축공기에의해외부공기가내부로유인되어공기흡입부를통해흡입되어공기토출부로토출되도록하며, 상기이동수단에구비되는코안다노즐; 상기코안다노즐로압축공기를공급하며, 상기이동수단에구비되는압축공기저장탱크; 상기압축공기저장탱크에연결되며, 상기이동수단에구비되는압축기; 상기코안다노즐의공기흡입부에연결되는흡입관; 및상기코안다노즐의공기토출부에연결되는배출관; 을포함하여이루어져, 일측으로눈이나오물등을흡입하여타측으로연속적으로배출할수 있는코안다노즐을이용한흡입장치에관한것이다.
    • 本发明涉及一种使用柯恩达喷嘴的抽吸装置,包括:移动装置; 一个柯恩达喷嘴,其中供应和注入压缩空气以使外部空气被注入到其中的压缩空气引导到内部,以便通过空气抽吸单元被吸入,并通过排气单元排出并且设置在移动装置中 ; 压缩空气存储箱,其将压缩空气供应到柯恩达喷嘴并设置在移动装置中; 连接到压缩空气存储箱并设置在移动装置中的压缩机; 连接到柯恩达喷嘴中的抽吸单元的抽吸管; 以及连接到柯恩达喷嘴中的排气单元的排出管。 本发明涉及一种使用柯恩达喷嘴的抽吸装置,其通过一侧吸入积雪和污物,并将它们依次排出另一侧。
    • 39. 发明授权
    • 고온 FGR을 이용한 저공해 연소장치
    • 使用高温FGR的低污染物排放燃烧
    • KR101133434B1
    • 2012-04-19
    • KR1020110085984
    • 2011-08-26
    • 한국기계연구원
    • 심성훈정상현
    • F23D14/66F23D14/02F23C99/00
    • Y02E20/348
    • PURPOSE: A low-emission combustion apparatus using high-temperature FGR(Flue Gas Recirculation) is provided to minimize nitrogen oxide by uniformly dispersing temperature to an entire combustion chamber without a heat exchanger. CONSTITUTION: A low-emission combustion apparatus(100) using high-temperature FGR comprises a main combustion chamber(120), a main burner(121), a housing(130), and an air jacket layer(140). The main burner supplies energy to the main combustion chamber to burn materials in the main combustion chamber. Combustion gas burned in the main combustion chamber flows through the housing. The air jacket layer surrounds the housing. External air flows into the air jacket layer. The air flows from the air jacket layer to an air jetting nozzle of the housing. The air jetting nozzle supplies the air to an air inlet hole(123) of the main combustion chamber. Missed gas is produced by mixing the combustion gas flowing in the housing with the air and is supplied to the inside the main combustion chamber.
    • 目的:提供使用高温FGR(烟道气再循环)的低排放燃烧装置,通过在没有热交换器的情况下将温度均匀分散到整个燃烧室,使氮氧化物最小化。 构成:使用高温FGR的低排放燃烧装置(100)包括主燃烧室(120),主燃烧器(121),壳体(130)和空气套层(140)。 主燃烧器向主燃烧室供应能量以燃烧主燃烧室中的材料。 在主燃烧室中燃烧的燃烧气体流过壳体。 气夹层围绕壳体。 外部空气流入气夹层。 空气从空气夹套层流到壳体的空气喷射喷嘴。 空气喷射喷嘴将空气供给到主燃烧室的进气孔(123)。 通过将在壳体中流动的燃烧气体与空气混合并将其供应到主燃烧室的内部而产生缺气。
    • 40. 发明授权
    • 회전식 집진판 타입의 1단 전기집진기
    • 旋转式除尘板的静电消除器
    • KR101136353B1
    • 2012-04-18
    • KR1020110065634
    • 2011-07-01
    • 한국기계연구원
    • 정상현심성훈한방우
    • B03C3/40B03C3/12B03C3/74
    • Y02A50/2357B03C3/41B03C3/47B03C3/743
    • PURPOSE: A one-step electric dust collector in a rotating duct collecting plate type is provided to secure the clean state of a duct collecting plate during a driving process of the dust collector. CONSTITUTION: A one-step electric dust collector in a rotating duct collecting plate type charges particulates by the corona discharge, and induces the charged particulates using static force for improving the dust collecting performance of the collector. The one-step electric dust collector comprises the following: a dust collector outer box(10) connected to a duct for inflowing polluted air containing the particulates; plural charging poles(20) installed on charging pole installation rods(21) insulated with the outer box; a pair of upper supporters(31) and a pair of lower supporters(32) located among the charging poles; plural driving rollers(33) connected to a power supplying device(35), and located on the upper supporters; plural driven rollers(34) located on the lower supporters; rotating dust collecting plates(30) formed with plates rotating on the driving rollers and the driven rollers; a guiding unit(50) and a tension applying unit(60) for applying tension to the supporters; and a motor(M) for rotating the driving roller.
    • 目的:提供旋转集管板类型的一步式电动集尘器,以确保在集尘器驱动过程中集管板的清洁状态。 构成:旋转管道收集板中的一步式电动集尘器通过电晕放电对颗粒进行充电,并且通过静电力诱导带电微粒,从而提高集电器的集尘性能。 一步式电动除尘器包括:一个连接到管道的集尘器外箱(10),用于流入含有微粒的污染空气; 安装在与外箱绝缘的充电杆安装杆(21)上的多个充电杆(20) 位于充电杆之间的一对上支撑件(31)和一对下支撑件(32) 连接到供电装置(35)的多个驱动辊(33),并位于上支撑件上; 多个从动辊(34)位于下支撑件上; 旋转的集尘板(30),其形成有在驱动辊和从动辊上旋转的板; 引导单元(50)和用于向支持者施加张力的张力施加单元(60) 和用于旋转驱动辊的马达(M)。