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    • 1. 发明公开
    • 스플릿-사이클 항공기 엔진
    • 分体循环飞机发动机
    • KR1020090057379A
    • 2009-06-05
    • KR1020097004942
    • 2007-09-04
    • 스쿠데리 그룹 엘엘씨
    • 히튼,클리포트디.
    • F02B75/24F02G3/00B64D27/20
    • F01B17/025B64D27/24B64D2027/026F02B59/00F02B69/00Y02T50/44Y02T50/64
    • A split-cycle aircraft engine includes a crankshaft rotatable about a crankshaft axis. A power piston is slidably received within a power cylinder and is operatively connected to the crankshaft such that the power piston reciprocates through an expansion stroke and an exhaust stroke during a single rotation of the crankshaft. A compression piston is slidably received within a compression cylinder and is operatively connected to the crankshaft such that the compression piston reciprocates through an intake stroke and a compression stroke during a single, rotation of the crankshaft. A gas crossover passage operatively interconnects the compression cylinder and the power cylinder. An air reservoir is operatively connected to the gas crossover passage by a reservoir passage. The air reservoir is selectively operable to receive and deliver compressed air. The engine is mounted to an aircraft and the air reservoir is disposed within the aircraft.A split-cycle aircraft engine includes a crankshaft rotatable about a crankshaft axis. A power piston is slidably received within a power cylinder and is operatively connected to the crankshaft such that the power piston reciprocates through an expansion stroke and an exhaust stroke during a single rotation of the crankshaft. A compression piston is slidably received within a compression cylinder and is operatively connected to the crankshaft such that the compression piston reciprocates through an intake stroke and a compression stroke during a single, rotation of the crankshaft. A gas crossover passage operatively interconnects the compression cylinder and the power cylinder. An air reservoir is operatively connected to the gas crossover passage by a reservoir passage. The air reservoir is selectively operable to receive and deliver compressed air. The engine is mounted to an aircraft and the air reservoir is disposed within the aircraft.A split-cycle aircraft engine includes a crankshaft rotatable about a crankshaft axis. A power piston is slidably received within a power cylinder and is operatively connected to the crankshaft such that the power piston reciprocates through an expansion stroke and an exhaust stroke during a single rotation of the crankshaft. A compression piston is slidably received within a compression cylinder and is operatively connected to the crankshaft such that the compression piston reciprocates through an intake stroke and a compression stroke during a single, rotation of the crankshaft. A gas crossover passage operatively interconnects the compression cylinder and the power cylinder. An air reservoir is operatively connected to the gas crossover passage by a reservoir passage. The air reservoir is selectively operable to receive and deliver compressed air. The engine is mounted to an aircraft and the air reservoir is disposed within the aircraft.
    • 分体式飞机发动机包括可围绕曲轴轴线旋转的曲轴。 动力活塞可滑动地容纳在动力缸内并且可操作地连接到曲轴,使得动力活塞在曲轴的单次旋转期间通过膨胀冲程和排气冲程往复运动。 压缩活塞可滑动地容纳在压缩气缸内并且可操作地连接到曲轴,使得压缩活塞在曲轴单次旋转期间通过进气冲程和压缩冲程往复运动。 气体交叉通道可操作地连接压缩气缸和动力气缸。 储气器通过储存器通道可操作地连接到气体交叉通道。 空气储存器可选择性地操作以接收和输送压缩空气。 发动机安装在飞行器上,空气储存器设置在飞行器内。一个分段飞行器发动机包括一个可绕曲轴轴线旋转的曲轴。 动力活塞可滑动地容纳在动力缸内并且可操作地连接到曲轴,使得动力活塞在曲轴的单次旋转期间通过膨胀冲程和排气冲程往复运动。 压缩活塞可滑动地容纳在压缩气缸内并且可操作地连接到曲轴,使得压缩活塞在曲轴单次旋转期间通过进气冲程和压缩冲程往复运动。 气体交叉通道可操作地连接压缩气缸和动力气缸。 储气器通过储存器通道可操作地连接到气体交叉通道。 空气储存器可选择性地操作以接收和输送压缩空气。 发动机安装在飞行器上,空气储存器设置在飞行器内。一个分段飞行器发动机包括一个可绕曲轴轴线旋转的曲轴。 动力活塞可滑动地容纳在动力缸内并且可操作地连接到曲轴,使得动力活塞在曲轴的单次旋转期间通过膨胀冲程和排气冲程往复运动。 压缩活塞可滑动地容纳在压缩气缸内并且可操作地连接到曲轴,使得压缩活塞在曲轴单次旋转期间通过进气冲程和压缩冲程往复运动。 气体交叉通道可操作地连接压缩气缸和动力气缸。 储气器通过储存器通道可操作地连接到气体交叉通道。 空气储存器可选择性地操作以接收和输送压缩空气。 发动机安装在飞行器上,空气储存器设置在飞行器内。
    • 3. 发明授权
    • 로터리 모터
    • KR102353184B1
    • 2022-01-20
    • KR1020177000211
    • 2015-06-04
    • F01C11/00F01C1/46F02B53/00F02B53/10F02G3/00
    • 로터리모터(10; 110)가설명되고, 이로터리모터는구동샤프트(14; 114) 상에장착된주로원형인내부로터(20; 120)를가진고정식실린더하우징(12; 112)을포함하며, 로터(20; 120)에는피스톤(16; 116)이장착되고, 로터주위(20; 120)의원형작동챔버(18; 118)에는관련구동매체의공급및 제거를위한입구(42; 142) 및출구(32; 132)가각각제공되며, 작동챔버(18; 118)의입구(42; 142)의전방에는, 피스톤(16; 116)의통과를허용하고피스톤(16; 116)이통과한후 작동챔버(18; 118)를폐쇄하도록구성된통과밸브(30; 130)가배치된다. 실린더하우징(12; 112)의입구(42; 142)는구동매체를작동챔버(18; 118)로도입하기위해외부연소챔버(40; 140)에연결되고, 연소챔버(40; 140)는연소챔버내의압축압력을증가시키기위한수단을포함하며, 상기수단은압축압력을증가시키기위해연소챔버(40; 140) 내로밀리도록배치된압축로드(50; 150) 또는피스톤을포함한다.
    • 7. 发明公开
    • IC촉매수소발생과 연소열 이용의 스털링엔진발전시스템
    • 省略
    • KR1020120064977A
    • 2012-06-20
    • KR1020100126259
    • 2010-12-10
    • 구동회
    • 구동회
    • F02G1/043F02G3/00F02B43/10
    • Y02T10/32F02G1/043F02B43/10F02G1/055F02G2243/00
    • PURPOSE: A stirling engine power generation system using combustion heat and IC(Ion Chromatography) catalyst hydrogen is provided to save energy by heat exchanging exhaust heat with increasing energy efficiency. CONSTITUTION: A stirling engine power generation system using combustion heat and IC catalyst hydrogen comprises an IC catalyst hydrogen generator(301), a mixer, a combustor(423), a medium tube, a cogeneration system, connecting holes, a plurality of stirling engines(415). The mixer dilutes the density of hydrogen. The medium tube is heated by burning the hydrogen with the combustor. Electricity and heat are generated while the cogeneration system is operated. Sublimation gas circulates through a heating tube while a plurality of the stirling engines is connected to a combustion furnace.
    • 目的:提供使用燃烧热和IC(离子色谱)催化剂氢的斯特林发动机发电系统,以通过以更高的能量效率热交换排热来节省能源。 构成:使用燃烧热和IC催化剂氢的斯特林发动机发电系统包括IC催化剂氢发生器(301),混合器,燃烧器(423),介质管,热电联产系统,连接孔,多个斯特林发动机 (415)。 混合器稀释氢的密度。 通过用燃烧器燃烧氢气来加热介质管。 在热电联产系统运行时产生电和热。 升华气体通过加热管循环,而多个斯特林发动机连接到燃烧炉。