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    • 3. 发明公开
    • Power generation device using decompression of fluid
    • 使用液体分解的发电装置
    • KR20120024151A
    • 2012-03-14
    • KR20100086875
    • 2010-09-06
    • BIP IND CO LTD
    • PARK DONG HEONCHOI SEONG HWANHAN CHANG YOONKWEON YEONG KUK
    • F01B23/10F01B9/02F03G7/00
    • F01B23/10F01B1/10F01B29/08F01B29/10F02B75/18H02K7/18
    • PURPOSE: A generating device using reducing energy of fluid is provided to collect energy emitted during expansion of high-pressure fluid and use the collected energy for driving an engine. CONSTITUTION: A generating device using reducing energy of fluid comprises a high pressure cylinder part(10), a medium pressure cylinder part(20), a crank block(30), a valve(40), and a generator(50). The high pressure cylinder part is driven with energy which is created while high pressure fluid is depressurized. The medium pressure cylinder part is driven with the pressure of the fluid discharged from the high pressure cylinder part. The crank block comprises a rocker arm and a crank shaft(32) which is rotated by the rocker arm. The valve controls the intake and discharge of fluid to the high and medium pressure cylinder parts. The generator produces electric energy from the rotation of the crank shaft.
    • 目的:提供使用减少流体能量的发电装置,以收集在高压流体膨胀期间发射的能量,并使用收集的能量来驱动发动机。 构成:使用流体减少能量的发电装置包括高压缸部分(10),中压缸部分(20),曲柄块(30),阀(40)和发电机(50)。 高压缸部分是用高压流体减压时产生的能量驱动的。 中压缸部分被从高压缸部分排出的流体的压力驱动。 曲柄块包括摇臂和由摇臂旋转的曲轴(32)。 阀控制流体进入高压和中压缸部件。 发电机从曲轴的旋转产生电能。
    • 6. 发明公开
    • 토션 진동 댐핑 장치
    • 扭转振荡阻尼装置
    • KR1020170005771A
    • 2017-01-16
    • KR1020160084747
    • 2016-07-05
    • 발레오 앙브라이아쥐
    • 베르후그로엘
    • F16F15/14F16F15/131
    • F16F15/145F02B75/18F02B2075/1808F02B2075/1812F02B2075/1816F16D2300/22F16H45/02F16H2045/0263
    • - 축(X)을중심으로회전하여변위할수 있는지지체(2), - 상기지지체(2)에대하여가동식인적어도하나의진자체(3), 및 - 상기지지체(2)와일체형인적어도하나의롤링트랙(12) 및상기진자체(3)와일체형인적어도하나의롤링트랙(13)과협력하여상기지지체(2)에대한상기진자체(3)의변위를안내하는적어도하나의전동부재(11)로서, 각롤링트랙(12, 13)을따라서상기트랙상의휴지위치(P0) 주위에서롤링하는, 전동부재(11)를포함하는, 토션진동댐핑장치(1)로서, 이들롤링트랙(12, 13) 중적어도하나는, 2개의단부(P2, P2') 사이에서연장되고, 또한 - 상기트랙(12, 13) 상의상기휴지위치(P0)로부터적어도일 측부에서연장되는제1 부분(30), 및 - 각각상기제1 부분(30)의일 단부(P1, P1')를넘어서배치되는 2개의제2 부분(31)을포함하며, 상기제1 부분(30)은상기전동부재(11)가이 제1 부분(30)을따라서롤링할때 상기진자체(3)에의한토션진동오더의제1 값을필터링할수 있는형태를갖고, 상기제2 부분(31) 각각은상기전동부재(11)가이들제2 부분(31) 중하나를따라롤링할때 상기진자체(3)에의한토션진동오더의제2 값을필터링할수 있는형태를가지며, 상기제2 오더값은완전히상기제1 오더값미만이다.
    • 用于阻尼扭转振荡的装置包括可围绕轴线旋转的支撑件。 至少一个摆动体相对于支撑件是可移动的。 至少一个轴承构件与至少一个与支撑件一体的轨道相互作用,并且至少一个滚道与摆动体成一体。 轴承部件围绕着一个无效的滚道位置沿着每个滚道滚动。 第一区域被成形为当轴承构件沿着该第一区域滚动时,通过摆动体来过滤扭转振荡的一阶值。 两个第二个地区超出了第一个地区的终点。 每个第二区域被成形为当轴承构件沿着那些第二区域中的一个滚动时,通过摆动体来过滤扭转振荡的二阶值。 第二级值严格低于第一级值。
    • 8. 发明公开
    • 트윈 크랭크축 가변 실린더 엔진 시스템 및 그 제어방법
    • 双式起重机类型气缸起动发动机系统及其运行方法
    • KR1020130060566A
    • 2013-06-10
    • KR1020110126693
    • 2011-11-30
    • 현대자동차주식회사
    • 조원진김영직이상무전제록
    • F02B73/00F02B75/22F02B75/18F02B75/32F02D41/00
    • F02B73/00F02B75/18F02B75/225F02B75/228F02B75/32F02B2075/1864F02D41/0082
    • PURPOSE: A variable cylinder engine system with twin crank shafts and control method thereof are provided to reduce fuel consumption as the output of at least four banks is respectively generated to be used for vehicles. CONSTITUTION: A variable cylinder engine system with twin crank shafts comprises a first engine(1), a second engine(3), and a power conversion unit(7) The first engine comprises two banks with twin crank shafts(12) operated by a start motor(14), and comprises a torque output shaft(2) which delivers the output of the two banks a transmission(8). The second engine comprises another two banks with the twin crank shafts operated by the start motor, and comprises a connection output shaft which delivers the output of the another two banks to the torque output shaft. The power conversion unit delivers the torque of the connection output shaft to the torque output shaft by an engine control unit.
    • 目的:提供具有双曲轴的可变气缸发动机系统及其控制方法,以分别产生用于车辆的至少四个组的输出来降低燃料消耗。 构成:具有双曲轴的可变气缸发动机系统包括第一发动机(1),第二发动机(3)和动力转换单元(7)。第一发动机包括具有双曲轴(12)的两个组, 启动电动机(14),并且包括输出两个组的输出传递(8)的扭矩输出轴(2)。 第二发动机包括另外两个组,其中两个曲柄轴由起动电动机操作,并且包括连接输出轴,其将另外两个组的输出传递到转矩输出轴。 电力转换单元通过发动机控制单元将连接输出轴的扭矩传递给扭矩输出轴。