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    • 1. 发明公开
    • 유증기 분리기
    • 油雾分离器
    • KR1020150041582A
    • 2015-04-16
    • KR1020140133089
    • 2014-10-02
    • 게 옌바허 게엠베하 운트 콤파니 오게
    • 발귄터라우바흐요하네스마들볼프강트렌크발더토마스
    • F01M13/04B01D46/00
    • F01M13/04B01D45/08B01D46/0023B01D46/003F01M2013/0433F01M2013/0438F01M2013/0461
    • 본발명은캐리어가스(2), 특히내연기관(15)의크랭크케이스환기가스에함유된오일을분리하기위한유증기분리기(14)에관한것이다. 본발명의유증기분리기(14)는캐리어가스(2)의도입을위한적어도하나의유입구(4)와여과된캐리어가스(2)의배출을위한적어도하나의유출구(5)를갖는하우징(3)을포함하는, 캐리어가스(2)로부터액체부유입자를분리하기위한, 특히유증기로부터오일을분리하기위한적어도하나의필터장치(1)를포함하고, 하우징(3) 내에캐리어가스(2)가유동방향(7)을따라유동할수 있는적어도하나의필터삽입체(6)가배치되고, 캐리어가스(2)의유속을증가시키기위하여그리고/또는적어도하나의필터삽입체(6)를통한캐리어가스(2)의연장된, 좋기로는미로형유로(16)를얻기위하여유로(16)가편향될수 있도록하는적어도하나의안내장치(9)가제공된다. 본발명에따라서, 적어도하나의필터장치(1)가유증기분리기(14)에분리가능하게배치될수 있고, 씨일, 좋기로는실질적으로주연방향으로연장된씨일이좋기로는유증기분리기(14)의제1 고정면과이에고정되는필터장치(1)의제2 고정면사이에제공됨을특징으로한다.
    • 本发明涉及分离载气(2)的油雾分离器(14),特别是分离内燃机(15)的曲轴箱内的空气交换气体中所含的油。 本发明的油雾分离器(14)包括:至少一个过滤器装置(1),其包括用于引入载气(2)的至少一个入口(4)和用于排出过滤的载气的至少一个出口(5) (2),以将流体悬浮颗粒与载气(2)分离,特别是将油与油雾分开; 布置能够沿着流动方向(7)移动壳体(3)中的载气(2)的至少一个过滤器插入体(6),并且为了增加载气(2)的流速和/ 或者为了通过至少一个过滤器插入体(6)获得延伸的,优选的迷宫式油路(16),至少一个引导装置(9)以使得油路(16)能够偏转。 根据本发明,至少一个过滤器装置(1)可以布置成可拆卸到油雾分离器(14),优选地,在主要边界方向上基本上延伸的密封件优选地设置在第一固定表面 油雾分离器(14)和固定在油雾分离器(14)上的过滤装置(1)的第二固定面。
    • 3. 发明公开
    • 엔진의 연료 공급 장치
    • 发动机燃油送料机
    • KR1020080017064A
    • 2008-02-25
    • KR1020077030858
    • 2006-06-21
    • 혼다 기켄 고교 가부시키가이샤
    • 오노야스히데사이토데루유키요네야마다다유키
    • F02M37/00F01M11/08
    • F01M13/04F01M13/022F01M2013/0461F02M37/0023F02M37/007Y10S123/05
    • A fuel feeder of an engine, comprising a gas-liquid separating device separating oil mist produced in an engine case from air by a labyrinth. An automatic fuel valve is operated by the pressure pulsation of the air from which the oil mist is separated by the gas-liquid separating device. Accordingly, the automatic fuel valve can be prevented from being improperly operated due to the stagnation of oil therein by minimizing the entry of the oil mist into the automatic fuel valve. Furthermore, a breather passage for feeding the air from which the oil mist is separated by the gas-liquid separating device to a breather device is allowed to communicate with the automatic fuel valve through a negative pressure tube. As a result, a special passage for transmitting the pressure pulsation of the air in the engine case to the automatic fuel valve must not be installed in the fuel feeder.
    • 发动机的燃料供给器,包括气体分离装置,其通过迷宫将发动机壳体中产生的油雾与空气分离。 通过气液从气液分离装置分离的空气的压力脉动来操作自动燃料阀。 因此,通过使油雾进入自动燃料阀的最小化,可以防止自动燃料阀由于油内停滞而不适当地操作。 此外,允许通过气体分离装置将油雾从气液分离装置分离的空气供给到通气装置的通气路径通过负压管与自动燃料阀连通。 结果,用于将发动机壳体中的空气的压力脉动传递到自动燃料阀的特殊通道不能安装在燃料供给器中。
    • 5. 发明授权
    • 오일 세퍼레이터
    • 油分离器
    • KR101727440B1
    • 2017-04-14
    • KR1020167007628
    • 2014-09-19
    • 가부시키가이샤 니프코
    • 하시모토쇼이치로
    • F01M13/04F01M13/00
    • F01M13/04F01M2013/0038F01M2013/0044F01M2013/0427F01M2013/0433F01M2013/0461
    • (과제) 오일세퍼레이터에있어서, 블로바이가스에함유되는 1 ㎛정도의소직경오일의포집효율을향상시킨다. (해결수단) 오일세퍼레이터 (10) 는, 블로바이가스의유로를형성하고, 하류측을향하는환상숄더면 (42) 을획정하는하우징 (12) 과, 상기유로내에배치되고, 그단면이상기환상숄더면에맞닿음및 이간되도록왕복가능한밸브체 (36) 와, 상기밸브체를닫도록탄성지지하는스프링수단 (40) 과, 상기블로바이가스로부터분리된오일을크랭크실로환류시키는환류수단 (22) 을구비한다. 상기밸브체의개방위치에있어서의상기밸브체의상기단면과상기환상숄더면의간극 (B) 은, 상기블로바이가스의유량에관계없이, 상기밸브체의측면 (54) 과상기유로의상기벽면의상기간격 (A) 보다항상좁다.
    • (问题)在油分离器中,窜气中包含的约1μm的小直径油的收集效率得到改善。 所述油分离器包括限定窜漏气体的流动路径并且限定面向所述油分离器的下游侧的环形肩表面的壳体; (40),其用于弹性地支撑阀体以关闭阀体;回流装置(22),其用于使从窜漏气体分离的油回流到曲轴室; 它包括一个。 阀体的端面与阀体开启位置处的环形台肩面之间的间隙(B)设定为使得阀体的侧面(54) 总是比壁面的间隔(A)窄。
    • 10. 发明公开
    • 자동 이륜차용 엔진에 있어서의 브리더 구조
    • 用于摩托车发动机的呼吸机结构
    • KR1020130004547A
    • 2013-01-11
    • KR1020120069216
    • 2012-06-27
    • 혼다 기켄 고교 가부시키가이샤
    • 츠치야류지모리모토야스히로호리이노부타카
    • F01M13/00F02F1/24F02F7/00
    • F01M13/0416F01M11/02F01M11/065F01M2011/023F01M2013/0461
    • PURPOSE: A breather structure in an engine for a two-wheel vehicle is provided to prevent an increase in friction and the inflow of oil into a power chamber even if a power transfer chamber is filled with the oil. CONSTITUTION: A breather structure in an engine for a two-wheel vehicle comprises a crank case, a cylinder body(22), an engine body, and a valve chamber. A power transfer chamber(61) operates a power transfer member which comprises an electronic timing device installed between a crank shaft and a cam shaft. The power transfer chamber is formed in the engine body at the left and right sides of a vertical flat surface(VP) with the axial line(C) of a cylinder bore(26). A breather path(85) which connects the valve chamber to a crank chamber is oppositely positioned to the power transfer chamber from the vertical flat surface in the engine body.
    • 目的:提供一种用于两轮车的发动机中的通气结构,以防止即使在输送室中充满油的情况下摩擦力增加和油进入动力室。 构成:用于两轮车辆的发动机中的通气结构包括曲轴箱,缸体(22),发动机主体和阀室。 动力输送室(61)操作动力传递构件,其包括安装在曲柄轴和凸轮轴之间的电子定时装置。 动力输送室在垂直平面(VP)的左右两侧与缸孔(26)的轴线(C)形成在发动机主体中。 将阀室连接到曲轴室的通气路径(85)从发动机主体的垂直平面相对地定位到动力输送室。