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    • 1. 发明授权
    • Valve-controlled compression-ignition engine
    • 阀控式压燃式发动机
    • US4779587A
    • 1988-10-25
    • US129286
    • 1987-12-07
    • Franz SchweinzerWolfgang Cartellieri
    • Franz SchweinzerWolfgang Cartellieri
    • F02B1/12F02B3/06F02B23/06F02B19/08
    • F02B23/0672F02B1/12F02B2275/14F02B23/0603F02B23/0669F02B3/06Y02T10/123Y02T10/125
    • In a valve-controlled compression-ignition engine with direct fuel injection and an intake passage inducing the inflowing air to rotate around the cylinder axis, an ideal combustion system has been found, combining the advantages of a diesel engine with direct fuel injection and an open combustion recess and those of a diesel engine with a pre-combustion or swirl chamber, while eliminating the main disadvantages of these two basic types. According to the proposals put forward by this invention the restricted passage or throat in the center area of the combustion chamber is bounded by means of a rotationally symmetric center part, whose lower end forms part of the toroidal combustion chamber, and whose top remains slightly below the fuel jet at the upper dead center of the piston, and which constitutes the inner boundary of the narrow ring-shaped scavenge passage leading from the combustion recess to the cylindrical throat, or rather to the cylinder itself.
    • 在具有直接燃料喷射的阀控压缩点火发动机和引入流入空气围绕气缸轴线旋转的进气通道的情况下,已经发现了理想的燃烧系统,其结合了柴油发动机与直接燃料喷射和开放式 燃烧凹陷和具有预燃或涡流室的柴油机的燃烧凹槽,同时消除这两种基本类型的主要缺点。 根据本发明提出的建议,在燃烧室的中心区域中的限制通道或喉部由旋转对称的中心部分限定,其下端形成环形燃烧室的一部分,并且其顶部保持略微低于 燃料喷射在活塞的上死点处,并且构成从燃烧凹槽引导到圆柱形喉部的窄环形清除通道的内边界,或者更确切地说是到气缸本身。
    • 2. 发明授权
    • Internal combustion engine
    • 内燃机
    • US5000144A
    • 1991-03-19
    • US480164
    • 1990-02-14
    • Franz SchweinzerHans Maier
    • Franz SchweinzerHans Maier
    • F02B3/06F02B23/06
    • F02B23/0669F02B23/0672F02B2275/14F02B23/0621F02B23/0624F02B23/0651F02B3/06Y02T10/123Y02T10/125
    • In a valve-controlled internal combustion engine with direct fuel injection and a swirling air charge, a combustion chamber is located in the piston and is configured as a toroidal part ending in a throat-like cylindrical part towards the piston top. A narrow, ring-shaped overflow passage leads from the toroidal part to the cylindrical part of the combustion chamber. The proposal is put forward that the thermal and fluid-mechanical parameters be improved by placing the axis of the combustion chamber between the tip of the injection nozzle and the cylinder axis, and by varying the width of the ring-shaped overflow passage. The narrowest part of said overflow passage lying in the area closest to the tip of the nozzle, and further, the top of the center part is unsymmetrical, with a minimum distance to the injection jets at upper dead center of the piston.
    • 在具有直接燃料喷射和旋转空气充注的阀控式内燃机中,燃烧室位于活塞中,并且构造成环形部分,终止于朝向活塞顶部的喉部状圆柱形部分。 狭窄的环形溢流通道从环形部分引导到燃烧室的圆柱形部分。 提出了通过将燃烧室的轴线放置在喷嘴的尖端和气缸轴线之间并通过改变环形溢流通道的宽度来改善热和流体力学参数。 所述溢流通道的最窄部分位于最靠近喷嘴尖端的区域中,此外,中心部分的顶部是不对称的,与活塞上死点处的喷射射流的距离最小。
    • 4. 发明授权
    • Exhaust gas recirculation cooler
    • 排气再循环冷却器
    • US06612293B2
    • 2003-09-02
    • US10198088
    • 2002-07-19
    • Franz SchweinzerMarko VideJan Marek
    • Franz SchweinzerMarko VideJan Marek
    • F02M2507
    • F28D15/0275F01P2003/2278F02M26/19F02M26/32F28D21/0003
    • An exhaust gas recirculation cooler (EGR cooler) provided in an exhaust gas recirculation line departing from an exhaust system and opening into an intake system of an internal combustion engine is configured as a heat pipe heat exchanger including at least one enclosed and evacuated heat pipe filled with a working medium, the first end of the heat pipe being subject to exhaust gas from the exhaust gas recirculation line and the second end being in contact with a heat sink. In order to provide a compact design which will permit simple and effective cooling of the recycled exhaust gas, the longitudinal axis of the EGR cooler is aligned in parallel with the axis of the at least one heat pipe, so that an essentially axial flow of exhaust gas is obtained in the EGR cooler.
    • 设置在从排气系统排出并进入内燃机的进气系统的废气再循环管线中的排气再循环冷却器(EGR冷却器)被构造为热管式热交换器,其包括填充有至少一个封闭抽真空的热管 使用工作介质,热管的第一端受到来自废气再循环管线的废气和第二端与散热器接触。 为了提供一种紧凑的设计,其将允许对再循环废气进行简单和有效的冷却,EGR冷却器的纵向轴线与至少一个热管的轴线平行排列,使得基本上轴向排出的排气 在EGR冷却器中获得气体。