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    • 1. 发明授权
    • Combination sparkplug and combustion process sensor
    • 组合火花塞和燃烧过程传感器
    • US4514656A
    • 1985-04-30
    • US428003
    • 1982-09-29
    • Eckart DamsonReinhard LatschErnst LinderFranz RiegerRainer Schussler
    • Eckart DamsonReinhard LatschErnst LinderFranz RiegerRainer Schussler
    • G01L23/22H01T1/12H01T13/16H01T13/48
    • G01L23/22
    • To permit adjustment of the combination sparkplug-optical sensor for heat transfer upon operation of the sensor-sparkplug combination as a sparkplug, in accordance with known sparkplug technology, the insulator of the sparkplug is formed with a central opening in which a material is included which is electrically conductive and providing for controlled heat transfer, for example a packing or a mixture of aluminum oxide with a conductive powder, such as graphite, aluminum, or copper; or, alternatively, sheet metal elements may be located therein providing controlled radial engagement around a central glass rod forming the optical sensor and the inner wall of the opening and the insulator (FIG. 2); or, alternatively, axially resilient elements, such as a bellows-like corrugated metal element (FIG. 3) or a stack of spring disks (FIG. 4) may be positioned in the opening, axially biased by screwing the connecting terminal (10) into a tapped opening of the insulator. Heat transfer or transmission control is effected by introducing between metallic components of the combination and the glass rod a heat conductive mass (2) which fills the space between the glass rod and the metallic components over a predetermined length, in accordance with desired heat transfer characteristics.
    • 为了允许在根据已知的火花塞技术操作传感器火花塞组合的情况下调整用于热传递的组合火花塞 - 光学传感器,根据已知的火花塞技术,火花塞的绝缘体形成有中心开口,其中包括材料, 导电并提供受控的热传递,例如填料或氧化铝与导电粉末如石墨,铝或铜的混合物; 或者可选地,钣金元件可以位于其中,提供围绕形成光学传感器的中心玻璃棒和开口和绝缘体的内壁(图2)的可控径向接合; 或者可选地,轴向弹性元件,例如波纹管状波纹状金属元件(图3)或弹簧盘堆叠(图4)可以定位在开口中,通过旋拧连接端子(10)轴向偏置, 进入绝缘子的开口。 通过在组合的金属部件和玻璃棒之间引入根据期望的热传递特性而将玻璃棒和金属部件之间的空间填充预定长度的导热块(2)来进行热传递或变速器控制 。
    • 3. 发明授权
    • Internal combustion engine
    • 内燃机
    • US4523559A
    • 1985-06-18
    • US628054
    • 1984-07-05
    • Reinhard LatschErnst LinderWinfried Moser
    • Reinhard LatschErnst LinderWinfried Moser
    • F02D9/02F02D11/10F02D13/02F02D41/00F02D41/14F02B31/00
    • F02D13/0223F02D11/10F02D35/022F02D41/0002F02D41/1497F02D9/02F02D2011/102Y02T10/18Y02T10/42
    • The internal combustion engine has at least one combustion chamber, an inlet conduit leading to it, and an adjustable means for varying flows of a medium, such as air or a fuel-air mixture, flowing into the combustion chamber for the sake of an optimized acceleration of curves defined by the process of combustion, so that economical engine operation is attained while producing as little in the way of toxic exhaust gas components as possible. An adjusting motor acting upon the means is controlled by a regulator, which is connected via a comparator with a set-point value transducer and an actual-value transducer. The actual-value transducer includes an optoelectric sensor connected to the combustion chamber for measuring the curves of combustion. The set-point value transducer indicates a set-point value for optimal curves of combustion, and the regulator, via the adjustable means, reduces any difference that may exist between the set-point value and the actual value.
    • 内燃机具有至少一个燃烧室,通向其的入口导管和用于改变流入燃烧室的介质(例如空气或燃料 - 空气混合物)的流动的可调节装置,用于优化 加速由燃烧过程定义的曲线,从而在尽可能少地排放有毒排气组分的同时实现经济的发动机运转。 作用在装置上的调节电机由调节器控制,调节器通过比较器与设定值转换器和实际值传感器连接。 实际值传感器包括连接到燃烧室的光电传感器,用于测量燃烧曲线。 设定点值传感器表示燃烧最佳曲线的设定值,调节器通过可调节装置减小设定值与实际值之间可能存在的差异。
    • 7. 发明授权
    • Internal combustion engine with temperature controlled combustion
chamber walls
    • 具有温度控制燃烧室壁的内燃机
    • US4321898A
    • 1982-03-30
    • US183910
    • 1980-09-04
    • Reinhard Latsch
    • Reinhard Latsch
    • F02B23/02F01P3/00F02B3/06F02B19/14F02B19/16F02B23/00F02F3/26F02N19/02
    • F02B19/16F02B23/00F02F3/26F02B2275/16F02B3/06Y02T10/123Y02T10/125
    • An internal combustion engine in which some of the combustion chamber walls are kept at temperatures which are higher than the temperature of the remaining parts of the combustion chamber. The temperature control of the selected portions of the combustion chamber is performed by heat pipes which lie adjacent to thin combustion chamber walls and which transfer heat from these walls to other parts of the engine which are adjacent to coolant channels. The presence of the heat pipe insures a relatively low thermal inertia of the adjacent combustion chamber walls, permitting their rapid heating after cold starting and the presence of the heat pipe prevents excessive temperatures due to the ability to carry away heat from these parts of the combustion chamber at higher temperatures. The temperature-controlled combustion chamber walls may be provided in auxiliary combustion chambers, prechambers or antechambers. Fuel is preferably injected so as to impinge on the temperature-controlled parts of the combustion chamber.
    • 一种内燃机,其中一些燃烧室壁保持在高于燃烧室的其余部分的温度的温度。 燃烧室的选定部分的温度控制由位于稀薄燃烧室壁附近并将热量从这些壁传递到与冷却剂通道相邻的发动机其它部分的热管来执行。 热管的存在确保相邻燃烧室壁的相对较低的热惯性,允许其在冷起动之后快速加热,并且热管的存在防止由于能够从燃烧的这些部分携带热量的过度温度 室在较高的温度。 温度控制的燃烧室壁可以设置在辅助燃烧室,前室或前室中。 燃料优选地被喷射以便撞击在燃烧室的温度控制部分上。
    • 8. 发明授权
    • Externally ignited internal combustion engine
    • 外部点燃的内燃机
    • US4218992A
    • 1980-08-26
    • US871577
    • 1978-01-23
    • Reinhard LatschHans Schlembach
    • Reinhard LatschHans Schlembach
    • F02P13/00F02B1/04F02B19/08F02B75/12F02B19/00
    • F02B19/08F02B1/04F02B2075/125Y02T10/125
    • An internal combustion engine in which each cylinder or combustion volume includes a separate ignition chamber which communicates with the main combustion chamber through a relatively narrow channel or channels. The combustible mixture is delivered to the separate chamber exclusively through these channels by the compressive action of the piston and is ignited there by a suitable electrical spark, for example. There is no additional admission of fuel or fuel mixture to the separate ignition chamber. The channel or channels terminate in the ignition chamber in such a manner, for example, tangentially, that one or more vortices are generated in the chamber prior to ignition. The channels are so oriented that the emerging igniter flames are directed to potential hot cells in the main combustion chamber where auto-ignition could occur.
    • 一种内燃机,其中每个气缸或燃烧体积包括通过相对窄的通道或通道与主燃烧室连通的分开的点火室。 可燃混合物通过活塞的压缩作用专门通过这些通道输送到分离的室,并且通过合适的电火花在那里被点燃。 没有额外的燃料或燃料混合物进入单独的点火室。 通道或通道以例如切向方式终止于点火室中,在点火之前在腔室中产生一个或多个涡流。 通道是如此定向的,使新出现的点火器火焰被引导到主燃烧室中可能发生自燃的潜在热电池。
    • 10. 发明授权
    • Ignition chamber for an internal combustion engine
    • 内燃机点火室
    • US4170979A
    • 1979-10-16
    • US794486
    • 1977-05-06
    • Reinhard Latsch
    • Reinhard Latsch
    • F02B19/10F02B19/12F02B19/16
    • F02B19/12F02B19/1009Y02T10/125
    • An internal combustion engine with a main combustion chamber defined by the cylinder and the piston has a separate ignition chamber located in the cylinder head which communicates with the main combustion chamber through a narrow channel. The channel terminates tangentially in the chamber and the flow of combustible mixture into the chamber generates therein a vortex which aids in ignition and combustion. The chamber includes spark-producing electrodes but does not receive additional fuel. In order to improve the ignition process, i.e., to lower the energy required for ignition, the walls of the ignition chamber are cooled to a controlled degree by changing the size of an air gap when the chamber expands or contracts, thereby changing the heat flow from the ignition chamber to the cooled portions of the engine.
    • 具有由气缸和活塞限定的主燃烧室的内燃机具有位于气缸盖中的单独的点火室,其通过窄通道与主燃烧室连通。 通道在腔室中切向终止,并且可燃混合物流入腔室中产生有助于点燃和燃烧的涡流。 该室包括产生火花的电极,但不接收额外的燃料。 为了改善点火过程,即降低点火所需的能量,当室膨胀或收缩时,通过改变空气间隙的尺寸将点火室的壁冷却至受控程度,从而改变热流 从点火室到发动机的冷却部分。