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    • 1. 发明授权
    • Fuel injector
    • 喷油器
    • US5372313A
    • 1994-12-13
    • US176745
    • 1994-01-03
    • Michael W. ChabonBruce J. HarveyThomas A. LahnalaHans J. SailerBac TaChristopher J. Treusch
    • Michael W. ChabonBruce J. HarveyThomas A. LahnalaHans J. SailerBac TaChristopher J. Treusch
    • F02M51/06F02M61/16F02M61/04
    • F02M61/168F02M51/0646F02M51/0667
    • Fuel injector has combination valve-armature fabricated by laser welding relatively more magnetically permeable armature element to relatively less magnetically permeable valve element. Valve element contains sealing ring and landing ring, the latter being circumferentially discontinuous because of fuel passage holes through the valve element, the former being non-symmetrical so that magnetic opening force causes valve-armature to open by tilting about consistent circumferential location on valve element. Initial opening tilting motion is stopped by corrugated stop surface of annular stop member with final tilting motion occurring about the corrugated stop surface until the full perimeter of the valve element abuts the full perimeter of the corrugated stop surface. Actuator has bobbin-mounted coil inserted into frame and encapsulated by outer plastic body. Conical disk spring acting between fuel inlet tube and coil forces one end of the latter against valve body member while forming a barrier between fuel inlet tube and other end of coil so that plastic does not intrude into interior of mechanism during injection molding of outer plastic body. Object of invention is lower fabricating cost for specified performance of injector.
    • 燃料喷射器具有通过将相对更多的磁导电性元件激光焊接到相对较少的导磁阀元件而制造的组合阀 - 电枢。 阀元件包含密封环和着陆环,由于燃料通过孔通过阀元件,后者由于燃料通过孔而周向不连续,所以前者是非对称的,使得磁性开启力通过围绕阀元件的一致的圆周位置倾斜使阀 - 电枢打开 。 初始打开的倾斜运动由环形止动构件的波纹止动表面停止,并且围绕波纹止动表面发生最终的倾斜运动,直到阀元件的整个周边与波纹状止挡表面的整个周边相邻。 执行器具有线轴安装线圈插入框架并由外塑体封装。 在燃料入口管和线圈之间作用的锥形盘弹簧迫使后者的一端抵靠阀体构件,同时在燃料入口管和线圈的另一端之间形成屏障,使得在外塑料体的注射成型期间塑料不会侵入机构内部 。 本发明的目的是降低喷射器性能的制造成本。
    • 2. 发明授权
    • Fuel injector
    • 喷油器
    • US5381965A
    • 1995-01-17
    • US176743
    • 1994-01-03
    • Michael W. ChabonBruce J. HarveyThomas A. LahnalaHans J. SailerBac TaChristopher J. Treusch
    • Michael W. ChabonBruce J. HarveyThomas A. LahnalaHans J. SailerBac TaChristopher J. Treusch
    • F02M51/06F02M61/16F02M51/00
    • F02M61/168F02M51/0646F02M51/0667
    • Fuel injector has combination valve-armature fabricated by laser welding relatively more magnetically permeable armature element to relatively less magnetically permeable valve element. Valve element contains sealing ring and landing ring, the latter being circumferentially discontinuous because of fuel passage holes through the valve element, the former being non-symmetrical so that magnetic opening force causes valve-armature to open by tilting about consistent circumferential location on valve element. Initial opening tilting motion is stopped by corrugated stop surface of annular stop member with final tilting motion occurring about the corrugated stop surface until the full perimeter of the valve element abuts the full perimeter of the corrugated stop surface. Actuator has bobbin-mounted coil inserted into frame and encapsulated by outer plastic body. Conical disk spring acting between fuel inlet tube and coil forces one end of the latter against valve body member while forming a barrier between fuel inlet tube and other end of coil so that plastic does not intrude into interior of mechanism during injection molding of outer plastic body. Object of invention is lower fabricating cost for specified performance of injector.
    • 燃料喷射器具有通过将相对更多的磁导电性元件激光焊接到相对较少的导磁阀元件而制造的组合阀 - 电枢。 阀元件包含密封环和着陆环,由于燃料通过孔通过阀元件,后者由于燃料通过孔而周向不连续,所以前者是非对称的,使得磁性开启力通过围绕阀元件的一致的圆周位置倾斜使阀 - 电枢打开 。 初始打开的倾斜运动由环形止动构件的波纹止动表面停止,并且围绕波纹止动表面发生最终的倾斜运动,直到阀元件的整个周边与波纹状止挡表面的整个周边相邻。 执行器具有线轴安装线圈插入框架并由外塑体封装。 在燃料入口管和线圈之间作用的锥形盘弹簧迫使后者的一端抵抗阀体构件,同时在燃料入口管和线圈的另一端之间形成屏障,使得塑料在外塑料体的注射成型期间不会侵入机构内部 。 本发明的目的是降低喷射器性能的制造成本。
    • 4. 发明授权
    • Intake manifold pressure compensation for the closed-loop pressure
regulation of a fuel pump
    • 进气歧管压力补偿用于燃油泵的闭环压力调节
    • US5133323A
    • 1992-07-28
    • US720964
    • 1991-06-25
    • Christopher J. Treusch
    • Christopher J. Treusch
    • F02D41/30F02M51/02F02M65/00F02M69/16F02M69/54
    • F02M65/003F02D41/3082F02M51/02F02M69/16F02M69/54F02D2200/0602F02D2250/31
    • The fuel supply system of an internal combustion engine delivers liquid fuel to electrically operated fuel injectors by means of an electric pump whose output pressure is regulated by control electronics which receives as feedback from a pressure sensor connected into a fuel delivery passage serving the injectors a signal representing the pressure differential between manifold absolute pressure (MAP) and absolute pumped fuel pressure. The pressure sensor has a movable wall that divides its interior into an intake manifold pressure sensing chamber space communicated to the engine intake manifold and a fuel pressure sensing chamber space communicated to the fuel delivery line to the injectors. A magnet is mounted on a central region of the movable wall to transmit a signal to a Hall-effect sensor mounted within the intake manifold pressure sensing chamber space. The feedback pressure signal is derived from the Hall-effect sensor sensing the position of the magnet, and hence that of the movable wall.
    • 内燃机的燃料供应系统通过电动泵将液体燃料输送到电动燃料喷射器,电动泵的输出压力由控制电子装置调节,控制电子装置作为来自连接到为喷射器服务的燃料输送通道的压力传感器的反馈而接收信号 代表歧管绝对压力(MAP)和绝对泵送燃料压力之间的压力差。 压力传感器具有可动壁,其将其内部分成与发动机进气歧管连通的进气歧管压力感测室空间,以及连通到喷油器的燃料输送管线的燃料压力感测室空间。 磁体安装在可移动壁的中心区域上,以将信号传输到安装在进气歧管压力检测室空间内的霍尔效应传感器。 反馈压力信号是从霍尔效应传感器得出的,该传感器感测磁体的位置,从而感测到可动壁的位置。
    • 5. 发明授权
    • Vehicle fuel rail assembly for fuel delivery and liquid fuel retention
    • 用于燃料输送和液体燃料保留的车辆燃料轨道组件
    • US07007673B2
    • 2006-03-07
    • US10898741
    • 2004-07-26
    • Christopher J. Treusch
    • Christopher J. Treusch
    • F02M37/04
    • F02M69/465
    • A vehicle fuel rail system for fuel delivery and liquid fuel retainment therein. The vehicle fuel rail system comprises a fuel rail and a chassis connector in fluid communication with the fuel rail. The fuel rail has a first bank and a second bank connected to the first bank by way of a crossover line. The first bank has a first top portion and a first bottom portion and the second bank has a second top portion and a second bottom portion. The crossover line has a first end disposed at the first bottom portion and a second end disposed at the second top portion. The chassis connector has a tank end and an rail end wherein the tank end is connected to the vehicle fuel tank and the rail end is disposed at the first top portion.
    • 用于燃料输送和液体燃料保持的车辆燃料轨道系统。 车辆燃料轨道系统包括燃料轨道和与燃料轨道流体连通的底盘连接器。 燃料轨具有通过交叉线连接到第一组的第一组和第二组。 第一组具有第一顶部和第一底部,第二组具有第二顶部和第二底部。 交叉线具有设置在第一底部的第一端和设置在第二顶部的第二端。 底盘连接器具有罐端和轨道端,其中罐端连接到车辆燃料箱,轨道端设置在第一顶部。