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    • 11. 发明申请
    • Pressure relief valve
    • 减压阀
    • US20060196476A1
    • 2006-09-07
    • US11067273
    • 2005-02-28
    • Alan Stockner
    • Alan Stockner
    • F02M57/02G05D11/00F02M69/54
    • F02M63/0225F02M63/0012F02M63/005F02M63/025F16K15/044F16K17/0406Y10T137/2582
    • A pressure relief valve includes a valve body defining an inlet configured to receive fluid from a fluid system, a pressure control orifice ending in a valve seat, and a guideway extending from the valve seat. The pressure relief valve further includes a valve closing member configured to abut the valve seat in a closed position and to be displaced from the valve seat in an open position, thereby releasing pressure from the fluid system. The pressure relief valve also includes a flow member including a stem and a flow plate. The stem is operably associated with the valve closing member and is configured to reciprocate within the guideway. The pressure relief valve further includes a valve spring operably associated with the valve body.
    • 减压阀包括阀体,其限定被配置为从流体系统接收流体的入口,终止在阀座中的压力控制孔和从阀座延伸的导轨。 减压阀还包括阀关闭构件,其构造成在关闭位置邻接阀座并且在打开位置从阀座移位,从而释放来自流体系统的压力。 减压阀还包括包括杆和流动板的流动构件。 杆与阀关闭构件可操作地相关联并且构造成在导轨内往复运动。 减压阀还包括与阀体可操作地相关联的阀弹簧。
    • 13. 发明申请
    • Directly controlled fuel injector with pilot plus main injection sequence capability
    • 直接控制燃油喷射器,带飞行员加主喷射序列功能
    • US20050028783A1
    • 2005-02-10
    • US10919200
    • 2004-08-16
    • Jinhui SunAlan Stockner
    • Jinhui SunAlan Stockner
    • F02D41/20F02D41/40F02M45/08F02M47/02F02M57/02F02M45/04
    • F02D41/2096F02D41/403F02M45/08F02M47/027F02M57/023F02M57/025
    • In one class of fuel injection systems, the individual fuel injectors cycle between high and low pressure during and between injection sequences in a given engine cycle. The fuel injectors may be hydraulically actuated, mechanically actuated, and possibly include common rail injectors equipped with an admission valve that enable the fuel injectors to cycle between high and low pressures. Many of these fuel injection systems also include a directly controlled nozzle valve that can apply or relieve pressure on a closing hydraulic surface associated with the nozzle valve. The nozzle valve is typically spring-biased and therefore has a pre-defined valve opening pressure that defines at what fuel pressure the nozzle valve will open when pressure is relieved on its closing hydraulic surface. While these fuel injection systems can produce a wide variety of rate shapes and injection sequences, generally, an injection sequence of particular interest is one that includes a relatively small volume pilot injection followed quickly in time by a relatively large volume main injection. In order to make the accuracy of the pilot injection more consistent, the nozzle valve is held closed while fuel pressure in the fuel injector builds and surpasses the valve opening pressure of the nozzle valve. This strategy helps to alleviate sensitivity of the pilot injection volume to inherent variability factors, such as geometrical tolerances, within and between fuel injectors.
    • 在一类燃油喷射系统中,单个燃油喷射器在给定的发动机循环期间和在喷射序列之间在高压和低压之间循环。 燃料喷射器可以是液压致动的,机械致动的,并且可能包括配备有允许燃料喷射器在高压和低压之间循环的进气阀的共轨喷油器。 这些燃料喷射系统中的许多还包括直接控制的喷嘴阀,其可以施加或释放与喷嘴阀相关联的关闭液压表面上的压力。 喷嘴阀通常是弹簧偏置的,并且因此具有预定义的开阀压力,其限定当在其关闭液压表面上释放压力时喷嘴阀将打开什么燃料压力。 虽然这些燃料喷射系统可以产生各种速率形状和喷射序列,但通常,特别感兴趣的喷射序列是包括相对较小体积的先导喷射的喷射序列,其通过较大体积的主喷射在时间上快速跟随。 为了使引燃喷射的精度更加一致,喷嘴阀在燃料喷射器中的燃料压力建立并且超过喷嘴阀的开阀压力时保持关闭。 该策略有助于减轻引燃喷射体积对燃油喷射器内和燃油喷射器之间的内在变异因素(如几何公差)的敏感性。
    • 14. 发明授权
    • Method for predicting the quality of a product
    • 用于预测产品质量的方法
    • US06823287B2
    • 2004-11-23
    • US10320802
    • 2002-12-17
    • Scott ShaferAlan StocknerYe Tian
    • Scott ShaferAlan StocknerYe Tian
    • G06F1900
    • G06Q10/06
    • A method is provided for predicting a quality characteristic of a product to be manufactured. The method may integrate one or more of feature and tolerance information associated with the product, manufacturing characteristic information associated with the manufacture of the product, measurement capability characteristic information associated with the manufacture of the product, assembly characteristic information associated with an assembly of the product, and desired quality characteristic information associated with the product. Based on the integrated information, the quality characteristic of the product may be predicted.
    • 提供了一种用于预测要制造的产品的质量特性的方法。 该方法可以集成与产品相关联的特征和公差信息中的一个或多个,与产品制造相关联的制造特征信息,与产品制造相关联的测量能力特征信息,与产品的组合相关联的组装特征信息 ,以及与产品相关联的期望质量特征信息。 基于综合信息,可以预测产品的质量特性。
    • 15. 发明授权
    • Low leakage cam assisted common rail fuel system, fuel injector, and operating method therefor
    • 低泄漏凸轮辅助共轨燃油系统,燃油喷射器及其操作方法
    • US08443780B2
    • 2013-05-21
    • US12791179
    • 2010-06-01
    • Dana ColdrenAlan Stockner
    • Dana ColdrenAlan Stockner
    • F02B3/00F02B3/06
    • F02M47/027F02M45/08F02M57/023F02M57/025F02M63/0033F02M63/0045F02M63/0064F02M63/0225
    • A fuel system includes a plurality of fuel injectors each defining a nozzle supply passage, a nozzle outlet and a low pressure space. The fuel system includes a plurality of mechanically actuated pressure intensifiers each including a tappet and being positioned partially within one of the fuel injectors, and a common rail fluidly connecting with each of the fuel injectors. Each of the fuel injectors further includes an injection pressure control mechanism having an injection pressure control valve. Each injection pressure control valve blocks the corresponding pressure intensifier from the common rail and fluidly connects the pressure intensifier with the low pressure space at a first position, and fluidly connects the pressure intensifier with the common rail and blocks the pressure intensifier from the low pressure space at a second position. Injecting fuel via operating the fuel system may include operating the fuel system in a low leakage mode where the pressure intensifier displaces fuel at a low pressure, between high pressure injections.
    • 燃料系统包括多个燃料喷射器,每个燃料喷射器限定喷嘴供应通道,喷嘴出口和低压空间。 燃料系统包括多个机械致动的压力增压器,每个压力增压器包括挺杆并且部分地位于一个燃料喷射器内,以及与每个燃料喷射器流体连接的共轨。 每个燃料喷射器还包括具有喷射压力控制阀的喷射压力控制机构。 每个喷射压力控制阀从共轨阻挡相应的增压器,并将压力增压器与第一位置处的低压空间流体连接,并且将压力增压器与公共导轨流体连接,并将压力增压器从低压空间 在第二个位置。 通过操作燃料系统注入燃料可以包括以低泄漏模式操作燃料系统,其中增压器在高压注射之间以低压将燃料置换。
    • 16. 发明授权
    • Method for predicting the quality of a product
    • 用于预测产品质量的方法
    • US07272532B2
    • 2007-09-18
    • US10952309
    • 2004-09-28
    • Scott ShaferAlan StocknerYe Tian
    • Scott ShaferAlan StocknerYe Tian
    • G06F11/00
    • G06Q10/06
    • A method is provided for predicting a quality characteristic of a product to be manufactured. The method may integrate one or more of feature and tolerance information associated with the product, manufacturing characteristic information associated with the manufacture of the product, measurement capability characteristic information associated with the manufacture of the product, assembly characteristic information associated with an assembly of the product, and desired quality characteristic information associated with the product. Based on the integrated information, the quality characteristic of the product may be predicted.
    • 提供了一种用于预测要制造的产品的质量特性的方法。 该方法可以集成与产品相关联的特征和公差信息中的一个或多个,与产品制造相关联的制造特征信息,与产品制造相关联的测量能力特征信息,与产品的组合相关联的组装特征信息 ,以及与产品相关联的期望质量特征信息。 基于综合信息,可以预测产品的质量特性。
    • 18. 发明申请
    • Fuel injector with grooved check member
    • 燃油喷射器带有沟槽检查构件
    • US20070045450A1
    • 2007-03-01
    • US11211416
    • 2005-08-25
    • Alan StocknerThomas GensSuryanarayan BanduvulaKit Minnich
    • Alan StocknerThomas GensSuryanarayan BanduvulaKit Minnich
    • F02M63/00
    • F02M61/1873
    • A method and apparatus for injecting fluid into a machine are disclosed. A fluid injector is disclosed having a nozzle body with at least one fluid injection orifice therein and being configured for transmitting fluid toward the injection orifice. The nozzle body may have a generally curved internal wall at an end portion of the nozzle body. A check member may be movably arranged inside the nozzle body for affecting fluid flow through the injection orifice. The check member may have (i) a recessed region on the surface of the check member and (ii) a generally curved region at an end portion of the check member. The check member may be movable to a flow blocking position in which (i) the check member engages the nozzle body to prevent fluid flow through the injection orifice, (ii) the recessed region is disposed proximate the injection orifice, and (iii) a chamber volume exists between the end portion of the nozzle body and the end portion of the check member.
    • 公开了一种将流体注入机器的方法和装置。 公开了一种流体注射器,其具有在其中具有至少一个流体注入孔的喷嘴体,并且构造成用于将流体朝向喷射孔传递。 喷嘴体可以在喷嘴体的端部处具有大致弯曲的内壁。 检查构件可以可移动地布置在喷嘴体内部,以影响通过喷射孔的流体流动。 支票构件可以具有(i)支票构件的表面上的凹陷区域和(ii)支票构件的端部处的大致弯曲的区域。 检查构件可以移动到流动阻塞位置,其中(i)检查构件接合喷嘴体以防止流体流过喷射孔,(ii)凹陷区域设置在喷射孔附近,以及(iii) 在喷嘴本体的端部与检查部件的端部之间存在腔体积。
    • 19. 发明申请
    • Over-torque break away rotational coupling and a method of assembling same
    • 过扭矩断开旋转联轴器及其组装方法
    • US20060009294A1
    • 2006-01-12
    • US10887283
    • 2004-07-08
    • Daniel IbrahimAlan Stockner
    • Daniel IbrahimAlan Stockner
    • F16D7/02
    • F16D7/025
    • In order to prevent damage to a drive component, fail safe devices are often used to break a rotational coupling between an apparatus, such as a pump, and the drive component, such as a crank shaft of an engine, in the event of the apparatus seizing. In order to break the coupling between a drive component and an apparatus, the rotational coupling includes a coupler that is operable to rotate in a first direction attached to a shaft via a threaded fastener. A predetermined break away torque is set by tightening the threaded fastener in a direction opposite than the first direction with a predetermined tightening torque. A torque transmission interface includes opposing surfaces of the coupler and the shaft that remain fixed relative to one another below a predetermined break away torque and move relative to one another above the predetermined break away torque.
    • 为了防止损坏驱动部件,故障安全装置通常用于在装置的情况下破坏诸如泵之类的装置与驱动部件(例如发动机的曲轴)之间的旋转联接 扣押 为了破坏驱动部件和装置之间的联接,旋转联接器包括联接器,其可操作以经由螺纹紧固件沿附接到轴的第一方向旋转。 通过以预定的紧固扭矩沿与第一方向相反的方向拧紧螺纹紧固件来设定预定的断开扭矩。 扭矩传递接口包括耦合器和轴的相对表面,其相对于彼此保持固定,低于预定的断开扭矩并相对于预定的断开扭矩之上的相对移动。