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    • 3. 发明授权
    • Fuel injector nozzle
    • 燃油喷嘴
    • US08011600B2
    • 2011-09-06
    • US12002944
    • 2007-12-19
    • Charles L. Gray, Jr.
    • Charles L. Gray, Jr.
    • F02D1/06F02D7/00
    • F02M61/1813F02B23/0669F02B23/0696F02B2275/14F02M61/182Y02T10/123Y02T10/125
    • A fuel injector nozzle for use with an internal combustion engine utilizes arrangements of nozzle openings that are designed to increase fuel contact with oxygen within a combustion chamber. Nozzle openings are positioned in more than one plane substantially parallel with the cylinder head surface, with the planes preferably at least 2 millimeters apart, and with the respective pluralities of nozzle openings oriented to provide diverging injection angles in relation to the cylinder head surface. The fuel injector is particularly designed for use with oxygen-dilute (e.g., high EGR) controlled temperature combustion, direct injection compression ignition engines.
    • 用于内燃机的燃料喷射器喷嘴利用喷嘴开口的布置,其设计成增加与燃烧室内的氧气的燃料接触。 喷嘴开口定位在与气缸盖表面基本平行的不止一个平面中,其中平面优选地相距至少2毫米,并且相应的多个喷嘴开口相对于气缸盖表面提供发散的喷射角度。 燃料喷射器特别设计用于与氧稀释(例如,高EGR)控制温度燃烧,直接喷射压缩点火发动机一起使用。
    • 4. 发明申请
    • Two Mode Dual Crankshaft Engine
    • 双模双曲轴发动机
    • US20100326401A1
    • 2010-12-30
    • US12827378
    • 2010-06-30
    • David James HaugenCharles L. Gray, JR.
    • David James HaugenCharles L. Gray, JR.
    • F02B17/00
    • F02B17/00F02B69/02Y02T10/12Y02T10/128
    • A variable displacement engine comprises two engine modules fed from a common fuel source, each engine module having an individual crankshaft. The first engine module has a high compression ratio (e.g., greater than 13:1), while the second module has a typical compression ratio for a gasoline engine (e.g., between 9:1 and 11:1). In one embodiment, the first engine module operates through high efficiency optimized alcohol fuel combustion when the fuel content exceeds a minimum alcohol content. In an alternative embodiment, the first engine module operates at high efficiency through gasoline HCCI combustion when conditions permit. When operating conditions do not permit the first engine module to operate at high efficiency, the second engine module operates as the primary engine module, with the first engine module available to provide supplemental power (at less than optimal efficiency) if needed to meet driver demand.
    • 可变排量发动机包括从共同燃料源供给的两个发动机模块,每个发动机模块具有单独的曲轴。 第一发动机模块具有高压缩比(例如大于13:1),而第二模块具有用于汽油发动机的典型压缩比(例如在9:1至11:1之间)。 在一个实施例中,当燃料含量超过最低酒精含量时,第一发动机模块通过高效优化的醇燃料燃烧进行操作。 在替代实施例中,当条件允许时,第一发动机模块通过汽油HCCI燃烧以高效率运行。 当操作条件不允许第一发动机模块以高效率运行时,第二发动机模块作为主要发动机模块运行,如果需要满足驾驶员需求,第一发动机模块可用于提供补充功率(不到最佳效率) 。
    • 7. 发明授权
    • Fluid bearing and method of operation
    • 流体轴承和操作方法
    • US07553085B2
    • 2009-06-30
    • US11413796
    • 2006-04-28
    • Charles L. Gray, Jr.
    • Charles L. Gray, Jr.
    • F16C32/06
    • F04B1/2085F16C32/0696F16C2360/00
    • A fluid bearing includes hydrostatic pads formed in a surface and positioned to exert a separating force, and a land formed on the surface of the insert and configured to act as a bushing to allow rotation while the first and second pads are pressurized at less than a hydrostatic balance force. Pressurized fluid to the pads of the insert is controlled to prevent operation in full hydrostatic mode. More particularly, a separating force generated by surface force of the pads is controlled such that the separating force does not exceed a force exerted on the bearing. The fluid pressure is also controlled to keep the separating force within a selected margin of the force exerted on the bearing, to control wear of the bearing. Control of the separating force is achieved by selectively pressurizing individual hydrostatic pads, thereby effectively varying the active hydrostatic area of the bearing.
    • 流体轴承包括形成在表面中并定位成施加分离力的流体静力垫,以及形成在插入件的表面上并且构造成用作套筒以允许旋转的平台,同时第一和第二垫在小于 静水平衡力。 加压流体到插入件的垫被控制以防止在完全静液压模式下操作。 更具体地,控制由垫的表面力产生的分离力,使得分离力不超过施加在轴承上的力。 还控制流体压力以将分离力保持在施加在轴承上的力的选定余量内,以控制轴承的磨损。 分离力的控制通过选择性地加压各个静压垫来实现,从而有效地改变轴承的主动静水压面积。
    • 9. 发明授权
    • Hydraulic actuator control valve
    • 液压执行器控制阀
    • US07305914B2
    • 2007-12-11
    • US10767547
    • 2004-01-28
    • Charles L. Gray, Jr.
    • Charles L. Gray, Jr.
    • F15B13/044F15B9/08
    • F15B13/0402F04B1/328F15B9/08
    • An actuator includes a piston within a cylinder, the cylinder having a first fluid port in communication with an open side of the piston, and a second fluid port in communication with a shaft side of the piston. The piston travels in a first direction, toward the shaft side of the piston and in a second direction, toward the open side of the piston. The actuator includes a valve circuit configured to selectively couple the first fluid port with a high-pressure fluid source when piston travel in the first direction is desired, and with a low-pressure fluid source when piston travel in the second direction is desired. The valve circuit is further configured to couple the second fluid port to the high-pressure fluid source when piston travel is desired in the first or second direction, and to close the first and second fluid ports when no piston travel is desired.
    • 致动器包括在气缸内的活塞,气缸具有与活塞的开放侧连通的第一流体端口和与活塞的轴侧连通的第二流体端口。 活塞在第一方向上朝着活塞的轴侧并朝向活塞的开口侧沿第二方向行进。 致动器包括阀回路,该阀回路构造成当期望活塞沿第一方向移动时,以及当活塞沿第二方向移动时,利用低压流体源将第一流体端口与高压流体源联接。 阀电路进一步构造成当第一或第二方向需要活塞行程时将第二流体端口连接到高压流体源,并且在不需要活塞行程时关闭第一和第二流体端口。