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    • 2. 发明申请
    • DUAL FUEL INJECTOR, ENGINE USING THE SAME AND METHOD OF OPERATING THE ENGINE
    • 双燃料喷射器,使用它的发动机和操作发动机的方法
    • WO2012155030A3
    • 2013-01-03
    • PCT/US2012037483
    • 2012-05-11
    • CATERPILLAR INCKIM HOISANDING XIANGDONGSOMMARS MARK F
    • KIM HOISANDING XIANGDONGSOMMARS MARK F
    • F02D19/06F02M43/04F02M45/08F02M47/02F02M63/02
    • F02D19/0615F02D19/0684F02D19/0694F02D19/10F02M43/04F02M45/086F02M47/027F02M51/06F02M51/0625F02M63/029F02M2200/44F02M2200/46Y02T10/36
    • A dual fuel injector (100) may be used to inject both gas and liquid fuel into a cylinder (7) of a compression ignition engine (5). An injector body (12) defines a first set of nozzle outlets (90), a second set of nozzle outlets (90), a first fuel inlet (33) and a second fuel inlet (36). A dual solenoid actuator (100) includes a first armature (110), a first coil (102), a second armature (103) and a second coil (104) that share a common centerline (54). The dual solenoid actuator (100) has a non-injection configuration at which the first armature (110) is at an un-energized position and the second armature (103) is at an un-energized position. The dual solenoid actuator (100) has a first fuel injection configuration at which the first fuel inlet (48) is fluidly connected to the first set of nozzle outlets (90), the first armature (110) is at an energized position and the second armature (103) is at the un-energized position. The dual solenoid actuator (100) has a second fuel injection configuration at which the second fuel inlet (57) is fluidly connected to the second set of nozzle outlets (96), the first armature (110) is at the un-energized position and the second armature (103) is at an energized position. The dual solenoid actuator (100) may also include a combined fuel injection configuration.
    • 双燃料喷射器(100)可用于将气体和液体燃料喷射到压缩点火发动机(5)的气缸(7)中。 喷射器主体(12)限定第一组喷嘴出口(90),第二组喷嘴出口(90),第一燃料入口(33)和第二燃料入口(36)。 双螺线管致动器(100)包括共享公共中心线(54)的第一电枢(110),第一线圈(102),第二电枢(103)和第二线圈(104)。 双螺线管致动器(100)具有非注入构造,第一电枢(110)处于非激励位置,第二电枢(103)处于未通电位置。 双螺线管致动器(100)具有第一燃料喷射构造,第一燃料入口(48)在该第一燃料喷射构造处流体地连接到第一组喷嘴出口(90),第一电枢(110)处于通电位置,第二燃料入口 电枢(103)处于未通电位置。 双螺线管致动器(100)具有第二燃料喷射构造,第二燃料入口(57)在该第二燃料喷射构造处流体地连接到第二组喷嘴出口(96),第一电枢(110)处于未通电位置,并且 第二电枢(103)处于通电位置。 双螺线管致动器(100)还可以包括组合的燃料喷射构造。
    • 3. 发明申请
    • HYDROSTATIC THRUST BEARING FOR A WOBBLE PLATE PUMP
    • 用于瓦板泵的静液压轴承
    • WO0034653A2
    • 2000-06-15
    • PCT/US9928379
    • 1999-12-01
    • CATERPILLAR INC
    • GIBSON DENNIS HSOMMARS MARK F
    • F04B1/12F04B1/14F04B1/20
    • F04B1/148F04B1/122
    • A displacement pump (1) has a rotatable drive shaft (9) and at least one piston (20) containing a piston cavity (62), and a piston shoe (34) flexibly connected with the piston (20). The piston shoe (34) comprises a shoe passage (60) fluidly connected with the piston cavity (62). The displacement pump also has a hydrostatic thrust bearing plate (40) comprising at least one thrust pad (42), and a driveplate (12) connected with the drive shaft (9) and disposed between the piston shoe (34) and the thrust pad (42). The driveplate (12) comprises a bearing surface (46) proximate to the thrust pad (42), a pumping surface (38) proximate to the piston shoe (34), and at least one communication port (48) fluidly connecting the bearing surface (46) with the pumping surface (38). The driveplate (12) is rotatable to a position in which the piston cavity (62) is fluidly connected with the thrust pad (42) via the shoe passage (60) and the communication port (48).
    • 排量泵(1)具有可旋转的驱动轴(9)和包含活塞腔(62)的至少一个活塞(20)和与活塞(20)柔性连接的活塞杆(34)。 活塞靴(34)包括与活塞腔(62)流体连接的鞋通道(60)。 排量泵还具有静压止推轴承板(40),该静液压推力轴承板(40)包括至少一个止推垫(42)和与驱动轴(9)连接并设置在活塞靴(34)和止推垫 (42)。 驱动板(12)包括靠近止推垫(42)的支承表面(46),靠近活塞靴(34)的泵送表面(38)和至少一个连通端口(48) (46)与泵送表面(38)。 驱动板(12)可旋转到活塞腔(62)经由鞋通道(60)和连通口(48)与止推垫(42)流体连接的位置。