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    • 2. 发明申请
    • TURBOCHARGER WITH BEARING HOUSING HAVING AN AERODYNAMICALLY ENHANCED COMPRESSOR WHEEL POCKET GEOMETRY
    • 带轴承座的涡轮增压器具有气动增压式压缩机轮毂几何
    • WO2007032906A1
    • 2007-03-22
    • PCT/US2006/033783
    • 2006-08-29
    • BORGWARNER INC.FRASER, BrockREINKE, AdamNARRON, Neal
    • FRASER, BrockREINKE, AdamNARRON, Neal
    • F04D29/08F01D25/18
    • F02C6/12F01D25/183F04D25/04F04D29/063F04D29/083F04D29/4206F05D2220/40F05D2240/55F05D2250/314F05D2250/70F05D2250/71
    • A turbocharger unit (10) having an aerodynamically enhanced pocket (52), comprising a turbine (14) having a turbine housing (24) and a turbine wheel (26) connected to a shaft (20) along with a compressor (12) having a compressor housing (16) and a compressor wheel (18) mounted on the same shaft (20). There is an intermediate housing (28) disposed between the turbine housing (24) and the compressor housing (16), circumscribing the shaft (20), and having a compressor wheel pocket (50). There is a series of bearings (30) located in the intermediate housing (28) for supporting the shaft (20). There is also a series of fluid passages (33) located in the intermediate housing (28) which provide fluid to lubricate the bearings (30). A seal (42) is used for the prevention of oil from entering the compressor wheel pocket (50). The compressor wheel pocket (50) has an aerodynamically enhanced pocket (52) for the improvement of pressure balance behind the compressor wheel (18), preventing the oil in the intermediate housing (28) from entering the compressor housing (16).
    • 一种具有空气动力学增强的袋(52)的涡轮增压器单元(10),包括具有涡轮机壳体(24)的涡轮机(14)和与压缩机(12)连接的轴(20)的涡轮机叶轮(26) 压缩机壳体(16)和安装在同一轴(20)上的压缩机叶轮(18)。 在涡轮壳体(24)和压缩机壳体(16)之间设置有外接齿轮(20)的中间壳体(28),并且具有压缩机齿轮箱(50)。 存在一系列位于中间壳体(28)中以支撑轴(20)的轴承(30)。 还有一系列位于中间壳体(28)中的流体通道(33),其提供润滑轴承(30)的流体。 密封件(42)用于防止油进入压缩机叶轮袋(50)。 压缩机叶轮袋(50)具有用于改善压缩机叶轮(18)后面的压力平衡的空气动力学改进袋(52),从而防止中间壳体(28)中的油进入压缩机壳体(16)。
    • 3. 发明申请
    • TORQUE TRANSFER SYSTEM
    • 扭矩传递系统
    • WO2007022210A1
    • 2007-02-22
    • PCT/US2006/031886
    • 2006-08-15
    • BORGWARNER INC.BRUDER, David, E.
    • BRUDER, David, E.
    • B60K23/08B60K17/34
    • B60K17/34B60K23/0808B60W2520/30
    • The present invention implements non-contacting, non-compliant torque sensors (44,46) to read and determine the amount of torque being transferred through the respective driveshafts (22, 26) and to compensate for changes in driving conditions using data collected from these sensors. The all-wheel drive system of the present invention includes a transmission (36) driven by an engine (30) , or some other prime mover, as well as primary and secondary drivelines (13,15) each having a shaft (22,26) for transferring torque to a differential (24,28) . The primary driveline (13) has a primary differential (28) , and the secondary driveline (15) has a secondary differential (24) . A transfer case (32) connects the transmission (36) to the primary driveline (13) and the secondary driveline (15) . Located in between the shaft (22) for the secondary driveline (15) and the secondary differential (24) , the system also features a coupling unit (38) .
    • 本发明实现了非接触式非柔性扭矩传感器(44,46),以读取和确定通过相应的驱动轴(22,26)传递的扭矩量,​​并且使用从这些传感器收集的数据来补偿驾驶条件的变化 传感器。 本发明的全轮驱动系统包括由发动机(30)或其他原动机驱动的变速器(36),以及每个具有轴(22,26)的主和副传动系(13,15) ),用于将扭矩传递到差速器(24,28)。 主传动系(13)具有初级差速器(28),并且次级传动系(15)具有次级差速器(24)。 传送箱(32)将传动装置(36)连接到主传动系(13)和次传动系(15)。 位于用于次级传动系统(15)的轴(22)和次级差速器(24)之间,系统还具有联接单元(38)。
    • 6. 发明申请
    • ADJUSTABLE VALVE POPPET
    • 可调节阀门POPPET
    • WO2006124292A1
    • 2006-11-23
    • PCT/US2006/016991
    • 2006-05-03
    • BORGWARNER INC.WEISSINGER, Peter, G.
    • WEISSINGER, Peter, G.
    • F16K1/32F16K25/04
    • F16K1/485F02M26/11F02M26/50F02M26/67F02M26/68F02M26/74
    • A valve arrangement (10) having a valve body (12) with an inlet port (14) and an outlet port (16). A valve seat (18) is disposed in the valve body (12) and forms an aperture (20) positioned in the path of fluid flow between the inlet and outlet ports (14, 16). A shaft member (30) is disposed within the valve body (12) and has a flow control member connected to the end of the shaft (30). The flow control member (22) has a valve portion (24) for operably engaging the valve seat (18) and a valve extension portion (26) that extends from the valve portion (24) and circumscribes the shaft (30) in order to shield the shaft (30) from being exposed to contaminants. The valve portion (24) and valve extension portion (26) are integrally formed into a one-piece member thus eliminating an additional component in the valve design.
    • 具有带有入口(14)和出口(16)的阀体(12)的阀门装置(10)。 阀座(18)设置在阀体(12)中并且形成位于入口和出口(14,16)之间的流体流动路径中的孔(20)。 轴构件(30)设置在阀体(12)内,并且具有连接到轴(30)的端部的流量控制构件。 流量控制构件(22)具有用于可操作地接合阀座(18)的阀部分(24)和从阀部分(24)延伸并限定轴(30)的阀延伸部分(26),以便 防止轴(30)暴露于污染物。 阀部分(24)和阀延伸部分(26)一体地形成为一体式部件,从而消除了阀设计中的附加部件。
    • 8. 发明申请
    • CHAIN NOISE REDUCTION DEVICE
    • 链式减噪装置
    • WO2007109420A1
    • 2007-09-27
    • PCT/US2007/063468
    • 2007-03-07
    • BORGWARNER INCMARKLEY, George, L.MAXSON, Timothy, J.CHEKANSKY, Jason, W.
    • MARKLEY, George, L.MAXSON, Timothy, J.CHEKANSKY, Jason, W.
    • F16H55/30
    • F16H55/30F16H2055/306
    • A cushion ring (102) is received in a concentric groove in a sprocket (112) with teeth and a hub. More specifically, the groove is defined between an annular portion of the hub and the teeth. The cushion ring has an inner ring (106) and an outer ring (104). The outer ring is made of an incompressible material that has a load bearing area for receiving load from the links of the chain. The load and engagement noise energy of the chain links are combined and distributed over a large area of the outer ring. The inner ring receives this distributed load and noise energy from the outer ring and absorbs most of such energy. This improved distribution decreases wear and increases life of the resilient material while also providing for a reduced level of chain engagement noise.
    • 缓冲环(102)被容纳在具有齿和轮毂的链轮(112)的同心凹槽中。 更具体地,凹槽限定在轮毂的环形部分和齿之间。 缓冲环具有内环(106)和外环(104)。 外圈由不可压缩的材料制成,其具有用于从链条的链节接收负载的承载区域。 链节的负载和接合噪声能量被组合并分布在外环的大面积上。 内圈承受来自外圈的分布负载和噪声能量,并吸收大部分能量。 这种改进的分布减少了磨损并增加了弹性材料的寿命,同时还提供了降低的链接接合噪声水平。
    • 10. 发明申请
    • CONTINUOUSLY VARIABLE TRANSMISSION
    • 连续可变传输
    • WO2007022209A1
    • 2007-02-22
    • PCT/US2006/031885
    • 2006-08-15
    • BORGWARNER INC.MCCRARY, Paul, T.
    • MCCRARY, Paul, T.
    • F16H47/04
    • F16H47/04F16H2037/103
    • The present invention has planetary gearset (14) for a continuously variable transmission, which includes a first sun gear (22) coupled to a source of power (16), having a first set of planetary gears (24), a second sun gear (34) having a second set of planetary gears (26), and a common carrier (28) connecting and supporting the first set of planetary gears (24), the second set of planetary gears (26), and a first forward gear (30). The present invention also includes a hydrostatic unit (12) driven by the first forward gear (30), which also drives a second forward gear (32) and provides reaction torque to the planetary gearset (14), and a shift mechanism (40) for configuring the planetary gearset (14) for operating in a forward direction, a reverse direction, and for creating a mechanical neutral.
    • 本发明具有用于无级变速器的行星齿轮组(14),其包括联接到动力源(16)的第一太阳齿轮(22),具有第一组行星齿轮(24),第二太阳齿轮 34),具有第二组行星齿轮(26)和连接并支撑第一组行星齿轮(24),第二组行星齿轮(26)和第一前进档(30)的公共承载件(28) )。 本发明还包括由第一前进档(30)驱动的静液压单元(12),其也驱动第二前进档(32)并向行星齿轮组(14)提供反作用力矩;以及变速机构(40) 用于构造行星齿轮组(14),用于在向前方向,相反方向上操作,并用于产生机械中性。