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    • 66. 发明申请
    • HYBRID ELECTRIC POWERTRAIN CONFIGURATIONS WITH A BALL VARIATOR CONTINUOUSLY VARIABLE TRANSMISSION USED AS A POWERSPLIT
    • 具有作为电力系统使用的球变量连续可变传输的混合动力系统配置
    • WO2017049087A1
    • 2017-03-23
    • PCT/US2016/052140
    • 2016-09-16
    • DANA LIMITED
    • KUMAR, KrishnaWESOLOWSKI, Steven J.ZIECH, James F.SMITHSON, Robert A.HAKA, Raymond J.
    • F16H15/50F16H3/72
    • B60K6/365B60K6/543F16H15/52
    • Regular torque split planetary gear trains for automotive hybrid powertrains are limited by the fixed ratio of the planetary gear train. A powertrain incorporating a continuously variable transmission using a torque split with variable ratios enables the powertrain to use the ideal operating lines (IOL) of the engine, electric motor and generator along with the high voltage battery charge/discharge paths, depending upon the mode of operation (charge sustain or charge deplete modes) of the hybrid powertrain. A powertrain further equipped with a hybrid supervisory controller that chooses the torque split and path of highest efficiency from engine to wheel, can operate at the best potential overall efficiency point in any mode and also provide torque variability, thereby leading to the best combination of powertrain performance and fuel efficiency. Embodiments of powertrain configurations that can improve the efficiency of hybrid vehicles are discussed herein.
    • 用于汽车混合动力总成的常规扭矩行星齿轮系由行星齿轮系的固定比例限制。 使用具有可变比率的扭矩分配的无级变速器的动力传动系统使动力系统能够使用发动机,电动机和发电机的理想操作线(IOL)以及高压电池充电/放电路径,这取决于模式 混合动力总成的运行(充电维持或电荷消耗模式)。 动力总成进一步配备混合式监控控制器,可选择从发动机到车轮的最高效率的扭矩分配和路径,可在任何模式下以最佳潜在的总效率点运行,并提供扭矩变化性,从而导致动力总成的最佳组合 性能和燃油效率。 这里讨论了可以提高混合动力车辆的效率的动力系构造的实施例。
    • 69. 发明申请
    • 4-MODE POWERSPLIT TRANSMISSION BASED ON CONTINUOUSLY VARIABLE PLANETARY TECHNOLOGY
    • 基于连续可变的运营商技术的4模式电源传输
    • WO2015200769A1
    • 2015-12-30
    • PCT/US2015/037916
    • 2015-06-26
    • DANA LIMITED
    • BYLTIAUW, Matthias, W.J.
    • F16H15/40F16H15/52F16H35/02F16H37/08F16H61/00F16H61/66
    • F16H37/086F16H3/666F16H15/28F16H2037/0886F16H2200/2005F16H2200/2041
    • A variable transmission includes a powerpath layout based on multi-mode operation. The various modes are a combination of direct drive or power recirculation. An Infinitely Variable Planetary mode is present, allowing powered neutral feature. In all the modes, the Continuously Variable Planetary is speeded-up with a single gear ratio, with the objective of reducing the Continuously Variable Planetary size by running it at high revolutions per minute. This configuration is based on a four mode solution, each mode being selected by closing a clutch/brake and releasing the others. A "common sun" compound planetary is the central part of the configuration together with the Continuously Variable Planetary. The configuration incorporates two forward modes consisting of a powersplit high-speed and direct drive mid-speed, a reverse direct drive mode and a powersplit infinitely variable planetary mode for low positive and reverse speeds as well as a powered neutral mode.
    • 可变变速器包括基于多模式操作的动力路径布局。 各种模式是直接驱动或动力再循环的组合。 存在无级变速行星模式,允许动力中性功能。 在所有的模式中,连续变星系以单齿轮传动比加速,目的是通过以每分钟高转的速度运转来减小连续变星行星尺寸。 该配置基于四模式解决方案,通过关闭离合器/制动器并释放其他模式来选择每个模式。 “普通太阳”复合行星是配置与连续变量行星的中心部分。 该配置包括两个正向模式,包括电源高速和直接驱动中速,反向直接驱动模式和用于低正向和反向速度的电源无级变速行星模式以及电源中性模式。
    • 70. 发明申请
    • ENHANCED WASTE HEAT RECOVERY SYSTEM AND METHOD COMPRISING AN EXPANDER CONNECTED TO A GENERATOR
    • 增强型废热回收系统及包括连接发电机的膨胀机的方法
    • WO2015143272A1
    • 2015-09-24
    • PCT/US2015/021670
    • 2015-03-20
    • DANA LIMITED
    • VERSTEYHE, Mark, R.j.GOOSSENS, Stijn
    • F02G5/02F01K13/02F01K23/06F01K23/10
    • F02G5/02F01K5/02F02G2280/20Y02T10/166
    • A combined internal combustion engine and waste heat recovery system and method for facilitating driving engagement between the internal combustion engine and the waste heat recovery system is provided. The waste heat recovery system comprises a condenser, a pump, a heat exchanger, an expansion device, a generator, and an electrical load. The heat exchanger is in fluid communication with the pump and thermal communication with an exhaust of the internal combustion engine. The expansion device is in fluid communication with the heat exchanger and the condenser. The generator is in driving engagement with the expansion device. The electrical load is in electrical communication with the generator. In response to rotation of the expansion device, an electrical current generated by the generator is applied to the electrical load to increase an efficiency of the combined internal combustion engine and waste heat recovery system.
    • 提供了一种用于促进内燃机和废热回收系统之间的驱动接合的组合内燃机和废热回收系统和方法。 废热回收系统包括冷凝器,泵,热交换器,膨胀装置,发电机和电负载。 热交换器与泵流体连通并与内燃机的排气热连通。 膨胀装置与热交换器和冷凝器流体连通。 发电机与膨胀装置驱动接合。 电气负载与发电机电连通。 响应于膨胀装置的旋转,由发电机产生的电流被施加到电负载以提高组合的内燃机和废热回收系统的效率。