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    • 2. 发明授权
    • Rich fuel mixture super-turbocharged engine system
    • 丰富的燃油混合超涡轮增压发动机系统
    • US08820056B2
    • 2014-09-02
    • US13012778
    • 2011-01-24
    • Ed VanDyneVolker SchumacherJared William BrownTom Waldron
    • Ed VanDyneVolker SchumacherJared William BrownTom Waldron
    • F01N3/10F01N5/04F02B33/44F02B37/10F02B37/00F01N11/00
    • F01N3/10F01N11/00F02B37/00F02B37/10Y02T10/144Y02T10/47
    • Disclosed is a super-turbocharger system that increases power and efficiency of an engine. The system uses the exothermic properties of a catalytic converter to extract additional energy from exhaust heat that is used to add power to the engine. Compressed air is supplied and mixed with exhaust gases upstream and/or downstream from a catalytic converter that is connected to an exhaust manifold. The gaseous mixture of exhaust gases and compressed air is sufficiently rich in oxygen to oxidize hydrocarbons and carbon monoxide in the catalytic converter, which adds heat to the gaseous mixture. In addition, a sufficient amount of compressed air is supplied to the exhaust gases to maintain the temperature of the gaseous mixture at a substantially optimal temperature level. The gaseous mixture is applied to the turbine of the super-turbocharger, which increases the output of said super-turbocharger, which increases the power and efficiency of said engine.
    • 公开了一种提高发动机的功率和效率的超级涡轮增压器系统。 该系统使用催化转化器的放热特性从用于向发动机增加功率的废热中提取附加能量。 压缩空气被供应并与连接到排气歧管的催化转化器的上游和/或下游的废气混合。 废气和压缩空气的气体混合物具有足够的氧气,以氧化催化转化器中的碳氢化合物和一氧化碳,这增加了气体混合物的热量。 此外,足够量的压缩空气被供应到废气以将气体混合物的温度保持在基本上最佳的温度水平。 气体混合物被施加到超级涡轮增压器的涡轮机,这增加了所述超级涡轮增压器的输出,这增加了所述发动机的功率和效率。
    • 3. 发明申请
    • Projector
    • 投影机
    • US20080198605A1
    • 2008-08-21
    • US11922836
    • 2006-06-19
    • Erwin MelznerVolker Schumacher
    • Erwin MelznerVolker Schumacher
    • F21V7/00
    • F21V7/04F21V7/09F21V14/04
    • Disclosed is a projector comprising a lamp and a reflector which reflects the light beams emitted by the lamp towards a light output hole of the projector. The position of the reflector and the lamp relative to each other can be modified, the distribution of the light that is output being adjustable by displacing the reflector and/or the lamp. The reflector is provided with facets which embody a reflective surface to reflect the light beams emitted by the lamp. The surface shape of said facets is designed such that the light beams generate a luminous field which has a desired light distribution and whose light beam width can be adjusted within a large range by displacing the reflector and/or the lamp.
    • 公开了一种投影仪,其包括灯和反射器,其将由灯发射的光束朝向投影仪的光输出孔反射。 可以改变反射器和灯相对于彼此的位置,通过移动反射器和/或灯来调节输出的光的分布。 反射器设置有面,反射面反映由灯发出的光束。 所述小面的表面形状被设计成使得光束产生具有期望的光分布的光场,并且可以通过使反射器和/或灯移位来在大范围内调整其光束宽度。
    • 9. 发明申请
    • SUPERTURBOCHARGER CONTROL SYSTEMS
    • SUPERURBOCHARGER控制系统
    • US20120186248A1
    • 2012-07-26
    • US13191407
    • 2011-07-26
    • Ed VanDyneJared William BrownVolker SchumacherChristopher J. Chadwell
    • Ed VanDyneJared William BrownVolker SchumacherChristopher J. Chadwell
    • F02D23/00F02B37/14
    • F02B37/105F02B37/14F02B39/04F02D41/023F02D2041/026Y02T10/144Y02T10/148Y10T74/18544Y10T74/18552
    • Disclosed is a control system and method for controlling a superturbocharged engine system in various operation modes. Throttle control mode may idle the superturbocharger during low and medium engine loads, so that boost is not created in the intake manifold. During high engine load conditions (open throttle), boosting occurs in response to the driver, operator, or control system requesting increased engine loads. For transient control mode, the control system may respond to transient conditions in response to engine speed and load so that the engine does not bog down or overcome vehicle traction limits. The control system may also predict future operating points. For steady state control mode, the control system may receive a plurality of input data, an actual/current control data input, look up a desired value for the control input, compare the desired to the actual control input, and perform control logic on the comparison results to obtain an updated continuously variable transmission ratio to control the superturbocharged engine system independent of throttling on the engine.
    • 公开了一种用于以各种操作模式控制超级增压发动机系统的控制系统和方法。 节气门控制模式可以在低和中等发动机负载期间使超级增压器怠速,从而不会在进气歧管中产生增压。 在高发动机负载条件(开启节气门)期间,响应于要求增加发动机负荷的驾驶员,操作者或控制系统而发生升压。 对于瞬态控制模式,控制系统可以响应于发动机转速和负载的瞬态条件来响应,使得发动机不会下降或克服车辆牵引极限。 控制系统还可以预测将来的工作点。 对于稳态控制模式,控制系统可以接收多个输入数据,实际/当前控制数据输入,查找控制输入的期望值,将期望值与实际控制输入进行比较,并对控制逻辑执行控制逻辑 比较结果以获得更新的无级变速比,以控制超级增压发动机系统,而不依赖于发动机上的节流。
    • 10. 发明申请
    • RICH FUEL MIXTURE SUPER-TURBOCHARGED ENGINE SYSTEM
    • 丰富的燃油混合超涡轮发动机系统
    • US20110214422A1
    • 2011-09-08
    • US13012778
    • 2011-01-24
    • Ed VanDyneVolker SchumacherJared William BrownTom Waldron
    • Ed VanDyneVolker SchumacherJared William BrownTom Waldron
    • F02B37/10F02B37/00F01N11/00F01N3/10
    • F01N3/10F01N11/00F02B37/00F02B37/10Y02T10/144Y02T10/47
    • Disclosed is a super-turbocharger system that increases power and efficiency of an engine. The system uses the exothermic properties of a catalytic converter to extract additional energy from exhaust heat that is used to add power to the engine. Compressed air is supplied and mixed with exhaust gases upstream and/or downstream from a catalytic converter that is connected to an exhaust manifold. The gaseous mixture of exhaust gases and compressed air is sufficiently rich in oxygen to oxidize hydrocarbons and carbon monoxide in the catalytic converter, which adds heat to the gaseous mixture. In addition, a sufficient amount of compressed air is supplied to the exhaust gases to maintain the temperature of the gaseous mixture at a substantially optimal temperature level. The gaseous mixture is applied to the turbine of the super-turbocharger, which increases the output of said super-turbocharger, which increases the power and efficiency of said engine.
    • 公开了一种提高发动机的功率和效率的超级涡轮增压器系统。 该系统使用催化转化器的放热特性从用于向发动机增加功率的废热中提取附加能量。 压缩空气被供应并与连接到排气歧管的催化转化器的上游和/或下游的废气混合。 废气和压缩空气的气体混合物具有足够的氧气,以氧化催化转化器中的碳氢化合物和一氧化碳,这增加了气体混合物的热量。 此外,足够量的压缩空气被供应到废气以将气体混合物的温度保持在基本上最佳的温度水平。 气体混合物被施加到超级涡轮增压器的涡轮机,这增加了所述超级涡轮增压器的输出,这增加了所述发动机的功率和效率。