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    • 1. 发明申请
    • Electrical Generator
    • 发电机
    • US20110215575A1
    • 2011-09-08
    • US13043366
    • 2011-03-08
    • Peter HofbauerAdrian TusineanTyler GarrardPatrick McCleer
    • Peter HofbauerAdrian TusineanTyler GarrardPatrick McCleer
    • H02P9/04H02K7/18
    • H02K7/18H02P9/04
    • An electrical generator utilizing two internal combustion engine having an expanded range of power output is disclosed. A primary internal combustion engine is coupled to the magnet rotor assembly. The primary engine is operated solely in a lower power range. A secondary engine, coupled to a coil assembly is locked in place in such lower power range to make the coil assembly stationary. In a higher power range, that overlaps the lower power range, the secondary engine is unlocked and operated to rotate in a counter-rotating direction with respect to the first engine. The secondary engine can be started by operating the generator (consisting of the magnet rotor assembly and the coil assembly) as a motor by appropriate application of current.
    • 公开了一种利用具有扩展的功率输出范围的两个内燃机的发电机。 主要内燃机联接到磁体转子组件。 主发动机仅在较低功率范围内运行。 耦合到线圈组件的次级发动机在这样较低的功率范围内被锁定就位,以使线圈组件固定。 在较高功率范围内,与较低功率范围重叠,次级发动机被解锁并操作以相对于第一发动机沿相对旋转方向旋转。 可以通过适当地施加电流来操作发电机(由磁体转子组件和线圈组件组成)作为电动机来起动二次发动机。
    • 7. 发明申请
    • Intake System for a Two-Stroke Internal Combustion Engine
    • 两冲程内燃机进气系统
    • US20120266851A1
    • 2012-10-25
    • US13453129
    • 2012-04-23
    • Peter HofbauerAdrian Tusinean
    • Peter HofbauerAdrian Tusinean
    • F02B33/00F01L1/38F02B25/00F02F1/42
    • F02B25/04F01B7/14F01L1/38F01L21/02F02B75/22F02B75/28F02B75/282F02B2075/025F02F1/22
    • A combustion chamber of an internal combustion engine has primary intake ports located a first distance from the crankshaft and primary intake ports located a second distance from the crankshaft. One or more unidirectional valves, such as reed valves, are place in an intake duct upstream of the primary intake ports. The valves prevent backflow from the cylinder into the intake when the pressure in the cylinder exceeds that of the intake. The backflow into the intake is reduced by having valves in the intake; therefore scavenging efficiency is improved. Furthermore, the asymmetry between the intake and exhaust port timing may be reduced by providing such valves. Additionally, the total intake port area can be increased with two sets of intake ports and valves disposed in the primary ports, thereby improving the volumetric efficiency in spite of the pressure drop presented by the valves.
    • 内燃机的燃烧室具有位于离开曲轴的第一距离的主进气口和位于距曲轴的第二距离的主进气口。 一个或多个单向阀(例如簧片阀)位于主进气口上游的进气管道中。 当气缸中的压力超过进气口时,阀门可防止气缸向进气口回流。 通过在入口中具有阀门来减少进入进气口的回流; 因此清除效率提高。 此外,可以通过提供这样的阀来减小进气口和排气口正时之间的不对称性。 此外,可以通过设置在主端口中的两组进气口和阀门来增加总进气口面积,从而提高阀门所呈现的压力下降的体积效率。
    • 9. 发明授权
    • Intake system for a two-stroke internal combustion engine
    • 二冲程内燃机进气系统
    • US08826869B2
    • 2014-09-09
    • US13453129
    • 2012-04-23
    • Peter HofbauerAdrian Tusinean
    • Peter HofbauerAdrian Tusinean
    • F01B7/14F02B25/04F01L21/02F02B75/28F01L1/38F02F1/22F02B75/22F02B75/02
    • F02B25/04F01B7/14F01L1/38F01L21/02F02B75/22F02B75/28F02B75/282F02B2075/025F02F1/22
    • A combustion chamber of an internal combustion engine has primary intake ports located a first distance from the crankshaft and primary intake ports located a second distance from the crankshaft. One or more unidirectional valves, such as reed valves, are place in an intake duct upstream of the primary intake ports. The valves prevent backflow from the cylinder into the intake when the pressure in the cylinder exceeds that of the intake. The backflow into the intake is reduced by having valves in the intake; therefore scavenging efficiency is improved. Furthermore, the asymmetry between the intake and exhaust port timing may be reduced by providing such valves. Additionally, the total intake port area can be increased with two sets of intake ports and valves disposed in the primary ports, thereby improving the volumetric efficiency in spite of the pressure drop presented by the valves.
    • 内燃机的燃烧室具有位于离开曲轴的第一距离的主进气口和位于距曲轴的第二距离的主进气口。 一个或多个单向阀(例如簧片阀)位于主进气口上游的进气管道中。 当气缸中的压力超过进气口时,阀门可防止气缸向进气口回流。 通过在入口中具有阀门来减少进入进气口的回流; 因此清除效率提高。 此外,可以通过提供这样的阀来减小进气口和排气口正时之间的不对称性。 此外,可以通过设置在主端口中的两组进气口和阀门来增加总进气口面积,从而提高阀门所呈现的压力下降的体积效率。