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    • 45. 发明授权
    • Aspects of winding symmetry in HPO motor design
    • HPO电机设计中卷绕对称的方面
    • US08299673B2
    • 2012-10-30
    • US12008227
    • 2008-01-09
    • Jonathan Sidney Edelson
    • Jonathan Sidney Edelson
    • H02K17/00
    • H02K3/28H02K17/12
    • A high phase order induction machine wound and permitted by coil symmetry to operate at fewer than the magnetically optimal number of poles is constrained by symmetry to be a two pole machine and be capable of operating on odd harmonics only, but with back-iron, end rings, and rotor core optimized for 10 pole operation, might be used normally in ‘5th harmonic’ mode, with ‘7th harmonic’ utilized to engage the ‘mesh effect’. Such a machine thus appears to be operating in the ‘1.4 harmonic’. A high phase order induction machine driven by a second harmonic drive, in which a symmetry imposed by full span windings is broken. This may be most simply accomplished through the use of short pitch windings. Other possible approaches include using non-wound slot drive, and using toroidal windings which localize coils to individual slots.
    • 缠绕并允许线圈对称以低于最优磁极数量运行的高相位感应电机受到对称性约束为双极机器,并且能够仅在奇数谐波上运行,但是使用后铁端 环和转子芯优化10极操作,可以在5次谐波模式下正常使用,7次谐波用于啮合网格效应。 因此,这样的机器似乎在1.4谐波中操作。 由二次谐波驱动驱动的高相位感应电机,其中由全跨度绕组施加的对称被破坏。 这可以通过使用短节距绕组最简单地实现。 其他可能的方法包括使用非卷绕槽驱动,并且使用将线圈定位到各个槽的环形绕组。
    • 48. 发明授权
    • Polyphase hydraulic drive system
    • 多相液压驱动系统
    • US07464549B1
    • 2008-12-16
    • US11326162
    • 2006-01-04
    • Jonathan Sidney EdelsonWayne Boyer Collier
    • Jonathan Sidney EdelsonWayne Boyer Collier
    • F15B7/02
    • F15B7/02F15B7/008F16H39/16F16H39/18
    • The present invention comprises an input drive system, which provides a plurality of phases of oscillating fluid flow, and an output drive system connected directly to the input drive system that is powered by the plurality of phases of oscillating fluid flow. The input drive system comprises a plurality of pistons that are caused to move in a reciprocating fashion by a power source. The power source may be a rotating power source, such as that provided by an electric motor, a diesel or petrol engine, or a turbine system. The input drive system comprises a cam ring attached to a rotating power source; a plurality of cam rollers in contact with the cam ring; and a plurality of pistons attached to the cam rings. The output drive system comprises one or more pistons that are caused to move in a reciprocating fashion by the oscillating fluid flow provided by the input drive system. The output drive system comprises a cam ring attached to a load; a plurality of cam rollers in contact with the cam ring; and a plurality of pistons attached to the cam rings.
    • 本发明包括提供多个相位的振荡流体流的输入驱动系统,以及直接连接到由振荡流体流的多个相供电的输入驱动系统的输出驱动系统。 输入驱动系统包括多个活塞,其通过电源以往复方式移动。 电源可以是旋转电源,例如由电动机,柴油或汽油发动机或涡轮机系统提供的电源。 输入驱动系统包括附接到旋转电源的凸轮环; 与凸轮环接触的多个凸轮滚子; 以及附接到所述凸轮环的多个活塞。 输出驱动系统包括通过由输入驱动系统提供的振荡流体流以往复方式移动的一个或多个活塞。 输出驱动系统包括连接到负载的凸轮环; 与凸轮环接触的多个凸轮滚子; 以及附接到所述凸轮环的多个活塞。
    • 49. 发明授权
    • Mesh connected brake array for electrical rotating machines
    • 用于旋转电机的网状连接制动器
    • US07375483B2
    • 2008-05-20
    • US11585647
    • 2006-10-23
    • Jonathan Sidney Edelson
    • Jonathan Sidney Edelson
    • H02P3/22
    • H02P3/14H02K3/28H02K17/12H02P3/22H02P27/00
    • In the present invention, several polyphase devices are connected together: an inverter, and electrical rotating machine, and a resistive load or braking resistor. The purpose of the resistive load is to dissipate excess electrical power which may be produced when the inverter acts to slow down the rotating machine, causing the rotating machine to act as a generator. In common art, this resistive load is a single DC resistor coupled to the DC link of the inverter via a separate resistor control transistor. In the present invention, the resistive load is a mesh connected array of resistors, and is electrically connected to the same inverter output terminals that the rotating machine is connected to. When it is desired that the resistors absorb energy, for example from a braking operation, then the harmonic content of the inverter output is adjusted, thus placing voltage differences across the resistor array and causing current to flow in the resistors.
    • 在本发明中,若干多相装置连接在一起:逆变器和旋转电机以及电阻负载或制动电阻。 电阻负载的目的是消散当变频器作用于减速旋转机器时可能产生的过量电力,导致旋转机器充当发电机。 在常见技术中,该电阻性负载是通过单独的电阻器控制晶体管耦合到逆变器的DC链路的单个DC电阻器。 在本发明中,电阻负载是电阻器的网状连接阵列,并且电连接到与旋转机器连接的相同的逆变器输出端子。 当希望电阻器例如从制动操作中吸收能量时,调整逆变器输出的谐波含量,从而在电阻器阵列上施加电压差并且使电流在电阻器中流动。