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    • 1. 发明授权
    • Method for optimizing operation of aircraft ground travel drive system
    • 优化飞机地面行驶驱动系统运行的方法
    • US09193449B2
    • 2015-11-24
    • US13591328
    • 2012-08-22
    • Isaiah W. CoxJonathan Sidney EdelsonNechama Cox
    • Isaiah W. CoxJonathan Sidney EdelsonNechama Cox
    • B64C25/40B64C19/00
    • B64C25/405B64C19/00Y02T50/823
    • A method is provided for automatically or manually optimizing independent ground travel operation in an aircraft equipped with one or more self-propelled nose or main wheels powered by a driver means, wherein selected operating parameters indicative of optimized ground travel are monitored by sensors or detectors to provide data and information relating to the selected parameters during operation of the ground travel system. Selected operating parameters can include, for example, speed, direction of travel, torque, component thermal data, aircraft location data, and operator inputs, commands, and feedback, as well as other operational data or information. Data is collected, recorded, and analyzed to enable changes to be made to the ground travel system components in real time automatically by intelligent software or manually by a system operator or at a later time to ensure optimum operation of the system.
    • 提供了一种用于在装备有由驱动器装置供电的一个或多个自走式鼻子或主轮的飞行器中自动或手动优化独立地面行驶操作的方法,其中指示优化的地面行驶的选择的操作参数由传感器或检测器监测 在地面行驶系统的运行期间提供与所选参数有关的数据和信息。 所选择的操作参数可以包括例如速度,行进方向,扭矩,部件热数据,飞行器位置数据和操作员输入,命令和反馈以及其它操作数据或信息。 收集,记录和分析数据,以便通过智能软件自动实时地对地面旅行系统组件进行更改,或者由系统操作员手动或随后更改时间来确保系统的最佳操作。
    • 6. 发明申请
    • Motor using magnetic normal force
    • 电机采用磁力法向力
    • US20090009011A1
    • 2009-01-08
    • US12283379
    • 2008-09-11
    • Jonathan Sidney EdelsonHans Juergen Walitzki
    • Jonathan Sidney EdelsonHans Juergen Walitzki
    • H02K37/24
    • H02K41/06H02K5/20
    • A motor is disclosed comprising: at least one stator comprising a magnetic core and at least one magnetic winding, having a cylindrical internal cavity; at least one cylindrical rotor inside said stator, comprising magnetically conductive materials; said rotor having an outer diameter significantly smaller than the inner diameter of said stator, being eccentrically mounted with respect to said stator and able to move within, said fixed member; wherein magnetic normal force is induced in said stator periodically, whereby said rotor is periodically moved by magnetic force with respect to said stator, whereby rotary motion is produced; said motor further having: an output shaft concentric with said stator; transmission means for absorbing oscillation and transmitting rotation; wherein said induced magnetic normal force rotates around the circumference of said stator, such that a contact patch between said rotor and said stator rotates around the inner circumference of said stator; whereby said rotor oscillates and rotates; whereby said transmission means absorb the oscillation of said rotor and transmit the rotation of said rotor to said output shaft; wherein said transmission means is magnetorheostatic fluid. A motor is further disclosed wherein said transmission means comprise bearings and carrier supports, wherein said bearings are used as a clutch.
    • 公开了一种电动机,包括:至少一个定子,其包括磁芯和至少一个具有圆柱形内腔的磁性绕组; 所述定子内的至少一个圆柱形转子包括导磁材料; 所述转子具有明显小于所述定子的内径的外径,相对于所述定子偏心地安装并且能够在所述固定构件内移动; 其中在所述定子中周期性地引起磁法拉力,由此所述转子通过相对于所述定子的磁力周期性地移动,从而产生旋转运动; 所述电动机还具有:与所述定子同心的输出轴; 用于吸收振动和传递旋转的传动装置; 其特征在于,所述感应磁法力围绕所述定子的圆周旋转,使得所述转子和所述定子之间的接触片围绕所述定子的内圆周旋转; 由此所述转子振荡并旋转; 由此所述传动装置吸收所述转子的振荡并将所述转子的旋转传递到所述输出轴; 其中所述传动装置是磁流体静电流体。 进一步公开了一种电动机,其中所述传动装置包括轴承和载体支撑件,其中所述轴承用作离合器。
    • 9. 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
    • US07126298B2
    • 2006-10-24
    • US10511935
    • 2003-04-22
    • 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 (420), and electrical rotating machine (440), and a resistive load or braking resistor (430). The purpose of the resistive load is to dissipate excess electrical which may be produced when the inverter acts to slow down the rotating machine (440), 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 (430) and causing current to flow in the resistors.
    • 在本发明中,几个多相装置连接在一起:逆变器(420)和旋转电机(440)以及电阻负载或制动电阻(430)。 电阻性负载的目的是耗散当变频器作用以减慢旋转机器(440)时产生的过量电力,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。 当期望电阻器例如从制动操作吸收能量时,调整逆变器输出的谐波含量,从而在电阻器阵列(430)之间设置电压差并且使电流在电阻器中流动。
    • 10. 发明授权
    • High phase order motor with mesh connected windings
    • 高相位电机带有网状绕组
    • US06657334B1
    • 2003-12-02
    • US09713654
    • 2000-11-15
    • Jonathan Sidney Edelson
    • Jonathan Sidney Edelson
    • H02K700
    • H02K3/28H02K17/12H02P27/00
    • A high phase order induction machine drive system is disclosed. This has an inverter system for the synthesis of a plurality of phases of alternating current output, and a N-phase induction motor (N is greater than 3). The motor is connected to the inverter terminals so that each motor phase is electrically connected to a first inverter terminal and a second inverter terminal S+1 inverter terminals distant from the first inverter terminal in order of electrical phase angle (S in the skip number). The phase angle difference between the pair of inverter terminals to which each motor phase is connected is identical for each motor phase.
    • 公开了一种高阶感应电机驱动系统。 这具有用于合成交流输出的多相的逆变器系统和N相感应电动机(N大于3)。 电动机连接到逆变器端子,使得每个电动机相以电相位角(S为跳过数)的顺序与第一逆变器端子和远离第一逆变器端子的第二逆变器端子S + 1逆变器端子电连接, 。 每个电动机相连接的一对逆变器端子之间的相位角差对于每个电动机相位是相同的。