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    • 1. 发明授权
    • Method for determining a commutation offset and for determining a compensation map for a stage
    • 用于确定换向偏移和用于确定载物台的补偿图的方法
    • US09465305B2
    • 2016-10-11
    • US13101264
    • 2011-05-05
    • Pai-Hsueh YangScott CoakleyMichael B. BinnardKazuhiro HiranoBausan YuanShiang-Lung Koo
    • Pai-Hsueh YangScott CoakleyMichael B. BinnardKazuhiro HiranoBausan YuanShiang-Lung Koo
    • H02K41/00G03F7/20H02P6/00
    • G03F7/70758G03F7/70516G03F7/70775H02P6/006
    • A method for determining a commutation offset for a mover (250A) of a mover assembly (220C) that moves and positions a stage (220A) relative to a stage base (220B) includes controlling the mover assembly (220C) in a closed loop fashion to maintain the position of the stage (220A) along a first axis and along a second axis with the stage (220A) levitated above the stage base (220B). The method also includes the steps of (i) directing current to a coil array (240) of the mover assembly (220C) so that the mover assembly (220C) imparts a disturbance on the stage (220A); and (ii) evaluating one or more forces generated by the mover assembly (220C) as a result of the disturbance on the stage (220A) created by the mover (250A). Further, a method for generating a compensation map (1402) includes sequentially directing a plurality of excitation signals to the control of the mover assembly (220C) and determining the control commands that result from the plurality of excitation signals.
    • 用于确定相对于台架(220B)移动和定位平台(220A)的移动器组件(220C)的移动器(250A)的换向偏移的方法包括以闭环方式控制所述动子组件(220C) 以使台架(220A)沿着第一轴线并且沿着第二轴线保持台架(220A)的位置,台架(220A)悬浮在平台底座(220B)上方。 该方法还包括以下步骤:(i)将电流引导到移动器组件(220C)的线圈阵列(240),使得移动器组件(220C)在平台(220A)上施加干扰; 以及(ii)评估由所述移动器组件(220C)产生的由所述移动器(250A)产生的所述平台(220A)上的干扰所产生的一个或多个力。 此外,用于产生补偿图(1402)的方法包括将多个激励信号顺序地引导到移动器组件(220C)的控制,并且确定由多个激励信号产生的控制命令。
    • 5. 发明授权
    • Methods for limiting counter-mass trim-motor force and stage assemblies incorporating same
    • 限制反质量调节马达力的方法和包含相同质量的马达的阶段组件
    • US09529353B2
    • 2016-12-27
    • US13228341
    • 2011-09-08
    • Pai-Hsueh YangMichael B. BinnardScott Coakley
    • Pai-Hsueh YangMichael B. BinnardScott Coakley
    • G03B27/58G03B27/62G05B19/404G03F7/20
    • G05B19/404G03F7/70725G03F7/70766
    • An exemplary stage assembly has movable stage mass and counter-mass. A stage motor is coupled to the stage mass and counter-mass such that stage-mass motion imparted by the stage motor causes a reactive motion of the counter-mass counter to the motion of the stage mass. At least one trim-motor is coupled to the counter-mass. A control system commands the trim-motor to regulate movement of the counter-mass in reaction to stage-mass motion. A PI feedback controller receives the following-error of the counter-mass and generates corresponding center-of-gravity (CG) force commands and trim-motor force commands to the trim-motor(s) to produce corrective counter-mass motion. A trim-motor force limiter receives trim-motor force commands and produces corresponding limited trim-motor force commands that are fed back as actual CG force commands to the feedback controller to modify integral terms of the feedback controller according to the limited trim-motor force commands.
    • 示例性的舞台组件具有可移动的舞台质量和反质量。 舞台电机被耦合到舞台质量和反质量,使得由舞台电动机施加的舞台质量运动导致反质量计数器对舞台质量的运动的反作用运动。 至少一个调整电机与反质量联接。 控制系统命令微调电机调节反质量运动反应阶段质量运动。 PI反馈控制器接收反质量的跟随误差,并产生相应的重心(CG)力指令和微调电机力指令给微调电机,以产生校正反质量运动。 修剪马达力限制器接收修剪马达力指令并产生相应的有限的修剪马达力命令,作为实际的CG力命令反馈到反馈控制器,以根据限制的修正马达力修改反馈控制器的积分项 命令。
    • 8. 发明授权
    • Three axis linear actuator
    • 三轴线性执行机构
    • US08432072B2
    • 2013-04-30
    • US12424878
    • 2009-04-16
    • Scott CoakleyMichael B. Binnard
    • Scott CoakleyMichael B. Binnard
    • H02K41/03G03B27/58G03F7/20
    • H02K41/02G03B27/58G03F7/70758H02K41/03H02K2201/18
    • A mover (344) moving a stage (238) along a first axis, along a second axis and along a third axis includes a magnetic component (354), a conductor component (356), and a control system (324). The magnetic component (354) includes a plurality of magnets (354D) that are surrounded by a magnetic field. The conductor component (356) is positioned near the magnetic component (354) in the magnetic field. Further, the conductor component (356) interacts with the magnetic component (354) when current is directed to the conductor component (356) to generate a controllable force along the first axis, a controllable force along the second axis, and a controllable force along the third axis. The conductor component (356) can include a split coil design, having a first conductor array (356A) and a second conductor array (356B) that is positioned substantially adjacent to the first conductor array (356A). The conductor component (356) and the magnetic component (354) can be displaced relative to each other along the third axis. The control system (324) independently directs current to each of the conductor arrays (356A, 356B) to generate a controllable force along the first axis, along the second axis, and along the third axis. With this design, the same mover can be used to move the stage along three degrees of freedom (“DOF”).
    • 移动台(344)沿着第一轴线沿第二轴线和第三轴线移动台架(238)包括磁性部件(354),导体部件(356)和控制系统(324)。 磁性部件(354)包括由磁场包围的多个磁体(354D)。 导体部件(356)位于磁场附近的磁性部件(354)附近。 此外,当电流被引导到导体部件356时,导体部件356与磁性部件354相互作用,沿着第一轴线产生可控制的力,沿着第二轴线产生可控制的力, 第三轴。 导体部件(356)可以包括具有第一导体阵列(356A)和基本上邻近于第一导体阵列(356A)定位的第二导体阵列(356B)的分裂线圈设计。 导体部件(356)和磁性部件(354)可以相对于彼此沿第三轴线移位。 控制系统(324)独立地将电流引导到每个导体阵列(356A,356B),以沿着第一轴线,沿第二轴线以及第三轴线产生可控制的力。 通过这种设计,可以使用相同的推动器沿着三个自由度(“DOF”)移动舞台。
    • 10. 发明申请
    • TWO DEGREE OF FREEDOM MOVERS WITH OVERLAPPING COILS
    • 具有超重线圈的自由度的两个自由度
    • US20080252151A1
    • 2008-10-16
    • US12061428
    • 2008-04-02
    • Michael B. BinnardMasahiro Totsu
    • Michael B. BinnardMasahiro Totsu
    • H02K41/00
    • H02K41/03G03F7/70758H02K2201/18
    • A mover (344) that moves a stage (238) along a first axis and along a second axis includes a magnetic component (354), a conductor component (356), and a control system (324). The magnetic component (354) includes one or more magnets (354D) that are surrounded by a magnetic field. The conductor component (356) is positioned near the magnetic component (354). Further, the conductor component (356) interacts with the magnetic component (354) when current is directed to the conductor component (356). The control system (224) directs current to the conductor component (356) to generate a controllable force along the first axis and a controllable force along the second axis. With this design, the same mover (344) can be used to move the stage (238) along two degrees of freedom (“DOF”). Further, the conductor component (356) including a first phase coil (364A) and a second phase coil (364B) that partly overlaps the first phase coil (364A). With this design, the size and efficiency of the mover (334) is significantly improved. As a result thereof, the overall footprint of the mover (344) can be reduced and the heat generated by the mover (344) is minimized.
    • 沿着第一轴线和第二轴线移动台架(238)的移动器(344)包括磁性部件(354),导体部件(356)和控制系统(324)。 磁性部件(354)包括由磁场包围的一个或多个磁体(354D)。 导体部件(356)位于磁性部件(354)附近。 此外,当电流被引导到导体部件(356)时,导体部件(356)与磁性部件(354)相互作用。 控制系统(224)将电流引导到导体部件(356)以沿着第一轴线产生可控制的力并且沿着第二轴线产生可控制的力。 通过这种设计,可以使用相同的移动器(344)沿两个自由度(“DOF”)移动平台(238)。 此外,导体部件(356)包括与第一相线圈(364A)部分重叠的第一相线圈(364A)和第二相线圈(364B)。 通过这种设计,移动器(334)的尺寸和效率得到显着提高。 作为其结果,可以减小动子(344)的总体占地面积,并且由动子(344)产生的热量最小化。