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    • 2. 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。
    • 3. 发明申请
    • Exposure apparatus that includes a phase change circulation system for movers
    • 包括移动器的相变循环系统的曝光装置
    • US20080073563A1
    • 2008-03-27
    • US11479628
    • 2006-07-01
    • W. Thomas NovakMichael BinnardAlex Ka Tim PoonMasahiro TotsuLeonard Wai Fung KhoGaurav Keswani
    • W. Thomas NovakMichael BinnardAlex Ka Tim PoonMasahiro TotsuLeonard Wai Fung KhoGaurav Keswani
    • G01F23/00
    • G03F7/70875G03F7/70758H01L21/67248H01L21/68H02K9/20H02K41/02
    • A mover combination (226) for moving and positioning a device (34) includes a mover (328) that defines a fluid passageway (370) and a circulation system (330) having a passageway inlet (374) and a passageway outlet (376). The circulation system (330) directs a circulation fluid (378) into the fluid passageway (370). The circulation system (330) can include a liquid/gas separator (384) that is in fluid communication with the fluid passageway (370). With this design, the plumbing for the liquid (378A) and the gas (378B) can each be optimized. Additionally, the circulation system (330) can include a pressure control device (388) that controls the pressure of the circulation fluid (378) in at least a portion of the fluid passageway (370). With this design, the pressure control device (388) controls the pressure of the circulation fluid (378) near the fluid passageway (370) so that the temperature of the circulation fluid (378) at the passageway outlet (376) is approximately equal to the temperature of the circulation fluid (378) at the passageway inlet (374). Moreover, the circulation system (930) can include a pump assembly (980) that directs the circulation fluid (978) into the passageway inlet (974), and a pressure control device (996) that precisely controls a state of the circulation fluid (978) near the passageway inlet (974). With this design, the phase of the circulation fluid (978) at the passageway inlet (974) can be precisely controlled without restricting the flow of the circulation fluid (978).
    • 用于移动和定位装置(34)的移动器组合(226)包括限定流体通道(370)的移动器(328)和具有通道入口(374)和通道出口(376)的循环系统(330) 。 循环系统(330)将循环流体(378)引导到流体通道(370)中。 循环系统(330)可以包括与流体通道(370)流体连通的液体/气体分离器(384)。 通过这种设计,可以优化液体(378A)和气体(378B)的管道。 另外,循环系统(330)可以包括控制流体通道(370)的至少一部分中的循环流体(378)的压力的压力控制装置(388)。 通过该设计,压力控制装置(388)控制流体通道(370)附近的循环流体(378)的压力,使得通道出口(376)处的循环流体(378)的温度近似等于 通道入口处的循环流体(378)的温度(374)。 此外,循环系统(930)可以包括引导循环流体(978)进入通道入口(974)的泵组件(980)和精确地控制循环流体的状态的压力控制装置(996) 978)在通道入口附近(974)。 通过这种设计,可以精确地控制在通道入口(974)处的循环流体(978)的相位,而不限制循环流体(978)的流动。