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    • 2. 发明授权
    • Rotary-cup coating apparatus
    • 旋转杯涂装置
    • US5571324A
    • 1996-11-05
    • US277903
    • 1994-07-20
    • Hiroyoshi SagoHideyuki MizukiKatsuhiko Kudo
    • Hiroyoshi SagoHideyuki MizukiKatsuhiko Kudo
    • B05C11/08C23C4/12H01L21/00H01L21/027B05B13/04
    • H01L21/6715B05C11/08C23C4/123
    • When a cylinder unit is actuated to extent its rod upwardly, a chuck is lifted above an inner cup to receive a planar workpiece such as a semiconductor wafer or a glass substrate. The chuck is now disengaged from the inner cup, and a stopper locks the chuck against rotation. After the planar workpiece has been supported on the chuck, the cylinder unit is actuated to retract its rod, bringing the chuck into its lowered position. The chuck is now engaged by the inner cup for corotation. Energization of a motor rotates the inner cup, which then rotates the chuck. Since the inner cup, which has a relatively large rotational inertia, is driven by the motor, interengaging portions of the inner cup and the chuck are less susceptible to damage.
    • 当气缸单元被致动以将其杆向上延伸时,卡盘被提升到内杯上方以接收诸如半导体晶片或玻璃基板的平面工件。 卡盘现在与内杯分离,止动器锁定卡盘以防旋转。 在平面工件被支撑在卡盘上之后,气缸单元被致动以缩回其杆,使卡盘进入其下降位置。 卡盘现在由内杯接合以进行共转化。 电动机的通电使内杯旋转,然后旋转卡盘。 由于具有相对较大转动惯量的内杯由电动机驱动,所以内杯和卡盘的相互接合部分不易受到损坏。
    • 7. 发明授权
    • Cleaning device for cleaning planar workpiece
    • 用于清洁平面工件的清洁装置
    • US5349978A
    • 1994-09-27
    • US72142
    • 1993-06-04
    • Hiroyoshi SagoShigemi FujiyamaKatsuhiko KudoHirotsugu Kumazawa
    • Hiroyoshi SagoShigemi FujiyamaKatsuhiko KudoHirotsugu Kumazawa
    • H01L21/304B08B3/02H01L21/027
    • B08B3/02Y10S134/902
    • A cleaning device has a pair of diametrically opposite nozzles spaced across a rotatable chuck from each other for alternately applying a cleaning solution to the reverse side of a workpiece. The rotatable chuck with the workpiece held thereon is rotated by a reversible motor alternatively in opposite directions such that the cleaning solution is ejected from one of the nozzles while the rotatable chuck is being rotated in one of the opposite directions by the reversible motor, and the cleaning solution is ejected from the other of the nozzles while the rotatable chuck is being rotated in the other of the opposite directions by the reversible motor. The nozzles have respective axes along which the cleaning solution is ejected, the axes extending symmetrically with respect to a line passing through the center of the rotatable chuck perpendicularly to a line connecting the pair of nozzles.
    • 清洁装置具有一对直径相对的喷嘴,其间隔着可旋转卡盘彼此隔开,以将清洁溶液交替地施加到工件的相反侧。 保持其上的工件的可旋转卡盘通过可逆的马达以相反的方向交替地旋转,使得当可旋转卡盘通过可逆马达在相反的方向上旋转时,清洁溶液从其中一个喷嘴喷射,并且 清洁溶液从另一个喷嘴喷射,同时可逆卡盘通过可逆马达在相反方向上的另一个旋转。 喷嘴具有各自的轴线,清洁溶液沿着该轴线排出,轴线相对于穿过可旋转卡盘的中心的线对称延伸,垂直于连接该对喷嘴的线。
    • 8. 发明授权
    • Solution coating apparatus
    • 溶液涂布装置
    • US5415691A
    • 1995-05-16
    • US994364
    • 1992-12-21
    • Shigemi FujiyamaKazunobu YamaguchiHiroyoshi Sago
    • Shigemi FujiyamaKazunobu YamaguchiHiroyoshi Sago
    • B05C11/08G03F7/16H01L21/027H01L21/30B05C5/00B05C11/02B05C13/02
    • G03F7/162Y10T279/11
    • A glass substrate is supported on a pedestal in a rotatable cup having an upper opening. The pedestal, which is substantially similar in shape to the glass substrate, has a ridge extending along an outer peripheral edge of an upper surface thereof, for engaging an outer peripheral edge of a lower surface of the glass substrate. After a resist solution to be coated on the glass substrate is applied to an upper surface thereof, the upper opening of the rotatable cup is closed by a cover, and then the rotatable cup is rotated to spread the applied resist solution uniformly over the upper surface under centrifugal forces. In one embodiment, the apparatus comprises an inner rotatable cup and an outer rotatable cup, each with its own separate cover. In another embodiment, a pedestal is mounted on the bottom of the inner cup having a vacuum chuck movable therein. In a third embodiment, a flow-rectifying plate is mounted on the lower surface of the cover whereby fluid from nozzles is ejected onto the upper surface of the flow rectifying plate and then into the cup.
    • 玻璃基板支撑在具有上开口的可旋转杯中的基座上。 与玻璃基板基本相似的基座具有沿其上表面的外周缘延伸的脊,用于接合玻璃基板的下表面的外周边缘。 将待涂覆在玻璃基板上的抗蚀剂溶液施加到其上表面之后,可旋转杯的上部开口由盖封闭,然后可旋转杯旋转以将涂覆的抗蚀剂溶液均匀地铺展在上表面上 在离心力下。 在一个实施例中,该装置包括内部可旋转杯和外部可旋转杯,每个具有其独立的罩。 在另一个实施例中,底座安装在内杯的底部上,其具有可在其中移动的真空吸盘。 在第三实施例中,整流板安装在盖的下表面上,由此将来自喷嘴的流体喷射到整流板的上表面上,然后进入杯中。
    • 10. 发明授权
    • Solution applying apparatus
    • 解决方案应用设备
    • US5439519A
    • 1995-08-08
    • US176204
    • 1994-01-03
    • Hiroyoshi SagoHirotsugu KumazawaFutoshi ShimaiShigemi FujiyamaHiroki EndoHideya Kobari
    • Hiroyoshi SagoHirotsugu KumazawaFutoshi ShimaiShigemi FujiyamaHiroki EndoHideya Kobari
    • B05C11/08G03F7/16H01L21/00B05C11/02B05C5/00
    • H01L21/6715B05C11/08G03F7/162
    • A solution applying apparatus has inner and outer cups each having an upper opening, the inner cup being rotatably disposed in the outer cup. The inner cup houses a planar workpiece such as a glass substrate therein which is to be coated with a coating solution such as a resist solution. The solution applying apparatus also has a lid assembly having an outer cup lid for closing the upper opening of the outer cup and an inner cup lid for closing the upper opening of the inner cup, the inner cup lid being rotatable with respect to the outer cup lid. The inner cup has drain holes defined in an outer circumferential portion thereof for providing communication between a space within the inner cup and a space outside of the inner cup to drain an excessive coating solution from the inner cup. The outer cup has an annular collection passage defined therein along the outer circumferential portion of the inner cup, the drain holes opening into the annular collection passage. The lid assembly includes a self-centering valve body that can be vertically movable into and out of snugly fitting relation to a through hole defined in the inner cup lid and a lost motion mechanism for moving the valve body to an open position thereof while the first and second cup lids remain closed and for opening the outer cup lid while the inner cup lid remains closed. After the workpiece has been coated with the coating solution, the valve body is lifted out of the through hole to smoothly eliminate a vacuum developed in the inner cup, and then the inner cup is opened.
    • 溶液施加装置具有各自具有上开口的内杯和外杯,内杯可旋转地设置在外杯中。 内杯容纳有诸如抗蚀剂溶液等涂布溶液的平面状的工件,例如玻璃基板。 溶液施加装置还具有盖组件,其具有用于封闭外杯的上开口的外杯盖和用于封闭内杯的上开口的内杯盖,内杯盖可相对于外杯旋转 盖。 内杯具有限定在其外圆周部分中的排水孔,用于提供内杯内的空间和内杯外部的空间之间的连通,以从内杯排出过量的涂层溶液。 外杯具有沿着内杯的外圆周部分限定在其中的环形收集通道,排出孔通向环形收集通道。 盖组件包括自定心阀体,其可以垂直移动进入和离开与内杯盖中限定的通孔的紧密配合关系,以及用于将阀体移动到其打开位置的空动机构,而第一 并且第二杯盖保持关闭并且在内杯盖保持关闭时打开外杯盖。 在工件被涂布溶液之后,将阀体从通孔中提出,以平滑地消除在内杯中显影的真空,然后打开内杯。