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    • 6. 发明授权
    • Substrate spin treating method and apparatus
    • 底物旋转处理方法和装置
    • US5853483A
    • 1998-12-29
    • US644376
    • 1996-05-10
    • Akihiko MoritaKenji Ueno
    • Akihiko MoritaKenji Ueno
    • B05C11/08B08B11/02H01L21/00H01L21/68H01L21/687B05C11/00B08B3/00
    • H01L21/67259B05C11/08B08B11/02H01L21/681H01L21/68728Y10S134/902
    • A substrate supporting device includes support elements for supporting a substrate, and positioning elements for contacting outer peripheries of the substrate to check horizontal movement thereof. A substrate sensor is disposed around the supporting device for detecting the substrate supported thereon. The supporting device is surrounded also by light projectors for horizontally projecting light having projection tracks overlapping, in a plan view, the substrate supported by the substrate supported device and extending at an angle to one another, and light receivers for receiving the projected light. The substrate sensor and light receivers input signals to a microcomputer for determining whether the substrate is correctly supported. A light projector may project a light beam toward the surface of the substrate supporting on the substrate supporting device, and cause the light beam to be reflected by the substrate surface. Whether the substrate is correctly supported may be determined based on whether the reflected light beam is received by a light receiver. The determination of the substrate being correctly supported is made while the substrate is supported on the supporting device. When the substrate is correctly supported, the substrate supporting device is rotated about a vertical axis to effect a predetermined treatment of the substrate.
    • 基板支撑装置包括用于支撑基板的支撑元件和用于接触基板的外周的定位元件,以检查其水平移动。 衬底传感器设置在支撑装置周围,用于检测支撑在其上的衬底。 支撑装置也被投光器围绕,用于水平投影光,其具有在平面图中与由基板支撑的装置支撑并且彼此成角度地延伸的基板重叠的投影轨道以及用于接收投射光的光接收器。 衬底传感器和光接收器将信号输入到微型计算机,以确定衬底是否被正确支撑。 光投射器可以将光束投射到支撑在基板支撑装置上的基板的表面,并使光束被基板表面反射。 基板是否被正确支撑可以基于反射光束是否被光接收器接收来确定。 当基板被支撑在支撑装置上时,进行正确支撑的基板的确定。 当正确地支撑基板时,基板支撑装置围绕垂直轴线旋转以对基板进行预定处理。
    • 10. 发明授权
    • Information card coating method
    • 信息卡涂布方法
    • US06030474A
    • 2000-02-29
    • US758964
    • 1996-12-02
    • Hajime IsonoKenji UenoTakehito KobayashiKen'Ichi YuiTeruo Tsunoda
    • Hajime IsonoKenji UenoTakehito KobayashiKen'Ichi YuiTeruo Tsunoda
    • B29C63/02B32B37/00B32B41/00G06K19/02B32B31/00
    • B32B41/00B29C63/02G06K19/02B32B2309/02B32B2309/14B32B2309/70B32B2425/00B32B37/025
    • In a method for coating the recording surface of an information card by selectively using one of protective films of various types, the selected protective film loaded in a coating device is thermally transferred to the card at the optimal thermal-transfer temperature and optimal feeding speed determined according to the film type of the loaded protective film which is automatically identified. The film type of the protective film is recognized by detecting at least one discrimination mark on a film ribbon for the protective film by use of one or more mark sensors. The discrimination mark also serves as positioning means for the protective film in coating. By thermally transferring the protective film to the card at the optimal thermal-transfer temperature and optimal feeding speed, a high-quality information card coated with flat layers including printing ink layers and protective films and having excellent peel strength can be produced.
    • 在通过选择性地使用各种保护膜之一来涂覆信息卡的记录表面的方法中,将加载到涂布装置中的所选择的保护膜以最佳热转印温度热传递到卡,并且确定最佳进给速度 根据自动识别的装载保护膜的胶片类型。 通过使用一个或多个标记传感器检测保护膜的膜带上的至少一个鉴别标记来识别保护膜的膜类型。 鉴别标记还用作涂层中的保护膜的定位装置。 通过以最佳的热转印温度和最佳的进给速度将保护膜热转印到卡上,可以制备涂覆有包括印刷油墨层和保护膜在内的平坦层并且具有优异的剥离强度的高质量信息卡。