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    • 101. 发明申请
    • Method of detecting relative position of exposure mask and object to be exposed, alignment method, and exposure method using the same
    • 检测曝光掩模和待曝光物体的相对位置的方法,对准方法和使用其的曝光方法
    • US20060152703A1
    • 2006-07-13
    • US10529908
    • 2004-05-12
    • Takako YamaguchiRyo Kuroda
    • Takako YamaguchiRyo Kuroda
    • G03F1/00G03B27/32
    • G03F7/7035G03F1/22G03F1/42G03F7/2039G03F9/7038
    • An alignment method for an exposure mask and an object to be exposed, wherein exposure is carried out while the exposure mask having a light blocking film formed at a membrane portion thereof is closely contacted to the object to be exposed and light from a light source is projected to the object to be exposed, through the exposure mask, and wherein alignment of the exposure mask and the object to be exposed is carried out prior to the exposure, the method comprising the steps of preparing an exposure mask having a light blocking film provided on a base material constituting the membrane portion and having a structure for performing position detection, flexing the membrane portion and detecting, by use of the structure, a relative position of the exposure mask and the object to be exposed, in a state in which the exposure mask is contacted to the object to be exposed, and aligning the exposure mask and the object to be exposed, with each other, on the basis of a result of the position detection.
    • 一种用于曝光掩模和待曝光物体的对准方法,其中在其膜部分形成有遮光膜的曝光掩模与待曝光的物体紧密接触并且来自光源的光是 通过曝光掩模投影到待曝光的物体上,并且其中曝光前曝光掩模和待曝光对象的对准在曝光之前进行,该方法包括以下步骤:制备具有遮光膜的曝光掩模 在构成膜部的基材上,具有进行位置检测的结构,弯曲膜部,并且通过使用该结构,在曝光掩模与被曝光物的相对位置之间,在 曝光掩模与要曝光的物体接触,并且基于位置的结果将曝光掩模和待曝光的对象彼此对准 检测。
    • 106. 发明授权
    • Micro-processing method using a probe
    • 使用探针的微处理方法
    • US06252238B1
    • 2001-06-26
    • US09149277
    • 1998-09-09
    • Koji YanoRyo Kuroda
    • Koji YanoRyo Kuroda
    • A61N500
    • B82B3/00G01Q80/00G03F7/70383H01J2237/31738Y10S977/855Y10S977/868Y10S977/951Y10S977/954
    • An electroconductive micro-region surrounded by a non-electroconductive region is formed on a non-electroconductive substrate surface. Such an electroconductive micro-region is formed by forming a non-electroconductive thin film on a non-electroconductive substrate surface, then approximating a probe having a micro-aperture for irradiation of light to the spot to be processed of the non-electroconductive thin film, and irradiating the non-electroconductive thin film with light through the micro-aperture of the probe to thereby increasing the electroconductivity of the non-electroconductive thin film at the spot. The electroconductive micro-region can be formed so that it confines electrons to exhibit quantum effects.
    • 由非导电区域包围的导电微区域形成在非导电基板表面上。 通过在非导电性基体表面上形成非导电性薄膜来形成这样的导电性微区域,然后将具有用于照射光的微孔的探针近似为非导电性薄膜的被处理点 ,并且通过探针的微孔照射非导电薄膜,从而在该点增加非导电薄膜的导电性。 可以形成导电微区,使得它限制电子以显示量子效应。