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    • 3. 发明授权
    • Workpiece holder for polishing, apparatus for polishing workpiece and method for polishing workpiece
    • 用于抛光的工件架,抛光工件的设备和抛光工件的方法
    • US06422922B1
    • 2002-07-23
    • US09647505
    • 2000-09-29
    • Kouichi OkamuraFumio SuzukiHisashi MasumuraKouzi MoritaNaotaka Toyama
    • Kouichi OkamuraFumio SuzukiHisashi MasumuraKouzi MoritaNaotaka Toyama
    • B24B100
    • B24B37/30
    • A workpiece holder for polishing comprising a workpiece holder body which is provided with multiple perforated holes for holding a workpiece by vacuum suction and a holder back plate which is closely contacted with a back face of the holder body and has grooves for vacuum, wherein the holder back plate is composed of a synthetic resin and has an Asker C hardness of 70 or higher but lower than 98, and an apparatus for polishing a workpiece and a method for polishing a workpiece utilizing it. By improving the material of holder back plate of a workpiece holder for polishing that holds a workpiece by vacuum suction to enhance sealing with the holder body, thereby developing such a holder back plate that should not transfer deformation of the holder body to the workpiece surface, even if polishing agent slurry is introduced and solidified, to provide a workpiece holder for polishing having a workpiece holding surface of high precision, an apparatus for polishing a workpiece and a method for polishing a workpiece.
    • 一种用于抛光的工件保持器,包括:工件保持器主体,其具有用于通过真空吸附保持工件的多个穿孔;以及保持器背板,其与保持器主体的背面紧密接触并具有用于真空的凹槽,其中, 背板由合成树脂构成,具有70以上且低于98的Asker C硬度,以及用于研磨工件的装置以及利用该工件抛光工件的方法。 通过改善用于通过真空抽吸保持工件的用于抛光的工件保持器的保持器背板的材料,以增强与保持体的密封性,从而显影不应该将保持器主体的变形转移到工件表面的保持器背板, 即使抛光剂浆料被引入和固化,也可提供具有高精度的工件保持表面的抛光用工件保持器,用于研磨工件的设备和抛光工件的方法。
    • 4. 发明授权
    • Wafer polishing method, wafer cleaning method and wafer protective film
    • 晶圆抛光法,晶圆清洗法及晶圆保护膜
    • US06558233B1
    • 2003-05-06
    • US09719564
    • 2000-12-28
    • Takashi MatsuokaNaotaka ToyamaHideki MunakataHisashi Masumura
    • Takashi MatsuokaNaotaka ToyamaHideki MunakataHisashi Masumura
    • B24B100
    • H01L21/02052H01L21/02024
    • Provided are a wafer polishing method in which, in single side polishing, covering a wafer holding surface (one side surface) with a protective film, a wafer polishing surface (the other side surface) is polished, so that the wafer holding surface can be prevented from being etched and contaminated by a polishing agent; a wafer cleaning method in which the protective film that remains behind on the wafer holding surface after polishing can be efficiently removed, and a waste cleaning solution is easily treated; and a wafer protective film that sufficiently covers the wafer holding surface in polishing but is effectively removed in cleaning. In a wafer polishing method in which a wafer holding surface of one side surface of a wafer is held and a wafer polishing surface of the other side surface thereof is polished while dripping a polishing agent, the wafer polishing surface is polished while covering the wafer holding surface with a synthetic resin protective film of etching resistance against the polishing agent, good adhesiveness to the wafer and a property easy to peel off from the wafer after polishing.
    • 提供一种晶片抛光方法,其中在单面抛光中,用保护膜覆盖晶片保持表面(一个侧表面),抛光晶片抛光表面(另一侧表面),使得晶片保持表面可以 防止被抛光剂蚀刻和污染; 可以有效地除去在抛光后保留在晶片保持面上的保护膜的晶片清洗方法,并且容易地处理废物清洁溶液; 以及晶片保护膜,其在抛光中充分地覆盖晶片保持表面,但在清洁中被有效地去除。 在晶片抛光方法中,晶片的一个侧表面的晶片保持表面和其另一侧表面的晶片抛光表面被抛光抛光剂,抛光晶片抛光表面,同时覆盖晶片保持 表面具有对抛光剂的耐蚀刻性的合成树脂保护膜,对晶片的良好粘合性和抛光后容易从晶片剥离的性质。