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    • 6. 发明授权
    • Surface treatment in a fabrication of a multilayered chip component
    • 制造多层芯片部件时的表面处理
    • US06431956B1
    • 2002-08-13
    • US09608032
    • 2000-06-30
    • Koji Otsuka
    • Koji Otsuka
    • B24B3102
    • H01G4/232B24B31/02B24B31/14H01F41/043H01G4/30
    • An inventive method for fabricating a multilayered ceramic electronic component comprises the steps of: preparing a multilayered ceramic body and abrasive powders into an abrader; abrading the multilayered ceramic body for smoothing edge portions of the multilayered ceramic body; and separating the multilayered ceramic body from the abrasive powders, wherein the abrasive powders are porous and includes fat and oil, in such a way that the abrasive powders allow undesirable wastes produced from the multilayered ceramic body to adhere thereto during the abrading step, thereby resulting in preventing internal or external electrodes of the multilayered ceramic body from being contaminated by the undesirable wastes, and improving the electrical properties of the multilayered ceramic electronic component.
    • 制造多层陶瓷电子部件的本发明的方法包括以下步骤:将多层陶瓷体和磨料粉末制备成磨料; 研磨多层陶瓷体,用于使多层陶瓷体的边缘部分平滑; 并且将所述多层陶瓷体与所述磨料粉末分离,其中所述磨料粉末是多孔的并且包括脂肪和油,使得所述磨料粉末允许在所述研磨步骤期间从所述多层陶瓷体产生的不期望的废物粘附到其上,由此导致 防止多层陶瓷体的内部或外部电极被不期望的废物污染,并且改善多层陶瓷电子部件的电性能。
    • 7. 发明申请
    • Barrel polishing apparatus
    • 桶抛光装置
    • US20020077047A1
    • 2002-06-20
    • US09893095
    • 2001-06-26
    • Shuji KawasakiAkitaka Matsushita
    • B24B031/00
    • B24B57/02B24B1/00B24B29/00B24B29/02B24B31/06B24B31/064B24B31/14B24D13/20
    • A barrel polishing apparatus which can easily hold a work having a large mass and detach therefrom. The barrel polishing apparatus includes a polishing medium receiving container having a polishing medium received therein and a work supporting arm for holding the work. The work supporting arm is shifted from the center of the polishing medium receiving container. The polishing medium receiving container rotates about a vertical axis to form a continuous circumferential flow of polishing medium therein and includes an upper end opening for receiving the work supported at an end of the work supporting arm. The work supporting arm is oriented diagonally toward a direction of the continuous circumferential flow of polishing medium.
    • 一种滚筒抛光装置,其可以容易地保持具有大质量的工件并与其分离。 滚筒抛光装置包括具有容纳在其中的抛光介质的抛光介质容纳容器和用于保持工件的工件支撑臂。 工件支撑臂从抛光介质接收容器的中心偏移。 研磨介质容纳容器围绕垂直轴线旋转以在其中形成连续的抛光介质的周向流动,并且包括用于接收支撑在工件支撑臂的端部处的工件的上端开口。 工件支撑臂朝向抛光介质的连续周向流动的方向倾斜地定向。
    • 9. 发明授权
    • Plastic stonewashing stone and method
    • 塑胶石材和方法
    • US5514192A
    • 1996-05-07
    • US15554
    • 1993-02-09
    • Jerry L. Grigsby, Jr.
    • Jerry L. Grigsby, Jr.
    • B24B31/14B24D3/28B24D3/00
    • B24B31/14B24D3/28
    • A porous and abrasive plastic stone is disclosed for use in a stonewashing process to commercially age garments or fabric. The plastic stone replaces the pumice stone that is typically used in the stonewashing process. A method for manufacturing the stone includes mixing plastic material with a gas-producing agent within a plastic extruder. This produces a plurality of cells or voids in the plastic as gas expands during the cooling of the plastic. The cells along the periphery of the plastic material are ruptured by the gas to form an abrasive surface comparable to that of pumice and yield a plastic stone with a desired density.
    • 公开了一种用于商业化服装或织物的石洗工艺的多孔和磨蚀性塑料石。 塑料石头代替通常用于石洗工艺的浮石。 石材的制造方法包括在塑料挤出机内将塑料与气体发生剂混合。 当在塑料冷却期间气体膨胀时,这在塑料中产生多个电池或空隙。 沿着塑料材料周边的细胞被气体破裂以形成与浮石相当的研磨表面,并产生具有所需密度的塑料石。