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    • 1. 发明授权
    • Method for polishing a work and an apparatus for polishing a work
    • 抛光工件的方法和抛光工件的装置
    • US06558227B1
    • 2003-05-06
    • US09869146
    • 2001-06-26
    • Masao KodairaMikio NakamuraTakahiro Kida
    • Masao KodairaMikio NakamuraTakahiro Kida
    • B24B100
    • B24B37/042B24B37/04
    • There is disclosed a method for polishing a work wherein polishing liquid is supplied to a polishing pad, and a relative movement is carried out between the work and the polishing pad with pressing the work on the polishing pad, wherein the work of which press pressure was set to 0 to terminate polishing is released from the polishing pad within 45 seconds after the termination of polishing. When plural works are simultaneously polished, preferably only the work to which press pressure was set to 0 to terminate polishing is released from the polishing pad, and polishing of the other works is continued, which are released from the polishing pad after press pressure thereto is set 0 one by one. In the resultant work, corrosion on the surface of the work due to the polishing liquid can be suppressed, an amount of the cleaning liquid used in a cleaning process can be reduced, particles can be removed efficiently in a short time, almost no pits are formed on the surface after polishing, only few amounts of particles are adhered, and there is almost no deviation in the works.
    • 公开了一种抛光工件的方法,其中抛光液被供给到抛光垫,并且通过在抛光垫上按压工件在工件和抛光垫之间进行相对运动,其中压力为 设置为0以终止抛光在抛光结束后45秒内从抛光垫释放。 当多个工件同时抛光时,优选仅将压力设定为0的工件终止抛光从抛光垫释放,并且继续对其它工件进行抛光,这些工件在压制压力之后从抛光垫释放 逐个设置0。 在所得到的工作中,可以抑制由于抛光液引起的工件表面的腐蚀,可以减少清洗过程中使用的清洗液的量,能够在短时间内有效地除去颗粒,几乎没有凹坑 在抛光后在表面形成,只有少量的颗粒被粘附,并且在工程中几乎没有偏差。
    • 6. 发明授权
    • Imaging module
    • 成像模块
    • US08390737B2
    • 2013-03-05
    • US12860390
    • 2010-08-20
    • Mikio Nakamura
    • Mikio Nakamura
    • H04N5/225
    • H04N5/2251H01L27/14601H04N5/2253H04N5/2257H04N2005/2255
    • An imaging module includes an imaging element provided with an external terminal that is disposed at an end of the front surface on which a light-receiving surface is formed and also includes a substrate on which the imaging element is mounted. On the back surface of the imaging element, an external connecting electrode that is electrically connected to the external terminal is disposed. On the main surface of the substrate, an imaging element connecting electrode is disposed at a position opposing the external connecting electrode. The external connecting electrode is connected to the imaging element connecting electrode.
    • 成像模块包括成像元件,该成像元件设置有外部端子,该外部端子设置在其表面上形成有光接收表面的前端,并且还包括其上安装有摄像元件的基板。 在成像元件的背面设置有与外部端子电连接的外部连接电极。 在基板的主表面上,成像元件连接电极设置在与外部连接电极相对的位置。 外部连接电极连接到成像元件连接电极。
    • 10. 发明授权
    • End portion processing apparatus
    • 端部处理装置
    • US09302333B2
    • 2016-04-05
    • US13823961
    • 2011-12-27
    • Shigemi YamaneMikio Nakamura
    • Shigemi YamaneMikio Nakamura
    • B23C3/12B23C1/16B23Q35/06B23Q35/10
    • B23C1/16B23C3/12B23Q35/06B23Q35/105Y10T409/302576
    • The end portion processing apparatus includes an X-direction driving unit which allows a back-and-forth movement along an X-direction; a cutter supporting member which is supported by the X-direction driving unit, is able to run in a Y-direction, and supports a cutter member extending in a Z-direction which is perpendicular to the XY-plane; a guide member which has a shape matching to a processing planned shape when seeing from the Z-direction, and guides the cutter supporting member such that the cutter member moves to follow the processing planned shape; and a Y-direction position changing mechanism which changes the position in the Y-direction of the cutter supporting member to the work material. The Y-direction position changing mechanism changes the position of the cutter supporting member such that the cutter supporting member runs on further inner side in case of going back than in case of going forth.
    • 端部处理装置包括:X方向驱动单元,其能够沿着X方向前后移动; 由X方向驱动单元支承的能够沿Y方向延伸的刀具支撑构件,支撑沿与XY平面垂直的Z方向延伸的刀具构件; 引导构件,其从Z方向观察时具有与加工规划形状相匹配的形状,并且引导切割器支撑构件,使得切割构件移动以跟随处理计划形状; 以及Y方向位置改变机构,其将刀具支撑构件的Y方向的位置改变为工件材料。 Y方向位置改变机构改变刀具支撑构件的位置,使得在返回的情况下刀具支撑构件在进一步的内侧延伸。