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    • 1. 发明授权
    • Method of mounting conductive ball
    • 安装导电球的方法
    • US06237219B1
    • 2001-05-29
    • US09264160
    • 1999-03-05
    • Kazuo ArikadoTeruaki KasaiShinji SasaguriNorifumi Eguchi
    • Kazuo ArikadoTeruaki KasaiShinji SasaguriNorifumi Eguchi
    • H01R900
    • H01L21/67138H01L21/4853H01L21/67144H05K3/3478Y10T29/49149Y10T29/49829Y10T29/53191
    • In a mounting apparatus for mounting conductive ball where a conductive ball 2 is picked up by vacuum to a suction hole 31a formed in the bottom of a suction head 31 for mounting on a workpiece, a reference wave form that represents the amount of light detected at a light detector 43b when a suction head 31 is sucking a conductive ball 2 rightly in the normal state is compared with a wave form detected at the light detector 43b when actually mounting the conductive ball; also a reference wave form detected at the light detector 43b when there is no conductive ball 2 at all on the suction head 31 is compared with a wave form detected at the light detector 43b after mounting of the conductive ball is finished. Through the above described processing, errors in the light interruption that stem from a tilted suction head 31 and machining errors during processing of suction holes 31 are eliminated, and the existence, or non-existence, of the conductive ball 2 is detected at a high accuracy level.
    • 在用于安装导电球的安装装置中,其中导电球2被真空地吸附到形成在用于安装在工件上的吸头31的底部中的吸孔31a,基准波形表示在 当吸头31正常地将导电球2吸入正常状态时的光检测器43b与在实际安装导电球时在光检测器43b检测到的波形进行比较; 在吸引头31上根本不存在导电球2的情况下,在光检测器43b处检测到的基准波形与在导电球的安装结束后在光检测器43b检测到的波形进行比较。 通过上述处理,消除了由倾斜的吸头31产生的光中断的误差和在吸入孔31的加工过程中的加工误差,并且导电球2的存在或不存在被检测到高 精度水平。
    • 5. 发明授权
    • Method of pressure bonding a bumped electronic part and an apparatus for
pressure bonding a bumped electronic part
    • 凸起的电子部件的压接方法和用于压接凸起的电子部件的装置
    • US6041996A
    • 2000-03-28
    • US975543
    • 1997-11-20
    • Kazuo Arikado
    • Kazuo Arikado
    • B23K20/02B23K37/047B23K31/02B23K31/12B21D39/00
    • B23K20/02B23K37/047B23K2201/40H01L2224/75H01L2224/75743
    • A method of pressure bonding a bumped electronic part using: a tilting mechanism which tiltably supports a suction tool for sucking a bumped electronic part; and locking means for inhibiting a tilting operation of the tilting mechanism. The method includes: a suction step of sucking the bumped electronic part to the suction tool; a step of detecting the position of the bumped electronic part which is sucked to the suction tool, and positioning the bumped electronic part with respect to a substrate, under a state where the tilting operation is inhibited; and a pressure bonding step of pressure bonding bumps of the bumped electronic part which is sucked to the suction tool, to the substrate under a state where the tilting operation is enabled. According to this arrangement, the tilting mechanism is not accidentally swung during the positioning operation, and hence the mounting accuracy is prevented from being impaired.
    • 一种用于使用以下方式压接凸起的电子部件的方法:倾斜机构,其倾斜地支撑吸引凸起的电子部件的吸引工具; 以及用于禁止倾斜机构的倾斜操作的锁定装置。 该方法包括:将凸起的电子部件吸入吸引工具的抽吸步骤; 在倾斜操作被禁止的状态下,检测被吸引到吸引工具的凸起的电子部件的位置并相对于基板定位凸起的电子部件的步骤; 以及在能够进行倾斜操作的状态下,将被吸引到吸引工具的凸起的电子部件的凸块的压接结合到基板的压接工序。 根据该结构,倾斜机构在定位运转时不会意外摆动,防止了安装精度的损害。