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    • 4. 发明授权
    • IC discarding apparatus for flip chip mounting facility
    • 用于倒装芯片安装设备的IC废弃设备
    • US6129203A
    • 2000-10-10
    • US29391
    • 1998-02-27
    • Hiroyuki KiyomuraShinji KanayamaNobuya MatsumuraKenichi NishinoKenji TakahashiNaomi Kainou
    • Hiroyuki KiyomuraShinji KanayamaNobuya MatsumuraKenichi NishinoKenji TakahashiNaomi Kainou
    • H01L21/60H05K13/04H05K13/08B65G23/00
    • H05K13/0486
    • In a flip-chip mounting equipment, there is provided an IC removal device by which ICs (4) which have been recognized to be removed in error in spite of their faultlessness can be removed in a manner such that they are lined up in a row without being scratched on the surface and without incurring electrostatic destruction. Also the device allows an easy visual checking of the ICs with the objective of reuse. The device comprises a glass plate (2) for carrying ICs (4) and a mechanism for rotating this glass plate (2) at fixed angles, whereby if a recognition error occurs, a bonding head (1) with an IC (4) sucked thereby is moved to an IC removal position on the glass plate (2) and is then lowered until the IC (4) contacts the glass plate (2), thereby removing the IC (4). As a result, the ICs (4) can be lined up in a row without being scratched on the surface and without incurring electrostatic destruction, allowing an easy visual checking of the ICs with the objective of reuse.
    • PCT No.PCT / JP97 / 02296 Sec。 371日期1998年2月27日 102(e)1998年2月27日PCT 1997年7月2日PCT公布。 公开号WO98 / 01901 日期1998年1月15日在一种倒装芯片安装设备中,提供了一种IC去除装置,通过该IC去除装置,尽管它们的无缺陷已被识别出被错误地去除的IC(4)可以以这样的方式被去除 连续排列而不会在表面上划伤而不会导致静电破坏。 此外,该器件允许容易地目视检查IC的目的是重新使用。 该装置包括用于承载IC(4)的玻璃板(2)和用于以固定角度旋转该玻璃板(2)的机构,由此如果发生识别错误,则吸入IC(4)的接合头(1) 从而移动到玻璃板(2)上的IC去除位置,然后降低直到IC(4)接触玻璃板(2),从而去除IC(4)。 结果,IC(4)可以排成一行而不会在表面上划伤而不会引起静电破坏,从而允许容易地目视检查IC以便重新使用。
    • 7. 发明授权
    • Bump bonding unit with tray storage and transport apparatuses
    • 具有托盘存储和运输设备的凸块接合单元
    • US06647616B1
    • 2003-11-18
    • US09446031
    • 1999-12-15
    • Nobuya MatsumuraHiroyuki KiyomuraKenichi NishinoKenji TakahashiShinji Kanayama
    • Nobuya MatsumuraHiroyuki KiyomuraKenichi NishinoKenji TakahashiShinji Kanayama
    • B23P2100
    • H01L21/67144H01L21/67763H01L21/67769H05K13/021Y10T29/53174Y10T29/53313Y10T29/53317
    • A bump bonding unit is disclosed including a novel storage, transport, and feed system for allocating trays that hold IC chips to various operations of the bump bonding unit. The bump bonding unit includes fist and second tray storage and feed apparatuses that transport trays from empty stacks to full stacks and vice versa, and a transfer head for picking up an IC chip without a bump formed thereon and moving the IC chip to a bump formation location, and for picking up the IC chip with the bump formed thereon and moving the IC chip to a storage location. The bump bonding unit also includes a bump forming unit for forming the bump on the IC chip. Each tray storage apparatus includes a carrier that moves vertically to position a stack of trays, a tray receiver that cooperates with the carrier to support a lowermost tray in the respective stack of trays, and tray holder to support and release a tray supported by the tray receiver.
    • 公开了一种凸块焊接单元,其包括用于分配托盘的新颖的存储,输送和馈送系统,其将IC芯片保持在凸块接合单元的各种操作。 凸块接合单元包括将托盘从空堆栈传送到全堆叠的第一和第二托盘存储和进给装置,反之亦然,以及用于拾取IC芯片而没有形成凸块的转移头,并将IC芯片移动到凸块形成 位置,并且用于拾取IC芯片,其上形成有凸块并将IC芯片移动到存储位置。 凸块接合单元还包括用于在IC芯片上形成凸块的凸块形成单元。 每个托盘存储装置包括一个托架,该托架垂直移动以定位托盘堆叠;托盘托架,其与托架配合以支撑相应堆叠的托盘中的最下托盘;以及托盘托架,用于支撑和释放由托盘支撑的托盘 接收器。
    • 8. 发明授权
    • Method of bonding an external lead and a tool therefor
    • 接合外部引线及其工具的方法
    • US5462626A
    • 1995-10-31
    • US98813
    • 1993-07-29
    • Shinji KanayamaAkira KabeshitaKenichi NishinoSatoshi OhnakadaTakahiko MurataKazuhiro KimuraKazuto Nishida
    • Shinji KanayamaAkira KabeshitaKenichi NishinoSatoshi OhnakadaTakahiko MurataKazuhiro KimuraKazuto Nishida
    • H05K3/34H05K3/36H05K13/04B32B31/00
    • H05K3/363H05K13/0465H05K2201/0394H05K2201/064H05K2201/10681H05K2203/0195H05K2203/107H05K3/3421H05K3/3494
    • A bonding method of for external leads which includes the steps of registering the external leads of an IC component with electrodes of a circuit substrate, setting an external lead retaining surface of a bonding tool on a flat outer tab obtained by coating plural outer end parts of the external leads of the registered IC component with resin, and bringing the external leads in touch with the corresponding electrodes. A laster beam irradiates one of the external leads registered on one of the electrodes to thereby bond them, and cooling gas is jetted on a bonding part of the external lead to cool a bonding part of the external lead and the electrode. During the irradiating step, the one of the external leads registered on one of the corresponding electrodes can be pressed against the electrode to bond the bonding part of the electrode and the external lead. A bonding tool which is used in the method includes a wall having an external lead retaining surface for being set on the flat outer tab and pressing one of the external leads, to bring the one of the external leads into touch with the corresponding one of the electrodes. A laser beam passage is provided in the bonding tool through which a laser beam is irradiated to an external lead bonding part, and a gas passage is also provided, through which cooling gas is jetted on to the external lead bonding part to cool the bonding part of the external lead and the electrode.
    • 一种用于外部引线的接合方法,包括以下步骤:将IC部件的外部引线与电路基板的电极对准,将焊接工具的外部引线保持面设置在通过涂覆多个外部端部 使用树脂的注册的IC部件的外部引线,并且使外部引线与相应的电极接触。 灯光束照射登记在一个电极上的一个外部引线,从而将它们接合,并且将冷却气体喷射到外部引线的接合部分上,以冷却外部引线和电极的接合部分。 在照射步骤期间,登记在一个相应的电极上的外部引线中的一个可以被压在电极上,以将电极的接合部分和外部引线接合。 在该方法中使用的接合工具包括具有外部引线保持表面的壁,用于设置在平坦的外部突片上并按压外部引线之一,以使外部引线中的一个与相应的一个引线保持接触 电极。 激光束通道设置在接合工具中,激光束通过该激光束照射到外部引线接合部分,并且还设置有气体通道,冷却气体通过该通道喷射到外部引线接合部分以冷却接合部分 的外部引线和电极。
    • 10. 发明授权
    • Method and apparatus for handling arrayed part
    • 排列部件的处理方法和装置
    • US06830989B1
    • 2004-12-14
    • US10069401
    • 2002-02-26
    • Satoshi ShidaShinji KanayamaTakashi ShimizuKenji TakahashiRyoji InutsukaHiroyuki Yoshida
    • Satoshi ShidaShinji KanayamaTakashi ShimizuKenji TakahashiRyoji InutsukaHiroyuki Yoshida
    • H01L21301
    • H01L21/67271H01L21/67144
    • Handling of each arrayed component is implemented in pickup operation within a movement range of a supporting body against the size of a supporting region of the arrayed component smaller than that in the prior art. Each component supported on a supporting body in array is moved to a pickup position with a movement of the supporting body in X and Y two component array directions, and is fed to pickup operation by a tool with push-up operation by a push-up pin involved, in which after each unit region (D1 to D4) dividedly set around the pickup position of the supporting body is positioned at a pickup standby position by rotation of the supporting body in a switching manner, the component in the positioned unit region is moved in each component array direction of the supporting body and fed to pickup operation in sequence.
    • 在支撑体的移动范围内,在阵列部件的支撑区域的尺寸小于现有技术的尺寸的情况下,每个排列的部件的处理被实现在支撑体的运动范围内的拾取操作。 支撑在阵列中的支撑体上的每个部件通过支撑体在X和Y两个分量阵列方向上的移动而被移动到拾取位置,并且通过具有由上推的上推操作的工具进给到拾取操作 引脚,其中通过以切换方式旋转支撑体而将支撑体的拾取位置分开设置的每个单位区域(D1至D4)定位在拾取备用位置,定位单元区域中的部件为 在支撑体的每个分量阵列方向上移动并依次馈送到拾取操作。