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    • 4. 发明授权
    • Electronic component mounting system and electronic component mounting method
    • 电子元件安装系统和电子元件安装方法
    • US08434665B2
    • 2013-05-07
    • US13255986
    • 2010-03-24
    • Koji MotomuraHideki EifukuTadahiko Sakai
    • Koji MotomuraHideki EifukuTadahiko Sakai
    • B23K31/00B23K31/02
    • H05K3/363H05K3/305H05K3/341H05K3/3484H05K2201/10977
    • Disclosed are an electronic component mounting system and an electronic component mounting method capable of reducing the space occupied by equipment and equipment cost and ensuring high connection reliability. An electronic component mounting system (1) includes a solder printing device (M1), a coating/inspection device (M2), a component mounting device (M3), a bonding material supply/substrate mounting device (M4), and a reflow device (M5). The electronic component mounting system (1) mounts an electronic component on a main substrate (4) and connects a module substrate (5) to the main substrate (4). A cream solder is printed on the main substrate (4) to mount an electronic component, a bonding material in which solder particles are contained in thermosetting resin is supplied to a first connection portion of the main substrate (4), and a second connection portion of the module substrate (5) is landed on the first connection portion through the bonding material. Thereafter, the main substrate (4) is carried in the reflow device (M5) and heated in the same reflow step to solder-bond the electronic component onto the main substrate (4) and to bond the second connection portion of the module substrate (5) and the first connection portion of the main substrate (4) together by the bonding material.
    • 公开了一种电子部件安装系统和电子部件安装方法,其能够减少设备占用的空间和设备成本,并确保高连接可靠性。 电子部件安装系统(1)包括焊料印刷装置(M1),涂布/检查装置(M2),部件安装装置(M3),接合材料供应/基板安装装置(M4)和回流装置 (M5)。 电子部件安装系统(1)将电子部件安装在主基板(4)上,并将模块基板(5)与主基板(4)连接。 在主基板(4)上印刷奶油焊料以安装电子部件,将在热固性树脂中包含焊料颗粒的接合材料供应到主基板(4)的第一连接部分,第二连接部分 通过所述接合材料将所述模块基板(5)落在所述第一连接部上。 此后,将主基板(4)载入回流装置(M5),并在相同的回流步骤中加热,将电子部件焊接到主基板(4)上,并将模块基板的第二连接部 5)和主基板(4)的第一连接部分通过接合材料在一起。
    • 6. 发明申请
    • RESIN APPLICATION APPARATUS AND DATA CREATION APPARATUS FOR RESIN APPLICATION
    • 树脂应用设备和数据创建设备
    • US20110315321A1
    • 2011-12-29
    • US13201015
    • 2010-01-25
    • Seiichi YoshinagaTadahiko Sakai
    • Seiichi YoshinagaTadahiko Sakai
    • B05C5/00
    • H01L21/561H01L2224/16225H05K3/0091H05K3/305H05K2203/0126H05K2203/0545Y02P70/613
    • An object of the invention is to provide a resin application apparatus capable of efficiently doing resin application work for resin reinforcement for which a corner part of an electronic component is targeted, and a data creation apparatus for resin application.In the resin application apparatus for linearly applying a resin for reinforcement along an outer edge of the electronic component in an electronic component mounting body in which the electronic component is mounted on a substrate, component position information indicating a position of the electronic component in the electronic component mounting body, component information including a side size of the electronic component and a basic pattern with an application shape for forming a corner reinforced part disposed in the corner part are stored in a storage part (31) and dimension data indicating a concrete dimension in the basic pattern is inputted through an input part (35) and thereby, application locus data for applying the resin for reinforcement is computed by a locus computation part (32). Consequently, the resin application work for resin reinforcement for which the corner part of the electronic component is targeted can be done efficiently.
    • 本发明的目的是提供一种能够有效地进行电子部件的角部的树脂加强用树脂施加工作的树脂施加装置和树脂施加用数据生成装置。 在将电子部件安装在基板上的电子部件安装体中沿着电子部件的外缘直线加强用树脂的树脂施加装置中,表示电子部件在电子部件中的位置的部件位置信息 部件安装体,包括电子部件的侧面尺寸的部件信息和具有用于形成设置在拐角部分中的角部加强部件的应用形状的基本图案被存储在存储部件(31)中,并且将表示具体尺寸的尺寸数据 通过输入部(35)输入基本图案,由轨迹计算部(32)计算用于施加加强用树脂的施加轨迹数据。 因此,能够有效地进行电子部件的角部的树脂强化用树脂加工。
    • 7. 发明授权
    • Substrate backing device and substrate thermocompression-bonding device
    • 基板背衬装置和基板热压接装置
    • US08851138B2
    • 2014-10-07
    • US13504591
    • 2011-07-05
    • Hiroki MaruoKoji MotomuraHideki EifukuTadahiko Sakai
    • Hiroki MaruoKoji MotomuraHideki EifukuTadahiko Sakai
    • B29C65/20B32B37/10B32B38/18B32B39/00B32B43/00B30B5/02B32B5/04B30B15/28B25B11/00
    • B25B11/005Y10T156/17Y10T156/1744Y10T156/1756
    • A substrate backing device places and holds a rigid substrate thereon and receives, from therebelow, a pressing force during operations for thermocompressively bonding a flexible substrate thereto. The substrate backing device includes a plate-shaped backing plate provided with a backing support surface adapted to come into contact with the lower surface of the rigid substrate for supporting it. The backing support surface is provided with an opening portion having a planar opening shape encompassing the area of the rigid substrate to be compressively bonded to the flexible substrate. The backing support surface is provided, within the opening portion, a receiving member which, during the thermocompression bonding operations, come into contact with the lower surface of the rigid substrate and with an already-mounted component having been preliminarily mounted on this lower surface in the compression-bonding area and, further, apply an upward supporting counterforce corresponding to the pressing force.
    • 衬底背衬装置将刚性衬底放置并保持在其上,并在其下方接收用于将柔性衬底热压粘合的操作期间的按压力。 基板背衬装置包括板状背板,该板状背板设置有适于与刚性基板的下表面接触以支撑背衬支撑表面的背衬支撑表面。 背衬支撑表面设置有开口部分,该开口部分具有围绕刚性基板的区域的平面开口形状,以压缩地结合到柔性基板。 背衬支撑表面在开口部分内设置有接收构件,该接收构件在热压接合操作期间与刚性基板的下表面接触并且已经安装的部件已预先安装在该下表面上 压接区域,并且还施加与按压力对应的向上支撑反作用力。
    • 8. 发明授权
    • Electronic component mounting system and electronic component mounting method
    • 电子元件安装系统和电子元件安装方法
    • US08817487B2
    • 2014-08-26
    • US13255945
    • 2010-03-24
    • Koji MotomuraHideki EifukuTadahiko Sakai
    • Koji MotomuraHideki EifukuTadahiko Sakai
    • H05K7/02
    • H05K3/363B23K3/0638H05K3/305H05K3/341H05K3/3484H05K13/0465H05K13/0469H05K2201/10977
    • Disclosed are an electronic component mounting system and an electronic component mounting method capable of ensuring high connection reliability. An electronic component mounting system (1) includes a component mounting section which includes a solder printing device (M1), a coating/inspection device (M2), a component mounting device (M3), and a reflow device (M4), and mounts an electronic component on a main substrate (4), and a substrate connection section which includes a bonding material supply/substrate mounting device (M5) and a thermal compression device (M6), and connects the main substrate (4) with the component mounted thereon and a module substrate (5) to each other. A configuration is used in which a substrate conveying mechanism (3) of the reflow device (M4) on the lowermost stream side of the component mounting section and a substrate conveying mechanism (3) of the bonding material supply/substrate mounting device (M5) of the substrate connection section are connected directly to each other or are linked to each other by a conveying path through another conveying means. Thus, the main substrate (4) after reflow can be transferred immediately to a substrate connection step, and the generation of a void in the connection portion due to moisture being evaporated in the substrate connection step can be excluded.
    • 公开了一种能够确保高连接可靠性的电子部件安装系统和电子部件安装方法。 一种电子部件安装系统(1),包括:包括焊料印刷装置(M1),涂布/检查装置(M2),部件安装装置(M3)和回流装置(M4)的部件安装部, 主基板(4)上的电子部件和包括接合材料供给/基板安装装置(M5)和热压缩装置(M6)的基板连接部,并且将主基板(4)与安装的部件 和模块基板(5)。 使用其中组件安装部分的最下游侧的回流装置(M4)的基板输送机构(3)和接合材料供给/基板安装装置(M5)的基板输送机构(3) 基板连接部分彼此直接连接或通过另一输送装置的输送路径相互连接。 因此,回流后的主基板(4)可以立即转移到基板连接步骤,并且可以排除在基板连接步骤中由于水分被蒸发而在连接部分中产生的空隙。
    • 9. 发明申请
    • SUBSTRATE RECEIVING DEVICE AND SUBSTRATE THERMOCOMPRESSION-BONDING DEVICE
    • 基板接收装置和基板热电偶连接装置
    • US20120234496A1
    • 2012-09-20
    • US13504591
    • 2011-07-05
    • Hiroki MaruoKoji MotomuraHideki EifukuTadahiko Sakai
    • Hiroki MaruoKoji MotomuraHideki EifukuTadahiko Sakai
    • H05K13/04B32B37/10B25B11/00B32B38/18
    • B25B11/005Y10T156/17Y10T156/1744Y10T156/1756
    • A substrate backing device 3 places and holds a rigid substrate 6 thereon and receives, from therebelow, a pressing force during operations for thermocompressively bonding a flexible substrate 8 thereto. The substrate backing device 3 includes a plate-shaped backing plate 4 provided with a backing support surface 4a adapted to come into contact with the lower surface of the rigid substrate 6 for supporting it. The backing support surface 4a is provided with an opening portion 4d having a planar opening shape encompassing the area of the rigid substrate 6 to be compressively bonded to the flexible substrate 8. The backing support surface 4a is provided, within the opening portion 4d, a receiving member 5 which, during the thermocompression bonding operations, come into contact with the lower surface of the rigid substrate 6 and with an already-mounted component 6c having been preliminarily mounted on this lower surface in the compression-bonding area and, further, apply an upward supporting counterforce corresponding to the pressing force.
    • 基板背衬装置3将刚性基板6放置并保持在其上,并在其下方接收用于将柔性基板8热压接合的操作期间的按压力。 基板背衬装置3包括板状背板4,板状背板4设置有背衬支撑表面4a,该背衬支撑表面4a适于与刚性基板6的下表面接触以用于支撑它。 背衬支撑表面4a设置有开口部分4d,该开口部分4d具有包围刚性基板6的区域的平面开口形状,以被压缩地结合到柔性基板8.背衬支撑表面4a在开口部分4d内设置有 接收构件5,其在热压接操作期间与刚性基板6的下表面接触,并且已经安装在压缩接合区域的该下表面上的已安装部件6c,并且还应用 对应于按压力的向上支撑反作用力。