会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Snap-fit electromagnetic shield
    • 卡扣电磁屏蔽
    • US07258574B2
    • 2007-08-21
    • US10955046
    • 2004-09-30
    • Dennis R. BarringerShawn CanfieldDavid C. LinnellRobert L. NicolettiHarold M. Toffler
    • Dennis R. BarringerShawn CanfieldDavid C. LinnellRobert L. NicolettiHarold M. Toffler
    • H01R13/648
    • H05K9/0058H01R13/6584H01R13/745Y10S439/939
    • A snap-fit shield is provided which fits securely within a frame opening, and which shields and grounds the opening while eliminating a need for a complementary connector portion. The shield has an insulative inner housing having a first base wall and a first pair of side walls and end walls extending therefrom defining a first cavity. The shield includes a conductive shell having a second base wall and a second pair of side walls and end walls extending therefrom defining a second cavity. The second pair of side walls and end walls have at least one outward bias positioned thereon. The shield also has an insulative outer housing having a third base wall and a third pair of side walls and end walls extending therefrom defining a third cavity. The outer housing is configured to snap-fit within an opening in a frame so as to shield circuitry internal thereto. The third cavity of the outer housing is configured to receive at least a portion of the conductive shield therein, while the second cavity of the conductive shield is configured to receive the inner housing therein.
    • 提供了一种卡扣式护罩,其牢固地配合在框架开口内,并且在不需要互补的连接器部分的情况下屏蔽和接合开口。 屏蔽件具有绝缘内壳体,该绝缘内壳体具有第一底壁和从其限定第一腔的第一对侧壁和端壁。 屏蔽包括具有第二底壁和第二对侧壁的导电外壳和从其延伸的端壁限定第二腔。 第二对侧壁和端壁具有定位在其上的至少一个向外偏压。 屏蔽还具有绝缘外壳,其具有第三底壁和第三对侧壁以及从其限定第三空腔的端壁。 外壳被构造成卡扣配合在框架中的开口内,以便屏蔽内部的电路。 外壳体的第三腔被配置为在其中容纳至少一部分导电屏蔽件,而导电屏蔽件的第二腔体构造成在其中容纳内壳体。
    • 2. 发明授权
    • Universal EMC gasket
    • 通用EMC垫片
    • US07357675B2
    • 2008-04-15
    • US11463044
    • 2006-08-08
    • Dennis R. BarringerDavid C. LinnellAndrew RybakHarold M. Toffler
    • Dennis R. BarringerDavid C. LinnellAndrew RybakHarold M. Toffler
    • H01R13/648
    • H01R13/6584H01R12/727Y10S439/939
    • An electromagnetic gasket includes a conductive shell having a pair of side walls and end walls extending therefrom defining at least one opening. The pair of side walls and the end walls have at least one outward bias and at least one inward bias positioned thereon for each opening. The outward bias is configured to electrically connect to an inner tailstock of an electrical enclosure. The at least one opening is configured to receive a connector port housing of a corresponding module therein. The at least one inward bias electrically connects the connector port housing to the inner tailstock of the electrical enclosure. Each module is an electrical module or an optical module, and the at least one inward bias and outward bias provide EMC sealing for multiple connector port housings of a plurality of modules having variable dimensions with respect to at least one of the X, Y and Z axis of the connector port housings.
    • 电磁垫圈包括导电壳体,导电壳体具有一对侧壁和从其延伸的端壁限定至少一个开口。 一对侧壁和端壁具有至少一个向外偏压和至少一个位于其上的向内偏压,用于每个开口。 外部偏置被配置为电连接到电气外壳的内部尾座。 所述至少一个开口构造成在其中接收相应模块的连接器端口壳体。 所述至少一个向内偏置将连接器端口壳体电连接到电气外壳的内部尾座。 每个模块是电气模块或光学模块,并且所述至少一个向内偏置和向外偏压为相对于X,Y和Z中的至少一个具有可变尺寸的多个模块的多个连接器端口壳体提供EMC密封 连接器端口外壳的轴线。
    • 3. 发明申请
    • UNIVERSAL EMC GASKET
    • 通用EMC垫片
    • US20080038959A1
    • 2008-02-14
    • US11463044
    • 2006-08-08
    • Dennis R. BarringerDavid C. LinnellAndrew RybakHarold M. Toffler
    • Dennis R. BarringerDavid C. LinnellAndrew RybakHarold M. Toffler
    • H01R13/648
    • H01R13/6584H01R12/727Y10S439/939
    • An electromagnetic gasket includes a conductive shell having a pair of side walls and end walls extending therefrom defining at least one opening. The pair of side walls and the end walls have at least one outward bias and at least one inward bias positioned thereon for each opening. The outward bias is configured to electrically connect to an inner tailstock of an electrical enclosure. The at least one opening is configured to receive a connector port housing of a corresponding module therein. The at least one inward bias electrically connects the connector port housing to the inner tailstock of the electrical enclosure. Each module is an electrical module or an optical module, and the at least one inward bias and outward bias provide EMC sealing for multiple connector port housings of a plurality of modules having variable dimensions with respect to at least one of the X, Y and Z axis of the connector port housings.
    • 电磁垫圈包括导电壳体,导电壳体具有一对侧壁和从其延伸的端壁限定至少一个开口。 一对侧壁和端壁具有至少一个向外偏压和至少一个位于其上的向内偏压,用于每个开口。 外部偏置被配置为电连接到电气外壳的内部尾座。 所述至少一个开口构造成在其中接收相应模块的连接器端口壳体。 所述至少一个向内偏置将连接器端口壳体电连接到电气外壳的内部尾座。 每个模块是电气模块或光学模块,并且所述至少一个向内偏置和向外偏压为相对于X,Y和Z中的至少一个具有可变尺寸的多个模块的多个连接器端口壳体提供EMC密封 连接器端口外壳的轴线。
    • 4. 发明授权
    • Universal EMC gasket
    • 通用EMC垫片
    • US07473139B2
    • 2009-01-06
    • US11939742
    • 2007-11-14
    • Dennis R. BarringerDavid C. LinnellAndrew RybakHarold M. Toffler
    • Dennis R. BarringerDavid C. LinnellAndrew RybakHarold M. Toffler
    • H01R13/648
    • H01R13/6584H01R12/727Y10S439/939
    • An electromagnetic gasket includes a conductive shell having a pair of side walls and end walls extending therefrom defining at least one opening. The pair of side walls and the end walls have at least one outward bias and at least one inward bias positioned thereon for each opening. The outward bias is configured to electrically connect to an inner tailstock of an electrical enclosure. The at least one opening is configured to receive a connector port housing of a corresponding module therein. The at least one inward bias electrically connects the connector port housing to the inner tailstock of the electrical enclosure. Each module is an electrical module or an optical module, and the at least one inward bias and outward bias provide EMC sealing for multiple connector port housings of a plurality of modules having variable dimensions with respect to at least one of the X, Y and Z axis of the connector port housings.
    • 电磁垫圈包括导电壳体,导电壳体具有一对侧壁和从其延伸的端壁限定至少一个开口。 一对侧壁和端壁具有至少一个向外偏压和至少一个位于其上的向内偏压,用于每个开口。 外部偏置被配置为电连接到电气外壳的内部尾座。 所述至少一个开口构造成在其中接收相应模块的连接器端口壳体。 所述至少一个向内偏置将连接器端口壳体电连接到电气外壳的内部尾座。 每个模块是电气模块或光学模块,并且所述至少一个向内偏置和向外偏压为相对于X,Y和Z中的至少一个具有可变尺寸的多个模块的多个连接器端口壳体提供EMC密封 连接器端口外壳的轴线。
    • 9. 发明授权
    • In-situ device removal for multi-chip modules
    • 多芯片模块的原位设备拆除
    • US5553766A
    • 1996-09-10
    • US342563
    • 1994-11-21
    • Raymond A. JacksonKathleen A. LidestriDavid C. LinnellRaj N. Master
    • Raymond A. JacksonKathleen A. LidestriDavid C. LinnellRaj N. Master
    • B23K1/018H05K13/04H05K3/34B23K3/00
    • H05K13/0486B23K1/018B23K2201/40
    • Deformation of a lifting ring of bimetallic structure or memory metal is matched to a solder softening or melting temperature to apply forces to lift a chip from a supporting structure, such as a substrate or multi-chip module, only when the solder connections between the chip and the supporting structure are softened or melted. The temperature of the chip, module and solder connections there between is achieved in a commercially available box oven or belt furnace or the like and results in much reduced internal chip temperatures and thermal gradients within the chip as compared to known hot chip removal processes. Tensile and/or shear forces at solder connections and chip and substrate contacts are much reduced in comparison with known cold chip removal processes. Accordingly, the process is repeatable at will without significant damage to or alteration of electrical characteristics of the chip or substrate.
    • 双金属结构或记忆金属的提升环的变形与焊料软化或熔化温度匹配,以施加力以从支撑结构(例如基板或多芯片模块)提升芯片,只有当芯片之间的焊料连接 支撑结构软化或熔化。 与市售的盒式炉或带式炉等相比,芯片,模块和焊料连接的温度是可以实现的,并且与已知的热切屑去除工艺相比,在芯片内的内部芯片温度和热梯度大大降低。 与已知的冷芯片去除工艺相比,焊料连接和芯片和基板触点处的拉伸和/或剪切力大大降低。 因此,该过程可以随意重复,而不会显着损坏或改变芯片或衬底的电特性。