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    • 8. 发明申请
    • Fiber optic attachment method, structure, and system
    • 光纤连接方法,结构和系统
    • US20040264861A1
    • 2004-12-30
    • US10608057
    • 2003-06-27
    • International Business Machines Corporation
    • Michael S. LemmonMark V. Pierson
    • G02B006/26
    • G02B6/4202G02B6/2552
    • An attachment structure, and an associated method and system for forming the attachment structure. An end of an optical fiber is melted while the end is above, but not touching, an exposed surface of a substrate such that said end becomes molten. The optical fiber is substantially optically transparent to laser radiation of a given wavelength. The molten end is moved toward the exposed surface of the substrate until the end makes physical contact with the exposed surface of the substrate. The moving is performed sufficiently fast so that the end is still molten when the end initially makes the physical contact with the exposed surface of the substrate. The physical contact is maintained for a sufficient length of time to enable the end to bond to the exposed surface of the substrate with no intervening matter between the end and the exposed surface of the substrate.
    • 附件结构以及用于形成附接结构的相关联的方法和系统。 光纤的端部熔化,而端部在基板的暴露表面上方但不接触,使得端部熔化。 光纤对于给定波长的激光辐射基本上是光学透明的。 熔融端朝向衬底的暴露表面移动,直到端部与衬底的暴露表面物理接触为止。 移动足够快地进行,使得当端部最初与衬底的暴露表面物理接触时,端部仍然熔化。 保持物理接触足够长的时间,以使端部能够在衬底的端部和暴露表面之间没有中间物质结合到衬底的暴露表面。
    • 9. 发明申请
    • Optical communication assembly
    • 光通信组件
    • US20040218288A1
    • 2004-11-04
    • US10428956
    • 2003-05-02
    • INTERNATIONAL BUSINESS MACHINES CORPORATION
    • Mark V. PiersonEugen Schenfeld
    • G02B007/02
    • G02B6/43
    • An optical assembly comprising an optical cube. A first optical transmitter chip and a first optical receiver chip are mounted on one surface of the optical cube. A first continuous printed circuit board is soldered to electrical surfaces of the first optical transmitter chip and the first optical receiver chip opposite the optical cube. A second optical transmitter chip and a second optical receiver chip are mounted on an opposite surface of the optical cube. A second continuous printed circuit board is soldered to electrical surfaces of the second optical transmitter chip and the second optical receiver chip opposite the optical cube. The first optical transmitter chip is optically aligned with the second optical receiver chip through the optical cube. The second optical transmitter chip is optically aligned with the first optical receiver chip through the optical cube. The first and second printed circuit boards may be bent ninety degrees and soldered to another printed circuit board, or connected to an edge connector on another printed circuit board.
    • 一种包括光学立方体的光学组件。 第一光发射机芯片和第一光接收芯片安装在光学立方体的一个表面上。 将第一连续印刷电路板焊接到与光学立方体相对的第一光发射器芯片和第一光接收器芯片的电表面。 第二光发射器芯片和第二光接收器芯片安装在光学立方体的相对表面上。 将第二连续印刷电路板焊接到与光学立方体相对的第二光发射器芯片和第二光接收器芯片的电表面。 第一光发射器芯片通过光学立方体与第二光接收器芯片光学对准。 第二光发射器芯片通过光学立方体与第一光接收器芯片光学对准。 第一和第二印刷电路板可以弯曲九十度并且焊接到另一个印刷电路板,或者连接到另一个印刷电路板上的边缘连接器。