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    • 41. 发明授权
    • Optoelectronic sub-module and method of making same
    • 光电子模块及其制作方法
    • US5337391A
    • 1994-08-09
    • US56276
    • 1993-05-03
    • Michael S. Lebby
    • Michael S. Lebby
    • G02B6/122G02B6/38G02B6/42H01S3/07G02B6/00G02B6/36
    • G02B6/4292G02B6/1221G02B6/3897G02B6/42G02B6/4204
    • An optoelectronic sub-module (100,200) having a major surface (103,203)and an edge surface (104) with electrical tracings (116) disposed on the major surface (103,203). A light transmitting device (114) having a working portion is mounted on the major surface (103,203) with the working portion of the light transmitting device (114) directed perpendicularly to the edge surface (104) of the sub-module (100,200), and wherein the light transmitting device (114) is connected to at least one of the electrical tracings (116). An angled reflective surface (109) is formed between the major and edge surfaces. A photodetector (118) having a working portion is positioned on the major surface (103,203) with the working portion of the photodetector (118) positioned over the angled surface (109).
    • 具有主表面(103,203)和边缘表面(104)的光电子模块(100,200),其具有设置在主表面(103,203)上的电气追踪(116)。 具有工作部分的透光装置(114)安装在主表面(103,203)上,其中透光装置(114)的工作部分垂直于子模块(100,200)的边缘表面(104)指向, 并且其中所述光发射装置(114)连接到所述电气追踪(116)中的至少一个。 在主表面和边缘表面之间形成倾斜的反射表面(109)。 具有工作部分的光电检测器(118)位于主表面(103,203)上,其中光电检测器(118)的工作部分位于成角度的表面(109)之上。
    • 44. 发明授权
    • Laminated polymer optical waveguide interface and method of making same
    • 层压聚合物光波导接口及其制作方法
    • US5125054A
    • 1992-06-23
    • US736969
    • 1991-07-25
    • Donald E. AckleyChristopher K. Y. ChunMichael S. Lebby
    • Donald E. AckleyChristopher K. Y. ChunMichael S. Lebby
    • G02B6/30G02B6/38G02B6/42
    • G02B6/30G02B6/3817G02B6/42G02B6/421G02B6/4214
    • An interface between a laminated polymer optical waveguide (15) and an electronic device (39). The interface does not degrade the desirable properties of the optical waveguide (15), is simple, is low cost, and is compatible with integrated circuit technology as well as optical and electrical connectors (41,42,43,46). The interface includes at least one vertical cavity surface emitting laser or photosensitive diode (11,37) mounted above the surface of the optical waveguide (15). A mirror (21) positioned at an angle with respect to the optical waveguide (15) serves to reflect light between either the vertical cavity surface emitting laser or photosensitive diode (11,37) and the optical waveguide (15). At least one microstrip line (16) couples electrical signals between the vertical cavity surface emitting laser (11,37) and the electronic device (39).
    • 叠层聚合物光波导(15)和电子装置(39)之间的界面。 该接口不会降低光波导(15)的理想特性,简单,成本低,并且与集成电路技术以及光电连接器(41,42,43,46)兼容。 界面包括安装在光波导(15)的表面上方的至少一个垂直腔表面发射激光器或光敏二极管(11,37)。 相对于光波导(15)定位成一定角度的反射镜(21)用于在垂直空腔表面发射激光器或感光二极管(11,37)和光波导(15)之间反射光。 至少一条微带线(16)在垂直腔表面发射激光器(11,37)和电子器件(39)之间耦合电信号。
    • 45. 发明授权
    • Dynamic optical beam steering
    • 动态光束转向
    • US5067829A
    • 1991-11-26
    • US579513
    • 1990-09-10
    • James E. JaskieMichael S. LebbyFred V. Richard
    • James E. JaskieMichael S. LebbyFred V. Richard
    • G02B26/08G02F1/29
    • G02B26/0816G02F1/29
    • A system for dynamically steering a light beam alters the path of a light beam using refraction. The light beam passes through multiple layers of optically transparent elastic material. Electrodes are attached to the bottom and top surfaces of the optically transparent layers. Voltages applied to the electrodes cause the optically transparent layers to deform. This deformation causes a change in the angle at which the light beam intercepts the surfaces of the optically transparent layers. The light beam is refracted based upon the angle of intercept and the index of refraction of the optically transparent layers. The direction of travel of the light beam can thus be controlled by varying the voltages across the electrodes.
    • 用于动态地转向光束的系统利用折射来改变光束的路径。 光束通过多层光学透明的弹性材料。 电极附着在光学透明层的底表面和顶表面上。 施加到电极的电压导致光学透明层变形。 这种变形导致光束截取光学透明层的表面的角度的变化。 基于截取角度和光学透明层的折射率折射光束。 因此,可以通过改变电极两端的电压来控制光束的行进方向。
    • 47. 发明授权
    • Self eject latch mechanism for an optical transceiver module
    • 用于光收发模块的自弹出锁定机构
    • US06966703B1
    • 2005-11-22
    • US10769967
    • 2004-02-02
    • Michael S. LebbySamuel Ho
    • Michael S. LebbySamuel Ho
    • G02B6/36G02B6/42H04B10/00
    • G02B6/4292G02B6/4201G02B6/4261
    • An actuator-based latching/delatching mechanism in combination with an optical module includes a housing having a front face with an opening and an optical transceiver designed to be nestingly engaged in the opening. A front surface of the transceiver is flush with the face of the housing in a fully nestingly engaged orientation. A pivot arm is pivotally mounted adjacent a rear end of the housing for pivotal movement between a latching orientation in which the transceiver is fully nestingly engaged in the housing and a delatching orientation in which a force pivots the arm against the transceiver to move the transceiver out of the engaged orientation. An actuator, with an end accessible exterior of the housing, is mounted in the housing for movements from latching to delatching orientations in response to a force applied to the end of the actuator.
    • 与光学模块结合的基于致动器的闭锁/去拾取机构包括具有开口的前表面的壳体和设计成嵌合在开口中的光学收发器。 收发器的前表面以完全嵌套的方向与壳体的表面齐平。 枢轴臂邻近壳体的后端可枢转地安装,用于在闭锁方向之间枢转运动,其中收发器完全嵌套在壳体中,并且其中力将臂相对于收发器枢转以使收发器移动 的接合方向。 具有壳体的端部可接近外部的致动器被安装在壳体中,用于响应于施加到致动器的端部的力而从锁定到拾取方向的运动。
    • 50. 发明授权
    • Perishable media information storage mechanism and method of fabrication
    • 易腐媒体信息存储机制及制作方法
    • US06228440B1
    • 2001-05-08
    • US09124174
    • 1998-07-28
    • Conan B. DaileyMichael S. Lebby
    • Conan B. DaileyMichael S. Lebby
    • C09K1900
    • G11B23/281G11B7/0037G11B7/244G11B7/246G11B7/247G11B7/2472G11B7/25G11B7/2534G11B7/2542G11B7/258G11B7/2585G11B7/259G11B7/2595G11B20/00086Y10S428/913Y10T428/10
    • A perishable media information storage mechanism, including a substrate, a data layer for recording data thereon the information storage mechanism, a reflective layer, and a protective lacquer coating. The data layer includes a material responsive to at least one predetermined data elimination factor and includes one of a decayable dye material, a liquid crystal material, a photosensitive material or a plurality of magnetoresistive memory cells. The data layer is characterized as recording data and eliminating access to data in response to at least one of a predetermined use or time factor. In addition, included is a method for fabricating a perishable media information storage mechanism including the steps of providing a substrate, forming a data layer on a surface of the substrate, forming a reflective layer on an uppermost surface of the data layer, and forming a protective coating on an uppermost surface of the reflective layer.
    • 一种易腐媒体信息存储机构,包括基板,用于在其上记录信息的数据层,信息存储机构,反射层和保护漆涂层。 数据层包括响应于至少一个预定数据消除因子的材料,并且包括可衰变的染料材料,液晶材料,感光材料或多个磁阻存储器单元之一。 数据层被表征为记录数据,并且响应于预定使用或时间因素中的至少一个而消除对数据的访问。 此外,包括一种用于制造易腐坏介质信息存储机构的方法,包括以下步骤:提供基板,在基板的表面上形成数据层,在数据层的最上表面上形成反射层,并形成 保护涂层在反射层的最上表面上。