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
    • 2. 发明授权
    • Method of connecting a wire to an electrical device
    • 将电线连接到电气设备的方法
    • US6134778A
    • 2000-10-24
    • US116104
    • 1998-07-15
    • David L. Chandler
    • David L. Chandler
    • H01R4/16H01R43/02
    • H01R43/0235H01R4/16Y10T29/49174Y10T29/49179
    • For connecting a high voltage wire to an elongated terminal of an electrical device, a connector link is provided comprising a first hollow tubing having an open first end with an extending flattened portion of the tubing bent to form the wall of a second hollow tubing having an axis of elongation perpendicular to the axis of elongation of the first tubing. The second hollow tubing is interference fitted onto the terminal and an end of the high voltage wire is inserted into the open end of the first tubing. The wire end is soldered to the first tubing and the second tubing is soldered to the terminal. An abundance of solder is used for causing the solder to flow outwardly from the ends of the tubings to form a continuous well-wetted shape of solder having smooth and rounded surfaces for avoiding concentrated electric fields and attendant electrical discharges.
    • 为了将高压电线连接到电气设备的细长端子,提供连接器连接件,其包括第一中空管道,该第一中空管道具有敞开的第一端部,该第一中空管道具有弯曲的管道的延伸的平坦部分,以形成第二中空管道的壁, 垂直于第一管延长轴线的伸长轴线。 第二个中空管被干涉地装在端子上,高压线的一端插入第一管的开口端。 线端焊接到第一管,第二管焊接到端子。 使用大量焊料使焊料从管的端部向外流动,以形成具有平滑和圆形表面的连续良好润湿的焊料形状,以避免集中的电场和伴随的放电。
    • 5. 发明授权
    • Line monitoring of an optical transmission system using pilot signals
    • 使用导频信号对光传输系统进行线路监控
    • US6025949A
    • 2000-02-15
    • US872470
    • 1997-06-10
    • Cleo Dale Anderson
    • Cleo Dale Anderson
    • H04B10/02H04B10/08H04B10/17H04B10/16H04B10/00
    • H04B10/2935H04B10/0777H04B2210/075
    • An optical transmission system allows for the remote determination of the total output power of each repeater. The optical transmission system includes two terminals, an optical path that transmits a plurality of optical signals between the two terminals, and a plurality of repeaters spaced along the optical path. In each of the repeaters, pilot signals are inserted by impressing them upon the amplified optical signals output from the repeater. The pilot signals are derived from an oscillator whose frequency is unique to the repeater in which the pilot signals are inserted. The magnitude of each pilot signal is proportional to the output power of its associated repeater. Each terminal provides a measurement of the total power output from each repeater using a receiving device. The receiving device selects the unique oscillator frequency for each of the repeaters desired to be measured, and measures the pilot signals at the selected frequency.
    • 光传输系统允许远程确定每个中继器的总输出功率。 光传输系统包括两个终端,在两个终端之间传输多个光信号的光路以及沿光路间隔开的多个中继器。 在每个中继器中,通过将导频信号压缩在从中继器输出的放大的光信号上来插入导频信号。 导频信号从其中插入有导频信号的中继器的频率唯一的振荡器导出。 每个导频信号的幅度与其相关中继器的输出功率成比例。 每个终端使用接收设备提供来自每个中继器的总功率输出的测量。 接收装置为期望测量的每个中继器选择唯一的振荡器频率,并以所选择的频率测量导频信号。
    • 7. 发明授权
    • Apparatus and method for winding an optical fiber
    • 卷绕光纤的装置和方法
    • US06042043A
    • 2000-03-28
    • US256766
    • 1999-02-24
    • Martin T. Wislinski
    • Martin T. Wislinski
    • B65H54/00B65H54/10B65H75/02G02B6/36G02B6/44B65H54/12B65H54/20B65H54/547
    • B65H54/10B65H54/106B65H75/02G02B6/4457
    • A fiber winding and storage assembly is disclosed. The fiber winding and storage assembly includes a fiber winding fixture and a fiber storage device. The fiber winding fixture may include a winding structure, a handle member, and a mounting member. The winding structure has a first side and a second side where the first side defines a recess therein. The handle member is disposed on the second side of the winding structure. The mounting member is disposed within the recess of the winding structure and extends perpendicularly therefrom. The fiber storage device is received within the recess of the fiber winding fixture. In a second embodiment for the fiber winding fixture, the winding fixture also includes a push button and a biasing member. The push button is mounted in the handle member and biased to a first position within the fiber winding fixture. A user is able to apply a force to the push button from a location under the handle member to overcome the biasing force and extend a portion of the push button up through the recess of the winding structure. When the push button is pushed by a user to extend up through the recess, the push button assists the user in removing a fiber storage device that is positioned within the fiber winding structure from the winding structure.
    • 公开了一种光纤绕组和存储组件。 光纤绕组和存储组件包括光纤绕组固定装置和光纤存储装置。 纤维卷绕夹具可以包括卷绕结构,手柄部件和安装部件。 卷绕结构具有第一侧和第二侧,其中第一侧在其中限定凹部。 手柄构件设置在绕组结构的第二侧上。 安装构件设置在绕组结构的凹部内并垂直于其延伸。 纤维存储装置被容纳在纤维缠绕夹具的凹槽内。 在用于纤维卷绕夹具的第二实施例中,卷绕夹具还包括按钮和偏置构件。 按钮安装在手柄构件中,并被偏压到光纤缠绕固定装置内的第一位置。 用户能够从把手构件下方的位置向按钮施加力以克服偏压力并将按钮的一部分向上延伸穿过绕组结构的凹部。 当按钮被用户按压以通过凹部向上延伸时,按钮有助于使用者从位于绕组结构上移除位于光纤绕组结构内的光纤存储装置。
    • 10. 发明授权
    • Pressure vessel adaptor for testing of undersea fiber optic systems
    • 用于测试海底光纤系统的压力容器适配器
    • US5979222A
    • 1999-11-09
    • US174104
    • 1998-10-16
    • Anthony A. Manalio
    • Anthony A. Manalio
    • G01M3/22G01M3/32G01M3/02G01F19/00G01M3/04G21C9/00
    • G01M3/3281G01M3/222
    • A pressure testing apparatus can pressure test separately a first object having a width and a height and a second object having a width and a height. The first object can be, for example, a fiber optic repeater; the second object can be, for example, a fiber optic branch unit. The pressure testing apparatus has a testing vessel and an adaptor. The testing vessel has a chamber with an inner width corresponding to the width of the first object and a first gap. The adaptor can be selectably insertable into the chamber of the testing vessel and has an inner width and an outer width. The outer width of the adaptor corresponds to the inner width of the chamber of the testing vessel and a second gap. The inner width of the adaptor corresponds to the width of the second object and a third gap.
    • 压力测试装置可以分别测量具有宽度和高度的第一物体和具有宽度和高度的第二物体。 第一个目的可以是例如光纤中继器; 第二个目的可以是例如光纤分支单元。 压力测试装置具有测试容器和适配器。 测试容器具有内宽度对应于第一物体的宽度的腔室和第一间隙。 适配器可以可选择地插入到测试容器的腔室中并且具有内部宽度和外部宽度。 适配器的外部宽度对应于测试容器的室的内部宽度和第二间隙。 适配器的内部宽度对应于第二物体的宽度和第三间隙。