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    • 12. 发明授权
    • Optical splice and method for making the same
    • 光接头及其制作方法
    • US4915471A
    • 1990-04-10
    • US210889
    • 1988-06-20
    • Bernd D. ZimmermannRichard O. ClausKent A. Murphy
    • Bernd D. ZimmermannRichard O. ClausKent A. Murphy
    • G02B6/38
    • G02B6/3803
    • The present invention pertains to an optical splice. The optical splice includes a member having an alignment cavity which receives optical waveguides and allows light to pass there between. The member is made of a material that is moldable such that when an optical waveguide is received by the member, the alignment cavity expands but constricts about the optical waveguide in a predetermined position. The member has a plurality of funnels which communicate with the alignment cavity and guide an optical waveguide into the alignment cavity where it is received thereby. The present invention also pertains to a method for making a funnel in a member. The method includes the steps of placing a drawn-down end of a capillary into a mold; inserting an alignment rod into the mold and the capillary through the drawn-down end thereof; filling the mold with a curable material; allowing the material to cure to form the member; and removing the alignment rod and capillary from the member to form in the member an alignment cavity with a funnel. In a preferred embodiment the member is an optical splice.
    • 本发明涉及一种光接头。 光接头包括具有对准腔的构件,其接收光波导并允许光在其间通过。 该构件由可模制的材料制成,使得当光学波导被构件接收时,对准空腔膨胀,但在预定位置上围绕光波导收缩。 该构件具有与对准空腔连通的多个漏斗,并将光波导引导到对准空腔中,从而将其接收。 本发明还涉及在构件中制造漏斗的方法。 该方法包括将毛细管的下拉端放入模具中的步骤; 通过其下拉端将对准杆插入模具和毛细管; 用可固化材料填充模具; 允许材料固化以形成该构件; 以及从所述构件移除所述对准杆和毛细管,以在所述构件中形成具有漏斗的对准腔。 在优选实施例中,构件是光接合。
    • 17. 发明授权
    • Modal domain optical fiber sensors
    • 模态域光纤传感器
    • US4854706A
    • 1989-08-08
    • US77931
    • 1987-07-27
    • Richard O. ClausK. D. Bennett
    • Richard O. ClausK. D. Bennett
    • G01D5/353G01H9/00
    • G01H9/004G01D5/35351
    • A modal domain optical fiber sensor for vibration monitoring and as a mechanical motion detector. A laser that focuses coherent light through a lens into one end of a multimode optical fiber. The fiber is secured to a mechanical mechanism for exciting vibrations. The other end of the optical fiber passes its output through a spatial filter and into a photodetector. A variable voltage signal from the photodetector is fed to a monitoring unit, such as an oscilloscope or a microcomputer, for analysis. Of particular significance is the intentional mismatch between the wavelength of the light 18 from the laser and the single mode cut-off wavelength of the glass optical fiber. In a preferred embodiment, the optical fiber has a wavelength of 850 nm and the coherent light has a wavelength of 633 mm.
    • 用于振动监测的模态域光纤传感器和机械运动检测器。 将透镜中的相干光聚焦到多模光纤的一端的激光器。 纤维被固定到用于激发振动的机械机构。 光纤的另一端将其输出通过空间滤波器并通过光电检测器。 来自光电检测器的可变电压信号被馈送到监视单元,例如示波器或微型计算机,用于分析。 特别重要的是,来自激光的光18的波长与玻璃光纤的单模截止波长之间的有意的不匹配。 在一个优选实施例中,光纤的波长为850nm,相干光的波长为633mm。
    • 18. 发明授权
    • Fiber-optic star tree network
    • 光纤星形树网络
    • US4809362A
    • 1989-02-28
    • US25692
    • 1987-03-13
    • Richard O. ClausAshok Sankar
    • Richard O. ClausAshok Sankar
    • H04J14/02H04L12/44H04B9/00G08B5/00
    • H04J14/0282H04J14/0227H04J14/0241H04J14/0286H04L12/44
    • A communication network and method implementing a star-tree topology utilizes conventional hardward and the CSMA/CD protocol. The network comprises in one embodiment at least two sets of user devices, in turn comprised of at least two user devices, connected through optical connectors and intelligent hubs to one another. Within each set of devices, the devices themselves are connected together by optical connectors through an optical coupler and an intelligent hub.The method according to one embodiment involves the steps of assigning unique addresses to each hub and subhub in the network and of assigning a device address to each user device. The device address need only be different from the addresses of the other devices in the family. The messages are sent from any one station through a passive coupler to all the other stations connected thereto. If an exclusive OR situation exists whereby either but not both the subhub of the family is the source subhub or the destination subhub then that subhub copies the message and rebroadcasts the message either to its own family or to its parent.
    • 实现星形树状拓扑的通信网络和方法利用常规硬件和CSMA / CD协议。 该网络在一个实施例中包括至少两组用户设备,其又由至少两个用户设备组成,所述至少两个用户设备通过光学连接器和智能中枢彼此连接。 在每套设备中,设备本身通过光耦合器和智能集线器通过光连接器连接在一起。 根据一个实施例的方法包括以下步骤:为网络中的每个集线器和子树分配唯一地址,并向每个用户设备分配设备地址。 设备地址只能与家庭中其他设备的地址不同。 消息从任何一个站通过无源耦合器发送到与其连接的所有其他站。 如果存在异或情况,否则家庭子节点不是源子节点或目的地子节点,则该子节点将消息复制并将消息重新广播到其自己的家庭或其父节点。
    • 20. 发明申请
    • ABRASION RESISTANT COATINGS
    • 耐磨涂层
    • US20090104438A1
    • 2009-04-23
    • US12253306
    • 2008-10-17
    • Jennifer Hoyt LalliRichard O. Claus
    • Jennifer Hoyt LalliRichard O. Claus
    • B32B5/16B05D3/10
    • B05D5/00B05D5/02G02B1/105G02B1/14Y10T428/25Y10T428/257
    • A device includes a nanocomposite film, itself, having at least one nano-particle layer and at least one crosslinker layer. The device also includes an abrasion resistant coating over the nanocomposite film. A method for producing a device with an abrasion resistant nanocomposite coating on a substrate having a nano-particle-coated surface involves contacting nano-particle-coated surface with a crosslinker such that a chemical bond forms with nano-particles within the nano-particle-coated surface and this chemically bonded crosslinker is then contacted with at least one compound such that the at least one compound chemically binds to the crosslinker thereby forming an abrasion resistant coating on the substrate having the nano-particle-coated surface.
    • 一种器件包括本身具有至少一个纳米颗粒层和至少一个交联剂层的纳米复合膜。 该装置还包括纳米复合膜上的耐磨涂层。 在具有纳米颗粒涂覆表面的基材上制备具有耐磨纳米复合涂层的装置的方法包括使纳米颗粒涂覆的表面与交联剂接触,使得与纳米颗粒涂覆表面内的纳米颗粒形成化学键, 然后将该化学键合的交联剂与至少一种化合物接触,使得至少一种化合物与交联剂化学结合,从而在具有纳米颗粒涂覆表面的基材上形成耐磨涂层。