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    • 4. 发明申请
    • Fiber-Based Optical Alignment System
    • 基于光纤的光学校准系统
    • US20090244526A1
    • 2009-10-01
    • US12326093
    • 2008-12-01
    • Morgan T. Johnson
    • Morgan T. Johnson
    • G01J1/12
    • G02B6/4222G01R31/2891G02B6/04G02B6/4226G02B6/4227
    • A low-cost alignment system suitable for aligning a wafer to a test fixture includes a bundle of optical fibers wherein at least one fiber serves to deliver illumination to the alignment target from an end thereof, and a plurality of receiver fibers, each having ends with a known spatial relationship to the end of the illuminator fiber. The ends of the fiber bundle have a known spatial relationship to the fixture. In some embodiments, the fiber bundle is disposed within the fixture such that there is an unobscured optical path between the wafer and the receiving and illuminating ends of the fibers. In some embodiments, the fiber bundle is coupled to a light source and a light sensor mounted on the fixture. In some embodiments the alignment target is one or more bonding pads disposed on a wafer.
    • 适用于将晶片对准测试夹具的低成本对准系统包括一束光纤,其中至少一根光纤用于从其端部向对准目标物发射照明,以及多个接收器光纤,每个接收器光纤 与照明器光纤末端的已知空间关系。 纤维束的端部与夹具具有已知的空间关系。 在一些实施例中,纤维束设置在固定装置内,使得在晶片与纤维的接收和照射端之间存在视觉上的光路。 在一些实施例中,光纤束耦合到安装在固定装置上的光源和光传感器。 在一些实施例中,对准靶是设置在晶片上的一个或多个接合焊盘。
    • 5. 发明申请
    • Method of processing optical fiber
    • 光纤加工方法
    • US20060029345A1
    • 2006-02-09
    • US11190867
    • 2005-07-28
    • Masahiro Fushimi
    • Masahiro Fushimi
    • G02B6/02
    • G02B6/262G02B6/241G02B6/25G02B6/4202G02B6/4222
    • A method of processing an optical fiber having a first facet and a second facet is provided. The method includes the steps of applying a photosensitive material to a region on the first facet at least including an entirety of a core in a generally uniform thickness, irradiating light of a predetermined wavelength from the second facet through an inside of the optical fiber, with the first facet dipped in a predetermined solution that has generally the same refractive index as that of the photosensitive material, so as to expose only the photosensitive material applied to the core in the first facet, and forming a level gap at a boundary between a core facet and a clad facet in the first facet, at least after the first facet lifted out of the solution undergoes development.
    • 提供一种处理具有第一面和第二面的光纤的方法。 该方法包括以下步骤:将感光材料施加到第一刻面上至少包括大致均匀厚度的芯的区域,从第二面通过光纤的内部照射预定波长的光,与 第一刻面浸入与感光材料的折射率大致相同的预定溶液中,以便只露出第一刻面中施加到芯体上的感光材料,并在芯部之间的边界处形成高度间隙 至少在第一个方面从解决方案中提取出来后,第一面将会出现一面和一个复合面。
    • 7. 发明申请
    • Optical communication device
    • 光通信设备
    • US20040114935A1
    • 2004-06-17
    • US10699675
    • 2003-11-04
    • PENTAX Corporation
    • Masahiro FushimiAkira ArimotoShinji TsukamotoTadashi Minakuchi
    • H04B010/12
    • G02B6/4246G02B6/262G02B6/4202G02B6/4206G02B6/4214G02B6/4222
    • An optical communication device includes a light source that emits a light beam for transmitting data, and an optical fiber that has an entrance face through which the light beam emitted from the light source enters the optical fiber. The entrance face has a core region and a cladding region. A beam spot moving mechanism moves a beam spot formed by the light beam emitted from the light source on the entrance face of the optical fiber in first and second directions. A light detector having a light receiving surface detects light amount of the light beam reflected by the entrance face of the optical fiber. The light receiving surface is divided in multiple light detecting areas. A controller controls the beam spot moving mechanism to adjust light amounts detected by the light detecting areas to a predetermined ratio. For example, the controller controls the beam spot moving mechanism so that the light amounts detected by the light detecting areas become the same.
    • 光通信装置包括发射用于发送数据的光束的光源和具有入射面的光纤,从光源射出的光束通过入射面进入光纤。 入射面具有芯区域和包层区域。 束点移动机构使从光源发射的光束在第一和第二方向上移动在光纤的入射面上形成的束斑。 具有光接收表面的光检测器检测由光纤的入射面反射的光束的光量。 光接收表面被分成多个光检测区域。 控制器控制光束点移动机构以将由光检测区域检测到的光量调整到预定比率。 例如,控制器控制光点移动机构,使得由光检测区域检测的光量变得相同。
    • 9. 发明授权
    • Distributed lighting system with fiber optic controls
    • 具有光纤控制的分布式照明系统
    • US5311410A
    • 1994-05-10
    • US968637
    • 1992-10-29
    • Tsung-Yuan HsuHuan-Wun Yen
    • Tsung-Yuan HsuHuan-Wun Yen
    • B60Q1/00B60Q1/04F21S8/10F21S8/12F21V5/04F21V8/00F21V9/08F21V14/06F21V14/08F21V19/04F21V23/04G02B6/00G02B6/32G02B6/35G02B6/42G02B26/08
    • G02B6/3504B60Q1/0011F21S48/1241F21S48/1721F21S48/1784F21S48/2287F21S48/2293F21V14/06F21V14/08F21V19/04F21V23/0442F21V5/045F21V9/08G02B6/0005G02B6/4222F21V2200/10G02B6/3552G02B6/3574G02B6/358G02B6/3582G02B6/3594G02B6/4226
    • A vehicle lighting system includes one or more central light sources, a plurality of optical loads including headlight lenses, an optical fiber network that extends from the light sources to illuminate the headlight lenses and other optical loads, and optical switches and oscillators that include respective input fibers illuminated from the light source and output fibers to respective optical loads, and operate by enabling and disabling optical connections between their input and output fibers. The headlight assemblies switch between high and low beams by moving their fibers vertically, and control beam diffusion by moving the fibers parallel to the lens axes, including an automatic diffusion adjustment for a headlight reflection from a vehicle in front. The switches include various mechanisms for moving the input and output fibers into and out of alignment with each other, including a shaped resilient sleeve, a hinge pivotally joining the fibers, an opaque shutter with a transmissive section movable between the fibers, and also a liquid-based switch that relies upon total internal reflection. A feedback mechanism for some of the switches dims the source lamp when the switch is OFF to conserve energy. The oscillators operate by normally urging an input fiber towards an OFF position, at which it actuates a mechanism that shifts it to an ON position at which the mechanism is deactivated. A failsafe system employs multiple light sources, with each source sharing its light output with the load for another source that has failed.
    • 车辆照明系统包括一个或多个中央光源,包括头灯透镜的多个光学负载,从光源延伸以照亮前灯透镜和其他光负载的光纤网络,以及包括相应输入的光开关和振荡器 从光源照射的光纤并将光纤输出到相应的光负载,并且通过启用和禁用它们的输入和输出光纤之间的光学连接来操作。 头灯组件通过垂直移动其光纤而在高光束和低光束之间切换,并且通过将光纤平行于透镜轴移动来控制光束扩散,包括用于前方车辆的前灯反射的自动扩散调节。 开关包括用于将输入和输出纤维彼此移动和排出对准的各种机构,包括成形的弹性套筒,枢转地连接纤维的铰链,具有可在纤维之间移动的透射部分的不透明快门,以及液体 基于全内反射的开关。 当开关关闭时,一些开关的反馈机制会使源灯变暗,以节省能源。 振荡器通过将输入光纤正常地推向关闭位置来操作,在该位置致动一个将其移动到机构停用的接通位置的机构。 一个故障安全系统采用多个光源,每个源将其光输出与负载分享给另一个失败的源。