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    • 2. 发明授权
    • Strictly non-blocking switch core having optimized switching architecture based on reciprocity conditions
    • 基于互易条件的严格非阻塞交换机核心具有优化的交换架构
    • US07292747B2
    • 2007-11-06
    • US11500670
    • 2006-08-08
    • Philip J. LinPaul E. Green, Jr.Oman A. Gerstel
    • Philip J. LinPaul E. Green, Jr.Oman A. Gerstel
    • G02B6/35
    • H04Q11/00G02B6/3544G02B6/356H04Q11/0005H04Q2011/0024H04Q2011/0056H04Q2011/0073
    • A switch core is set forth that comprises a plurality of duplex switches that are interconnected with a interconnection fabric to implement, for example, strictly non-blocking operation of the switch core for reciprocal traffic. In one embodiment, an N-way reciprocal switch is implemented. The N-way reciprocal switch comprises a plurality of duplex switches numbering N of at least a 1×(N−1) switch type (e.g., the duplex switches have at least N−1 ports available for connection to implement the interconnection fabric). The interconnection fabric interconnects the plurality of duplex switches so that each duplex switch is connected to every other duplex switch used in the interconnection fabric by a single connection. A similar an architecture using switches numbering N of at least a 1×N switch type are also set forth. Still further, a plurality of duplex switches are used to implement an (n,m)-way switch that, in turn, can be used to construct a recursive LM-way switch core and/or recursively expand an existing Clos switch core.
    • 提出了一种交换机核心,其包括与互连结构互连的多个双工交换机,以实现用于交互业务的交换机核心的严格无阻塞操作。 在一个实施例中,实现了N路互逆开关。 N路互换交换机包括编号为至少1x(N-1)交换机类型的多个双工交换机(例如,双工交换机具有至少可用于连接的N-1个端口以实现互连结构)。 互连结构互连多个双工交换机,使得每个双工交换机通过单个连接连接到互连结构中使用的每个其他双工交换机。 还提出了使用编号为至少1xN开关类型的开关的类似的架构。 此外,多个双工交换机用于实现(n,m)交换机,其又可以用于构建递归LM路转交换核心和/或递归地扩展现有的Clos交换机核心。
    • 4. 发明申请
    • OPTICAL SWITCH HAVING A REFLECTIVE COMPONENT
    • 具有反射元件的光开关
    • US20070081763A1
    • 2007-04-12
    • US11558843
    • 2006-11-10
    • Steve Wang
    • Steve Wang
    • G02B6/26
    • G02F1/315G02B6/3544G02B6/356G02B6/3596G02F1/0147G02F1/313
    • A reflective optical switch for use in optical systems, such as fiber optic communications networks, is disclosed. The optical switch includes not only signal transmission characteristics, but also signal reflection capability. The optical switch includes a semiconductor substrate having first and second optical signal waveguides disposed thereon. The two waveguides intersect one another at a selected angle to form an intersection region. A thermal element is disposed atop the intersection region and can be activated to alter the index of refraction of a portion of the intersection region. An optical signal passing through the intersection region is diverted from one waveguide to another according to the heating of the intersection region by the thermal element. A reflective component disposed in a terminal end of one of the waveguides reflects selected optical signals back to the source from which they came.
    • 公开了一种用于诸如光纤通信网络的光学系统中的反射式光学开关。 光开关不仅包括信号传输特性,还包括信号反射能力。 光开关包括其上设置有第一和第二光信号波导的半导体衬底。 两个波导以选定的角度彼此相交以形成交叉区域。 热元件设置在交叉区域的顶部,并且可以被激活以改变交叉区域的一部分的折射率。 根据热元件的交叉区域的加热,通过交叉区域的光信号从一个波导转向另一个波导。 设置在波导中的一个的终端中的反射部件将所选择的光信号反射回来自它们的源。
    • 5. 发明授权
    • Interlaced array of piano MEMs micromirrors
    • 隔音阵列的钢琴MEMs微镜
    • US07167613B2
    • 2007-01-23
    • US11075650
    • 2005-03-10
    • John M. MillerWenlin JinBarrie KeyworthPierre D. Wall
    • John M. MillerWenlin JinBarrie KeyworthPierre D. Wall
    • G02B6/26G02B6/35G02B26/08
    • B81B3/0062B81B2201/042G02B6/3518G02B6/3544G02B6/356G02B6/357G02B6/3584G02B26/0841Y10S359/904
    • A micro-electro-mechanical (MEMS) mirror device for use in an optical switch is disclosed. A “piano”-style MEMs device includes an elongated platform pivotally mounted proximate the middle thereof by a torsional hinge. The middle portion of the platform and the torsional hinge have a combined width less than the width of the rest of the platform, whereby several of these “piano” MEMs devices can be positioned adjacent each other pivotally mounted about the same axis with only a relatively small air gap therebetween. In a preferred embodiment of the present invention the spacing between electrodes is increased without effecting the fill factor of the mirrors by interlacing two sets of tilting platforms, whereby the reflecting portions of both sets of tilting platforms are adjacent one another, while the non-reflecting portions of adjacent platforms are remote from each other.
    • 公开了一种用于光开关的微机电(MEMS)镜装置。 “钢琴”型MEMs装置包括通过扭转铰链靠近其中间枢转地安装的细长平台。 平台的中间部分和扭转铰链的组合宽度小于平台的其余部分的宽度,由此,这些“钢琴”MEM装置中的几个可以彼此相邻地定位成相对于枢转地安装在同一轴线上,仅具有相对的 两者之间的空气间隙较小。 在本发明的一个优选实施例中,电极之间的间距增加,而不会通过交织两组倾斜平台而影响反射镜的填充系数,由此两组倾斜平台的反射部分彼此相邻,而不反射 相邻平台的部分彼此远离。
    • 8. 发明申请
    • Buckling actuator
    • 弯曲执行器
    • US20060072180A1
    • 2006-04-06
    • US10527731
    • 2004-06-25
    • Masaya TamuraShinji Kobayashi
    • Masaya TamuraShinji Kobayashi
    • G02B26/08
    • G02B6/358B81B3/0051B81B2201/033B81B2201/045G02B6/3514G02B6/3518G02B6/3544G02B6/357G02B6/3572G02B6/3584G02B26/0833H02N1/008
    • A buckling actuator has a connecting section of a supporting beam that is provided with a rotatable supporter for allowing a movable member to be stably maintained at one of two switch positions. A substrate, stationary members, rotatable supporters, and supporting beams support a movable member in a shiftable manner in a y-axis direction, such that the movable member can be shifted between first and second switch positions. Moreover, the rotatable supporters are each provided with arm portions which extend in a radial fashion and support the corresponding supporting beam in a rotatable manner. When the movable member is being shifted, each supporting beam scan be rotated without having to bend a corresponding end by a significant amount. Thus, a large barrier ΔE of potential energy of the movable member is set between the first and second switch positions. The movable member can therefore be stably maintained at each of the switch positions even when electric power is not supplied to electrodes. Furthermore, each arm portion prevents the movable member from being displaced in an x-axis direction.
    • 弯曲致动器具有支撑梁的连接部分,该连接部分设置有用于允许可动构件稳定地保持在两个开关位置之一的可旋转支撑件。 基板,固定构件,旋转支撑件和支撑梁在y轴方向上以可移动的方式支撑可移动构件,使得可移动构件能够在第一和第二开关位置之间移动。 此外,旋转的支撑件各自设置有以径向方式延伸并以可旋转方式支撑相应的支撑梁的臂部分。 当可移动部件正在移动时,每个支撑梁扫描被旋转,而不必将相应的端部弯曲大量。 因此,在第一和第二开关位置之间设置可动构件的势能的大阻挡DeltaE。 因此,即使不向电极供电,也可以将可动构件稳定地维持在开关位置的各个位置。 此外,每个臂部防止可动构件在x轴方向上移位。
    • 9. 发明授权
    • Strictly non-blocking switch core having optimized switching architecture based on reciprocity conditions
    • 基于互易条件的严格非阻塞交换机核心具有优化的交换架构
    • US06985653B2
    • 2006-01-10
    • US10897642
    • 2004-07-23
    • Philip J. LinPaul E. Green, Jr.Ornan A. Gerstel
    • Philip J. LinPaul E. Green, Jr.Ornan A. Gerstel
    • G02B6/35
    • H04Q11/00G02B6/3544G02B6/356H04Q11/0005H04Q2011/0024H04Q2011/0056H04Q2011/0073
    • A switch core is set forth that comprises a plurality of duplex switches that are interconnected with a interconnection fabric to implement, for example, strictly non-blocking operation of the switch core for reciprocal traffic. In one embodiment, an N-way reciprocal switch is implemented. The N-way reciprocal switch comprises a plurality of duplex switches numbering N of at least a 1×(N−1) switch type (e.g., the duplex switches have at least N−1 ports available for connection to implement the interconnection fabric). The interconnection fabric interconnects the plurality of duplex switches so that each duplex switch is connected to every other duplex switch used in the interconnection fabric by a single connection. A similar architecture using switches numbering N of at least a 1×N switch type are also set forth. Still further, a plurality of duplex switches are used to implement an (n,m)-way switch that, in turn can be used to construct a recursive LM-way switch core and/or recursively expand an existing Clos switch core.
    • 提出了一种交换机核心,其包括与互连结构互连的多个双工交换机,以实现用于交互业务的交换机核心的严格无阻塞操作。 在一个实施例中,实现了N路互逆开关。 N路互换交换机包括编号为至少1x(N-1)交换机类型的多个双工交换机(例如,双工交换机具有至少可用于连接的N-1个端口以实现互连结构)。 互连结构互连多个双工交换机,使得每个双工交换机通过单个连接连接到互连结构中使用的每个其他双工交换机。 还阐述了使用编号为至少1xN交换机类型的交换机的类似架构。 另外,多个双工交换机被用于实现一个(n,m)交换机,其又可以用于构造一个递归的LM路由交换机核心和/或递归地扩展现有的Clos交换机核心。
    • 10. 发明授权
    • Piano MEMs micromirror
    • 钢琴MEMs微镜
    • US06934439B2
    • 2005-08-23
    • US10445360
    • 2003-05-27
    • Mohiuddin MalaJohn Michael MillerGraham McKinnonYuan Ma
    • Mohiuddin MalaJohn Michael MillerGraham McKinnonYuan Ma
    • B81B3/00B81B7/02B81B7/04G02B6/35H04J14/02G02B26/08
    • B81B3/0062B81B2201/042G02B6/3518G02B6/3544G02B6/356G02B6/357G02B6/3584Y10S359/904
    • A micro-electro-mechanical (MEMs) mirror device for use in an optical switch is disclosed. A “piano”-style MEMs device includes an elongated platform pivotally mounted proximate the middle thereof by a torsional hinge. The middle portion of the platform and the torsional hinge have a combined width less than the width of the rest of the platform, whereby several of these “piano” MEMs devices can be positioned adjacent each other pivotally mounted about the same axis with only a relatively small air gap therebetween. In a preferred embodiment of the present invention specially designed for wavelength switching applications, a greater range of arcuate motion for a mirror mounted thereon is provided by enabling the platform to rotate about two perpendicular axes. The MEMs mirror device according to the preferred embodiment of the present invention enables the mirror to tilt about two perpendicular axes, by the use of an “internal” gimbal ring construction, which ensures that a plurality of adjacent mirror devices have a high fill factor, without having to rely on complicated and costly manufacturing processes.
    • 公开了一种用于光开关的微机电(MEMs)镜装置。 “钢琴”型MEMs装置包括通过扭转铰链靠近其中间枢转地安装的细长平台。 平台的中间部分和扭转铰链的组合宽度小于平台的其余部分的宽度,由此,这些“钢琴”MEM装置中的几个可以彼此相邻地定位成相对于相同的轴线枢转地安装,仅具有相对的 两者之间的空气间隙较小。 在为波长切换应用专门设计的本发明的优选实施例中,通过使平台能够围绕两个垂直轴线旋转来提供用于其上安装的反射镜的更大范围的弓形运动。 根据本发明的优选实施例的MEM反射镜装置使得镜可以通过使用“内部”万向环结构来绕两个垂直轴倾斜,这确保了多个相邻的反射镜装置具有高的填充因子, 而不必依靠复杂而昂贵的制造工艺。