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    • 1. 发明授权
    • GPS data access system
    • GPS数据访问系统
    • US6108365A
    • 2000-08-22
    • US60218
    • 1998-04-15
    • Philip A. RubinRobert A. Bednarek
    • Philip A. RubinRobert A. Bednarek
    • G01S19/14G01S19/35H04H20/00H04H60/16H04H60/51H04N7/16H04N7/167H04N21/4405H04N21/45H04N21/462H04N21/4782H04L27/30
    • H04N21/4405G01S19/14H04H60/16H04H60/51H04N21/4524H04N21/4622H04N21/4782H04N7/163H04N7/1675
    • An integrated receiver decoder (IRD), commonly called a set-top box, has a global positioning system (GPS) receiver. The GPS receiver checks to see if the IRD is at an authorized location and allows descrambling of video signals only if the location is authorized. A central access control system, remote from the customers/viewers, has a high quality GPS receiver and sends some GPS data in the transmission medium used to send video signals to the customers. The set-top box, referred to as a customer access control, establishes different geographic restrictions on different of various video or data signals. Location-specific signals require that the set-top box be at a single fixed location for descrambling. Geographic filtering of data signals is provided. Region-specific signals are accessible only if the set-top box is in a geographic region authorized for reception, there being several such regions. Large area signals are accessible anywhere within a large area including the regions. Region-exclusion signals are accessible only if the set-top box is outside of one or more regions where reception is no allowed.
    • 通常称为机顶盒的集成接收机解码器(IRD)具有全球定位系统(GPS)接收机。 GPS接收机检查IRD是否在授权的位置,并且只有在该位置被授权时才允许对视频信号进行解扰。 远离客户/观众的中央门禁系统具有高质量的GPS接收器,并在用于向客户发送视频信号的传输介质中发送一些GPS数据。 被称为客户访问控制的机顶盒在不同的视频或数据信号上建立不同的地理限制。 位置特定的信号要求机顶盒在单个固定位置进行解扰。 提供数据信号的地理滤波。 仅当机顶盒在被授权接收的地理区域中时,区域特定信号才能访问,存在若干这样的区域。 大面积信号可以在包括区域在内的大范围内的任何地方访问。 区域排除信号只有在机顶盒在不允许接收的一个或多个区域之外时才能访问。
    • 4. 发明授权
    • In-orbit reconfigurable communications satellite
    • 在轨可重构通信卫星
    • US06871045B2
    • 2005-03-22
    • US09907507
    • 2001-07-18
    • Philip A. RubinJeffery B. FreedmanTed M. Kaplan
    • Philip A. RubinJeffery B. FreedmanTed M. Kaplan
    • H04B7/185H04B7/204
    • H04B7/18519H04B7/2041
    • The footprint of a first satellite is reconfigurable in orbit by ground control to switch on and off different transponders. Each transponder is connected to a corresponding downlink antenna feed, each of which transmits a downlink beam independent of the others. The satellite can be moved into different orbits or otherwise changed to service new geographic areas by using different combinations of the transponders. In one embodiment, the satellite includes an antenna and components for an uplink beam corresponding to each downlink beam. Various subsets of the downlink antenna feeds are mechanically linked to move in unison using gimbals, each subset using a corresponding gimbal and mechanical driver. The first satellite is sufficiently reconfigurable that it may serve as a back up satellite to a plurality of other satellites in a constellation of satellites.
    • 第一颗卫星的占地面积可以通过地面控制在轨道上进行重新配置,可以打开和关闭不同的应答器。 每个应答器连接到相应的下行链路天线馈送,每个馈送单独发送下行链路波束。 可以通过使用转发器的不同组合,将卫星移动到不同的轨道或以其他方式改变以服务于新的地理区域。 在一个实施例中,卫星包括用于与每个下行链路波束对应的上行链路波束的天线和分量。 下行链路天线馈送的各种子集被机械地连接以使用万向节一致地移动,每个子集使用对应的万向节和机械驱动器。 第一颗卫星是可重构的,它可以作为卫星星座中多个其他卫星的备用卫星。