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    • 24. 发明授权
    • LWIR-transmitting windows
    • LWIR传输窗口
    • US5493126A
    • 1996-02-20
    • US395018
    • 1995-02-27
    • Christopher TaylorMichael Borden
    • Christopher TaylorMichael Borden
    • G01J1/00G01J5/00
    • G01J1/04G01J1/0407G01J5/04G01J5/046G01J5/08G01J5/0875
    • A composite LWIR-transmitting window (10) comprising a thin sheet of LWIR-transmitting plastic film (11) reinforced by integration with an open mesh screen (12) of fine, thin or flat metal or fibrous filaments (14, 15). The preferred plastic film is polyethylene having a maximum thickness of about 0.03", most preferably less than about 0.02". The screen (12) comprises filaments such as woven wires or fibers or formed structures of thin metal, such as flat wires of honeycomb-type meshes which are thicker in the direction perpendicular to the plastic film to maximize reinforcement while minimizing blockage of LWIR through the open mesh areas (13).
    • 一种复合LWIR传输窗(10),其包括通过与细的,薄的或扁平的金属或纤维细丝(14,15)的开式网眼筛网(12)整合而增强的LWIR传输塑料薄膜(11)的薄片。 优选的塑料膜是最大厚度为约0.03“,最优选小于约0.02”的聚乙烯。 屏幕(12)包括诸如编织线或纤维的细丝或诸如蜂窝型网格的扁平线的薄金属形成的结构,其在与塑料膜垂直的方向上较厚,以最大限度地增强加强力,同时最小化LWIR的阻塞通过 打开网格区域(13)。
    • 26. 发明授权
    • Special service station module for extra servicing
    • 特殊维修站模块进行额外维修
    • US07669960B2
    • 2010-03-02
    • US09773054
    • 2001-01-31
    • B Michael EckardEric J JohnsonChristopher TaylorAntoni Murcia
    • B Michael EckardEric J JohnsonChristopher TaylorAntoni Murcia
    • B41J2/165
    • B41J2/16517
    • A technique for servicing an inkjet printhead on an inkjet printer including a first service module. The technique includes identifying a printhead-related service condition not adequately addressed by servicing the printer with the first service module, providing a second service module different from the first service module and adapted to address the printhead-related service condition. A set of instructions can be provided for using the second service module with the inkjet printer. The technique can further include removing the first service module from the printer, installing the second service module in the printer, and using the set of instructions, conducting a special printer servicing operation. After completion of the special printer servicing operation, the second service module can be removed from the printer, and the first service module reinstalled in the printer in place of the second service module.
    • 一种在包括第一服务模块的喷墨打印机上维修喷墨打印头的技术。 该技术包括通过使用第一服务模块来维护打印机来识别不能充分解决的打印头相关服务条件,提供与第一服务模块不同的第二服务模块,并适于解决与打印头相关的服务状况。 可以提供一组使用第二服务模块与喷墨打印机的指令。 该技术可以进一步包括从打印机中移除第一服务模块,将第二服务模块安装在打印机中,并使用该组指令进行专门的打印机维修操作。 在完成专门的打印机维修操作之后,可以从打印机中移除第二服务模块,并将第一服务模块重新安装在打印机中以代替第二服务模块。
    • 28. 发明授权
    • Automated ground system with telemetry initiated command assistance
    • 具有遥测功能的自动地面系统启动指令辅助
    • US06597892B1
    • 2003-07-22
    • US09551732
    • 2000-04-18
    • Winfield A. Caldwell, IIIAnthony W. MassaroKevin J. MoscatielloThomas G. NowakMichael E. PritchardJohn Philip SchrammChristopher TaylorHenry H. White
    • Winfield A. Caldwell, IIIAnthony W. MassaroKevin J. MoscatielloThomas G. NowakMichael E. PritchardJohn Philip SchrammChristopher TaylorHenry H. White
    • H04B7185
    • H04B7/18519
    • A ground-control system for a fleet of satellites provides a highly reliable means that automatically recognizes undesirable telemetry state changes and automatically transmits the required commands to the proper satellite to place the satellite operational parameters into the desired state. The ground-control system utilizes hardware, software and two redundant ground-control sites: a Control site and a Monitor site. There may also be a number of disabled sites to replace one of the redundant ground-control sites, at a moment's notice, if necessary. Both redundant sites constantly and independently monitor and verify validity of satellite telemetry. Upon occurrence of an undesired state change (event) upon a particular satellite, ground-control computers at both sites independently recognize the event and automatically begin a response. The control site computer verifies no critical satellite on-board commanding is scheduled to take place, discontinues interruptible activities, directs the monitor site computer to stop any transmission to the event satellite, switches the RF hardware to access the proper satellite and transmits the required commands. If the control site computer cannot interrupt its own activities, it directs the monitor site computer to verify no critical satellite on-board commanding is scheduled to take place and then discontinues interruptible activities to transmit the required commands. If the monitor site computer cannot interrupt activities, it passes the response back to the control site where the control site computer stores the required commands in the queue until activities can be interrupted for the transmission of the required commands.
    • 用于一组卫星的地面控制系统提供了一种高度可靠的手段,可以自动识别不需要的遥测状态变化,并将所需的命令自动发送到适当的卫星,将卫星操作参数置于所需状态。 地面控制系统利用硬件,软件和两个冗余地面控制站点:控制站点和监控站点。 如果有必要,还可能会有一些残疾人网站替代其中一个冗余地面控制站点。 两个冗余站点不断独立地监视和验证卫星遥测的有效性。 在特定卫星发生不期望的状态变化(事件)时,两个站点的地面控制计算机独立地识别事件并自动开始响应。 控制现场计算机核实没有计划进行关键卫星车载命令,停止可中断活动,指示监控站点计算机停止对事件卫星的任何传输,切换RF硬件以访问正确的卫星并发送所需的命令 。 如果控制站计算机无法中断自己的活动,则会指示监控站点计算机验证是否计划进行关键卫星机载命令,然后停止中断活动以传输所需的命令。 如果监控站点计算机无法中断活动,则将响应传回控制站计算机将所需命令存储在队列中的控制站点,直到活动中断以传送所需命令。