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    • 6. 发明申请
    • Systems and methods for synchronized on-carrier printing and drying
    • 用于同步载波印刷和干燥的系统和方法
    • US20070153074A1
    • 2007-07-05
    • US11323879
    • 2005-12-30
    • Frank AndersonRichard CorleyKin KwanPaul SacotoJeanne Saldanha Singh
    • Frank AndersonRichard CorleyKin KwanPaul SacotoJeanne Saldanha Singh
    • B41J2/01
    • B41J11/002
    • Printing systems such as those comprising a printing device operable for depositing one or more inks upon a substrate and a drying device, such as one operable for emitting radiation having a pre-selected electromagnetic wavelength, for the purpose of drying the one or more inks in a predetermined time period subsequent to the deposition of the one or more inks upon the substrate, wherein the printing device and the drying device are operated at about the same moving speed. Methods of printing, such as those comprising depositing one or more inks onto a substrate using a printing device and drying the one or more deposited inks using a drying device, such as one operable for emitting pre-selected wavelengths of energy that are focused onto the one or more deposited inks in a predetermined time period subsequent to ink deposition, wherein the depositing and the drying are synchronized.
    • 印刷系统,例如包括可操作用于在基材上沉积一种或多种油墨的印刷装置和干燥装置,例如用于发射具有预先选择的电磁波长的辐射的干燥装置,用于干燥一种或多种油墨的目的 在一个或多个墨水沉积在基底上之后的预定时间段,其中打印装置和干燥装置以大约相同的移动速度运行。 打印方法,例如包括使用印刷装置将一种或多种油墨沉积到基材上并使用干燥装置干燥所述一种或多种沉积的油墨的方法,所述干燥装置可操作用于发射预先选定的能量波长聚焦到 在油墨沉积之后的预定时间段内的一种或多种沉积的油墨,其中沉积和干燥是同步的。
    • 7. 发明申请
    • Managing Application System Load
    • 管理应用系统负载
    • US20080027948A1
    • 2008-01-31
    • US11773825
    • 2007-07-05
    • Richard CorleyWilliam StrongeKevin FaulknerBrian SchoferDavid KaeliPeter Beale
    • Richard CorleyWilliam StrongeKevin FaulknerBrian SchoferDavid KaeliPeter Beale
    • G06F17/30
    • G06F9/5083G06F11/3495H04L67/1097
    • An improvement in a networked digital computing system comprises an Information Resource Manager (IRM) operable to communicate with elements of the digital computing system to obtain performance information regarding operation of and resources available in the computing system, and to utilize this information to enable the IRM to adjust the application parameters relating to application execution, thereby to optimize execution of the at least one application program. The IRM comprises (1) a performance profiling system operable to communicate with the at least one CPU, network and SAN and to obtain therefrom performance information and configuration information, (2) an analytical performance model system, operable to communicate with the performance profiling system and to receive the performance information and configuration information and to utilize the performance information and configuration information to generate an analytical model output, the analytical model output comprising any of performance statistics and updated application parameters, and (3) an application parameter determination system, operable to communicate with the analytical model system, to receive therefrom the analytical model output, to determine, in response to the analytical model output, updated application parameter values, and to transmit the updated application parameter values to at least one application running on the digital computing system, for use by the application to set its application parameters, thereby to optimize execution of multiple applications running on the digital computing system, using updated runtime parameters.
    • 网络数字计算系统的改进包括信息资源管理器(IRM),其可操作以与数字计算系统的元件进行通信,以获得有关计算系统中可用的操作和可用资源的性能信息,以及利用该信息来启用IRM 调整与应用程序执行有关的应用程序参数,从而优化至少一个应用程序的执行。 IRM包括(1)性能分析系统,其可操作以与所述至少一个CPU,网络和SAN进行通信,并从中获得性能信息和配置信息;(2)分析性能模型系统,其可操作以与所述性能分析系统 并且接收所述性能信息和配置信息并利用所述性能信息和配置信息来生成分析模型输出,所述分析模型输出包括任何性能统计和更新的应用参数,以及(3)应用参数确定系统,其可操作 与分析模型系统通信,从其接收分析模型输出,以响应于分析模型输出来确定更新的应用参数值,并且将更新的应用参数值发送到在数字计算上运行的至少一个应用 系统,供应用程序使用 以设置其应用参数,从而优化使用更新的运行时参数在数字计算系统上运行的多个应用程序的执行。