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    • 3. 发明授权
    • File tagging and automatic conversion of data or files
    • 文件标记和数据或文件的自动转换
    • US06910183B2
    • 2005-06-21
    • US09800139
    • 2001-03-06
    • Andreas MaierWolfgang ReichertDavid BrushJohn KapernickMilos LalovicWilliam B. Nettles
    • Andreas MaierWolfgang ReichertDavid BrushJohn KapernickMilos LalovicWilliam B. Nettles
    • G06F17/30G06F15/00
    • G06F17/30722G06F17/30067Y10S707/99942
    • The present invention provides facilities for tagging files or data with attribute information in the form of a file tag (TAGINFO) which contains an identifier for text information (TEXTFLAG) and an attribute (COSID) for identifying encoding schemes. TXTFLAG is an auto conversion flag. Furthermore, a runtime attribute (process CCSLD) is assigned to a process specifying the runtime encoding scheme. A conversion is done automatically by an auto conversion function if both CCSIDs allow a conversion. Files having no file tag are tagged with a virtual file tag by means of an automatic tagging (AUTOTAG) function using heuristic rules for determining whether the data or file contains text or binary information. Old applications must work with untagged files as before. Existing applications should be able to benefit from auto conversion and thereby to be enabled to process new, tagged files without code changes.
    • 本发明提供用于使用包含文本信息标识符(TEXTFLAG)的文件标签(TAGINFO)和用于识别编码方案的属性(COSID)的形式的属性信息来标记文件或数据的设施。 TXTFLAG是一个自动转换标志。 此外,运行时属性(进程CCSLD)被分配给指定运行时编码方案的进程。 如果两个CCSID允许进行转换,则自动转换功能自动完成转换。 没有文件标签的文件通过使用自动标记(AUTOTAG)功能的虚拟文件标签来标记,该功能使用启发式规则来确定数据或文件是否包含文本或二进制信息。 旧应用程序必须像以前一样使用未标记的文件。 现有应用程序应该能够受益于自动转换,从而能够处理新的带标签的文件而无需更改代码。
    • 5. 发明授权
    • Fast detection of process outages
    • 快速检测过程中断
    • US07886196B2
    • 2011-02-08
    • US12325450
    • 2008-12-01
    • Wolfgang ReichertVolker Schoelles
    • Wolfgang ReichertVolker Schoelles
    • G06F11/00
    • G06F11/362
    • A method for process monitoring with an automation manager includes: obtaining a unique process identifier (pid) of a to be monitored application process; calling an operating system using a system call function from a monitoring process; wherein the system call function adds the monitoring process to a list of interested processes of one or more to be monitored application processes; wherein the to be monitored application processes are not child processes of the monitoring process; waiting of the monitoring process until the operating system notifies the monitoring process, that the unique pid of the to be monitored process is no longer available; wherein in the event the unique pid of the to be monitored process is no longer available: notifying the automation manager that the to be monitored application process associated with the unique pid has terminated; and wherein interested processes are the monitoring processes that have called the system call function.
    • 一种用于具有自动化管理器的过程监视的方法包括:获得待监视的应用进程的唯一进程标识符(pid); 使用来自监视进程的系统调用功能调用操作系统; 其中所述系统调用功能将所述监视过程添加到要监视的一个或多个应用进程的感兴趣的进程的列表; 其中待监视的应用进程不是监视进程的子进程; 等待监视过程,直到操作系统通知监视进程,被监视进程的唯一pid不再可用; 其中在待监视进程的唯一pid不再可用的情况下:通知自动化管理器与该唯一pid相关联的被监视应用进程已经终止; 并且其中感兴趣的进程是称为系统调用功能的监视进程。
    • 6. 发明申请
    • METHOD AND SYSTEM FOR PROVIDING A HOMOGENEOUS VIEW OF A DISTRIBUTED COMMON INFORMATION MODEL (CIM) WITHIN A HETEROGENEOUS VIRTUAL SYSTEM ENVIRONMENT
    • 在异构虚拟系统环境中提供分布式通用信息模型(CIM)的均匀视图的方法和系统
    • US20100058339A1
    • 2010-03-04
    • US12202471
    • 2008-09-02
    • Arnold BeilmannPatrick HartmanWolfgang Reichert
    • Arnold BeilmannPatrick HartmanWolfgang Reichert
    • G06F9/455G06F15/16
    • H04L41/12
    • A method and system for providing a homogeneous view of a distributed common information model (CIM) within a heterogeneous virtual system environment is disclosed. The virtual system environment includes local and remote host systems, each of which includes a CIM Object Model (CIMOM) and a CIM repository of provider applications. The method includes selecting one of the CIMOMs to serve as a single access point to the CIMOMs for all client requests and configuring provider applications of the selected CIMOM to communicate with non-selected CIMOMs. The configuration includes using a discovery or registration process to identify all of the local and remote host systems in the virtual system environment and provide access points between the provider applications of the selected CIMOM and the hosts. In response to a client request, the selected CIMOM uses the access points to retrieve, aggregate, and forward the information to a client application as a homogeneous view.
    • 公开了一种在异构虚拟系统环境中提供分布式公共信息模型(CIM)的均匀视图的方法和系统。 虚拟系统环境包括本地和远程主机系统,每个系统都包括CIM对象模型(CIMOM)和提供商应用程序的CIM存储库。 该方法包括选择一个CIMOM以作为CIMOM的单个访问点,用于所有客户端请求,并配置所选CIMOM的提供商应用程序与未选择的CIMOM进行通信。 配置包括使用发现或注册过程来识别虚拟系统环境中的所有本地和远程主机系统,并提供所选CIMOM的提供商应用与主机之间的接入点。 响应于客户端请求,所选择的CIMOM使用接入点来检索,聚合并将信息转发给客户端应用程序作为同构视图。
    • 8. 发明授权
    • Suspended flexible container
    • 悬挂式柔性容器
    • US4127970A
    • 1978-12-05
    • US738237
    • 1976-11-02
    • Wolfgang Reichert
    • Wolfgang Reichert
    • B65D88/00B65D88/26B65D90/02B65D90/20E04H7/24E04B1/12E04B1/347
    • B65D90/021B65D88/005B65D88/26B65D90/205Y10T29/49863
    • A method of pretreating suspended flexible containers of the type including an upper tubular part of a flexible material and a lower bottom rigid part. The method comprises applying to a lower edge portion of the upper tubular part a pulling force in a longitudinal direction towards the lower bottom part so that the upper tubular part elongates to its maximum length, and subsequent fixedly connecting the lower edge of the upper tubular part to the lower bottom part. An arrangement for pretreating such containers comprises means for suspending the container by an upper edge portion of the tubular part, pulling means for pulling the lower edge of the upper tubular parts in a longitudinal direction to the lower bottom part and for subsequently fixedly connecting the lower edge of the upper tubular part to the lower bottom part, means for connecting the pulling means to the upper tubular part, and means for connecting the pulling means to the lower bottom parts.
    • 一种预处理这种类型的悬浮柔性容器的方法,包括柔性材料的上管状部件和下底部刚性部件。 该方法包括将上管状部分的下边缘部分沿纵向方向施加到下底部,使得上管状部分延伸到其最大长度,并且随后将上管状部分的下边缘固定连接 到下底部。 用于预处理这种容器的装置包括用于通过管状部分的上边缘部分将容器悬挂的装置,用于将上管状部分的下边缘沿纵向方向拉到下底部并用于随后将下部 上管状部分到下底部的边缘,用于将牵引装置连接到上管状部件的装置,以及用于将牵引装置连接到下底部的装置。
    • 10. 发明申请
    • FAST DETECTION OF PROCESS OUTAGES
    • 快速检测过程失效
    • US20100138189A1
    • 2010-06-03
    • US12325450
    • 2008-12-01
    • Wolfgang ReichertVolker Schoelles
    • Wolfgang ReichertVolker Schoelles
    • G06F11/00
    • G06F11/362
    • A method for process monitoring with an automation manager includes: obtaining a unique process identifier (pid) of a to be monitored application process; calling an operating system using a system call function from a monitoring process; wherein the system call function adds the monitoring process to a list of interested processes of one or more to be monitored application processes; wherein the to be monitored application processes are not child processes of the monitoring process; waiting of the monitoring process until the operating system notifies the monitoring process, that the unique pid of the to be monitored process is no longer available; wherein in the event the unique pid of the to be monitored process is no longer available: notifying the automation manager that the to be monitored application process associated with the unique pid has terminated; and wherein interested processes are the monitoring processes that have called the system call function.
    • 一种用于具有自动化管理器的过程监视的方法包括:获得待监视的应用进程的唯一进程标识符(pid); 使用来自监视进程的系统调用功能调用操作系统; 其中所述系统调用功能将所述监视过程添加到要监视的一个或多个应用进程的感兴趣的进程的列表; 其中待监视的应用进程不是监视进程的子进程; 等待监视过程,直到操作系统通知监视进程,被监视进程的唯一pid不再可用; 其中在待监视进程的唯一pid不再可用的情况下:通知自动化管理器与该唯一pid相关联的被监视应用进程已经终止; 并且其中感兴趣的进程是称为系统调用功能的监视进程。