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    • 44. 发明授权
    • Direction and distance finder for locating distress signals
    • 定位遇险信号的方向和距离测距仪
    • US07116272B2
    • 2006-10-03
    • US11189144
    • 2005-07-26
    • Edward A. WolfMark Clark
    • Edward A. WolfMark Clark
    • G01S5/04
    • G01S3/40A63B29/021G01S11/06
    • The present invention relates to a system and method for locating the direction and distance to a RF signal source from an avalanche beacon to find an avalanche victim. The system and method includes a RF signal locator and a graphical display residing on the signal locator. The receiver graphical display provides the searcher with an initial way point reading that includes directional and distance data associated with the beacon RF signal source from the avalanche beacon. The directional and distance data is based upon the received RF signals. A processor within the locator receiver receives and measures RF signals emitted by the RF signal source. The locator advantageously provides continuous subsequent way point readings for the user, where the subsequent way point readings include directional and distance data associated with the RF signal source. The distance data provided by the subsequent way point readings is based upon a path loss slope of the received RF signals from the avalanche beacon.
    • 本发明涉及一种用于定位从雪崩信标到RF信号源的方向和距离以找到雪崩受害者的系统和方法。 该系统和方法包括RF信号定位器和位于信号定位器上的图形显示器。 接收器图形显示为搜索者提供初始路点读数,其包括与雪崩信标的信标RF信号源相关联的定向和距离数据。 方向和距离数据基于所接收的RF信号。 定位器接收器内的处理器接收并测量由RF信号源发射的RF信号。 定位器有利地为用户提供连续的后续路点读数,其中随后的路点读数包括与RF信号源相关联的定向和距离数据。 由随后的路点读数提供的距离数据基于来自雪崩信号的接收的RF信号的路径损耗斜率。
    • 45. 发明申请
    • Direction and distance finder for locating distress signals
    • 定位遇险信号的方向和距离测距仪
    • US20050270234A1
    • 2005-12-08
    • US11189144
    • 2005-07-26
    • Edward WolfMark Clark
    • Edward WolfMark Clark
    • A63B29/02G01S3/40G01S11/06G01S13/00G01S19/48
    • G01S3/40A63B29/021G01S11/06
    • The present invention relates to a system and method for locating the direction and distance to a RF signal source from an avalanche beacon to find an avalanche victim. The system and method includes a RF signal locator and a graphical display residing on the signal locator. The receiver graphical display provides the searcher with an initial way point reading that includes directional and distance data associated with the beacon RF signal source from the avalanche beacon. The directional and distance data is based upon the received RF signals. A processor within the locator receiver receives and measures RF signals emitted by the RF signal source. The locator advantageously provides continuous subsequent way point readings for the user, where the subsequent way point readings include directional and distance data associated with the RF signal source. The distance data provided by the subsequent way point readings is based upon a path loss slope of the received RF signals from the avalanche beacon.
    • 本发明涉及一种用于定位从雪崩信标到RF信号源的方向和距离以找到雪崩受害者的系统和方法。 该系统和方法包括RF信号定位器和位于信号定位器上的图形显示器。 接收器图形显示为搜索者提供初始路点读数,其包括与雪崩信标的信标RF信号源相关联的定向和距离数据。 方向和距离数据基于所接收的RF信号。 定位器接收器内的处理器接收并测量由RF信号源发射的RF信号。 定位器有利地为用户提供连续的后续路点读数,其中随后的路点读数包括与RF信号源相关联的定向和距离数据。 由随后的路点读数提供的距离数据基于来自雪崩信号的接收的RF信号的路径损耗斜率。
    • 47. 发明申请
    • Small-particle latex compositions based on waterborne alkyd seeds
    • 基于水性醇酸树脂种子的小颗粒胶乳组合物
    • US20050004272A1
    • 2005-01-06
    • US10601512
    • 2003-06-23
    • Thauming KuoDaphne EggersMark Clark
    • Thauming KuoDaphne EggersMark Clark
    • C08F2/20C08F2/24C08F246/00C08F283/00C08K3/20
    • C08F283/00C08F2/24C08F246/00
    • Aqueous latex polymer dispersion compositions are disclosed characterized by their small particle size. The compositions are prepared by emulsion polymerization of one or more ethylenically unsaturated monomer in the presence of an alkyd seed containing sulfonate groups. Coatings based on these latex dispersions have improved advantages in film forming, gloss, hardness, low residual monomer content, less yellowing, and low VOC. The latex dispersions, having average particle sizes of 60-140 nm, are prepared by using a small ratio (i.e. about 2-15 wt. %) of an aqueous alkyd dispersion as the seed for latex particle growth. The waterborne alkyds are based on 5-sodiosulfo-isophthalic acid and either unsaturated or saturated fatty acids. The latex polymer dispersions thus obtained have improved film forming properties as well as low residual monomer content. The latexes are capable of forming clear, hard films at room temperature in the absence of external coalescents. Moreover, the resultant films are essentially non-yellowing. Thus, the latexes of this invention could be formulated into zero- or low-VOC paints for a variety of coating applications.
    • 公开了水性胶乳聚合物分散体组合物,其特征在于它们的小粒径。 通过一种或多种烯属不饱和单体在含有磺酸酯基团的醇酸树脂的存在下乳液聚合来制备组合物。 基于这些胶乳分散体的涂料在成膜,光泽,硬度,低残留单体含量,较少黄化和低VOC方面具有改进的优点。 平均粒径为60-140nm的胶乳分散体是通过使用较小比例(即约2-15重量%)的醇酸水溶液分散体作为胶乳颗粒生长的种子来制备的。 水性醇酸树脂基于5-磺基间苯二甲酸和不饱和或饱和脂肪酸。 由此获得的胶乳聚合物分散体具有改进的成膜性能以及低的残余单体含量。 在没有外部聚结剂的情况下,胶乳能够在室温下形成透明的硬膜。 此外,所得膜基本上不变黄。 因此,本发明的胶乳可以配制成用于各种涂料应用的零或低VOC涂料。
    • 48. 发明授权
    • Method for error recognition in a processor system
    • 处理器系统中错误识别的方法
    • US06401217B1
    • 2002-06-04
    • US09120786
    • 1998-07-22
    • Mark ClarkErich Sonnenschein
    • Mark ClarkErich Sonnenschein
    • H03K19003
    • G06F11/0751G06F11/0706
    • The method enables an improved and faster error recognition of software errors in a processor or processor system in which programs subject information received from other programs to an error check, particularly to a plausibility check, and, given acquisition of error statuses, output a corresponding error message to the operating system. This error message contains an indication of the other program generating the faulty information and is stored in a respective error message table. The operating system thus learns of programs suspected of working in a faulty way from other programs collaborating with these programs, so that program errors can be recognized and localized significantly faster.
    • 该方法能够在处理器或处理器系统中对软件错误进行改进和更快的错误识别,其中将其他程序接收的程序对象信息进行错误检查,特别是对可信度检查,以及给定的错误状态的获取,输出相应的错误 消息给操作系统。 该错误消息包含产生故障信息的其他程序的指示,并存储在相应的错误消息表中。 因此,操作系统学习涉嫌以与这些程序协作的其他程序故障方式工作的程序,从而可以更快地识别和定位程序错误。
    • 50. 发明授权
    • Method for load distribution among the central processors of a
multiprocessor central control unit of a switching system
    • 交换系统的多处理器中央控制单元的中央处理器之间的负载分配方法
    • US4807281A
    • 1989-02-21
    • US137345
    • 1987-12-23
    • Anton WeberMark Clark
    • Anton WeberMark Clark
    • G06F15/16H04Q3/545H04M3/00
    • H04Q3/5455G06F15/16
    • A method of distributing the processing load among components of a multiprocessor system, such as a switching system, avoids having two different processors (CP9) simultaneously handling different jobs for the same connection. A plurality of central processors (BP,CP,IOC) and a central main memory (CMY) are connected in parallel to a central bus system (B:CMY). As soon as they are free, each processor fetches a job for handling a switching task from a job registering means (AR), and then fetches data about the appertaining connections from the main memory (CMY). Each processor stores a protective code corresponding to its address at a location associated with the job as soon as and as long as it is handling the job. However, it does not store its code in case a different processor (CP9) has already entered its protective code there. Every central processor has its own job memory (AS). When a processor finds the protective code of another processor associated with the job data, it forwards its own job to this other processor by entering this job into the job memory (AS) of the other processor.
    • 在诸如交换系统的多处理器系统的组件之间分配处理负载的方法避免了具有两个不同的处理器(CP9)同时处理相同连接的不同作业的方法。 多个中央处理器(BP,CP,IOC)和中央主存储器(CMY)并行连接到中央总线系统(B:CMY)。 一旦它们是空闲的,每个处理器从作业登记装置(AR)中获取处理切换任务的作业,然后从主存储器(CMY)获取有关连接的数据。 只要处理该作业,每个处理器在与作业相关联的位置处存储对应于其地址的保护代码。 但是,如果不同的处理器(CP9)已经在其中输入了保护代码,则不会存储其代码。 每个中央处理器都有自己的作业存储器(AS)。 当处理器找到与作业数据相关联的另一个处理器的保护代码时,它将其自己的作业转发到另一个处理器,方法是将此作业输入另一个处理器的作业存储器(AS)。