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    • 2. 发明授权
    • Reusable container
    • 可重复使用的容器
    • US06193090B1
    • 2001-02-27
    • US09287072
    • 1999-04-06
    • Paul A. ConnorsGerald J. NilesJohn M. Darst
    • Paul A. ConnorsGerald J. NilesJohn M. Darst
    • B65D610
    • H01L21/67386B65D11/188B65D45/20B65D81/3818Y02W30/807
    • Disclosed is a container having top, bottom, and side walls that comprises first and second substantially identical halves, each of which has a major surface that has a polygonal shape defined by at least six sides and at least one substantially vertical side wall, substantially orthogonal to the major surface, that forms a portion of the side walls of the container when the halves are assembled, an at least double wall construction, the two substantially identical halves matingly engage when the halves are assembled to form the container, and means integral to each half for securing the two halves together. In another aspect, the container of the invention comprises a major surface having a curved periphery and is otherwise as summarized above.
    • 公开了一种具有顶部,底部和侧壁的容器,其包括第一和第二基本上相同的半部,每个半部具有主表面,该主表面具有由至少六个侧面和至少一个基本上垂直的侧壁限定的多边形形状, 主要表面形成了当半部组装时容器的侧壁的一部分,至少双层壁结构,两个基本上相同的两半在半部组装形成容器时配合地接合, 每半个将两个半部分固定在一起。 在另一方面,本发明的容器包括具有弯曲周边的主表面,并且如上所述。
    • 3. 发明授权
    • Method and apparatus for detecting references to deallocated memory in a
dynamic memory allocation system
    • 用于检测在动态存储器分配系统中对解除分配的存储器的引用的方法和装置
    • US5559980A
    • 1996-09-24
    • US32918
    • 1993-03-18
    • Paul A. ConnorsAlan L. Robertson
    • Paul A. ConnorsAlan L. Robertson
    • G06F12/02G06F12/10
    • G06F12/023G06F12/0292G06F12/10
    • A system and means for identifying references by a process or a subprogram of a process to deallocated memory in a dynamic memory allocation system. The system and method are effective in identifying such references even before they have manifested themselves, and also in identifying the perpetrators of such references. The system and method make use of that portion of the address space of the process which is not otherwise used. A dynamic memory allocation function responds to a requestor's request for memory allocation by mapping memory which the function is allocating to the requestor into otherwise-unused virtual address space, recording this mapping in the system's memory map, and returning the virtual address to the requestor for use in referencing the allocated memory. Hence, any attempted access by the requestor to the allocated memory uses the virtual address, and the virtual address must be translated through the process memory map before the access can be established. A dynamic memory deallocation function responds to a requestor's request for memory deallocation by deleting from the process memory map the mapping between the memory which is being deallocated and the corresponding virtual address. Hence, any subsequent attempted access by the requestor to the deallocated memory fails on account of the corresponding entry in the process memory map being empty and thus unavailable for completion of the requisite address translation. This failure is trapped, recorded, and reported by the system's conventional fault-management mechanisms.
    • 用于通过动态存储器分配系统中的重新分配存储器的进程或子程序的进程或子程序来识别引用的系统和装置。 该制度和方法即使在它们表现出来之前也有效地识别这些参考文献,并且还在确定这些参考文献的肇事者。 该系统和方法利用未另外使用的进程的地址空间的那部分。 动态存储器分配功能通过将功能正在分配给请求者的存储器映射到另外未使用的虚拟地址空间中来响应请求者对存储器分配的请求,将该映射记录在系统的存储器映射中,并将虚拟地址返回给请求者 用于引用分配的内存。 因此,请求者对所分配的存储器的任何尝试的访问使用虚拟地址,并且在可以建立访问之前,必须通过进程存储器映射来翻译虚拟地址。 动态存储器解除分配功能通过从进程存储器映射中删除被释放的存储器与对应的虚拟地址之间的映射来响应请求者对存储器释放的请求。 因此,请求者随后尝试访问被解除分配的内存的任何尝试都由于进程存储器映射中的相应条目为空而失败,因此不可用于完成必要的地址转换。 该故障被系统的常规故障管理机制所困扰,记录和报告。
    • 4. 发明授权
    • Logical PC agent
    • 逻辑PC代理
    • US5898772A
    • 1999-04-27
    • US865042
    • 1997-05-29
    • Paul A. ConnorsPaul L. Richman
    • Paul A. ConnorsPaul L. Richman
    • H04M3/42H04M3/51H04M3/22
    • H04M3/51H04M3/42323
    • Allowing an agent to customize their CTI terminal with respect to a variety of terminal attributes such as those associated with previous phone activity, configuration information such as color, and graphical statistical representation of ACD center information. The telecommunication agent is able to store information defining this customization and to retrieve it at another CTI terminal at a later point in time. The storage of the customization information is performed as a file on a file server common to all CTI terminals. The result is that no software must be custom written for the file server in order to allow the saving of customized information. In addition, the programs controlling the CTI terminals are independent of the communication protocol that is utilized between the CTI terminals and the file server. A second embodiment of the invention allows the administrator of a call center to specify that each group of agents will utilize the same customization information. This group customization information is stored on each CTI terminal which reduces the real time load on the file server when a new agent work session starts. Also, each CTI terminal periodically polls the file server to see if a new set of group customization information has been stored on the file server. Call center administrators will routinely store new group customization information on the file server. If a new set of group customization information has been stored on the file server, the CTI terminal accesses this information and stores it internal to the CTI terminal.
    • 允许代理人针对诸如与之前的电话活动相关联的各种终端属性,诸如颜色的配置信息和ACD中心信息的图形统计表示来定制其CTI终端。 电信代理能够存储定义该定制的信息,并在稍后的时间点在另一个CTI终端处检索它。 定制信息的存储作为所有CTI终端公用的文件服务器上的文件执行。 结果是,为了允许保存定制信息,不能为文件服务器定制任何软件。 此外,控制CTI终端的程序与CTI终端和文件服务器之间利用的通信协议无关。 本发明的第二实施例允许呼叫中心的管理员指定每组代理将使用相同的定制信息。 该组定制信息存储在每个CTI终端上,当新的代理工作会话启动时,这可以减少文件服务器上的实时负载。 此外,每个CTI终端定期轮询文件服务器以查看文件服务器上是否存储了一组新的组定制信息。 呼叫中心管理员将在文件服务器上定期存储新的组定制信息。 如果文件服务器上存储了一组新的组定制信息,则CTI终端访问该信息并将其存储在CTI终端内部。
    • 5. 发明授权
    • Reusable one-piece storage and shipping container
    • 可重复使用的单件存储和集装箱
    • US6053346A
    • 2000-04-25
    • US093366
    • 1998-06-08
    • Gerald J. NilesPaul A. ConnorsJohn M. Darst
    • Gerald J. NilesPaul A. ConnorsJohn M. Darst
    • B65D6/18B65D25/10B65D43/16
    • B65D25/10B65D43/162Y02W30/807
    • A storage container for storing and shipping items is foldable between a flat unformed condition and a second folded formed condition. The container includes a base section, and first and second end sections hinged to respective first and second ends of the base section. First and second cover sections are hinged to respective second ends of the end sections. The container includes a structure to secure differently sized and shaped articles in the same location of the inner surface of the base section. The securing structure includes slots, retention columns, ridges, troughs having various walls forming a trough for securing these articles using a friction fit. The container also includes a device for indicating whether the container has been opened.
    • 用于存储和运输物品的存储容器可在平坦未成形状态和第二折叠成形条件之间折叠。 容器包括基部,以及铰链到基部的相应的第一和第二端的第一和第二端部。 第一和第二盖部铰接到端部的相应的第二端。 容器包括用于固定在基部内表面的相同位置上的不同尺寸和成形制品的结构。 固定结构包括槽,保持柱,脊,具有形成槽的各种壁的槽,用于使用摩擦配合来固定这些物品。 容器还包括用于指示容器是否已打开的装置。