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    • 18. 发明授权
    • Joint restraint assembly
    • 联合约束组件
    • US07185924B1
    • 2007-03-06
    • US10637139
    • 2003-08-08
    • Charles J LongacreDavid F. Toler
    • Charles J LongacreDavid F. Toler
    • F16L21/00
    • F16L25/065Y10T29/4984Y10T29/49863Y10T29/49947Y10T29/49963
    • A joint restraint assembly for connecting pipe ends together, or to other objects, which includes a body encircling the pipe. The body has a plurality of cavities adjacent to the pipe with a segment configured to fit into each cavity. One or more threaded bores are disposed through the body into each cavity. A threaded bolt extends through each threaded bore to engage the segment in that cavity, and to pre-load the segment against the pipe when assembled thereon. Mechanical or pressure loading, tending to pull the pipe out of the restraint assembly, causes the segment to self actuate, and the application of increasing load causes a proportional increase to the force engaging the segment to the pipe. The joint restraint assembly reliably accommodates comparatively high levels of mechanical loading and/or pipe internal pressure, and does so without relying upon the limited force produced by the threaded bolt pre-load on the segments at the time of assembly.
    • 用于将管端连接在一起的连接约束组件或者包括围绕管的主体的其它物体。 主体具有与管相邻的多个空腔,其具有被配置成装配到每个空腔中的段。 一个或多个螺纹孔穿过主体设置到每个空腔中。 螺纹螺栓延伸穿过每个螺纹孔以接合该腔中的段,并且当组装在其上时将段预加载在管上。 机械或压力负载倾向于将管道拉出约束组件,导致段自动启动,并且增加负载的应用导致与管段接合的力的比例增加。 接头约束组件可靠地容纳相当高水平的机械负载和/或管内压力,并且不依赖于在组装时由螺栓预加载在段上产生的有限的力。
    • 20. 发明授权
    • Object building method for self configuring computer network
    • 自定义计算机网络的对象构建方法
    • US4622633A
    • 1986-11-11
    • US558783
    • 1983-12-06
    • Claude R. CecconJoseph N. Kovara
    • Claude R. CecconJoseph N. Kovara
    • G06F9/445G06F12/06G06F13/26G06F13/40G06F15/177G06F15/16G06F9/00
    • G06F9/4401G06F12/0661G06F13/26G06F13/409G06F15/177G05B2219/23356
    • A computer system including a first processor and a plurality of removable interface circuits is operated by storing hardware descriptors for each interface circuit, each hardware descriptor including a name and an attribute of each component of the interface. Software templates describing each data structure and pointers to code to be executed to build software objects corresponding to each component contained on any interface board in the system are stored, which code is executed to building such software objects. The hardware descriptors are utilized to obtain lists of components of each interface from a data base, using names of such components to obtain software templates corresponding to the named component and pointing to software that utilizes the software template to build the software object representing a function that can be performed by the component, assigns a name to that software object and entering the name and corresponding software object into the data base.
    • 通过存储每个接口电路的硬件描述符来操作包括第一处理器和多个可移除接口电路的计算机系统,每个硬件描述符包括接口的每个组件的名称和属性。 存储描述每个数据结构的软件模板和要被执行以构建与系统中任何接口板上包含的每个组件相对应的软件对象的代码的指针,执行哪个代码来构建这样的软件对象。 硬件描述符用于从数据库中获取每个接口的组件的列表,使用这些组件的名称来获得与所命名的组件相对应的软件模板,并指向使用软件模板的软件来构建表示功能的软件对象 可以由组件执行,为该软件对象分配名称,并将名称和相应的软件对象输入数据库。