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    • 1. 发明授权
    • Tube coupler
    • 管耦合器
    • US08122564B2
    • 2012-02-28
    • US11754599
    • 2007-05-29
    • Robert F. AlamondJeffery L OsterchillJohn R. CoffeyJohn D. AllenAndrew L. CurtisDaniel T. Sparks
    • Robert F. AlamondJeffery L OsterchillJohn R. CoffeyJohn D. AllenAndrew L. CurtisDaniel T. Sparks
    • A47L5/24
    • A47L5/14A47L9/242F16L37/252Y10T29/49826
    • A powered blower/vacuum unit includes a base portion having a housing and a power air-moving device within the base portion. A tube is provided that is formed by a first manufacturing operation, such as a blow molding process. The tube extends a relatively large distance away from the housing and air flows through the tube along a relatively large distance. A coupler is also included for coupling the tube to the housing. The coupler is separately formed by a second, different manufacturing operation, such as an injection molding process. The coupler includes a plurality of one-way snap-in features configured to engage a plurality of receiver features located on the tube to non-removably attach the coupler to the tube. The housing can also include at least one male component and the coupler can include at least one complementary female component for securing the coupler to the housing.
    • 动力鼓风机/真空单元包括在基座部分内具有壳体和动力空气移动装置的基座部分。 提供通过第一制造操作(例如吹塑成型)形成的管。 管延伸离开壳体相对较大的距离,并且空气沿相对大的距离流过管。 还包括耦合器以将管耦合到壳体。 耦合器通过第二种不同的制造操作,例如注射成型工艺单独形成。 耦合器包括多个单向卡扣特征,其被配置为接合位于管上的多个接收器特征,以不可拆卸地将耦合器附接到管。 壳体还可以包括至少一个阳部件,并且耦合器可以包括用于将耦合器固定到壳体的至少一个互补的母部件。
    • 6. 发明授权
    • Parallel machine architecture for production rule systems
    • 用于生产规则系统的并行机架构
    • US4837735A
    • 1989-06-06
    • US059976
    • 1987-06-09
    • John D. Allen, Jr.Philip L. Butler
    • John D. Allen, Jr.Philip L. Butler
    • G06F9/44G06N5/04
    • G06N5/046G06F8/45
    • A parallel processing system for production rule programs utilizes a host processor for storing production rule right hand sides (RHS) and a plurality of rule processors for storing left hand sides (LHS). The rule processors operate in parallel in the recognize phase of the system recognize -Act Cycle to match their respective LHS's against a stored list of working memory elements (WME) in order to find a self consistent set of WME's. The list of WME is dynamically varied during the Act phase of the system in which the host executes or fires rule RHS's for those rules for which a self-consistent set has been found by the rule processors. The host transmits instructions for creating or deleting working memory elements as dictated by the rule firings until the rule processors are unable to find any further self-consistent working memory element sets at which time the production rule system is halted.
    • 用于生产规则程序的并行处理系统利用主机处理器来存储生产规则右手侧(RHS)和用于存储左手侧(LHS)的多个规则处理器。 规则处理器在系统的识别阶段中并行操作,识别-Act周期以使其相应的LHS与存储的工作存储元件(WME)列表匹配,以便找到自相矛盾的WME集合。 在系统的Act阶段期间,WME的列表是动态变化的,其中主机执行或触发规则处理器已经找到自相矛盾集合的规则的规则RHS。 主机根据规则启动发送创建或删除工作存储器元件的指令,直到规则处理器无法找到生产规则系统停止的任何其他自定义工作存储器元件集合。
    • 7. 发明授权
    • Method of forming a fitment for a vessel
    • 形成船舶配件的方法
    • US4256525A
    • 1981-03-17
    • US130558
    • 1980-03-14
    • John D. Allen
    • John D. Allen
    • F16L47/28B32B1/10B29C27/22
    • F16L47/28Y10T156/1051Y10T156/1057Y10T428/24322Y10T428/24636Y10T428/2476
    • A fitment for mounting on a vessel or tank constructed of reinforcing filaments such as glass or other fibers located in a resin matrix. The fitment includes a platform or top wall which is generally planar and has a pair of generally opposing rectilinear sides. The platform is adapted for supplying a fitting for a hose or nozzle which can be removably attached thereto. Two legs depend from the sides of the platform. A pipe also depends from the central portion of the platform. The ends of the pipe and legs are adapted for securement to the wall of a tank or vessel by bonding resin compatible with the resin of the fitment and the tank. The fitment is preferably constructed of layers of glass fiber reinforcing materials.
    • 用于安装在由增强细丝(例如位于树脂基体中的玻璃或其它纤维)构成的容器或罐体上。 该装置包括一般平面的平台或顶壁,并具有一对大致相对的直线侧。 该平台适于提供可拆卸地附接到其上的软管或喷嘴的配件。 两条腿依靠平台的两侧。 管道也取决于平台的中心部分。 管和腿的端部适于通过粘合与配件和罐的树脂相容的树脂来固定到罐或容器的壁。 该配件优选由玻璃纤维增​​强材料层构成。
    • 8. 发明授权
    • Fitment for a vessel
    • 装备船只
    • US4236735A
    • 1980-12-02
    • US901416
    • 1978-05-01
    • John D. Allen
    • John D. Allen
    • F16L47/28F16L13/04
    • F16L47/28
    • A fitment for mounting on a vessel or tank constructed of reinforcing filaments such as glass or other fibers located in a resin matrix. The fitment includes a platform or top wall which is generally planar and has a pair of generally opposing rectilinear sides. The platform is adapted for supplying a fitting for a hose or nozzle which can be removably attached thereto. Two legs depend from the sides of the platform. A pipe also depends from the central portion of the platform. The ends of the pipe and legs are adapted for securement to the wall of a tank or vessel by bonding resin compatible with the resin of the fitment and the tank. The fitment is preferably constructed of layers of glass fiber reinforcing materials.
    • 用于安装在由增强细丝(例如位于树脂基体中的玻璃或其它纤维)构成的容器或罐体上。 该装置包括一般平面的平台或顶壁,并具有一对大致相对的直线侧。 该平台适于提供可拆卸地附接到其上的软管或喷嘴的配件。 两条腿依靠平台的两侧。 管道也取决于平台的中心部分。 管和腿的端部适于通过粘合与配件和罐的树脂相容的树脂来固定到罐或容器的壁。 该配件优选由玻璃纤维增​​强材料层构成。
    • 9. 发明授权
    • Fiberglass tank and method for making the same
    • 纤维罐及其制造方法
    • US4112644A
    • 1978-09-12
    • US746465
    • 1976-12-01
    • John D. Allen
    • John D. Allen
    • B65D8/04B65D90/08B65D7/02
    • B65D90/08
    • Assembly of a fiber reinforced resin tank includes joining a plurality of prefabricated arcuate wall panel sections by elongated joiner panels extending along the vertical seams between adjacent wall sections to form the perimeter of a cylindrical tank. The wall sections have a plurality of openings adjacent the vertical sides and the joiner panels have columns of transversely spaced pairs of protrusions for coupling with the openings in adjacent panel sections. The joiner panel is able to pass circumferential hoop stress from one panel section to an adjacent panel section by providing effective clamping between the two panels through the use of continuous filament and/or geometrically oriented glass or other fibers placed into a hooked shape so the fibers extend between each pair of spaced protrusions and curve into the protrusions so the fibers extend along the protrusions. Additionally, the wall sections include criss-crossing diagonal fibers so there are crossing fibers between the openings of the wall section and the vertical edge of the wall section thereby preventing a force applied by the protrusion in the opening from tearing the wall section.