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    • 1. 发明申请
    • System and Method for Sponsorship Sourcing System
    • 赞助采购系统和方法
    • US20090138331A1
    • 2009-05-28
    • US12212553
    • 2008-09-17
    • Charles D. Brown
    • Charles D. Brown
    • G06Q30/00G06Q10/00G06F17/30G06Q50/00
    • G06Q30/02G06Q10/063G06Q50/188
    • A system and method are disclosed for automating the interaction between the producers of festivals and events and potential festival and event sponsors for the purpose of selling, sourcing and exchanging sponsorship assets. The system receives data input from producers regarding sponsorship assets and from potential event sponsors about their marketing campaign requirements. Data is combined with data from other sources and programmatically integrated, then programmatically analyzed, matched and optimized to return event sponsorship assets which meet sponsors' requirements and packages and campaigns are created. The packages are then proposed either by the sponsors to the producers or vice versa. Throughout the negotiation and purchase process, the system allows event producers to track multiple sales through the sales process and sponsors to track assets proposed and purchased from multiple events for a campaign. The system provides a communication format for negotiations and programmatically creates a sponsorship contract.
    • 公开了一种系统和方法,用于自动化节日和事件的生产者之间的相互作用以及潜在的节日和活动赞助商,以出售,采购和交换赞助资产。 该系统接收来自生产者关于赞助资产的数据输入,以及潜在的活动赞助商关于其营销活动要求的数据输入。 数据与来自其他来源的数据相结合,以编程方式集成,然后进行编程分析,匹配和优化,以返回符合发起人需求的活动赞助资产,并创建包裹和活动。 然后由提案人向生产者提出包装,反之亦然。 在整个谈判和购买过程中,系统允许事件生产者通过销售过程跟踪多个销售,并且赞助商跟踪从广告系列的多个事件中提出和购买的资产。 该系统提供了谈判的通信格式,并以编程方式创建了赞助合同。
    • 3. 发明授权
    • Coaxial connector accommodating differential expansion
    • 同轴连接器适应差动扩展
    • US5401173A
    • 1995-03-28
    • US203273
    • 1994-02-28
    • Brett J. GrandchampCole N. PlummerRichard I. BibberCharles D. Brown
    • Brett J. GrandchampCole N. PlummerRichard I. BibberCharles D. Brown
    • H01R9/05H01R35/02H02G5/00H02G5/06H01P1/04
    • H01R9/0503H01R35/02H02G5/002H02G5/068
    • The coaxial connector disclosed herein accommodates differential expansion between inner and outer conductors in a multi-section run of coaxial transmission line by utilizing a coupler assembly which connects adjacent inner conductors, one of the inner conductors being fixedly connected to the coupler with axial movement being permitted with respect to the other inner conductor. Electrical connection between the coupler and the movable conductor is established at a single axial position by an annular conductive spring member while longitudinal alignment is maintained over the rest of the length of the coupler by insulating rings set into annular grooves. A tubular shield extends from the coupler over the adjacent end of the movable inner conductor without electrical contact. The axial length of the shield is larger than the differential expansion which occurs between inner and outer conductor sections. The shield masks the gap at end of the movable inner conductor which is otherwise variable with differential expansion and thereby minimizes the changes in impedance at the connector.
    • 本文中公开的同轴连接器通过利用连接相邻的内部导体的耦合器组件来容纳在同轴传输线的多段运行中的内部和外部导体之间的差分膨胀,其中一个内部导体固定地连接到耦合器,并且允许轴向运动 相对于另一个内部导体。 耦合器和可动导体之间的电气连接通过环形导电弹簧构件在单个轴向位置处建立,同时通过设置成环形凹槽的绝缘环将纵向对准保持在耦合器的其余长度上。 管状护罩从可动内导体的相邻端部处的耦合器延伸而没有电接触。 屏蔽件的轴向长度大于在内部和外部导体部分之间发生的差动膨胀。 屏蔽罩在可移动内部导体的端部掩盖间隙,否则可以用差分扩展来变化,从而使连接器处的阻抗变化最小化。