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    • 127. 发明授权
    • Fuel delivery module
    • 燃油输送模块
    • US07523745B2
    • 2009-04-28
    • US11548400
    • 2006-10-11
    • John E. TroxlerBrian Jones
    • John E. TroxlerBrian Jones
    • F02M37/04G01F23/30G01F23/32
    • F02M37/103B60K15/03B60K2015/03105B60K2015/03217B60K2015/03453F02M37/0082F02M37/106F02M37/14
    • A fuel tank assembly (12) is provided for containing liquid fuel and supplying that fuel, upon demand, to an internal combustion engine. The assembly (12) includes a tank (14) in which is disposed a fuel pump module (18). The fuel pump module (18) includes a cup-like reservoir (34) which houses a fuel pump (46) and carries along its outer side wall (36) a fuel level sender unit (32). A float arm (60) extends pivotally from the fuel level sender (32) and swings up and down as the level of fuel in the tank (14) changes. The float arm (60) is pivotally supported on a carrier (58) attached to the side wall (36) of the reservoir (34). A sliding interface (62) is disposed along the side wall (36) of the reservoir (34) for slidably receiving and securing the carrier (58) along a captured alignment path. The fuel level sender (32) can be infinitely positioned in the longitudinal direction along the sliding interface (62) during assembly of the fuel pump module (18). The sliding interface (62) provides a more robust, more adaptable technique for positioning and fastening the fuel level sender (32) upon the reservoir (34).
    • 提供一种用于容纳液体燃料并根据需要将该燃料供应给内燃机的燃料箱组件(12)。 组件(12)包括一个罐(14),其中设置有燃料泵模块(18)。 燃料泵模块(18)包括容纳燃料泵(46)并沿着其外侧壁(36)承载燃料液位传感器单元(32)的杯形容器(34)。 浮动臂(60)从燃料液位传感器(32)枢转地延伸并随着油箱(14)中燃料的水平改变而上下摆动。 浮动臂(60)枢转地支撑在附接到储存器(34)的侧壁(36)上的支架(58)上。 滑动界面(62)沿着储存器(34)的侧壁(36)设置,用于沿着捕获的对准路径可滑动地接收和固定载体(58)。 在组装燃料泵模块(18)期间,燃料液位传感器(32)可沿着滑动界面(62)在纵向方向上无限定位。 滑动接口(62)提供了一种更坚固,更适应的技术,用于将燃料液位传感器(32)定位和紧固在储存器(34)上。
    • 129. 发明授权
    • Programmable object model for extensible markup language schema validation
    • 可扩展标记语言模式验证的可编程对象模型
    • US07487515B1
    • 2009-02-03
    • US10731598
    • 2003-12-09
    • Brian JonesMarcin SawickiRobert LittleMark Sunderland
    • Brian JonesMarcin SawickiRobert LittleMark Sunderland
    • G06F3/00G06F3/048
    • G06F17/24G06F17/2247G06F17/2725
    • A programmable object model includes a plurality of object-oriented message calls for application programming interfaces allowing a user to programmatically access the schema validation model of an application by sending message calls and required parameters to the schema validation model to customize or otherwise modify the operation of the schema validation model as desired by the user. Once the user has access to the schema validation model of an application, the user may attach Extensible Markup Language (XML) schema files to a document and control definitions, grammatical rules, and other settings dictated by the attached XML schema file. The user also is allowed to customize the application's native schema validation functionality with user-defined rules and error text. The XML schema validation model of an application may be accessed from a user-created program written according to a variety of different languages such as C, C++, C#, and Visual Basic.
    • 可编程对象模型包括用于应用程序编程接口的多个面向对象的消息调用,允许用户通过向模式验证模型发送消息调用和所需参数以编程方式访问应用程序的模式验证模型,以定制或以其他方式修改 用户所期望的模式验证模型。 一旦用户访问应用程序的模式验证模型,用户可以将可扩展标记语言(XML)模式文件附加到文档,并控制由附加的XML模式文件指定的定义,语法规则和其他设置。 用户还可以使用用户定义的规则和错误文本来定制应用程序的本机模式验证功能。 应用程序的XML模式验证模型可以从根据各种不同语言(如C,C ++,C#和Visual Basic)编写的用户创建的程序访问。