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    • 1. 发明授权
    • Rotary vacuum apparatus for air screen
    • 用于空气筛的旋转真空装置
    • US08097050B2
    • 2012-01-17
    • US12339906
    • 2008-12-19
    • Brian K. JohnsonPanos TamamidisDavid A. Scott
    • Brian K. JohnsonPanos TamamidisDavid A. Scott
    • B01D50/00
    • B01D46/10B01D46/0065B01D2273/28F01P11/12
    • A vacuum apparatus rotatable about an axis through a filter screen for continually removing contaminants, which utilizes an asymmetrical vacuum arm supported by a center hub, and large longitudinally extending asymmetrical vacuum orifices in portions of the arm on opposite sides of the hub, operable for removing large elements of debris, trash and the like from the screen. One of the arm portions cleans a radial outer region of the screen, and the other cleans an inner region, the arm portions being generally even in mass for balance. A knife disposed on the screen cleans and cooperates with a brush on the arm for breaking up larger elements of trash. The arm is also manually removable via a snap together vacuum seal joint, for service and cleaning.
    • 一种真空装置,可围绕轴线旋转通过过滤网,用于连续地除去污染物,其利用由中心毂支撑的不对称的真空臂,以及位于轮毂相对侧的臂的部分中的大的纵向延伸的不对称真空孔,可操作以移除 来自屏幕的碎片,垃圾等的大量元素。 一个臂部分清洁屏幕的径向外部区域,而另一个清洁内部区域,臂部分通常均匀地均匀。 放置在屏幕上的刀片清洁并与手臂上的刷子配合,以分解较大的垃圾元素。 手臂也可以通过卡扣式真空密封接头手动拆卸,用于维修和清洁。
    • 2. 发明申请
    • ROTARY VACUUM APPARATUS FOR AIR SCREEN
    • 旋转真空装置空气屏幕
    • US20090211208A1
    • 2009-08-27
    • US12339906
    • 2008-12-19
    • Brian K. JohnsonPanos TamamidisDavid A. Scott
    • Brian K. JohnsonPanos TamamidisDavid A. Scott
    • B01D46/42
    • B01D46/10B01D46/0065B01D2273/28F01P11/12
    • A vacuum apparatus rotatable about an axis through a filter screen for continually removing contaminants, which utilizes an asymmetrical vacuum arm supported by a center hub, and large longitudinally extending asymmetrical vacuum orifices in portions of the arm on opposite sides of the hub, operable for removing large elements of debris, trash and the like from the screen. One of the arm portions cleans a radial outer region of the screen, and the other cleans an inner region, the arm portions being generally even in mass for balance. A knife disposed on the screen cleans and cooperates with a brush on the arm for breaking up larger elements of trash. The arm is also manually removable via a snap together vacuum seal joint, for service and cleaning.
    • 一种真空装置,可围绕轴线旋转通过过滤网,用于连续地除去污染物,其利用由中心毂支撑的不对称的真空臂,以及位于轮毂相对侧的臂的部分中的大的纵向延伸的不对称真空孔,可操作以移除 来自屏幕的碎片,垃圾等的大量元素。 一个臂部分清洁屏幕的径向外部区域,而另一个清洁内部区域,臂部分通常均匀地均匀。 放置在屏幕上的刀片清洁并与手臂上的刷子配合,以分解较大的垃圾元素。 手臂也可以通过卡扣式真空密封接头手动拆卸,用于维修和清洁。
    • 4. 发明授权
    • System and method for on-hold call back
    • 保持电话的系统和方法
    • US06885741B1
    • 2005-04-26
    • US09717701
    • 2000-11-21
    • Christopher Alan PuckettDavid A. ScottStephen R. Lapierre
    • Christopher Alan PuckettDavid A. ScottStephen R. Lapierre
    • H04M3/42H04M3/428
    • H04M3/4286H04M2207/12
    • A method and system are disclosed for automated call back of a first telephone station that has been placed on hold by a second telephone station in an advanced intelligent network. The system comprises a service switching point connected to the first telephone station, a service node adapted to connect the second telephone station with the first telephone station when the second telephone station becomes available, and a service control point containing a database identifying the service node as adapted to connect the second and first telephone stations. The method includes the following steps: at the service switching point forwarding a request to the service control point to identify one of the plurality of service nodes to handle an automated call back from the second station to the first station; searching the database at the service control point for one of the plurality of service nodes to handle the automated call back to the first station from the second station; identifying to the service switching point, one of the plurality of service nodes to handle the automated call back from the second station to the first station; forwarding to the service node a request for automated call back from the second station to the first station; and upon receiving a signal from the second station at the service node, connecting the second station and the first station.
    • 公开了一种由先进的智能网络中的第二电话台置于保持状态的第一电话台的自动回叫的方法和系统。 该系统包括连接到第一电话站的业务交换点,适于在第二电话站变得可用时将第二电话台与第一电话站连接的服务节点,以及包含标识服务节点的数据库的服务控制点 适于连接第二和第一电话台。 该方法包括以下步骤:在服务交换点向服务控制点转发请求以识别多个服务节点中的一个来处理从第二站到第一站的自动回叫; 在所述服务控制点处搜索所述多个服务节点之一中的数据库以从所述第二站处理回到所述第一站的所述自动呼叫; 识别服务交换点,多个服务节点中的一个处理从第二站到第一站的自动回叫; 向服务节点转发从第二站到第一站的自动回叫请求; 并且在从所述服务节点处的所述第二站接收到信号时,连接所述第二站和所述第一站。
    • 7. 发明授权
    • Computer method and system for automatically creating tests for checking software
    • 用于自动创建检查软件的测试的计算机方法和系统
    • US07707553B2
    • 2010-04-27
    • US11299306
    • 2005-12-08
    • Olivier RoquesDavid A. Scott
    • Olivier RoquesDavid A. Scott
    • G06F9/44
    • G06F11/3684G06F8/315
    • Computer system and method automatically generates a test source code for checking validity of an application written in an object oriented language. The application includes objects accessible through an interface implementing programming rules and object behavior rules. For each object, the invention extracts object methods and attributes of the object interface which are impacted by the object behavior rules and extracts the object identification. The invention fills the variable fields of a source code template with the extracted information. The template non variable source code is in conformance with the programming rules and implements a scenario for checking a set of object behavior rules; thus the filled template forms a generated test source code. For distributed applications, the specifications may be EJB or CORBA and the Test Generator uses templates for checking the life-cycle (creation, persistency, removal) of deployed objects.
    • 计算机系统和方法自动生成用于检查以面向对象语言编写的应用程序的有效性的测试源代码。 应用程序包括通过实现编程规则和对象行为规则的接口可访问的对象。 对于每个对象,本发明提取受对象行为规则影响的对象接口的对象方法和属性,并提取对象标识。 本发明用提取的信息填充源代码模板的可变字段。 模板非变量源代码符合编程规则,并实现了用于检查一组对象行为规则的场景; 因此填充的模板形成生成的测试源代码。 对于分布式应用程序,规范可能是EJB或CORBA,测试生成器使用模板来检查部署对象的生命周期(创建,持久性,删除)。
    • 8. 发明授权
    • System and method for electronic message status notification
    • 电子信息状态通知系统和方法
    • US07225230B1
    • 2007-05-29
    • US09894296
    • 2001-06-28
    • Joseph M. KnoerleStephen R. LaPierreVernon MeadowsDavid A. Scott
    • Joseph M. KnoerleStephen R. LaPierreVernon MeadowsDavid A. Scott
    • G06F15/16
    • H04L51/30H04M3/53366H04M2203/2083
    • This invention is directed to a system and method for providing a status notification for a message in a communications network. An embodiment of this invention is a voicemail system, which provides a caller in a telecommunications network with the option of requesting a status notification for a voicemail message when the recording of the message is complete. By requesting status notification, the caller is indicating that the voicemail system should track any actions related to the message that occur within the voicemail system. The caller also specifies a destination identifier, which includes formatting and addressing information that the voicemail system uses for subsequent notification. As actions are taken in relation to the message, the voicemail system creates disposition identifiers and associates these identifiers with the message. When a triggering event occurs, such as the recipient deleting the message, the voicemail system retrieves the disposition identifiers to generate the status notification and sends the status notification in the format and to the address specified by the destination identifier.
    • 本发明涉及一种用于在通信网络中为消息提供状态通知的系统和方法。 本发明的实施例是一种语音邮件系统,其在电信网络中为呼叫者提供在消息的记录完成时向语音邮件消息请求状态通知的选项。 通过请求状态通知,呼叫者指示语音邮件系统应该跟踪与在语音邮件系统内发生的消息有关的任何动作。 呼叫者还指定目的地标识符,其包括语音邮件系统用于后续通知的格式化和寻址信息。 随着关于消息采取的动作,语音邮件系统创建配置标识符并将这些标识符与消息相关联。 当触发事件发生时,例如接收者删除消息,语音邮件系统检索处理标识符以生成状态通知,并以格式发送状态通知,并发送到由目的地标识符指定的地址。
    • 9. 发明授权
    • System and method for voicemail message certification and reply using a temporary voicemail service
    • 使用语音邮件消息认证的系统和方法,并使用临时语音邮件服务进行回复
    • US06934367B1
    • 2005-08-23
    • US09894317
    • 2001-06-28
    • Stephen R. LaPierreJoseph M. KnoerleVernon MeadowsDavid A. Scott
    • Stephen R. LaPierreJoseph M. KnoerleVernon MeadowsDavid A. Scott
    • H04M1/64H04M3/533
    • H04M3/533H04M3/53341H04M2203/2083H04M2203/303H04M2203/4554
    • This invention is directed to a system and method for providing a status certification for a voicemail message in a telecommunications network. An embodiment of this invention comprises a voicemail system, which provides a caller in a telecommunications network with the option of certifying a voicemail message when the recording of the message is complete. By certifying the voicemail message, the caller is directing the voicemail system to create a temporary voicemail box and to track any actions related to the message that message that occur within the voicemail system. As changes occur, the voicemail system creates one or more status messages in the temporary voicemail box. If the recipient replies to the messages, the voicemail system also stores the reply in the temporary voicemail box. When a caller subsequently accesses the temporary voicemail box, the caller can access the messages and can also reply to any of the messages. The voicemail system stores the caller's reply in the original recipient's voicemail box.
    • 本发明涉及一种用于在电信网络中为语音邮件消息提供状态证明的系统和方法。 本发明的实施例包括语音邮件系统,其在电信网络中为呼叫者提供当消息的记录完成时验证语音邮件消息的选项。 通过验证语音邮件消息,呼叫方正在指示语音信箱系统创建一个临时语音信箱,并跟踪在该语音邮件系统内发生的该消息的与消息有关的任何动作。 当发生更改时,语音信箱系统会在临时语音信箱中创建一个或多个状态消息。 如果收件人回复邮件,则语音信箱系统还将回复存储在临时语音信箱中。 当呼叫者随后访问临时语音邮箱时,呼叫者可以访问消息,并且还可以回复任何消息。 语音信箱系统将主叫方的回复存储在原始收件人的语音信箱中。
    • 10. 发明授权
    • Method and system for providing multiple services per trigger
    • US06532285B1
    • 2003-03-11
    • US09323677
    • 1999-06-02
    • Brenda N. TuckerDavid A. Scott
    • Brenda N. TuckerDavid A. Scott
    • H04M342
    • H04M3/4217H04Q3/0041
    • The present invention allows a single trigger, such as a Termination Attempt Trigger, to invoke multiple feature service logic programs (feature SLPs) through the use of a Feature Interaction Manager service logic program (FIM-SLP) installed at a service control point (SCP). A database, accessible by the service control point, contains subscriber information such as the type of services subscribed and the order in which the services are to be invoked. The Feature Interaction Manager service logic program invokes individual feature SLPs based on the information contained in the database that specify how the feature SLPs will interact. In one embodiment, the present invention allows multiple services to be deployed within a common service control point. In a different embodiment, the Feature Interaction Manager service logic program located in a first service control point can also invoke features SLPs that are located in other service control points. The Feature Interaction Manager SLP and the feature SLPs can reside on the same SCP. Alternatively, the Feature Interaction Manager SLP and feature SLPs can reside on multiple SCPs. In the case of multiple SCPs, the Feature Interaction Manager SLP can reside by itself or can be co-located with one or more feature SLPs.