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    • 1. 发明申请
    • REMOTE MAGNETIC ACTIVATION OF HEARING DEVICES
    • 听觉装置的远程磁激活
    • WO2007103742A2
    • 2007-09-13
    • PCT/US2007/063092
    • 2007-03-01
    • INSOUND MEDICAL, INC.SHENNIB, AdnanDAY, Ian, MichaelSADLER, John
    • SHENNIB, AdnanDAY, Ian, MichaelSADLER, John
    • H04R25/00
    • H04R25/00H04R25/558H04R2225/023H04R2225/61H04R2460/17
    • An embodiment provides a user interface for remotely controlling the operational state of a hearing device positioned in the ear canal. The interface comprises a controller, a switch coupled to the controller and an audio port coupled to the controller. The controller switches between the operational states of a hearing device having at least a first and a second operational state, such as an off-state, an on-state. The switch receives inputs from the user to change the operational state of the hearing device and is actuable by an external magnetic field source held in the hand of the user within a selected proximity envelope from the switch. The controller switches between the states responsive to a pattern of movement of the magnetic field source made relative to the proximity envelope. The audio port produces an audio output indicating to the user the operational state of the hearing device.
    • 实施例提供用于远程控制位于耳道中的听力装置的操作状态的用户界面。 接口包括控制器,耦合到控制器的开关和耦合到控制器的音频端口。 控制器在具有至少第一和第二操作状态的听力设备的操作状态之间切换,诸如关闭状态,开状态​​。 开关接收来自使用者的输入,以改变听力装置的操作状态,并且可以由来自开关的选定的接近包络内的用户手中保持的外部磁场源致动。 控制器在响应于相对于邻近包络线产生的磁场源的移动模式的状态之间切换。 音频端口产生音频输出,向用户指示听力设备的操作状态。
    • 5. 发明申请
    • MECHANISM FOR DYNAMICALLY RESOLVING POLYMORPHIC TYPE DEPENDENCIES BETWEEN PARALLEL HETEROGENOUS RUN-TIME ENVIRONMENTS
    • 用于动态地解决平行异构运行环境之间的多态类型依赖关系的机制
    • WO2010136770A1
    • 2010-12-02
    • PCT/GB2010/001058
    • 2010-05-28
    • BRITISH BROADCASTING CORPORATIONSADLER, JohnYOUNG, ChristopherLOMAX, PiersHUNTER, Jeff
    • SADLER, JohnYOUNG, ChristopherLOMAX, PiersHUNTER, Jeff
    • G06F9/46
    • G06F9/548
    • A mechanism for dynamically resolving polymorphic type dependencies between parallel heterogenous run-time environments is provided. The mechanism comprises a registry of class types for software objects, in which each class type is linked to a hierarchy of bindings rooted at the binding for that class type with descendent bindings in the hierarchy relating to more specific sub-classes. At run-time a pointer to an object is received, and the received static type of that pointer can be looked up in the registry to determine the location in the hierarchy of bindings at which to make an initial query for the most specific sub-class compatible with the dynamic type of the object. Subsequently, beginning at the determined location in the hierarchy of bindings, the most specific sub-class compatible with the dynamic type of the object is determined, and a run-time binding based on the most specific sub-class identified can be selected.
    • 提供了一种用于动态解决并行异构运行时环境之间的多态类型依赖关系的机制。 该机制包括用于软件对象的类类型的注册表,其中每个类类型链接到根据该类型的绑定的绑定层次结构,并且在与特定子类相关的层次结构中具有后缀绑定。 在运行时,接收到对象的指针,并且可以在注册表中查找该指针的接收到的静态类型,以确定绑定层次结构中的位置,以便对最特定的子类进行初始查询 与动态类型的对象兼容。 随后,从绑定层次结构中的确定位置开始,确定与对象的动态类型兼容的最具体的子类,并且可以选择基于所识别的最特定子类的运行时绑定。