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    • 1. 发明申请
    • ELECTRONIC DEVICE AND METHOD FOR UPDATING A TIME IDENTIFIER ASSOCIATED THEREWITH
    • 用于更新与之相关的时间标识符的电子设备和方法
    • US20130132750A1
    • 2013-05-23
    • US13300196
    • 2011-11-18
    • Colin Mark WernerRaymond Paul Vander Veen
    • Colin Mark WernerRaymond Paul Vander Veen
    • G06F1/32
    • G06F1/3203G06Q10/109
    • An electronic device includes an input device, an output device, a memory capable of storing an alert, and a processor coupled with the input device, the output device and the memory. The processor is configured to identify a current time, receive a command to switch the electronic device from a first operating mode to a second operating mode, and identify a record in a data-store. The record stores a first time identifier. The processor is further configured to identify a second time identifier. The processor automatically changes the second time identifier to be sooner than or equal to the first time identifier, automatically switches the electronic device from the second operating mode to the first operating mode when the current time matches the second time identifier, and presents the alert via the output device when the current time matches the first time identifier.
    • 电子设备包括输入设备,输出设备,能够存储警报的存储器以及与输入设备,输出设备和存储器耦合的处理器。 处理器被配置为识别当前时间,接收将电子设备从第一操作模式切换到第二操作模式的命令,以及识别数据存储中的记录。 记录存储第一次标识符。 处理器还被配置为识别第二时间标识符。 处理器自动将第二时间标识符更改为等于或等于第一时间标识符,当当前时间与第二时间标识符匹配时,将电子设备自动地从第二操作模式切换到第一操作模式,并且通过 输出设备当当前时间与第一时间标识符匹配时。
    • 2. 发明授权
    • System and method to detect PBX-mobility call failure
    • 检测PBX移动性呼叫失败的系统和方法
    • US08306513B2
    • 2012-11-06
    • US12897074
    • 2010-10-04
    • Richard John GeorgeYuriy LobzakovColin Mark Werner
    • Richard John GeorgeYuriy LobzakovColin Mark Werner
    • H04M3/24
    • H04W4/16H04M3/42314H04M2207/18H04Q3/62H04W76/18
    • Aspects relate to initiating voice calls to mobile devices from an enterprise network. In one example, a server can initiate a voice channel to a mobile device, and if the mobile device cannot be reached, an access network may redirect the call from the server to a number identified as a voicemail number; however, such number is reconfigured to instead be directed to a number located within the enterprise network. The server can monitor or receive an indication that a call is incoming, and attributable to the mobile device. If such a call is incoming or received, then the server determines that the call has failed. If the mobile device answers the call, the server can determine that the voice channel has been established, without waiting for a confirmation indication, such as a DTMF tone.
    • 方面涉及从企业网络发起对移动设备的语音呼叫。 在一个示例中,服务器可以发起到移动设备的语音信道,并且如果无法到达移动设备,则接入网络可以将来自服务器的呼叫重定向到标识为语音邮件号码的号码; 然而,这样的数量被重新配置为改为指向位于企业网络内的号码。 服务器可以监视或接收呼叫正在进入,归因于移动设备的指示。 如果这样的呼叫是来电或接收的,则服务器确定呼叫失败。 如果移动设备应答该呼叫,则服务器可以确定已经建立了语音信道,而不等待诸如DTMF音调之类的确认指示。
    • 5. 发明申请
    • AUTHENTICATION OF MOBILE DEVICES OVER VOICE CHANNELS
    • 移动设备在语音信道上的验证
    • US20110143715A1
    • 2011-06-16
    • US12637046
    • 2009-12-14
    • Christopher LabradorAlexander ReifMichael Gray GrayDouglas GisbyColin Mark Werner
    • Christopher LabradorAlexander ReifMichael Gray GrayDouglas GisbyColin Mark Werner
    • H04M1/66
    • H04M3/4234H04M3/382H04M2207/18
    • Mobile devices are authorized to access PBX-based voice services through presentation of audible tones on a voice channel, which are determined based on a code received over a separate data channel. The device can request a code over a data channel from a server in communication with the PBX. The server provides data representative of the code over the data channel to the device, and arranges for local storage of the code. The device makes a connection with the PBX over a separate voice channel. The mobile device presents the received code as a sequence of audio tones (e.g., DTMF tones). The audio tones are used to generate data that can be compared with stored codes by an authentication module. The authorization module can indicate to the PBX that the code is valid; services can be provided by the PBX in response. The valid codes can be maintained, such as by removing used codes from code storage.
    • 移动设备被授权通过在语音信道上呈现可听音来访问基于PBX的语音服务,该语音信道基于通过单独数据信道接收的代码来确定。 设备可以从与PBX通信的服务器通过数据通道请求代码。 服务器通过数据通道将代表代码的数据提供给设备,并安排代码的本地存储。 该设备通过单独的语音通道与集团电话建立连接。 移动设备将所接收的代码呈现为音频音调序列(例如,DTMF音调)。 音频音调用于生成可以通过认证模块与存储的代码进行比较的数据。 授权模块可以向集团电话指示代码有效; 服务可由集团电话提供。 可以维护有效的代码,例如通过从代码存储中删除使用的代码。
    • 6. 发明授权
    • Authentication of mobile devices over voice channels
    • 通过语音信道认证移动设备
    • US08385888B2
    • 2013-02-26
    • US12637046
    • 2009-12-14
    • Christopher LabradorAlexander ReifMichael Eric GrayDouglas GisbyColin Mark Werner
    • Christopher LabradorAlexander ReifMichael Eric GrayDouglas GisbyColin Mark Werner
    • H04M1/68
    • H04M3/4234H04M3/382H04M2207/18
    • Mobile devices are authorized to access PBX-based voice services through presentation of audible tones on a voice channel, which are determined based on a code received over a separate data channel. The device can request a code over a data channel from a server in communication with the PBX. The server provides data representative of the code over the data channel to the device, and arranges for local storage of the code. The device makes a connection with the PBX over a separate voice channel. The mobile device presents the received code as a sequence of audio tones (e.g., DTMF tones). The audio tones are used to generate data that can be compared with stored codes by an authentication module. The authorization module can indicate to the PBX that the code is valid; services can be provided by the PBX in response. The valid codes can be maintained, such as by removing used codes from code storage.
    • 移动设备被授权通过在语音信道上呈现可听音来访问基于PBX的语音服务,该语音信道基于通过单独数据信道接收的代码来确定。 设备可以从与PBX通信的服务器通过数据通道请求代码。 服务器通过数据通道将代表代码的数据提供给设备,并安排代码的本地存储。 该设备通过单独的语音通道与集团电话建立连接。 移动设备将所接收的代码呈现为音频音调序列(例如,DTMF音调)。 音频音调用于生成可以通过认证模块与存储的代码进行比较的数据。 授权模块可以向集团电话指示代码有效; 服务可由集团电话提供。 可以维护有效的代码,例如通过从代码存储中删除使用的代码。
    • 10. 发明授权
    • Detection of intended key activation on a mobile device
    • 检测移动设备上预期的密钥激活
    • US08294601B2
    • 2012-10-23
    • US12617993
    • 2009-11-13
    • Colin Mark WernerLawrence Edward KuhlKeizo MaruiChao ChenKen Wu
    • Colin Mark WernerLawrence Edward KuhlKeizo MaruiChao ChenKen Wu
    • H03M11/00
    • H03K17/9622G06F1/3231G06F3/0202H03K2217/960755Y02D10/173
    • A method and device are provided for preventing unintended activation of one or more hard keys on a mobile device. A capacitive sensor senses a capacitance level at a location on the keyboard, to detect whether a hard key is being actuated by a human hand or human skin. If the sensed capacitance level exceeds a key activation capacitance threshold, a key circuit connection is identified as being associated with an intended hard key activation. If the measured capacitance level is within an uncertainty tolerance below the key activation capacitance threshold, a secondary capacitance level is measured at a non-keyboard location. The key circuit connection is identified as being associated with an intended hard key activation when the measured secondary capacitance level exceeds a key activation confirmation threshold. Additional secondary indicators can be obtained based on size and shape capacitance pattern, timing information, and an active application or device state.
    • 提供了一种用于防止移动设备上的一个或多个硬键的意外激活的方法和设备。 电容传感器感测键盘上的位置处的电容电平,以检测硬键是由人的手还是人皮肤致动。 如果感测到的电容电平超过键激活电容阈值,则将键电路连接识别为与预期的硬键激活相关联。 如果测量的电容电平在低于键激活电容阈值的不确定性容限内,则在非键盘位置测量次级电容电平。 当测量的次级电容电平超过键激活确认阈值时,将钥匙电路连接识别为与预期的硬键激活相关联。 可以基于尺寸和形状电容图案,定时信息以及主动应用或设备状态来获得附加的次要指示符。