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    • 74. 发明申请
    • System for Recording Spoken Phone Numbers During a Voice Call
    • 用于在语音通话期间录制语音电话号码的系统
    • US20090060156A1
    • 2009-03-05
    • US11846223
    • 2007-08-28
    • Erik J. BurckartTravis M. GrigsbyAndrew IvoryAaron K. Shook
    • Erik J. BurckartTravis M. GrigsbyAndrew IvoryAaron K. Shook
    • H04M3/42
    • H04M1/72519H04M2250/68H04M2250/74
    • A method, system and computer program product for employing speech recognition technology to recognize a number spoken during a telephone call and a voicemail message. A speech recognition and transcription (SRT) utility within a communication device (e.g., a telephone) detects spoken numbers (and spoken phrases which may be associated with telephone numbers), and transcribes the numbers into text. The SRT utility then determines whether a sequence of the transcribed spoken numbers is a telephone number. If the transcribed sequence of numbers is a telephone number, the SRT utility records the telephone number in a pre-specified “events” list (in the telephone) of the intended listener. Consequently, the recipient has the option of retrieving the recorded events (numbers) and communicating with other parties via the retrieved numbers. For example, these phone numbers may then be dialed, saved as contacts, and text messaged.
    • 一种用于采用语音识别技术识别在电话呼叫期间所发出的号码和语音邮件消息的方法,系统和计算机程序产品。 在通信设备(例如,电话机)内的语音识别和转录(SRT)实用程序检测口语数字(和可能与电话号码相关联的口语短语),并将数字转录成文本。 然后,SRT实用程序确定转录语音号码的序列是否是电话号码。 如果转录的数字序列是电话号码,则SRT实用程序将电话号码记录在预定的听众的预先指定的“事件”列表(在电话中)。 因此,收件人可以通过检索的号码来检索记录的事件(号码)和与其他方通信。 例如,可以拨打这些电话号码,保存为联系人,并且文本消息。
    • 75. 发明申请
    • METHOD OF AND SYSTEM FOR RETRACTING INSTANT MESSAGES
    • 延迟即时消息的方法和系统
    • US20090006561A1
    • 2009-01-01
    • US11769368
    • 2007-06-27
    • ERIK J. BURCKARTAndrew IvoryAaron K. Shook
    • ERIK J. BURCKARTAndrew IvoryAaron K. Shook
    • G06F15/16
    • G06Q10/107
    • A method of and system for enabling retraction of instant messages detects a command to send an instant message from an instant message window. The system determines if the command is the first command sent from the instant message window after the window has received focus. If so, the system delays the execution of the command for a delay time according to a retraction policy, and provides a retraction control for canceling said command. The system cancels the command in response to actuation of the retraction control. The system may cancel the instant message in response to actuation of the retraction control. The system sends the instant message in response to expiration of the delay time without an actuation of the retraction control. The system may provide a control for sending the instant message before expiration of the delay time. The retraction policy may provide different delay times for different categories of recipients. The delay time may be zero for certain categories of recipients. The retraction policy may be configurable by a user.
    • 一种用于启用即时消息缩回的方法和系统检测从即时消息窗口发送即时消息的命令。 在窗口接收到焦点后,系统确定命令是否是从即时消息窗口发送的第一个命令。 如果是这样,则系统根据收回策略延迟命令的执行延迟时间,并且提供用于取消所述命令的撤销控制。 响应于回退控制的动作,该系统取消该命令。 系统可以响应于收回控制的致动来取消即时消息。 响应于延迟时间的到期,系统发送即时消息而不启动缩回控制。 该系统可以提供用于在延迟时间到期之前发送即时消息的控制。 撤回政策可能为不同类别的收件人提供不同的延迟时间。 某些类别的收件人的延迟时间可能为零。 撤销策略可以由用户来配置。
    • 76. 发明申请
    • USING PRESENCE PROXIES TO GROUP PRESENCE NOTIFICATIONS
    • 使用现在的条款组合存在通知
    • US20080288649A1
    • 2008-11-20
    • US11750462
    • 2007-05-18
    • ERIK J. BURCKARTJOHN P. CAMMARATAMADHU CHETUPARAMBILVICTOR S. MOORE
    • ERIK J. BURCKARTJOHN P. CAMMARATAMADHU CHETUPARAMBILVICTOR S. MOORE
    • G06F15/16
    • H04L67/24H04L67/28H04L67/2833
    • The present invention discloses a method and a system for using presence proxies to group presence notifications. In the invention, a presence server can accept, manage, and distribute presence information. Multiple watchers can subscribe to the presence information managed by the presence server. A presence proxy can receive or intercept subscription requests from the watchers, can group these subscription requests, can establish a single subscription between the presence proxy and the presence server for each group of subscription request, can receive notifications form the presence server associated with the single subscription, and can convey received notifications to each of the watchers in a group associated with the single subscription responsive to receiving a corresponding notification from the presence server.
    • 本发明公开了一种使用存在代理分组存在通知的方法和系统。 在本发明中,呈现服务器可以接受,管理和分发呈现信息。 多个观察者可以订阅由呈现服务器管理的呈现信息。 存在代理可以接收或截取来自观察者的订阅请求,可以对这些订阅请求进行分组,可以在每个订阅请求组之间的在场代理和呈现服务器之间建立单一订阅,可以从与单个订阅请求相关联的呈现服务器接收通知 订阅,并且可以响应于从存在服务器接收相应的通知,将收到的通知传送到与单个订阅相关联的组中的每个观察者。
    • 77. 发明申请
    • METHOD AND SYSTEM FOR NAVIGATING TO A COMMON POINT OF INTEREST BASED ON THE LOCATIONS OF MULTIPLE GPS RECEIVERS
    • 基于多个GPS接收机的位置导航到共同点的方法和系统
    • US20080231507A1
    • 2008-09-25
    • US11689353
    • 2007-03-21
    • ERIK J. BURCKARTAndrew IvoryAaron K. Shook
    • ERIK J. BURCKARTAndrew IvoryAaron K. Shook
    • G01S5/14G01C21/30G01S1/02
    • G01S19/14G01C21/20G01C21/3438G01C21/3679G01S5/0072
    • A method of navigating to a common point of interest (POI) based on the locations of multiple global positioning system (GPS) receivers. In a first GPS receiver, an identifier of a second GPS receiver is selected from a list of pre-defined GPS receiver identifiers stored within the first GPS receiver. The first GPS receiver exchanges coordinates with the second GPS receiver. If the location of the second GPS receiver is the POI, the first GPS receiver calculates and displays navigational directions to the location of the second GPS receiver. If a location other than the second GPS receiver is the POI, the first GPS receiver calculates and displays multiple convenient meeting points based on pre-defined preferences. When one of the meeting points is selected, the first GPS receiver sends the coordinates to the other GPS receivers, and the first GPS receiver calculates and displays navigational directions to the meeting point.
    • 基于多个全球定位系统(GPS)接收机的位置导航到公共兴趣点(POI)的方法。 在第一GPS接收机中,从存储在第一GPS接收机内的预定GPS接收机标识符的列表中选择第二GPS接收机的标识符。 第一个GPS接收器与第二个GPS接收器交换坐标。 如果第二GPS接收机的位置是POI,则第一GPS接收机计算并显示到第二GPS接收机的位置的导航方向。 如果除了第二个GPS接收机之外的位置是POI,则第一GPS接收机基于预定义的偏好来计算并显示多个方便的会议点。 当选择其中一个会议点时,第一个GPS接收机将坐标发送给其他GPS接收机,第一个GPS接收机计算并显示到会议点的导航方向。
    • 78. 发明申请
    • SYSTEM AND METHOD FOR ACHIEVING HIGHLY SCALABLE REAL-TIME COLLABORATION APPLICATIONS USING HTTP
    • 使用HTTP实现高可实时实时协作应用的系统和方法
    • US20080147834A1
    • 2008-06-19
    • US11612766
    • 2006-12-19
    • William M. QuinnErik J. BurckartBrian G. ClineJames P. GalvinChristopher D. PriceThomas Schaeck
    • William M. QuinnErik J. BurckartBrian G. ClineJames P. GalvinChristopher D. PriceThomas Schaeck
    • G06F15/173
    • H04L67/02H04L29/06027H04L65/1086H04L65/4007
    • A highly scalable and highly responsive RTC system uses asynchronous or non-blocking I/O and HTTP response queuing to avoid server overload. The system distinguishes between two types of requests: an update request and a change request. An update request is a request used to fetch an update or change notification. A change request is a request to change some data related to the real-time session. For a given RTC session, the server first checks whether any updates exist for an update request. If an update exists, the server code can send an immediate response to the client. However, if no update exists, the server code application sets a well-defined HTTP response header, and then responds. Once the server code application responds, all application server resources are freed, and the application server is free to handle the next requests without blocking any thread. The existence of the well-defined response header, allows the lower level networking code to queue the response, allowing it to be later addressed by the RTC session ID. This way, the HTTP response can be delayed (queued) without blocking a thread in the application server. A Change Request is a request used to change some data related to the real-time session. Such requests would typically be tied to an action within a given RTC session (e.g., adding text to a chat, changing a slide, etc.). When these actions are sent to the server, the server-side application can determine whether the request affects the queued responses that are awaiting change notifications. In the case of a change, the notification response is computed, and then an API call into the lower-level network flushes all queued responses awaiting updates in the session. Therefore this mechanism is used to trigger the responses to complete, thus providing immediate updates to clients.
    • 高可扩展性和高响应性的RTC系统使用异步或非阻塞I / O和HTTP响应排队来避免服务器超载。 系统区分两种类型的请求:更新请求和更改请求。 更新请求是用于获取更新或更改通知的请求。 更改请求是更改与实时会话相关的一些数据的请求。 对于给定的RTC会话,服务器首先检查是否存在更新请求的任何更新。 如果存在更新,则服务器代码可以立即向客户端发送响应。 但是,如果不存在更新,则服务器代码应用程序将设置一个定义良好的HTTP响应头,然后响应。 一旦服务器代码应用程序响应,所有应用程序服务器资源都被释放,并且应用程序服务器可以自由处理下一个请求而不阻止任何线程。 存在明确的响应头,允许较低级别的网络代码对响应进行排队,从而允许其随后由RTC会话ID进行寻址。 这样,可以延迟(排队)HTTP响应,而不会阻止应用程序服务器中的线程。 变更请求是用于更改与实时会话相关的一些数据的请求。 这样的请求通常将与给定RTC会话内的动作相关联(例如,添加文本到聊天,更改幻灯片等)。 当这些操作发送到服务器时,服务器端应用程序可以确定请求是否影响正在等待更改通知的排队响应。 在更改的情况下,计算通知响应,然后进入下级网络的API调用将刷新所有排队的响应,等待会话中的更新。 因此,该机制用于触发响应以完成,从而为客户端提供即时更新。