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    • 1. 发明授权
    • Method and system for device-based call park and pick-up
    • 用于基于设备的呼叫驻留和接听的方法和系统
    • US07440440B1
    • 2008-10-21
    • US10734560
    • 2003-12-12
    • Jaideep AbichandaniAnoop TripathiHui DaiSangaravelan Singaraselvan
    • Jaideep AbichandaniAnoop TripathiHui DaiSangaravelan Singaraselvan
    • H04L12/28H04L12/56
    • H04M3/428H04L65/1006H04L65/1096H04M3/42212
    • A method for call parking in a network telephony system is disclosed. A first user agent and a second user agent establish a communication session, and the second user agent enters a call park number to initiate a call park of the communication session. Subsequently, the call park number and the location of the second user agent are sent to a server, which authorizes the second user agent for call parking. The server then registers the call park number, and the communication session between the first and second user agents is parked. When a third user agent wants to pick up the communication session, the third user agent calls the server by entering the call park number. The server then routes the third user agent to the second user agent, which in turn refers the third user agent to the first user agent. The first and third user agents then establish their own communication session, the communication session between the first and second user agents is terminated, and the call park number is deregistered.
    • 公开了一种用于网络电话系统中的呼叫停车的方法。 第一用户代理和第二用户代理建立通信会话,并且第二用户代理输入呼叫驻留号码以发起通信会话的呼叫驻留。 随后,将呼叫驻留号码和第二用户代理的位置发送到服务器,该服务器授权第二用户代理进行呼叫停放。 服务器然后注册呼叫驻留号码,并且第一和第二用户代理之间的通信会话被停放。 当第三用户代理想要接通通信会话时,第三用户代理通过输入呼叫驻留号码来呼叫服务器。 然后,服务器将第三用户代理路由到第二用户代理,第二用户代理又将第三用户代理引用到第一用户代理。 然后,第一和第三用户代理建立自己的通信会话,终止第一和第二用户代理之间的通信会话,并且撤销呼叫驻留号码。
    • 2. 发明授权
    • Method and apparatus for implementing a presence-based universal camp-on feature in packet-based telephony systems
    • 用于在基于分组的电话系统中实现基于存在的通用驻留特征的方法和装置
    • US07480260B1
    • 2009-01-20
    • US10845382
    • 2004-05-13
    • Vikas VashishtAnoop TripathiJaideep AbichandaniHui Dai
    • Vikas VashishtAnoop TripathiJaideep AbichandaniHui Dai
    • H04L12/66H04M3/42
    • H04M3/48H04L65/1096H04L67/14H04L67/141H04M3/42374H04M2207/20
    • A method and apparatus for implementing a presence based universal camp-on feature in packet-based telephony systems are disclosed. A first packet-based device is subscribed to a line status of a second packet-based device. A first notification is received into the first packet-based device from the second packet-based device when the line status of the second packet-based device is in a busy state. A second notification is received into the first packet-based device from the second packet-based device when the line status of the second packet-based device is in an idle state. A user of the first packet-based device is prompted with an option to establish a communication session with the second packet-based device upon receiving the second notification into the first packet-based device. A communication session is established between the first packet-based device and the second packet-based device in response to receiving an accept-call command into the first packet-based device. The first packet-based device and the second packet-based device may be packet-based telephones, such as Session Initiation Protocol (SIP) telephones.
    • 公开了一种用于在基于分组的电话系统中实现基于存在的通用驻留特征的方法和装置。 第一基于分组的设备被订阅第二基于分组的设备的线路状态。 当第二基于分组的设备的线路状态处于忙状态时,第一通知从第二基于分组的设备接收到第一分组设备中。 当第二基于分组的设备的线路状态处于空闲状态时,第二通知从第二基于分组的设备接收到第一基于分组的设备中。 当接收到第一基于分组的设备的第二通知时,提示第一基于分组的设备的用户,该选项与第二基于分组的设备建立通信会话。 响应于接收到第一基于分组的设备的接受呼叫命令,在第一分组设备和第二分组设备之间建立通信会话。 第一基于分组的设备和第二基于分组的设备可以是基于分组的电话,诸如会话发起协议(SIP)电话。
    • 3. 发明申请
    • TELEPHONE RECORDING AND STORING ARBITRARY KEYSTROKES SEQUENCE WITH REPLAY WITH A SINGLE STROKE
    • 电话录音和存储ARRITRARY KEYSTROKES序列与一个单独的重播
    • US20090175270A1
    • 2009-07-09
    • US12403478
    • 2009-03-13
    • Vikas VashishtAnoop TripathiJaideep AbichandaniHui Dai
    • Vikas VashishtAnoop TripathiJaideep AbichandaniHui Dai
    • H04L12/66
    • H04M1/2472G06Q20/10
    • A telephone is described that allows any arbitrary combination of key strokes, including numerical keys, extension keys, as well as function keys such as TRANSFER, CONFERENCE, etc., to be programmed such that the entire sequence of key strokes can be recalled with the touch of a single button. The phone can be programmed directly by operation of the telephone user interface on the phone (i.e., the keys, phone display, and speaker prompting the user) and a program button dedicated to the feature of programming a separate programmable button to map to the specified key sequence. The feature can be implemented in advanced telephones capable of voice over Internet Protocol networks, and supporting the Session Initiation Protocol. In these more advanced phones, the programming can be done by a system administrator or by the user of the phone via a computer with internet access.
    • 描述了一种电话,其允许任意组合的键行程,包括数字键,扩展键以及诸如TRANSFER,CONFERENCE等的功能键被编程,使得整个序列的关键笔划可以用 触摸一个按钮。 可以通过手机上的电话用户界面的操作(即,键,电话显示器和提示用户)直接编程手机,以及专门用于编程单独的可编程按钮的程序按钮,以映射到指定的 关键序列。 该特征可以在能够通过因特网协议网络进行语音的高级电话中实现,并且支持会话发起协议。 在这些更先进的手机中,可以由系统管理员或电话用户通过具有互联网接入的计算机进行编程。
    • 4. 发明授权
    • Telephone recording and storing arbitrary keystrokes sequence with replay with a single stoke
    • 电话录音和存储任意按键序列与重播与单个stoke
    • US07526081B1
    • 2009-04-28
    • US10959621
    • 2004-10-05
    • Vikas VashishtAnoop TripathiJaideep AbichandaniHui Dai
    • Vikas VashishtAnoop TripathiJaideep AbichandaniHui Dai
    • H04M1/03
    • H04M1/2472G06Q20/10
    • A telephone is described that allows any arbitrary combination of key strokes, including numerical keys, extension keys, as well as function keys such as TRANSFER, CONFERENCE, etc., to be programmed such that the entire sequence of key strokes can be recalled with the touch of a single button. The phone can be programmed directly by operation of the telephone user interface on the phone (i.e., the keys, phone display, and speaker prompting the user) and a program button dedicated to the feature of programming a separate programmable button to map to the specified key sequence. The feature can be implemented in advanced telephones capable of voice over Internet Protocol networks, and supporting the Session Initiation Protocol. In these more advanced phones, the programming can be done by a system administrator or by the user of the phone via a computer with internet access.
    • 描述了一种电话,其允许任意组合的键行程,包括数字键,扩展键以及诸如TRANSFER,CONFERENCE等的功能键被编程,使得整个序列的关键笔划可以用 触摸一个按钮。 可以通过手机上的电话用户界面的操作(即,键,电话显示器和提示用户)直接编程手机,以及专门用于编程单独的可编程按钮的程序按钮,以映射到指定的 关键序列。 该特征可以在能够通过因特网协议网络进行语音的高级电话中实现,并且支持会话发起协议。 在这些更先进的手机中,可以由系统管理员或电话用户通过具有互联网接入的计算机进行编程。
    • 5. 发明授权
    • Telephone recording and storing arbitrary keystrokes sequence with replay with a single stroke
    • 电话录制和存储任意按键序列,并重播一次
    • US08218533B2
    • 2012-07-10
    • US12403478
    • 2009-03-13
    • Vikas VashishtAnoop TripathiJaideep AbichandaniHui Dai
    • Vikas VashishtAnoop TripathiJaideep AbichandaniHui Dai
    • H04L12/66H04M1/00G06F3/02H04B1/40
    • H04M1/2472G06Q20/10
    • A telephone is described that allows any arbitrary combination of key strokes, including numerical keys, extension keys, as well as function keys such as TRANSFER, CONFERENCE, etc., to be programmed such that the entire sequence of key strokes can be recalled with the touch of a single button. The phone can be programmed directly by operation of the telephone user interface on the phone (i.e., the keys, phone display, and speaker prompting the user) and a program button dedicated to the feature of programming a separate programmable button to map to the specified key sequence. The feature can be implemented in advanced telephones capable of voice over Internet Protocol networks, and supporting the Session Initiation Protocol. In these more advanced phones, the programming can be done by a system administrator or by the user of the phone via a computer with internet access.
    • 描述了一种电话,其允许任意组合的键行程,包括数字键,扩展键以及诸如TRANSFER,CONFERENCE等的功能键被编程,使得整个序列的关键笔划可以用 触摸一个按钮。 可以通过手机上的电话用户界面的操作(即,键,电话显示器和提示用户)直接编程手机以及专用于编程单独的可编程按钮的程序按钮来映射到指定的 关键序列。 该特征可以在能够通过因特网协议网络进行语音的高级电话中实现,并且支持会话发起协议。 在这些更先进的手机中,可以由系统管理员或电话用户通过具有互联网接入的计算机进行编程。
    • 9. 发明授权
    • Distributed architecture for IP-based telemetry services
    • 基于IP的遥测业务的分布式架构
    • US07949110B2
    • 2011-05-24
    • US11609780
    • 2006-12-12
    • Jaideep AbichandaniMichael IrizarryNarothum Saxena
    • Jaideep AbichandaniMichael IrizarryNarothum Saxena
    • H04M11/00
    • H04L29/12584H04L12/66H04L29/12905H04L61/2596H04L61/6054
    • A system and method are described whereby an IP telemetry gateway is hosted by an MVNO in order to relay the telemetry information between remote devices located in an IP network and telemetry servers operated by legacy telemetry customers. In an embodiment, the IP network is a CDMA2000 1X wireless network. Once the IP network identifies a device as part of the telemetry network, it assigns such device a static private IP address. A VPN connection is used to extend the private network of remote devices to the IP telemetry gateway. The IP telemetry gateway maps each remote device's legacy address to its corresponding IP address in order to communicate with the legacy servers and the wireless network via circuit switched and packet data connections respectively. Preferably, the remote devices maintain an always on data connection to allow the telemetry servers to address the remote devices at any time.
    • 描述了一种系统和方法,其中IP遥测网关由MVNO托管,以便中继位于IP网络中的远程设备和由传统遥测客户操作的遥测服务器之间的遥测信息。 在一个实施例中,IP网络是CDMA2000 1X无线网络。 一旦IP网络将设备识别为遥测网络的一部分,它将为该设备分配静态专用IP地址。 VPN连接用于将远程设备的专用网络扩展到IP遥测网关。 IP遥测网关将每个远程设备的旧地址映射到其相应的IP地址,以分别经由电路交换和分组数据连接与旧式服务器和无线网络进行通信。 优选地,远程设备保持始终处于数据连接状态,以允许遥测服务器在任何时间对远程设备进行寻址。
    • 10. 发明申请
    • SYSTEM AND METHOD FOR LANDLINE REPLACEMENT
    • 用于网路替换的系统和方法
    • US20100311416A1
    • 2010-12-09
    • US12478540
    • 2009-06-04
    • Jaideep AbichandaniNarothum SaxenaMichael Irizarry
    • Jaideep AbichandaniNarothum SaxenaMichael Irizarry
    • H04W4/00
    • H04W12/06H04W76/12H04W84/045H04W84/14
    • A femto cell is provided that automatically routes new communication sessions among the connected mobile and landline handsets based upon local detection of mobile registration with the femto cell, which helps to reduce the backhaul bandwidth requirements and offload backend network processing load. When the mobile handset successfully registers with the femto cell, a User Detection Module at the femto cell routes new calls destined for the mobile telephone number to one or more traditional landline handsets. The femto cell also provides a ring tone to the connected landline handsets for making the outgoing calls. Since the mobile handset remains available for conducting additional communication sessions, the user is able to talk on the landline handset while conducting a simultaneous data session using the mobile phone.
    • 提供了一种毫微微小区,其基于对毫微微小区的移动注册的本地检测,自动地在连接的移动和陆地手机之间路由新的通信会话,这有助于减少回程带宽需求并且卸载后端网络处理负载。 当移动手机成功地向毫微微小区注册时,毫微微小区处的用户检测模块将发往移动电话号码的新呼叫路由到一个或多个传统陆线手机。 毫微微小区还向连接的陆上手机提供铃音以进行呼出。 由于移动手持机可用于进行附加通信会话,所以用户能够在使用移动电话进行同时数据会话的同时在陆线手机上进行通话。