JP2012054927A5

JP2012054927A5 -

Info

Publication number: JP2012054927A5
Application number: JP2011180824A
Authority: JP
Filing date: 2011-08-22
Publication date: 2012-12-06
Anticipated expiration: 2025-12-23

Claims

At least a CS telephone device (CS0) for processing CS telephone signals (CS1, CS2) received and transmitted on a circuit switched bearer service, and a packet switched data processing device (PS0), and telecommunications A user terminal (5) for communicating on a network (3),
Including data indicating the packet switched signal (PS1), which receives the incoming call incoming CS-alert signal (CS1) on the circuit switched bearer service, before Kipa packet switched signal a (PS1) Configured to receive on the packet-switched bearer service by the packet-switched data processing device (PS0),
Before contained in Kipa packet switched signal (PS1), or in response to information obtained from the previous Kipa packet switched signal (PS1), a response signal or CS response signal (CS2), the circuit switched bearer Configured to send on the service,
The CS telephone device (CS0) is pre-contained in Kipa packet switched signal (PS1), or provided with a finite state machine (FSM) responsive to information obtained from the previous Kipa packet switched signal (PS1) The finite state machine is configured to change the state (20) of the user terminal to an active state (30) for the incoming call and to transmit the CS response signal (CS2);
It said packet switched data processing device (PS0) is a processing application for processing a packet switched signal (HA), before instruction from Kipa packet switched signal (PS1); a (HS RS) can be obtained A processing application and an output of the processing application connected to an input of the finite state machine (FSM), the finite state machine receiving the command and receiving the state (20) thereof. Configured to change according to instructions,
The instruction is
The finite state machine (FSM) changes (H1) the active state (30) of the other ongoing call to the hold state (45) and holds the incoming call to the active state (30) ( HS) or
A call delay signal (RS) that causes the finite state machine (FSM) to determine the time to change to the “active” state (30) for the incoming call after elapse and to transmit the CS response signal (CS2). The
When the packet switched signal (PS1) arrives at the user terminal before the incoming CS alarm signal (CS1) of the incoming call including data indicating the packet switched signal (PS1), the user terminal , the up packet switched signal (PS1) said incoming CS-alert signal of the called containing data indicating the (CS1) is received, characterized that you hold the packet switched signal (PS1) User terminal.

The instructions cause the finite state machine (FSM) to change (H1) the active state (30) of another ongoing call to a held state (45) and to change the incoming call to the active state (30). A suspend state signal (HS), and the finite state machine (FSM) is configured to provide an acceptance signal (A2) to the CS telephony device (CS0), and the CS telephony device further includes the other progress signal. Configured to send to the at least one terminal of the call in progress and the terminal of the incoming call (6), respectively, a message relating to a change in call status (30, 45) for the ongoing call and the incoming call The user terminal (5) according to claim 1, characterized in that:

An additional device (D0) providing at least one locally executable application and another output of the processing application (HA) connected to an input of the additional device;
3. The processing application is configured to extract an invitation signal (IS1) from the packet-switched signal (PS1) and send the invitation signal to the additional device. User terminal according to (5).

The additional device (D0) is
   -Processing the invitation signal (IS1) by the at least one locally executable application to present information about the incoming call to the user of the user terminal (5);
  -Receive user feedback signal (FS)
  -Ensure that a further feedback signal (FS) is transmitted on the packet-switched bearer service;
The user terminal (5) according to claim 3, wherein the user terminal (5) is configured as follows.

The CS telephone device (SC0) is configured to receive an additional circuit switched signal (CS3) in response to transmission of the feedback signal (SF),
The finite state machine (FSM) is configured to change its state for the incoming call to an “active” state (30) in response to receiving the additional circuit switched signal. User terminal (5) according to claim 4.

A method for communicating on a telecommunications network (3), comprising:
  -Processing CS telephone signals (CS1, CS2) received and transmitted on a circuit switched bearer service;
  -Receiving a packet switched signal (PS1) on a packet switched bearer service;
  -An incoming CS alert signal (CS1) for incoming calls, which contains data indicating the packet-switched signal (PS1), is received on the circuit-switched bearer service. The process of receiving at
  -In response to information contained in or obtained from the packet switched signal (PS1), a response signal or CS response signal (CS2) is transmitted on the circuit switched bearer service And a process of
  -Processing the packet switched signal signal (PS1);
  -Obtaining a command (HS) from the packet-switched signal (PS1);
  -Changing the state (20) of the incoming call according to the acquired instruction;
  In response to the command (HS)
  -Changing (H1) the active state (30) of another ongoing call to the held state (45); and
  -Placing the incoming call into the active state (30) (H2);
  -Sending a message regarding the change of the call state (30, 45) to the other terminal of the ongoing call and / or the terminal of the incoming call (6),
  The packet-switched signal (PS1) received before the incoming CS alarm signal (CS1) of the incoming call including data indicating the packet-switched signal (PS1) is received by the packet-switched signal. A method, wherein the incoming CS alert signal (CS1) of the incoming call including data indicating a type signal (PS1) is held until received.

  A method for communicating on a telecommunications network (3), comprising:
  -Processing CS telephone signals (CS1, CS2) received and transmitted on a circuit switched bearer service;
  -Receiving a packet switched signal (PS1) on a packet switched bearer service;
  -An incoming CS alert signal (CS1) for incoming calls, which contains data indicating the packet-switched signal (PS1), is received on the circuit-switched bearer service. The process of receiving at
  -In response to information contained in or obtained from the packet switched signal (PS1), a response signal or CS response signal (CS2) is transmitted on the circuit switched bearer service And a process of
  -Extracting an invitation signal (IS1) from the packet-switched signal (PS1);
  -Processing the invitation signal (IS1) to present information about the incoming call to a user;
  -Receiving a user feedback signal (FS);
  -In response to the reception of the user feedback signal, a further feedback signal (SF) is transmitted;
  -In response to the transmission of the feedback signal (SF), receiving an additional circuit switched signal (CS3),
  The packet-switched signal (PS1) received before the incoming CS alarm signal (CS1) of the incoming call including data indicating the packet-switched signal (PS1) is received by the packet-switched signal. A method, wherein the incoming CS alert signal (CS1) of the incoming call including data indicating a type signal (PS1) is held until received.

In response to the information contained in the packet switched signal (PS1) or obtained from the packet switched signal,
-Changing the state (20) for the incoming call to an active state (30);
The method according to claim 6 or 7, comprising the step of transmitting the response signal or the CS response signal (CS2).

A program for a user terminal (5) for communicating on a telecommunications network (3), wherein when executed by a computer of the user terminal, the user terminal is defined in claim 1 to claim 5. The program for functioning as a user terminal of any one of Claims.

A computer-readable recording medium on which the program according to claim 9 is recorded.