JPS63240164A - Transfer communication system - Google Patents

Abstract

PURPOSE:To charge a talking fee in remote communication on a called party by providing a prescribed function to each transfer equipment between a caller and the called party. CONSTITUTION:A transfer equipment C sends a selection signal to a transfer equipment D by the dialing of the caller A and prescribed time of calling is applied, the dialing to the device D is stopped and the transfer equipment is restored. The incoming line of the equipment D is called, the equipment D is started and the connection to the called party B registered alreadly is applied by using a line accommodated in the equipment D and the response of the called party B is identified by the equipment D and the incoming line of the equipment D is used to apply connection to the line of the equipment C. In reaching the dial line, the equipment C makes the caller A response state and sets a line with the called party B via the equipment C, D and brings the talking fee relating to the called party B at remote location into a charge relating to the device D and the caller A charges the talking fee up to the device C only.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a transfer communication method in which, when a calling party wishes to communicate with a called party located in a remote location, the calling party has to bear the communication charges related to the remote location. It is something.

An object of the present invention is to make the called party bear the communication charges.

Communication charges are generally charged based on the terms and conditions of the caller, and considering the fact that communication charges differ depending on who makes the call, and the use of communication lines under different management, it is simply a matter of the called party. It is possible to ensure overall economic efficiency without any burden.

For convenience of explanation, the principle of the present invention and its specific configuration will be explained regarding a "telephone" which is one example of the use of the present invention.

The figure shows the basic configuration of the present invention.

That is, A is a calling party, B is a called party, and C or LTE-A is a transfer device installed at an appropriate location in the calling party's area.

D or LTE-B is a transfer device installed at an appropriate location in the region of the called party, and both transfer devices each have a terminating line (LT).
It is assumed that the system accommodates two subscriber lines: a caller and an originating line (LO), and a central office exchange (EXSW) is installed at each floor between the subscriber lines belonging to the calling party and the called party. It is assumed that there is

It is assumed that the telephone number of the other party and time and information necessary for control, which will be explained next, are registered in advance in both transfer devices.

When calling party A wants to make a call to called party B, in order for called party B to bear the cost of the call, calling party A does not have to dial the telephone number of called party B directly; Dial the telephone number of the terminating line (LTA) of the installed LTE-A transfer device.

The LTE-A transfer device starts up when a paging signal arrives on the terminating line (LTA), and immediately uses the outgoing line (LOA) of the LTE-A transfer device to install it in the area of the called party. The subscriber telephone number of the terminating line Tl3) of a certain LTE-B transfer device is sent.

This subscriber telephone number shall be registered in advance in the LTIE-AIz; transmission device.

The outgoing operation of the LTE-A transfer device to the incoming line Tl3) accommodated in the LTE-I3 transfer device is an LTI? after sending a dial pulse. , -13 The call signal is sent to the transfer device two or three times and then the call signal is restored. In this case, whether to restore after a certain period of time or after confirming the calling signal is determined depending on the situation.

Even if the LTE-I3 transfer device receives a paging signal on the incoming line (L'l), it does not respond immediately.

The LTE-I3 transfer device is registered in advance with the LTE-B transfer device from the outgoing line (LOI3) of the LTE-B transfer device immediately after receiving a paging signal on the incoming line (LTI3). A dial pulse corresponding to the subscriber telephone number of called party B is sent, and the outgoing line (L) of the L, TE-B transfer device is
OB) and called party B are connected.

When called party B responds, a response signal is sent to the LTE-B transfer device, and if called party B's response can be confirmed, LTE
-B transfer device starts connection to the outgoing line (LOA) of the LTE-A transfer device from the incoming line Tl3) of the LTE-B transfer device, which has already been restored.

The LTE-A transfer device immediately responds when an incoming call signal comes to the outgoing circuit (LOA) that has been restored after making a call.
) is the connection bus with caller A who is calling
Created within the transfer device.

In this case, the LTE-B transfer device informs the LTE-[3 incoming line (LTI3) that the LTE-A transfer device has responded.
A connection path is created between the terminating line (LTB) and the originating line (L013) within the LTE-I3 transfer device.

With the reconnection path created, the communication path between calling party A and called party 8 is completed.

In this case, the call charges will be borne by the called party [(normal/local charge) up to the location where the LTE-A transfer equipment installed in the area to which caller A belongs (regular/local charge) will be paid. You can make calls (distance charges).

In this case, the long-distance call charges will be
- B) The callee B will be burdened with this because it will depend on the circuit 1B) accommodated in the B transfer device.

Called party B naturally also has to bear the charges (tolls and local charges) for the outgoing line connection from the LTE-I3 transfer device related to called party B to called party B.

[Brief explanation of the drawing]

The figure is a connection system diagram of a telephone line in which a device according to the present invention is installed. In the diagram, A.-1--caller, B--.. called party. C or LTE-A --- Calling side transfer equipment or LT
IF, -I3 --- Called transfer device LTA --
- Calling transfer equipment/terminating line. LOA--Calling side transfer device/originating line. LTB --- Called transfer equipment/terminating line. LOB - Called transfer device/outgoing line. EXSW--m-exchange machine

Claims (1)

[Claims] Using a communication line, a calling party (A) can call a remote called party (A).
In order to make the called party (B) bear the cost of the communication, the calling party (A) has an automatic communication forwarding service installed in advance in an area close to the calling party (A). The transfer device (C) is activated by sending a selection signal for the other party's connection to the incoming line of the device (hereinafter referred to as the transfer device) (C) that has the function alone or as an additional function and calls it. Transfer device installed in a remote location (D
), the automatic selection signal sending function built into the transfer device (C) operates and the transfer device (C) is transferred using a different outgoing line from the incoming line that was called to activate the transfer device (C). The transfer device (C) that calls the device (D) is a transfer device (C) that, after sending a selection signal to the transfer device (D) and continues calling for a certain period of time, stops the calling operation to the transfer device (D) and recovers. When the incoming line of D) is called, the transfer device (D) is activated and uses the outgoing line accommodated in the transfer device (D) to connect to the already registered called party (B). and the called party (B) is connected.
When the transfer device (D) identifies the response, it immediately uses the incoming line of the transfer device (D) to connect to the outgoing line of the transfer device (C). [The incoming line of the transfer device (D) is It has already returned to the normal state due to the suspension of the transmission operation from the transfer device (C). The same applies to the outgoing line of the transfer device (C). In this case, the transfer device (D) is connected to the transfer device (C).
Whether the connection to the called party (B) is made before the called party (B) or at the same time is determined by quantity conditions. ] The transfer device (C) puts the calling party (A) into an answering state only when an incoming call is connected to the originating line, and also transfers the transfer device (C) and the transfer device between it and the called party (B). By setting up a line via (D), the remote called party (B)
), the calling party (A) can communicate with a remote location by paying only the communication fee up to the transfer device (C), while the communication fee related to the transfer device (D) is a burden related to the affiliation of the transfer device (D). A transfer communication method characterized by: