System for transmitting general talkie of digital subscriber line

[Detailed Description of the Invention]

When an obstacle generates the present invention in a subscriber's line, a member Terminal equipment side, etc. in TDi Changing stool which stores a digital member, Drawing 1 of a mail arrival free talkie sending-out method which notifies a dispatch member of that obstacle situation for nothing is a block diagram showing this conventional kind of mail arrival free talkie sending-out circuit. Announcement machine 1 is accumulating messages, such as an obstacle situation, and they are induction type distribution dispatch device 2 and guidance J (constituted so that it may send out to subscriber line #0~#n by formula distribution receiving set 3 course.) about that by a continuation talkie. The diode is inserted and the trip of the distribution circuit 4 by the side of a subscriber's line is carried out by the loop formed by this diode during the call at the time of mail arrival. If a switchboard has a call back response, it will form the telephone call path of a dispatch member and a mail arrival member, it supervises the existence of a mail arrival member's loop by notice wrong, and, in loop Yes, performs fee collection processing to a dispatch member. In a talk state, since diode ° shown in Drawing 1 does not serve as a loop, even if it is a talk state, fee collection processing of it is not carried out to a dispatch member. Thus, by the conventional exchange method, since inbound connection is possible only by inserting a diode in the subscriber circuit side, even if there is Incoming call at random, normal inbound connection can be performed to each subscriber circuit. However, for the sequence of operation at the time of inbound connection raising various Service and the reliability of exchange operation etc., When exchange of signal information was needed between a switchboard and a terminal unit, by the conventional exchange method, there was a fault that connection operation could not be performed to the subscriber circuit side to Incoming call which occurs at random. A call-data signal and an inbound connection information signal apply the present invention to the digital subscriber's line which uses a transfer To car To digital member signal method on the same line, The signal for inbound connection which occurs for every definite period of time uniformly to a plurality of Incoming call which occur at random is sent out, following the sequence of inbound connection about A call which newly Eyebrow(ed) at the time -- already -- a talk state and - it is in providing a dispatch member with the digital subscriber's line-Equality talkie sending-out method which was made to carry out Todoroki of the continuation talkie, acting as an intermediary and making it not influence to Incoming call. In the mail arrival free talkie sending-out method with which the digital subscriber's line-Equality talkie sending-out method by the present invention notifies the digital subscriber's line obstacle in the switchboard which stores a digital member, etc. in order to achieve the above-mentioned object, The announcement machine which repeats and sends out a digitization To it It was message in order to notify the above-mentioned digital subscriber's line obstacle etc., A reverse training pattern generator which outputs a reverse training pattern signal required for the sequence of inbound connection, A control device which stops the above-mentioned message by which a repetition output is carried out for every definite period of time, and outputs the above-mentioned reverse training pattern signal, it is provided in each digital subscriber circuit side, and without generating interference between each digital subscriber's line, the message and reverse training pattern signal which are outputted from the above-mentioned control device are constituted from a surroundings lump prevention circuit relayed to each digital subscriber's line, and it comes out. According to the above-mentioned composition, the object of the present invention can be achieved completely. Hereinafter, with reference to drawings, the present invention is explained in more detail. Drawing 2 is a block diagram showing one example of the digital subscriber's line-Equality talkie sending-out method by the present invention. As for the output of Contact 1 Reading, il+', and control device 7, announcement machine 5 and reverse training pattern generator 6 are connected to control device 7 via distribution circuit 8 at digital subscriber's line #0~#n. Announcement machine 5 operates so that it may continue sending out continuously the talkie signal by which digital signal transformation was carried out. Reverse training pattern generator 6 outputs the same signal as reverse tray Ningpata r A used between a subscriber circuit (OOU is called hereafter), or a switchboard and an office circuit termination circuit (D8U is called hereafter) at the time of inbound connection. Control device 7 changes the continuation talkie sound from this announcement machine 5, and the reverse tray Ninno turn signal from reverse tray Ninno turn generator 6 for every definite period of time, and sends them out to distribution circuit 8. It distributes each the continuation talkie sound from control device 7, and a reverse training pattern signal to 000, preventing the mutual interference between distribution circuit 8 Over 000. At the time of the obstacle of a device etc., the continuation talkie accumulated in announcement machine 5 is a message which notifies the obstacle situation or recovery prospective time, and repeats and sends out the message in the end of subscriber's line - or Subscriber prostitution. The reverse training pattern signal which occurs with reverse training pattern generator 6 is a reply signal corresponding to training pattern l from OOU, and training pattern 2 from a switchboard, as shown in Drawing 3, As for a response of as opposed to reverse training pattern 1 and a switchboard in the response to 00U, reverse tray Ninno turn 2 is used. A reverse training pattern signal required for the inbound connection sequence from the continuation talkie from Controller fft7 Over announcement machine 5 and reverse training pattern generating Purchasing 6 is received, having a circuit which sets up the timing which sends out the timing for 06U and communication, the timing for communication with a switchboard, and a continuation talkie -- a signal applicable by the time according to Si and its timing is outputted. Since the set period of timing is mainly decided by mail arrival and timing in the sequence of Procrastination and it is very short time compared with audible Frequency of continuation talkie sound, Time which is not felt for a continuation talkie listener even if the marks end of the continuation talkie is carried out and it sends out a reverse training pattern is set up. Distribution circuit 8 is a circuit from which the continuation talkie sound containing the reverse training pattern from Control rack@7 is relayed to OOU, and in order to prevent mutual interference between OOU(s) and to increase the multi-number of OOU(s), Amp amplifier Si composition of it is carried out. As mentioned above, as explained in detail, in the present invention, a signal for inbound connection is changed and sent out to a continuation talkie signal for every definite period of time. therefore -- receiving many circuits, without forming an each auto-answering device to Incoming call which occurs at random -- said -- since the same signal can be sent out to 118, a Digicle subscriber's line-Qi Togi sending-out method which exceeded in economical efficiency and reliability with a good electrical property is realizable.

[Brief Description of the Drawings]

no less than 14 examples, the shown block diagram, and 1 fruit h width 3 figure of the talkie sending-out method at the time of the digital subscriber's line obstacle according [ the block diagram and Drawing 2 in which Drawing 1 shows the talkie sending-out method at the time of the member time hi obstacle since tre ] to the present invention are a figure showing the example of a mail arrival sequence of a digital member signal method. 1, 5 ... Announcement machine 2 ... Induction type distribution dispatch device 3 ... Induction type distribution receiving set 4, 8 ... Distribution circuit (Rotation Si lump prevention circuit) 6 ... Reverse training pattern generator 7 ... System m circuit