SU768004A1 - Automatic telephone exchange for communication with movable users - Google Patents

Description

This invention relates to telephone communications and can be used in automatic telephone exchanges.

A known automatic telephone station for communicating with mobile 5 subscribers, containing subscriber telephone sets connected via line sets to a switching node connected to registers and station sets, as well as an operating unit, the first inputs and outputs of which are connected respectively with control outputs and inputs of linear sets, the second input and the second control inputs n (this unit is connected to the control outputs and register inputs, and the third inputs and outputs are equal to eye are respectively connected with the control output and the control input 20 of station sets, and a fourth input and a fourth output of the control block are respectively connected to the control gatsim output and a control input la kommutatsionnogy narrow 25 1..

However, in a known automatic telephone station, considerable time is required to search for mobile subscribers .30

The purpose of the invention is to reduce the time searching for mobile subscribers.

The goal is achieved by introducing a connection unit, an individual subscriber number receiver and an operative storage unit into the well-known background cart station for mobile subscribers, the first input of the connection unit connected to the additional outputs of the linear ULHE sets, the first output of the connection unit connected through the receiver Individual bHOfo rooms; subscribers to the first input of the operating unit, the second of which is connected to the second output of the connection unit and the fifth output of the control unit, the sixth output of which is connected to the second input of the connection unit, and the third input of the operating memory of the unit is connected to the auxiliary output of the switching node and the output of the operational storage unit is connected to the input of the control unit there.

The drawing shows a structural electrical circuit of the proposed device.

The automatic telephone station for communication with mobile subscribers contains control unit 1, switching node 2, linear sets 3 station sets 4, registers 5, subscriber telephones 6, random access memory unit 7 OZB, connection block 8 and receiver 9 of individual subscriber number In addition, the automatic telephone station contains blocks 10 for reading and transmitting data. The automatic telephone station operates as follows. Each subscriber is provided with a named ZhetbNom, in which the individual number of this subscriber is recorded by perforation, magnetic, photographic or otherwise. Upon entering the premises of any subscriber station, the subscriber inserts his own personal token into the cassette of block 10. At the same time, a corresponding signal is sent to the PBX. The connection unit 8 connects the linear set 3, corresponding to this subscriber-item, with the input of the receiver 9, after which the data of the individual subscriber number transmitted by the unit 10 is transmitted through the receiver 9 to the first address input of the operational memory of the following unit 7 of the OEV7 OiloBpeSillWrTir control unit 1 or from the connection block 8 to the information input Oz5 7 — the subscriber’s subscriber’s subscriber’s number is received. Thus, the subscriber’s number, in which the subscriber, the owner of the cell, is recorded, is written into the cell Dz 7, and The address of which corresponds to the individual number of the subscriber. Upon leaving the subscriber station, the subscriber re-inserts his nominal token into the cassette of block 1 (or removes his token from the cassette) (P) and this from the OZB cell 7 corresponding to the individual number of the subscriber erases the subscriber number. Several nominal tokens can be inserted into the cassette of each block 1, and the number of this subscriber's point is recorded with the whole of OZB 7, the addresses of which correspond to the in-line locker inserted into the inserted personal tokens. When dialing the individual number of the required subscriber, information about nab | The first subscriber number 2 is sent to the second address input of the CALL 7 through Coca's 1Standard node 2, and as a result, from the cell storage address that corresponds to the dialed individual number, the SSH subscriber number (T1: iWthI) is entered into it. l subscriber. This number aiSdffflificiKoro item through informational stiktiA OZB 7 enters the control unit 1

Claims (1)

768004 as a result of the influence of the control unit 1, the switching node 2 with the SEW station sets 4 connects the calling subscriber with the subscriber station where yes: the moment is the required subscriber. In this way communication with the mobile subscriber is established. When dialing a subscriber number, the data of the dialed number is perceived by one of the registers 5 and delivered to the control unit 1, under the influence of which the switching node 2, with the help of station sets 4, connects the calling subscriber with the required subscriber station. The introduction of new blocks and corresponding communications allows to reduce the time spent by subscribers on finding and establishing communication with mobile PBX subscribers. An automatic telephone station for communication with mobile subscribers, comprising subscriber telephone sets connected via line sets to a switching node connected to registers and station sets, as well as a control unit, the first inputs and outputs of which are connected respectively to control outputs and the inputs of the linear sets, the second inputs and the second outputs of the control unit are connected respectively to the control outputs and inputs of the registers, and the third inputs and outputs, control The control unit outputs are connected to the control outputs and the control inputs of the station sets, the fourth input and the fourth output of the control unit are connected to the control output and control input of the switching node, respectively, in order to reduce the search time subscribers, a connection block, a receiver of an individual subscriber number and an operational memory block are entered, the first input of the connection block is connected to the additional outputs of linear sets, The left output of the connection unit is connected through the receiver of an individual subscriber number to the first input of the operational memory, its unit, the second input of which is connected to the second output of the connection unit and the fifth output of the control unit, the sixth output of which is connected to the second input of the connection unit, and the third operational input the storage unit is connected to the additional output of the switching node, and the output of the operational storage unit is connected to the fifth input of the control unit.  Sources of information taken into account during the examination 1. Prager E., Trika J. Electronic telephone stations. M., Holy Hail 1976, p. 173-175 (prototype).