JPH038624B2 - - Google Patents
Info
- Publication number
- JPH038624B2 JPH038624B2 JP17159484A JP17159484A JPH038624B2 JP H038624 B2 JPH038624 B2 JP H038624B2 JP 17159484 A JP17159484 A JP 17159484A JP 17159484 A JP17159484 A JP 17159484A JP H038624 B2 JPH038624 B2 JP H038624B2
- Authority
- JP
- Japan
- Prior art keywords
- emergency call
- calling party
- relay
- caller
- party number
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired
Links
- 230000005540 biological transmission Effects 0.000 claims description 4
- 230000004913 activation Effects 0.000 claims description 3
- 101100041592 Rattus norvegicus Slc40a1 gene Proteins 0.000 description 6
- 238000010586 diagram Methods 0.000 description 4
- 241000083652 Osca Species 0.000 description 3
- 239000003990 capacitor Substances 0.000 description 3
- 230000010355 oscillation Effects 0.000 description 3
- 102100022928 DNA repair protein RAD51 homolog 1 Human genes 0.000 description 2
- 101000620735 Homo sapiens DNA repair protein RAD51 homolog 1 Proteins 0.000 description 2
- 230000000903 blocking effect Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000002427 irreversible effect Effects 0.000 description 1
- 238000012544 monitoring process Methods 0.000 description 1
Classifications
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M3/00—Automatic or semi-automatic exchanges
- H04M3/60—Semi-automatic systems, i.e. in which the numerical selection of the outgoing line is under the control of an operator
- H04M3/64—Arrangements for signalling the number or class of the calling line to the operator
Description
【発明の詳細な説明】
（技術分野）
本発明は電話交換機における緊急通報（警察
署、消防署）回線への発呼者番号送出方式に関す
るものである。DETAILED DESCRIPTION OF THE INVENTION (Technical Field) The present invention relates to a system for transmitting a calling party number to an emergency call (police station, fire station) line in a telephone exchange.
（従来技術）
従来の電話交換機における緊急通報回線の接続
の一例を第１図に示す。(Prior Art) An example of the connection of an emergency call line in a conventional telephone exchange is shown in FIG.
図中SUBは発呼者、NWはネツトワーク、
ORTは発呼者SUBからのダイヤルパルスを受信
する発信レジスタトランク、Ａは発呼者SUBを
監視するリレー、Aa〜Acは前記リレーＡの接
点、HDは緊急通報回線へ起動をかけるリレー、
Ｅ，CSは緊急通報台（以下台と云う）からの起
動完了監視リレー、CSa、Eaは前記リレーの接
点、Ｂは起動受信リレー、Baは前記リレーの接
点、SWは台で応答時に操作するスイツチ、LN
は台への着信を表示するランプ、１は緊急通報用
トランク（以下FPTという）、２は台を示す。 In the diagram, SUB is the calling party, NW is the network,
ORT is an originating register trunk that receives dial pulses from the calling party SUB, A is a relay that monitors the calling party SUB, Aa to Ac are contacts of the relay A, HD is a relay that activates the emergency call line,
E and CS are activation completion monitoring relays from the emergency call stand (hereinafter referred to as the stand), CSa and Ea are the contacts of the relays, B is the start reception relay, Ba is the contact of the relay, and SW is operated at the stand when responding. Switch, LN
1 indicates the emergency call trunk (hereinafter referred to as FPT), and 2 indicates the unit.
図において、いま発呼者SUBが緊急通報要求
番号、例えば“IXY”をダイヤルすると、発信
レジスタトランクORTが、このダイヤルパルス
を受信し、図示していない中央制御装置の制御に
よりFPT１が発呼者SUBと接続され、地気−リ
レーA1−2−ネツトワークNW−発呼者SUB−ネ
ツトワークNW−リレーA3-4−−48Vのルートに
よりFPT１のリレーＡが動作する。したがつて、
リレー接点Acの動作により走査装置TSCN（図示
せず）へ表示を行い、発呼者SUBの監視を行う。
また、リレーＡの動作により−48V−リレーHD
−リレー接点Aa（メーク）リレーＢ−地気のルー
トで台２へ起動をかけ、リレーＢが動作し、地気
−リレー接点Ba−ランプLN−−48Vのルートに
よりランプLNが点火し、台２の扱者に対して緊
急通報呼の着信が知らせる。 In the figure, when the caller SUB dials an emergency call request number, for example "IXY", the originating register trunk ORT receives this dial pulse, and under the control of a central controller (not shown), FPT1 Connected to SUB, relay A of FPT1 operates according to the route: ground air - relay A 1 - 2 - network NW - calling party SUB - network NW - relay A 3-4 - 48V. Therefore,
The operation of the relay contact Ac produces an indication on the scanning device TSCN (not shown) to monitor the calling party SUB.
In addition, due to the operation of relay A, -48V - relay HD
- Relay contact Aa (make) Relay B - Activates the base 2 through the ground air route, relay B operates, and the lamp LN ignites through the ground air - relay contact Ba - lamp LN - 48V route, and the base The person in charge of 2 will be notified of the arrival of an emergency call.
次に、台２の扱者は緊急通報呼に対してスイツ
チSWを操作して応答すると、地気−スイツチ
SW−リレー接点Ab（メーク）−リレーCS−−
48VのルートによりリレーCSが動作する。続い
てリレー接点CSaによりリレーＥが動作し、図示
しない走査装置TSCNへの表示を行い台側の監視
を行うと共に、発呼者SUBと台２の扱者が通話
を行う。 Next, the operator of machine 2 responds to the emergency call by operating the switch SW, and then
SW - Relay contact Ab (make) - Relay CS - -
The relay CS is activated by the 48V route. Subsequently, relay E is operated by relay contact CSa, displays on the scanning device TSCN (not shown) and monitors the stand side, and the caller SUB and the operator of stand 2 communicate with each other.
しかし、警察署や消防署への緊急通報呼は非常
事態の場合の通報呼であり、一刻を競つているの
で、発呼者は精神的に動揺しており、話の内容が
支離滅裂となり、刻々と時間が過ぎて行く。まし
て火災や人命に及ぶ緊急事態の通報においては、
発呼者SUBと台２の扱者が前記のような状態の
ため、発呼者SUBから住所を聞き出すことがで
きず、取り返しのつかない事態に発展することが
多い。 However, emergency calls to police stations and fire stations are calls for emergencies, and every second counts, so the caller is mentally disturbed, and their speech becomes incoherent, and the caller's speech is incoherent and the caller's voice is incoherent. Time passes. Especially when reporting a fire or other life-threatening emergency situation.
Because the caller SUB and the person handling the machine 2 are in the above-mentioned state, it is impossible to obtain the address from the caller SUB, which often leads to an irreversible situation.
（発明の目的）
本発明は、以上のような従来の問題点を解決す
るため発呼者番号送出装置により発呼者番号（発
呼者の電話番号）を台へ自動的に送出する発呼者
番号送出方式を提供することを目的とするもので
ある。(Purpose of the Invention) In order to solve the above-mentioned conventional problems, the present invention provides a call originating system in which a calling party number (phone number of the calling party) is automatically sent to the machine by a calling party number sending device. The purpose of this is to provide a system for transmitting personal identification numbers.
（発明の構成）
上記目的のため本発明は電話交換機において、
発呼者番号を送出する発呼者番号送出装置を設
け、また緊急通報台には発呼者番号を受信する受
信回路と、応答信号を返送する発振回路を具備し
た装置を設けておき、発呼者からの緊急通報呼に
おいて緊急通報用トランクと発呼者番号送出装置
がネツトワークを介して接続され、緊急通報用ト
ランクから緊急通報台へ起動を行い、緊急通報台
からの起動完了信号を受信後、発呼者番号送出装
置から発呼者番号を送出し、緊急通報台は前記発
呼者番号を受信後、緊急通報台の扱者応答による
応答信号を交換機側に送出し、交換機では前記信
号を受信し、発呼者と緊急通報台の扱者が通話に
入るようにしたもので、従来の緊急通報回線では
実施できなかつた緊急通報台への発呼者番号送出
ができるようにしたものである。(Structure of the Invention) For the above purpose, the present invention provides a telephone exchange with the following features:
A calling party number transmitting device is installed to transmit the calling party number, and the emergency call desk is equipped with a device equipped with a receiving circuit to receive the calling party number and an oscillating circuit to return a response signal. When an emergency call is made by a caller, the emergency call trunk and the calling party number transmitting device are connected via the network, and the emergency call trunk activates the emergency call console, and the emergency call console sends a activation completion signal. After receiving the caller number, the calling party number is sent from the calling party number transmitting device, and after the emergency call desk receives the calling number, it sends a response signal based on the response from the operator of the emergency call desk to the exchange side. When the signal is received, the caller and the person operating the emergency call desk can enter into a conversation, making it possible to send the caller's number to the emergency call desk, which was not possible with conventional emergency call lines. This is what I did.
（実施例）
以下本発明の一実施例を図面により詳細に説明
する。(Example) An example of the present invention will be described in detail below with reference to the drawings.
第２図は本発明発呼者番号送出方式の一実施例
を示す回路図で、第１図と同じ機能を有する部分
には同一の参照符号を付した。図において、３は
発呼者番号を送出する発呼者番号送出装置（以下
ID装置という）、RBTは台２の扱者が応答するま
で発呼者SUBに呼出音を聞かせる呼出音トラン
ク、Ｓ、Ｔは図示していない継電器駆動装置RC
により駆動されるリレー、Sa、Sb及びTa、Tb
は前記リレーＳ及びＴの接点、L0〜L3、H0〜
H2は図示していない信号分配装置SDから制御さ
れるリレー、L0a〜L3a、H0a〜H2aは前記リレ
ーL0〜L3、H0〜H2の接点、ＬはFPT１と閉回
路を構成するリレー、OSCAは発呼者番号を送出
する発振器、Ca，Cb，Cc，Cdは直流阻止用コン
デンサ、RECAは台２からの応答信号を受信する
受信器、Bb，Bc，Bdは起動受信リレーＢの接
点、ANは扱者のスイツチ操作により作動するリ
レー、ANa、ANbは前記ANリレーの接点、Ｒ
は発呼者番号を受信したことを確認するリレー、
Raは前記リレーＲの接点、RECBは発呼者番号
を受信する受信回路、OSCBは台２から発呼側へ
応答信号を送出する発振回路である。 FIG. 2 is a circuit diagram showing an embodiment of the calling party number transmission system of the present invention, in which parts having the same functions as those in FIG. 1 are given the same reference numerals. In the figure, 3 is a calling party number transmitting device (hereinafter referred to as
ID device), RBT is a ringing trunk that lets the caller SUB hear the ringing tone until the operator of unit 2 answers, and S and T are relay drive units RC (not shown).
Relay driven by Sa, Sb and Ta, Tb
are the contacts of the relays S and T, L0~L3, H0~
H2 is a relay controlled by a signal distribution device SD (not shown), L0a to L3a and H0a to H2a are contacts of the relays L0 to L3 and H0 to H2, L is a relay that forms a closed circuit with FPT1, and OSCA is a The oscillator that sends out the calling number, Ca, Cb, Cc, and Cd are the DC blocking capacitors. Relays that are activated by the operator's switch operation, ANa and ANb are the contacts of the AN relay, R
Relay to confirm that caller ID has been received,
Ra is a contact of the relay R, RECB is a receiving circuit that receives the calling party number, and OSCB is an oscillation circuit that sends a response signal from the base 2 to the calling party.
このような構成において緊急通報回線への発呼
者番号送出動作について説明する。 The operation of transmitting the calling party number to the emergency call line in such a configuration will be explained.
先ず、発呼者SUBが緊急通報要求番号、例え
ば“1XY”をダイヤルすると発信レジスタトラ
ンクORTが、このダイヤルパルスを受信し、図
示されない中央制御装置の制御により発呼者
SUBと呼出音トランクRBTが接続され、呼出音
を発呼者SUBに送出すると共に発呼者SUBの監
視を行う。また、FPT１がネツトワークNWを
介して地気リレーA1−2−ネツトワークNW−リ
レーＬ−ネツトワークNW−リレーA3-4−−48V
のルートによりID装置３と接続され、リレーＡ
が動作する。リレーＡの動作により台２へ起動を
かける。また、−48V−リレーHD−リレー接点
Aa（メーク）−台２のリレーＢ−地気のルートに
よりリレーＢが動作する。リレーＢの動作により
地気−リレー接点Bd−リレー接点Ab−リレーCS
−−48VのルートでリレーCSが動作する。した
がつてリレー接点CSaによりリレーＥが動作し、
リレー接点Eaにより図示しない走査装置TSCN
に表示を行い、起動完了信号が受信されたことを
中央制御装置（図示せず）に知らせる。それによ
つて図示していない継電器駆動装置RCからリレ
ーＴを動作させ、さらに図示していない信号分配
装置SDから発呼者番号に該当するリレーL0〜
L3、H0〜H2を動作させる。したがつてリレー接
点Ta、Tb、L0a〜L3a、H0a〜H2aにより発振
器OSCAから発呼者番号を該当する周波数が送出
され、コンデンサCc，Cd−ネツトワークNW−
FPT１のコンデンサCa、Cb−リレー接点ANa、
ANb−リレー接点Bb、Bc−受信回路RECBのル
ートにより受信回路RECB発呼者番号を受信し、
発呼者番号を扱者にデイスプレイ等により表示す
る。 First, when the calling party SUB dials an emergency call request number, e.g.
The SUB and the ring trunk RBT are connected to transmit a ring tone to the calling party SUB and to monitor the calling party SUB. In addition, FPT1 connects ground air relay A 1 - 2 - network NW - relay L - network NW - relay A 3-4 - -48V via network NW.
is connected to ID device 3 through the route of relay A.
works. The operation of relay A activates platform 2. Also, -48V - Relay HD - Relay contact
Aa (make) - Relay B on platform 2 - Relay B operates according to the earth air route. Due to the operation of relay B, earth air - relay contact Bd - relay contact Ab - relay CS
−Relay CS operates on the 48V route. Therefore, relay E is operated by relay contact CSa,
Scanning device TSCN (not shown) via relay contact Ea
to notify the central controller (not shown) that the start-up completion signal has been received. Thereby, relay T is operated from relay drive device RC (not shown), and relay L0 to corresponding to the calling party number is operated from signal distribution device SD (not shown).
Operate L3, H0~H2. Therefore, relay contacts Ta, Tb, L0a~L3a, H0a~H2a send out a frequency corresponding to the calling party number from the oscillator OSCA, and capacitors Cc, Cd - network NW -
FPT1 capacitor Ca, Cb - relay contact ANa,
ANb - Relay contact Bb, Bc - Receiving circuit RECB receives the calling party number through the route of receiving circuit RECB,
The calling party number is displayed to the operator on a display or the like.
次に発呼者番号が正常に受信されたことを確認
するとリレーＲが動作し、地気−リレー接点Ra
−ランプLN−−48VによりランプLNが点灯し、
台２の扱者に緊急通報着呼が着信したことを知ら
せる。そこで台２の扱者がスイツチSWを操作し
て応答するとリレーANが動作し、その接点
ANa、ANbにより特定周波数の応答信号が発振
回路OSCBから送出される。前記応答信号を受信
器RECAで受信すると図示しない走査装置TSCN
に送出する。中央制御装置（図示せず）はこの走
査装置TSCN表示を読み取り発呼者SUBを呼出
音トランクから切離し、FPT１に接続替えを行
い、発呼者SUBと台２の扱者が通話する。 Next, when it is confirmed that the calling party number has been received normally, relay R is activated, and the earth air - relay contact Ra is activated.
−Lamp LN−−48V turns on lamp LN,
Notify the operator of machine 2 that an emergency call has arrived. Therefore, when the operator of machine 2 responds by operating the switch SW, the relay AN operates, and its contacts
A response signal of a specific frequency is sent out from the oscillation circuit OSCB by ANa and ANb. When the response signal is received by the receiver RECA, the scanning device TSCN (not shown)
Send to. A central controller (not shown) reads this scanner TSCN indication, disconnects the calling party SUB from the ringer trunk and reconnects it to FPT1, so that the calling party SUB and the operator at machine 2 can talk.
（発明の効果）
以上詳細に説明したように本発明によれば電話
交換機において発呼者番号送出装置を設け、ネツ
トワークを介して緊急通報用トランクと接続し、
緊急通報台に発呼者番号受信回路及び応答信号を
送出する発振回路を設けることにより既存の緊急
通報用トランクを改造することなく、発呼者番号
を緊急通報台へ送出することが可能となり、平常
心を失つた発呼者が緊急通報台の扱者に対して発
呼者の住所を通話できなくても、前記発呼者番号
を受信することにより発呼者番号をデイスプレイ
等に表示できるので、緊急通報台の扱者は発呼者
番号から発呼者の住所を調べることができる効果
がある。(Effects of the Invention) As described above in detail, according to the present invention, a calling party number sending device is provided in a telephone exchange, and is connected to an emergency call trunk via a network.
By providing the emergency call desk with a calling number receiving circuit and an oscillation circuit that sends out a response signal, it becomes possible to send the calling number to the emergency call stand without modifying the existing emergency call trunk. Even if a caller who has lost his composure is unable to tell the caller's address to the person handling the emergency call desk, the caller number can be displayed on a display etc. by receiving the caller number. Therefore, the person operating the emergency call desk has the advantage of being able to find out the address of the caller from the caller number.
第１図は従来の緊急通報回線の一例を示す回路
図、第２図は本発明発呼者番号送出方式の一実施
例を示す回路図である。
SUB……発呼者、NW……ネツトワーク、
ORT……発信レジスタトランク、RBT……呼出
音トランク、RECA……受信器、OSCA……発振
器、RECB……受信回路、OSCB……発振回路、
LN……ランプ、１……緊急通報用トランク、２
……緊急通報台、３……発呼者番号送出装置。
FIG. 1 is a circuit diagram showing an example of a conventional emergency call line, and FIG. 2 is a circuit diagram showing an embodiment of the calling party number transmission system of the present invention. SUB...Calling party, NW...Network,
ORT...outgoing register trunk, RBT...ringing trunk, RECA...receiver, OSCA...oscillator, RECB...receiving circuit, OSCB...oscillator circuit,
LN... Lamp, 1... Emergency call trunk, 2
...Emergency call desk, 3...Caller number transmission device.
Claims (1)
発呼者番号送出装置と、発呼者番号を受信する受
信回路と、応答信号を送出する発振回路を具備し
た緊急通報台を設けておき、発呼者からの緊急通
報呼において緊急通報用トランクと発呼者番号送
出装置がネツトワークを介して接続され、緊急通
報用トランクから緊急通報台へ起動を行い、緊急
通報台からの起動完了信号を受信後、発呼者番号
送出装置から発呼者番号を送出し、緊急通報台は
前記発呼者番号を受信後、緊急通報台の扱者応答
による応答信号を交換機側に送出し、交換機では
前記信号を受信して発呼者と緊急通報台の扱者が
通話に入ることを特徴とした発呼者番号送出方
式。1. An emergency call desk equipped with a calling party number transmitting device for transmitting a calling party's number, a receiving circuit for receiving the calling party's number, and an oscillating circuit for transmitting a response signal is installed in the telephone exchange; When an emergency call is made by a caller, the emergency call trunk and the calling party number transmitting device are connected via the network, and the emergency call trunk activates the emergency call console, and the emergency call console sends a activation completion signal. After receiving the caller number, the calling party number is sent from the calling party number transmitting device, and after the emergency call desk receives the calling number, it sends a response signal based on the response from the operator of the emergency call desk to the exchange side. A calling party number transmission system characterized in that upon receiving the signal, the calling party and an emergency call desk operator enter into a conversation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP17159484A JPS6150455A (en) | 1984-08-20 | 1984-08-20 | Caller number transmission system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP17159484A JPS6150455A (en) | 1984-08-20 | 1984-08-20 | Caller number transmission system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS6150455A JPS6150455A (en) | 1986-03-12 |
| JPH038624B2 true JPH038624B2 (en) | 1991-02-06 |
Family
ID=15926053
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP17159484A Granted JPS6150455A (en) | 1984-08-20 | 1984-08-20 | Caller number transmission system |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS6150455A (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5529583B2 (en) | 2010-02-26 | 2014-06-25 | マニー株式会社 | Dental root canal treatment instrument and manufacturing method thereof |
-
1984
- 1984-08-20 JP JP17159484A patent/JPS6150455A/en active Granted
Also Published As
| Publication number | Publication date |
|---|---|
| JPS6150455A (en) | 1986-03-12 |
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