JPH0350996A - Talking service system - Google Patents

Talking service system

Info

Publication number
JPH0350996A
JPH0350996A JP1184728A JP18472889A JPH0350996A JP H0350996 A JPH0350996 A JP H0350996A JP 1184728 A JP1184728 A JP 1184728A JP 18472889 A JP18472889 A JP 18472889A JP H0350996 A JPH0350996 A JP H0350996A
Authority
JP
Japan
Prior art keywords
call
mobile phone
class
fixed wireless
wireless station
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.)
Pending
Application number
JP1184728A
Other languages
Japanese (ja)
Inventor
Hajime Takita
滝田 肇
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Iwatsu Electric Co Ltd
Original Assignee
Iwatsu Electric Co Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Iwatsu Electric Co Ltd filed Critical Iwatsu Electric Co Ltd
Priority to JP1184728A priority Critical patent/JPH0350996A/en
Publication of JPH0350996A publication Critical patent/JPH0350996A/en
Pending legal-status Critical Current

Links

Classifications

    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04MTELEPHONIC COMMUNICATION
    • H04M11/00Telephonic communication systems specially adapted for combination with other electrical systems
    • H04M11/02Telephonic communication systems specially adapted for combination with other electrical systems with bell or annunciator systems
    • H04M11/022Paging systems

Landscapes

  • Mobile Radio Communication Systems (AREA)

Abstract

PURPOSE:To set a line of interrupt emergent talking of a VIP telephone call even when a fixed radio station is busy without complicated constitution by providing a search receiver to the fixed radio station, receiving a call of other portable telephone set during talking and applying forced interrupt connection or the like based on required analysis result. CONSTITUTION:A search receiver is provided to a fixed radio station FRS connecting to a public line and a wired telephone set via a private branch exchange PBX and a radio system controller or the like. When the search receiver of the radio station FRS in busy state connecting to a portable telephone set PTEL in the area receives a call from the telephone set PTEL not busy, the analysis comparing the caller class, call request class and talking class or the like with those during communication at present is implemented and the interrupt speech or urgent speed for predetermined VIP is set without large sized configuration.

Description

【発明の詳細な説明】 (発明の属する技術分野) 本発明は携帯電話システムにおいて、VIP又は緊急の
通話を実現するための通話サービス方式%式% ) あるサービスエリア内で何処に移動しても発信。
[Detailed description of the invention] (Technical field to which the invention pertains) The present invention provides a call service method for realizing VIP or emergency calls in a mobile phone system. Outgoing.

着信の処理をして所望の相手との間で通話が行える通信
方式として現在NTTの自動車電話がある。
NTT's car telephone is currently available as a communication system that processes incoming calls and allows conversation with a desired party.

NTTではこのネット−ワークを用いて携帯電話サービ
スも行っている。一方、コードレス電話が普及するに従
い、コードレス電話システムを拡張し、第1図に示すご
ときコードレス電話システムとしての構内携帯電話シス
テムが実現できるようになった。この場合に周波数は2
50/380MHzを使用し、制御チャネルを含め89
チヤネルを有し、空中線電力10mWの小電力を用いた
複信のサービス半径50m程度の小ゾーン方式である。
NTT also provides mobile phone services using this network. On the other hand, as cordless telephones have become more widespread, cordless telephone systems have been expanded, and it has become possible to realize a local mobile telephone system as a cordless telephone system as shown in FIG. In this case the frequency is 2
89 using 50/380MHz including control channel
It is a small zone system with a duplex service radius of about 50 m using a small antenna power of 10 mW.

このシステムは、無線系制御装置、固定無線局、携帯電
話機からなる。この構成の各要素を簡単に説明する。
This system consists of a radio control device, a fixed radio station, and a mobile phone. Each element of this configuration will be briefly explained.

携帯電話機(P置):無線回線にて固定無線局を経由し
無線系制御装置にアクセスし、位置登録を自動的に行う
機能を有する。携帯電話機の移動に伴い別の固定無線局
へ位置登録する必要がある場合には、無線系制御装置に
アクセスし、位置登録の変更を行う機能を有する。発着
呼動作は、サービスエリア内の任意の場所から可能であ
る。
Mobile phone (P): Has the function of accessing a wireless system control device via a fixed wireless station via a wireless line and automatically registering its location. If it is necessary to register the location with another fixed wireless station as the mobile phone moves, it has the function of accessing the wireless system control device and changing the location registration. Call operations can be made from any location within the service area.

固定無線局(FR3):無線系制御装置からの下り信号
を無線電波に変換し、携帯電話機に送信することで着信
呼び出し並びに通話を行うことができる。一方、携帯電
話機からの上りの無線波信号を受信・復調し、有線で無
線系制御装置に伝送することで発信動作並びに発信によ
る通話を行うことができる。
Fixed radio station (FR3): Converts downlink signals from a radio system control device into radio waves and transmits them to a mobile phone, allowing incoming calls and telephone conversations. On the other hand, by receiving and demodulating the upstream radio wave signal from the mobile phone and transmitting it via wire to a wireless system control device, it is possible to perform an outgoing operation and make a call.

無線系制御装置(RCE):無線系制御装置は携帯電話
機の所在位置の電波ゾーンをカバーする固定無線局とそ
の携帯電話機と1対1の対応関係にある構内交換装置P
ABX内線とを発信着信時に接続し通話路を形成する装
置である。
Radio system control equipment (RCE): The radio system control equipment is a fixed wireless station that covers the radio wave zone where the mobile phone is located, and a private branch exchange P that has a one-to-one correspondence with the mobile phone.
This is a device that connects to an ABX extension line when making or receiving a call to form a communication path.

このように身近に携帯電話システムが実現できるように
なった。
In this way, mobile phone systems have become readily available.

−aに固定無線局は1組の送信機・受信機をもち、その
サービスエリア内の1つの携帯電話機に対して無線回線
が設定できるようになっている。
-a, the fixed wireless station has one set of transmitter and receiver, and can set up a wireless line to one mobile phone within its service area.

従って、ある1組の固定無線局と携帯電話機で無線回線
が設定され、通話が始まってしまうと、同一サービスエ
リア内の他の携帯電話機は発呼も着呼も全くできないと
いうシステム上の欠点をもっていた。これを避けるため
、固定無線局に複数個の送信機・受信機を用意すること
で問題の解決はするが、経済的ではないという欠点があ
る。
Therefore, once a wireless line is set up and a call begins between a fixed wireless station and a mobile phone, other mobile phones within the same service area cannot make or receive calls at all, which is a system drawback. there was. In order to avoid this, the problem can be solved by providing multiple transmitters and receivers at the fixed wireless station, but this has the drawback of being uneconomical.

又、VIP対策のために、ある固定無線局はVIP専用
とし、一般の携帯電話機の発呼要求には一切応答しない
という効率の悪い使い方をしていた。さらに、着信に対
し割り込みを行わせる方式は全く無く、固定無線局の使
い方において効率の点で問題があった。
Furthermore, in order to accommodate VIPs, certain fixed wireless stations were designated exclusively for VIPs and did not respond to any call requests from general mobile phones, an inefficient way of using the station. Furthermore, there was no method for interrupting incoming calls at all, and there was a problem in terms of efficiency in how fixed wireless stations were used.

(発明の目的) 本発明の目的は、これらの欠点を解決して固定無線局が
塞がっているときにVIPによる割り込み、緊2.の通
話のための無線回線を設定することができる経済的な通
話サービス方式を提供することにある。
(Object of the Invention) The object of the present invention is to solve these drawbacks and prevent interruption by VIP when a fixed wireless station is occupied, emergency 2. The purpose of the present invention is to provide an economical call service method that allows setting up a wireless line for calls.

(発明の構成および作用) 本発明は、この目的を達成するために、本発明の通話サ
ービス方式は固定無線局にサーチ用受信機を設け、ある
携帯電話機と通話中でも同受信機が受信した他の携帯電
話機からの発呼を検知し、その接続要求先番号又は発呼
者番号あるいは特定符号を検知し、又、有線からの着信
では接続先携帯電話番号又は符号を検知し、これらの検
知した番号又は符号を解析することで一定の判断のもと
に通話中の回線に警告を出したり、強制的に切断したり
して回線を早期開放するように督促したり、時には切断
したりすることにより、VIP、緊急時の対応を可能と
し、これにより固定無線局の少ない設置組数で同対応も
可能とするように制御される。
(Structure and operation of the invention) In order to achieve this object, the present invention provides a call service system in which a search receiver is provided at a fixed wireless station, and even when a mobile phone is on a call, the same receiver receives calls. Detects a call from a mobile phone and detects the connection requesting number or calling party number or specific code, and also detects the connected mobile phone number or code in the case of an incoming call from a wired line. Analyzing numbers or codes to issue a warning to a busy line based on a certain judgment, forcibly disconnecting the line to urge the line to be released early, and sometimes disconnecting the line. This enables VIP and emergency response, and is controlled so that the same response can be achieved with a small number of installed fixed wireless stations.

(実施例) 以下図面により本発明の詳細な説明する。(Example) The present invention will be explained in detail below with reference to the drawings.

本発明を説明する上でのハードウェアの基本構成を第1
図に示す。第1図で無線系制御装置は構内交換機PBX
の後に接続してあるが、無線系制御装置RCEに交換機
能を持たせた場合には構内交換機がないときでも同様に
本発明を実施可能である。また、固定無線局FR3は互
いに独立した形になっているが、固定無線局相互間を有
線で接続することにより同様な、また、さらに高速高度
の処理が可能である。
The basic configuration of the hardware for explaining the present invention will be explained first.
As shown in the figure. In Figure 1, the wireless system control device is a private branch exchange PBX.
However, if the wireless system control device RCE is provided with a switching function, the present invention can be implemented in the same way even when there is no private branch exchange. Furthermore, although the fixed radio stations FR3 are independent from each other, similar and even higher speed processing is possible by connecting the fixed radio stations with each other by wire.

無線のサービスエリアであるゾーン構成は第2図に示す
ように、各固定無線局の無線サービスエリアが互いに1
00%ではないにしろオーバーラツプしていることが好
ましい。また、各携帯電話機P置および各固定無線局F
R3は、少な(とも二つの受信機を持ち、通話用とサー
チ用の独立して受信できる2台から構成されている。サ
ーチ用受信機は通話用受信機とは全く独立に動作可能で
あり、通話用受信機が動作中でも独立した動作をする。
The zone configuration, which is the wireless service area, is as shown in Figure 2, where the wireless service area of each fixed wireless station is within one area of each other.
Although it is not 00%, it is preferable that they overlap. In addition, each mobile phone P location and each fixed wireless station F
R3 consists of two receivers, one for calls and one for search, which can receive signals independently.The receiver for search can operate completely independently from the receiver for calls. , operates independently even when the telephone receiver is in operation.

通話断を許容すれば一つの受信機でも可能である。固定
無線局FR8と携帯電話機P置との間の無線回線の制御
チャネルはデータ伝送だけであるが、無線回線の通話用
音声チャネルでは、固定無線局FR3、携帯電話機(P
置)とも通話用の音声以外に音声帯域の下側で例えば1
00bps程度のデータが送信できるものとする。
This is possible even with a single receiver if call interruptions are allowed. The control channel of the wireless line between the fixed wireless station FR8 and the mobile phone (P) is only for data transmission, but the voice channel for communication on the wireless line is between the fixed wireless station FR3 and the mobile phone (P).
In addition to voice for phone calls, for example, 1
It is assumed that data of approximately 00 bps can be transmitted.

有線系は音声信号伝送のほかに付随してデータチャネル
を持ち、通話中でも例えば固定無線局FR3と無線系制
御装置RCE間の、さらに他の固定無線局間のデータの
やり取りが可能である。データチャネルはデジタル化し
た音声に付随するタイプ(例えばl5DNデジタル回線
で言う2B+D)と、通話の妨害になるがアナログ音声
信号をそのまま伝送したり、アナログ音声の帯域外を使
用する場合など種々な方法で実現可能であり、既に公知
である。
The wired system has an accompanying data channel in addition to voice signal transmission, and data can be exchanged between the fixed radio station FR3 and the radio system controller RCE, and between other fixed radio stations, even during a call. There are various types of data channels, such as the type that accompanies digitized voice (for example, 2B+D on the 15DN digital line), and the type that interferes with the call but transmits the analog voice signal as it is, or uses outside the analog voice band. This can be realized by, and is already known.

このような構成において、次のような手順によりすでに
通話中の無線回線を強制切断せしめ、第三者が新しく無
線回線を設定し、通話をすることが可能である。
In such a configuration, it is possible for a third party to set up a new wireless line and make a call by forcibly disconnecting the wireless line that is already in use by the following procedure.

固定無線局FR3は通話時以外常時又は間欠的に携帯電
話機P置に対し位置登録のため報知チャネルで自局の認
識番号(ID番号)と、登録してある携帯電話機番号あ
るいは、今あるレベル以上で受信できる携帯電話機番号
を送信している。
The fixed wireless station FR3 constantly or intermittently sends the identification number (ID number) of its own station and the registered mobile phone number or the current level or higher to the mobile phone P on the broadcast channel to register the location except when making a call. A mobile phone number that can be received is sent.

また、固定無線局FR3は通話中も自局の認識番号(I
D番号)と通話相手の携帯電話機番号と、自己に登録し
た携帯電話機番号あるいは、今あるレベル以上で受信で
きる携帯電話機番号を音声帯域外のデータチャネルで送
出している。固定無線局FR3は送信受信にかかわらず
、t−チ用受信機で制御チャネルのみならず通話チャネ
ルを受信し、携帯電話機の発呼要求、あるレベル以上で
受信できる携帯電話機の番号および同携帯電話機が音声
帯域外で送出している同携帯電話機の受信しているか又
は登録してある固定無線局FR3の認識番号(ID番号
)を受信し、メモリに蓄えている。
Fixed wireless station FR3 also uses its own identification number (I) even during a call.
D number), the mobile phone number of the other party, and the mobile phone number registered with the user or a mobile phone number that can receive reception at a current level or higher, on a data channel outside the voice band. Regardless of whether the fixed radio station FR3 is transmitting or receiving, the T-chi receiver receives not only the control channel but also the communication channel, and receives call requests from mobile phones, mobile phone numbers that can be received above a certain level, and the mobile phone. The identification number (ID number) of the fixed wireless station FR3, which is being received or registered by the mobile phone which is transmitting outside the voice band, is received and stored in the memory.

同じく携帯電話機P置は、通話・非通話に係わらずサー
チ用受信機で固定無線局(FR3)から発せられる位置
登録のための固定無線局認識番号(ID番号)と同固定
無線局に登録してある携帯電話機番号を、また、固定無
線局(例えば、FR3−2)が通話中においては、通話
チャネルにおいて固定無線局FR3−2の認識番号と通
話相手の携帯電話機の番号と同固定無線局に登録された
携帯電話機番号を受信している。また、携帯電話機P置
は通話中に自局の認識番号と通話相手の固定無線局認識
番号、同固定無線局の空き情報と、サーチ用受信機で受
信した今あるレベル以上で受信できる固定無線局認識番
号と、登録してある他の固定無線局認識番号を、音声帯
域以外のデータチャネルで送出している。
Similarly, the mobile phone P is registered with the fixed wireless station identification number (ID number) for location registration issued by the fixed wireless station (FR3) using the search receiver regardless of whether it is making a call or not. In addition, when a fixed wireless station (for example, FR3-2) is in the middle of a call, the identification number of the fixed wireless station FR3-2 and the mobile phone number of the other party on the communication channel must be input to the same fixed wireless station. I have received a mobile phone number registered with . In addition, during a call, the mobile phone P station displays the identification number of the own station, the fixed wireless station identification number of the other party, the availability information of the same fixed wireless station, and the fixed wireless that can be received at the current level or higher received by the search receiver. The station identification number and other registered fixed wireless station identification numbers are being sent on a data channel other than the voice band.

以下第2図を参照しつつ説明する。第2図でFR3は固
定無線局を、P置は携帯電話機を、RCEは無線系制御
装置を示している。例えば携帯電話機P置#1は固定無
線局FR3−,2と通話中でも、通話用以外のサーチ用
受信機で固定無線局FR3−1から送出される報知情報
を受信し、固定無線局FR3−1のサービス圏内にいる
ことを携帯電話機P置#1が知り、携帯電話機P置#1
が通話中、音声帯域外でデータとして通話相手の固定無
線局FR3−2に対し送出しているので、固定無線局F
R3−2は、携帯電話機P置#1が固定無線局FR3−
1のサービス圏内にいることを知ることができる。
This will be explained below with reference to FIG. In FIG. 2, FR3 indicates a fixed radio station, P indicates a mobile phone, and RCE indicates a radio system control device. For example, while mobile phone P station #1 is on a call with fixed radio stations FR3-, 2, it receives broadcast information sent from fixed radio station FR3-1 using a search receiver other than for calls, and Mobile phone P station #1 learns that it is within the service range of mobile phone P station #1.
During the call, the fixed wireless station FR3-2 is sending data outside the voice band to the fixed wireless station FR3-2.
In R3-2, mobile phone P station #1 is fixed wireless station FR3-
You can know that you are within the service area of 1.

第2図で携帯電話機P置#1は固定無線局FR5−2と
接続中である。携帯電話機P置#lと携帯電話機P置#
2は固定無線局FR3−2の同一サービスエリア内にい
るものとする。
In FIG. 2, mobile phone P station #1 is currently connected to fixed radio station FR5-2. Mobile phone P location #l and mobile phone P location #
It is assumed that station number 2 is within the same service area as fixed radio station FR3-2.

また、携帯電話機P置#1は固定無線局FR5−1のサ
ービスエリア内にも属するものとする。
Furthermore, it is assumed that mobile phone P station #1 also belongs to the service area of fixed radio station FR5-1.

固定無線局F RS −2ハ携帯電話11P置#lと通
話が開始されると、通話用の受信機で受信したデータと
して、通話相手の携帯電話機P置#lの電話機番号lを
記憶する。また、固定無線局FR3−2は、携帯電話機
P置#lがサーチ用受信機で収録し、音声帯域外で発す
る携帯電話機P置#1の登録された固定無線局あるいは
現在携帯電話機P置#1が強く受信できる固定無線局F
R3−1の認識番号Aならびに同固定無線局の空き情報
を知ることができる。
When a call is started with the fixed radio station FRS-2's mobile phone 11P location #l, the telephone number l of the mobile phone P location #l of the other party is stored as data received by the receiver for the call. In addition, fixed wireless station FR3-2 is a registered fixed wireless station of mobile phone P station #1 that is recorded by mobile phone P station #1 with a search receiver and emits outside the voice band, or is currently a fixed wireless station of mobile phone P station #1. Fixed wireless station F where 1 can be strongly received
It is possible to know the identification number A of R3-1 and the availability information of the fixed wireless station.

次に、携帯電話機P置#2が固定無線局FR3−2のサ
ービスエリア内で発呼要求する。しかしながら同ゾーン
の親に相当する固定無線局FR3−2が使われているの
で本来は発呼処理が行なえない。本発明ではここで固定
無線局FR3−2の通話以外のサーチ用受信機が携帯電
話機P置#2が発信しようとしているのを知る。次に固
定無線局FR3−2は現在通話中の携帯電話機P置#1
が、固定無線局FR3−2以外と通話可能かどうかをチ
エツクし固定無線局FR3−1と通話可能であることを
知る。
Next, mobile phone P station #2 requests a call within the service area of fixed radio station FR3-2. However, since fixed wireless station FR3-2, which is the parent of the same zone, is being used, call processing cannot normally be performed. In the present invention, the fixed radio station FR3-2's receiver for searching for calls other than calls knows that the mobile phone P station #2 is about to make a call. Next, the fixed wireless station FR3-2 is connected to the mobile phone P station #1 that is currently on the call.
checks whether it is possible to talk to a station other than the fixed radio station FR3-2, and learns that it is possible to talk to a fixed radio station FR3-1.

次に、固定無線局#2は、無線系制御装置RC已に対し
、有線のデータチャネルまたは、音声通話路にて固定無
線局FR3−1宛に接続替えコマンドと同時に、通話中
の携帯電話機P置#1の電話機番号lと、自局の固定無
線局FR3−2の認識番号Bをデータとして送る。これ
を受けた無線系制御装置RCEは、通話中の携帯電話機
P置#1の有線系を保留状態にする。これを送信した固
定無線局FR3−2は、接続中の携帯電話機P置#1に
割込信号と固定無線局FR3−1に接続するためのコマ
ンドを発信し、現在の無線回線を切断し、チャネルを空
き状態にする。
Next, the fixed wireless station #2 sends a connection change command to the fixed wireless station FR3-1 via the wired data channel or voice communication path to the wireless system control device RC, and at the same time sends the mobile phone P It sends the telephone number l of station #1 and the identification number B of its fixed wireless station FR3-2 as data. Upon receiving this, the radio system control device RCE puts the wired system of mobile phone #1, which is currently on the call, on hold. The fixed wireless station FR3-2 that sent this sends an interrupt signal and a command to connect to the fixed wireless station FR3-1 to the connected mobile phone P station #1, disconnects the current wireless line, Leave the channel free.

無線系制御装置RCEからの通話を受けた固定無線局F
R3−1は引き続いて接続要求してくるであろう携帯電
話機P置#1からの信号を優先して待ち受ける。従って
しばらくは他の接続を受は付けない。携帯電話機P置#
2からの無線接続要求を待たせていた固定無線局FR3
−2は直ちに携帯電話機P置#2と無線回線を設定し、
固定無線局FR3−2と携帯電話機P置#2が開通し通
話に入る。同じく携帯電話機P置#1は固定無線局FR
3−1に対し接続要求し固定無線局FR3−1と接続す
る。この状況を固定無線局FR3−1は無線系制御装置
RCEに伝え、携帯電話機P置#1宛への保留を解除し
通話に入る。
Fixed radio station F receives a call from the radio system controller RCE
R3-1 preferentially waits for a signal from mobile phone P station #1 which will subsequently request connection. Therefore, no other connections will be accepted for a while. Mobile phone #
Fixed wireless station FR3 was waiting for a wireless connection request from 2.
-2 immediately sets up a wireless line with mobile phone #2,
Fixed radio station FR3-2 and mobile phone P station #2 enter into an opening call. Similarly, mobile phone P station #1 is a fixed wireless station FR.
A connection request is made to FR3-1, and connection is made to fixed wireless station FR3-1. The fixed radio station FR3-1 informs the radio system control device RCE of this situation, releases the hold for the mobile phone P station #1, and starts a call.

一方携帯電話機装置#lは快適に通話していたが携帯電
話機P置#2の影響を受は一時的に通話断を起こしたが
、−瞬の断の後接続替えが行われ継続して通話が行える
On the other hand, mobile phone device #l was talking comfortably, but due to the influence of mobile phone device #2, the call was temporarily disconnected, but after a momentary disconnection, the connection was changed and the conversation continued. can be done.

このように携帯電話機P置#1と携帯電話機P置#2と
の接続替えが可能となった上記の説明では接続替え先の
固定無線局が空いていた場合であり、特に問題はない。
In the above explanation in which the connection change between mobile phone P station #1 and mobile phone P station #2 becomes possible, the fixed wireless station to which the connection change is made is available, and there is no particular problem.

仮に塞がっていた場合には、このような動作は行えない
。このような場合には、 ■現通話を強制切断して新規要求者の通話路を設ける。
If it were blocked, such operations would not be possible. In such a case, (1) Forcibly disconnect the current call and create a call path for a new requester.

■予告して一定時間後切断する。■Disconnect after a certain period of time with advance notice.

■他の者の発着呼要求があることを警告することにより
、現通話者に終話を督促し、自主切断を期待する。
■By warning that there is a call request from another person, the current caller is urged to end the call and is expected to disconnect voluntarily.

0話中を伝える。Tell me what's going on in episode 0.

の4つのいずれかの選択がある。There are four choices:

通話中に切断するかしないかは一律に処理して良いもの
ではない。従って、電話機番号、特別符号などの種別に
よって、上記の如き処理を行うのが賢明である。
Whether or not to disconnect during a call cannot be uniformly handled. Therefore, it is wise to perform the above processing depending on the type of telephone number, special code, etc.

以下その処理区分例について説明する。An example of the processing classification will be explained below.

ここで、ある固定無線局がある一般者の携帯電話機と通
話中に発信要求又は着信要求などの割り込み要求があり
、かつ、接続替えのための他の固定無線局が塞がってい
るかあるいは固定無線局のサービスエリアが他の固定無
線局のサービスエリアとオーバーラツプせず独立してい
た場合について説明する。
Here, if there is an interruption request such as an outgoing call request or an incoming call request while a certain fixed wireless station is talking to a general person's mobile phone, and other fixed wireless stations for connection change are occupied or the fixed wireless station A case will be explained in which the service area of the fixed wireless station is independent from the service area of other fixed wireless stations without overlapping with them.

まず、割り込みのレベルは3ランクとする。すなわち、
「一般JrVIPJそれに「緊急」とする。「一般」と
l/ I PJは電話番号で区分するのが明確である。
First, the interrupt level is assumed to be 3 ranks. That is,
``General Jr.VIPJ and ``Urgent.'' It is clear that "general" and I/I PJ are distinguished by telephone number.

例えば8000番台ではVIP者の番号とし、それ以外
は「一般」として扱う。
For example, numbers in the 8000 range are treated as VIP numbers, and other numbers are treated as "general" numbers.

又、「緊急」用は電話番号の先頭に「#」をつけた番号
とする。割り込みレベルは「通話者」ならびに「通話相
手者」とする。又、着信などで通話相手が不明な場合に
は「一般」として扱う。さらに、この割り込みについて
は2つあり、1つは「着信」であり、1つは「発信」で
ある。「着信」時には、無線系制御装置RCEに着信が
あると同装置内のメモリを検索し、被着呼の携帯電話機
が登録してある固定無線局をさがし出し、該固定無線局
宛にデータチャネルを通じて着信を伝える。
For "emergency" calls, use a telephone number with "#" added to the beginning of the telephone number. The interrupt levels are "caller" and "caller". In addition, when the other party is unknown due to an incoming call, etc., it is treated as "general". Furthermore, there are two types of interrupts, one for "incoming call" and one for "outgoing call." At the time of "incoming call", when the radio system controller RCE receives a call, it searches its internal memory, searches for the fixed radio station where the called mobile phone is registered, and sends the data channel to the fixed radio station. Notify the incoming call through.

被着呼の携帯電話機は現在通話中であったり、同サービ
スエリア内の待機中の携帯電話機であったりする。固定
無線局はこれを受け「#」付きの緊象、か、8000番
台のrV I PJか「一般」かを調べる。
The mobile phone receiving the call may be currently on a call or may be on standby within the same service area. The fixed wireless station receives this and checks whether it is an emergency with a "#", an rV I PJ in the 8000 series, or a "general".

もしこれが「#」付きの緊21通話であるならば、現在
自ら通話している状況が一般一一般通話であることを知
り、その処理に入る。ここで一般通話のところに緊急通
話が割り込んできたのであるから、一般通話に警告音を
出し、例えば10秒後に強制切断して新しい通話路を形
成し、緊急通話を行う。他のケースとして既通話者が緊
急通話をしている時緊急通話が割り込んできた時は、例
えば通話者に対し警告音Bを出し、これを聞いた通話者
は状況を判断し通話を切断し、割り込んだ緊急通話者に
回線を空けてわたすか、または警告音Bを無視して通話
を続行するかは通話者の判断に任せる。その他組み合わ
せは種々あり、この組合わせの例とそのフローは第3図
に示す通りである。
If this is an emergency 21 call with "#" attached, the user knows that the situation in which he/she is currently making a call is a general-to-general call, and the process is started. At this point, since an emergency call has interrupted the general call, a warning sound is output to the general call, and after 10 seconds, for example, the call is forcibly disconnected, a new call path is formed, and the emergency call is made. In other cases, if an emergency call interrupts the caller while the caller is already making an emergency call, for example, a warning sound B is emitted to the caller, and the caller who hears this can judge the situation and disconnect the call. It is up to the caller to decide whether to give the line to the emergency caller who has interrupted, or to ignore the warning tone B and continue the call. There are various other combinations, and examples of these combinations and their flows are shown in FIG.

上記は着信について述べたが、ある固定無線局のサービ
スエリア内である携帯電話機が通話中に他の携帯電話機
が発呼要求してきた場合についても同様である。
Although the above description has been made regarding incoming calls, the same applies to the case where a certain mobile phone within the service area of a certain fixed wireless station is making a call while another mobile phone requests a call.

即ち、固定無線局FR3−2は通話用以外のサーチ用受
信機で携帯電話機P置−2が発呼要求したことを知る。
That is, the fixed radio station FR3-2 learns that the mobile phone P-2 has requested a call using a search receiver other than a call receiver.

固定無線局FR3−2はすでに携帯電話機P置−1とす
でに無線回線を設定中であるが、第3図に示し7た如く
すでに通話中か、どのレベルであるかを固定無線局FR
3−2は自ら理解している。そこで今回携帯電話機P置
−1からの発呼要求がどのレベルであるかを知り、相互
に照合して警告音なのか、強制切断なのかなどの接続替
えレベルを決めて処理する。これらは着信時の場合と全
く同じである。
The fixed radio station FR3-2 is already in the process of setting up a wireless line with the mobile phone P-1, but the fixed radio station FR3-2 checks whether the call is already in progress or what level it is at, as shown at 7 in Figure 3.
I understand 3-2 myself. Therefore, what level the call request from the mobile phone P-1 is at this time is known, and the level of the connection change, such as whether it is a warning sound or a forced disconnection, is decided by comparing the levels and processed. These are exactly the same as when receiving a call.

なお、ここで示した処理は一例であり、例えば緊急通話
中でもVIP者は割り込ませるかどうかはポリシーによ
って決まるので種々変更できることは言うまでもない。
It should be noted that the process shown here is just an example, and it goes without saying that various changes can be made, as it is determined by the policy whether or not the VIP person is allowed to interrupt even during an emergency call, for example.

本発明は第1図に示す構成での携帯電話システムについ
て述べたが、もっと単純な固定無線局は1局、 t*帯
帯電搬機2〜3台のシステムにおいても、全く同様に適
用することができる。
Although the present invention has been described with respect to a mobile phone system having the configuration shown in Fig. 1, it can be applied in exactly the same way to a simpler system with one fixed wireless station and two to three T* band charging carriers. I can do it.

(発明の効果) 以上説明したように、本発明によれば固定無線局ならび
に携帯電話機の有するサーチ用受信機からのデータを有
効活用し割込みを容易にすることができるようになると
ともに緊急、VIP、一般ならびに発信1着信さらに通
話中者のレベルと割込者のレベル、又、接続替、警告音
1強制切断。
(Effects of the Invention) As described above, according to the present invention, data from fixed wireless stations and search receivers of mobile phones can be effectively used to facilitate interruptions, and emergency, VIP, etc. , general and outgoing 1 incoming calls, level of active caller and interrupter level, connection change, warning sound 1 forced disconnection.

無割込などその各々の組合わせについてもきめ細かなサ
ービスすることが出来るようになったので、上位者の後
からの発信に対しすでに通話中の低位者が無条件で割込
まれてしまうということがなくなり、快適な通話を行う
ことが可能となった。
It has become possible to provide detailed services for each combination, such as non-interruption, so that a lower-ranking person who is already on a call will be unconditionally interrupted when a higher-ranking person makes a subsequent call. It is now possible to make comfortable calls.

【図面の簡単な説明】[Brief explanation of drawings]

第1図は本発明を実施するにあたっての携帯電話システ
ム例を示す図、第2図は同じく第1図で示す固定無線局
のサービスエリアを示す図、第3図は本発明の実施例に
おいて種々の割り込み組合わせ処理するフローを示す図
である。 PBX・・・構内交換機、 RCE・・・無線系制御装
置、 FR5・・・固定無線局、 P置・・・携帯電話
機。
FIG. 1 is a diagram showing an example of a mobile phone system in which the present invention is implemented, FIG. 2 is a diagram showing a service area of a fixed wireless station also shown in FIG. 1, and FIG. FIG. 2 is a diagram illustrating a flow of interrupt combination processing. PBX...Private branch exchange, RCE...Radio system control equipment, FR5...Fixed wireless station, P location...Mobile phone.

Claims (3)

【特許請求の範囲】[Claims] (1)有線回線に接続される固定無線局と、前記固定無
線局に無線回線で接続することのできる携帯電話機とを
備えた携帯電話システムにおいて、前記固定無線局は通
話用以外のサーチ用受信機を有し、該固定無線局の無線
サービスエリア内の前記携帯電話機と無線回線が設定さ
れ、その無線通話路が塞がっている場合には、前記固定
無線局が前記サーチ用受信機にて他の携帯電話機からの
発呼要求があったことを検知して、現在通話中の両通話
者クラスと通話クラス、発呼要求者の発呼者クラスと発
呼要求クラスとを照合し、その組み合わせによって現在
設定中の無線回線の割り込みクラスを予め定めた複数の
割り込みクラスの一つとして判別し、その接続替え等の
処理を行うことを特徴すとる通話サービス方式。
(1) In a mobile phone system that includes a fixed wireless station connected to a wired line and a mobile phone that can be connected to the fixed wireless station via a wireless line, the fixed wireless station receives signals for searches other than calls. If a wireless line is set up with the mobile phone within the wireless service area of the fixed wireless station and the wireless communication path is blocked, the fixed wireless station uses the search receiver to detects that there is a call request from a mobile phone, compares the call class with the call class of both parties currently on the call, and the caller class of the call requester with the call request class, and then combines the calls. A call service method characterized in that the interrupt class of the currently set wireless line is determined as one of a plurality of predetermined interrupt classes, and processing such as connection switching is performed.
(2)前記予め定めた割り込みクラスは強制切断、予告
切断、自主切断を希望する割り込み予告、接続替え、無
切断等の複数レベルを有することを特徴とする特許請求
の範囲の第1項に記載の通話サービス方式。
(2) The predetermined interrupt class has a plurality of levels, such as forced disconnection, advance notice disconnection, interrupt notice requesting voluntary disconnection, connection change, and no disconnection. call service method.
(3)有線回線に接続される固定無線局と、前記固定無
線局に無線回線で接続することのできる携帯電話機とを
備えた携帯電話システムにおいて、前記固定無線局は自
己の無線サービスエリア内の携帯電話機と無線回線が設
定され、その無線通話路が塞がっている場合には、前記
固定無線局宛に前記固定無線局に登録してある他の携帯
電話機に対し着呼があったことを検知して、新規に発信
した者の発信者クラスと、通話内容を示すクラス、着呼
者クラスと、現在通話中の通話者クラスと、通話内容を
示すクラス、通話相手者クラスとを照合し、その組み合
わせによって割り込みクラスを予め定めた複数の割り込
みクラスの一つとして判別し、その接続替え等の処理を
行うことを特徴とする通話サービス方式。
(3) In a mobile phone system comprising a fixed wireless station connected to a wired line and a mobile phone capable of connecting to the fixed wireless station via a wireless line, the fixed wireless station is located within its own wireless service area. If a wireless line is set up with a mobile phone and the wireless communication path is blocked, an incoming call addressed to the fixed wireless station to another mobile phone registered at the fixed wireless station is detected. Then, the caller class of the person who made the new call, the class indicating the content of the call, the class of the called party, the class of the current caller, the class indicating the content of the call, and the class of the other party, A call service system characterized in that an interrupt class is determined as one of a plurality of predetermined interrupt classes based on the combination thereof, and processing such as connection switching is performed.
JP1184728A 1989-07-19 1989-07-19 Talking service system Pending JPH0350996A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP1184728A JPH0350996A (en) 1989-07-19 1989-07-19 Talking service system

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP1184728A JPH0350996A (en) 1989-07-19 1989-07-19 Talking service system

Publications (1)

Publication Number Publication Date
JPH0350996A true JPH0350996A (en) 1991-03-05

Family

ID=16158328

Family Applications (1)

Application Number Title Priority Date Filing Date
JP1184728A Pending JPH0350996A (en) 1989-07-19 1989-07-19 Talking service system

Country Status (1)

Country Link
JP (1) JPH0350996A (en)

Cited By (11)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH05153283A (en) * 1991-11-26 1993-06-18 Oki Electric Ind Co Ltd Urgent line control method for slip processing system
AU674781B2 (en) * 1993-08-12 1997-01-09 Nokia Telecommunications Oy Method, mobile exchange, and subscriber station in a mobile radio system for establishing a high-priority call
US5678188A (en) * 1993-09-14 1997-10-14 Sony Corporation Emergency message communication method
AU693131B2 (en) * 1993-11-30 1998-06-25 Nokia Telecommunications Oy A method for controlling a radio unit
JP2008029003A (en) * 2006-07-13 2008-02-07 Alcatel Lucent Emergency communication method and server, network and computer program therefor
JP2008067201A (en) * 2006-09-08 2008-03-21 Sumitomo Electric Ind Ltd Relay device and relay method
JP2012049930A (en) * 2010-08-27 2012-03-08 Kyocera Corp Telephone set and program
JP2012523204A (en) * 2009-04-06 2012-09-27 クアルコム,インコーポレイテッド High priority communication sessions in wireless communication systems
US8577404B2 (en) 2008-07-15 2013-11-05 Qualcomm Incorporated Prioritization of group communications at a wireless communication device
US8738058B2 (en) 2009-04-06 2014-05-27 Qualcomm Incorporated High-priority communications sessions within a wireless communications system
US8755831B2 (en) 2009-03-24 2014-06-17 QYALCOMM Incorporated Selectively allocating data channel resources to wireless communication devices within a wireless communications system

Cited By (13)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH05153283A (en) * 1991-11-26 1993-06-18 Oki Electric Ind Co Ltd Urgent line control method for slip processing system
AU674781B2 (en) * 1993-08-12 1997-01-09 Nokia Telecommunications Oy Method, mobile exchange, and subscriber station in a mobile radio system for establishing a high-priority call
US5678188A (en) * 1993-09-14 1997-10-14 Sony Corporation Emergency message communication method
AU693131B2 (en) * 1993-11-30 1998-06-25 Nokia Telecommunications Oy A method for controlling a radio unit
JP2008029003A (en) * 2006-07-13 2008-02-07 Alcatel Lucent Emergency communication method and server, network and computer program therefor
JP2008067201A (en) * 2006-09-08 2008-03-21 Sumitomo Electric Ind Ltd Relay device and relay method
US9426632B2 (en) 2008-07-15 2016-08-23 Qualcomm Incorporated Prioritization of group communications at a wireless communication device
US9014741B2 (en) 2008-07-15 2015-04-21 Qualcomm Incorporated Prioritization of group communications at a wireless communication device
US8577404B2 (en) 2008-07-15 2013-11-05 Qualcomm Incorporated Prioritization of group communications at a wireless communication device
US8755831B2 (en) 2009-03-24 2014-06-17 QYALCOMM Incorporated Selectively allocating data channel resources to wireless communication devices within a wireless communications system
US8738058B2 (en) 2009-04-06 2014-05-27 Qualcomm Incorporated High-priority communications sessions within a wireless communications system
JP2012523204A (en) * 2009-04-06 2012-09-27 クアルコム,インコーポレイテッド High priority communication sessions in wireless communication systems
JP2012049930A (en) * 2010-08-27 2012-03-08 Kyocera Corp Telephone set and program

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