JP2004260679A

JP2004260679A - Housing complex intercom system

Info

Publication number: JP2004260679A
Application number: JP2003050795A
Authority: JP
Inventors: Tetsuji Kawabe; 哲治河邉; Hidetsugu Kito; 英嗣鬼頭; Kenji Aoki; 健二青木
Original assignee: Aiphone Co Ltd
Current assignee: Aiphone Co Ltd
Priority date: 2003-02-27
Filing date: 2003-02-27
Publication date: 2004-09-16

Abstract

<P>PROBLEM TO BE SOLVED: To provide a housing complex intercom system which deals with a plurality of buildings, the structure of which is freely constructible for each building by enhancing workability in construction, etc. for starting this system and which makes voice notification to be performed in the case of performing the warning notification of a security abnormality by a management office master unit more detailed. <P>SOLUTION: The housing complex intercom system reads a call destination home call signal which corresponds to a communal entrance call signal and to which a building number and room number of a call destination to receive transmission from a centralized communal entrance unit 1 or building communal entrance units 2a, 2b, etc. are added from a controller memory 51 of a controller 5 and stores the read call destination home call signal in the home master unit memories 64 of home master units 11a, 12a, etc., 11b, 12b, etc. at the call destination as a home call signal of the present home master unit. In addition, the warning notification to be performed by the management office master unit 3 in detail is notified by voice by using the building name of the building number read from the controller memory when the security abnormality occurs in the house master unit by storing the setting (setting contents) of the building name of the building number of the home maser unit into the controller memory of the controller. <P>COPYRIGHT: (C)2004,JPO&NCIPI

Description

【０００１】
【発明の属する技術分野】
本発明は集合住宅インターホンシステムに係り、特に、当該システムを起動させる施工時等における施工性を高めて棟の構成を自由に構築できる多棟対応の集合住宅インターホンシステムに関する。
【０００２】
【従来の技術】
従来から、この種の集合住宅インターホンシステムとして、図２のブロック図に示すように、集中集合玄関に設置される集中集合玄関機１０１および管理室内に設置される管理室親機１０２と、系統が異なる複数の棟の各住戸内に設置され個別の部屋番号を有する複数の居室親機、ここでは、棟番号が「Ａ」の棟の各住戸内に設置される居室親機１１１ａ、１１２ａ、・・・、棟番号が「Ｂ」の棟の各住戸内に設置される居室親機１１１ｂ、１１２ｂ、・・・、・・・とが制御機１０３により制御される多棟対応の集合住宅インターホンシステムが提案／開示されている（例えば、非特許文献１参照）。
【０００３】
従来例の集合住宅インターホンシステムにおいて、居室親機１１１ａ、１１２ａ、・・・、１１１ｂ、１１２ｂ、・・・、・・・が有する個別の部屋番号は自居室親機にてそれぞれ設定可能であり、制御機１０３は、当該居室親機の棟番号「Ａ」、「Ａ」、・・・、「Ｂ」、「Ｂ」、・・・、・・・を系統毎に割り当てて記憶していた。
【０００４】
また、居室親機１１１ａ、１１２ａ、・・・、１１１ｂ、１１２ｂ、・・・、・・・のうち特定の居室親機にてセキュリティ異常が発生、例えば、火災、ガス漏れ、水漏れ等が発生すると、セキュリティ異常の警報内容を付加した警報データ信号が制御機１０３を介して管理室親機１０２へと伝送される。この警報データ信号を検出した管理室親機１０２では、セキュリティ異常の警報内容を表示するとともにセキュリティ異常が発生した住戸の棟番号、部屋番号および警報内容を音声通知していた。
【０００５】
【非特許文献１】アイホン総合カタログ２００２／２００３年度版（２９０、２９１、３１１、３３１頁）
【０００６】
【発明が解決しようとする課題】
しかしながら、従来例の集合住宅インターホンシステムにおいて、集中集合玄関に設置される集中集合玄関機１０１とは別途に複数の棟の各棟集合玄関に棟集合玄関機を設置するにあたり、集中集合玄関機１０１と棟集合玄関機とを制御機１０３へとバス接続させて同一の系統の当該玄関機として割り当てることができなかった。
【０００７】
また、従来例の集合住宅インターホンシステムにおいて、管理室親機１０２にてセキュリティ異常を警報報知するにあたり行われる音声通知は、セキュリティ異常が発生した住戸の棟番号、部屋番号および警報内容であり、当該棟番号の名称を詳細に音声通知できなかった。
【０００８】
本発明は、上述の難点を解消するためになされたもので、集中集合玄関機と棟集合玄関機とを制御機へとバス接続させて同一の系統の当該玄関機として割り当て、これらの玄関機の機器変更を行わずとも居室親機への呼出方法を自由に設定可能とし、当該システムを起動させる施工時等における施工性を高めて棟の構成を自由に構築するとともに、管理室親機にてセキュリティ異常を警報報知するにあたり行われる音声通知をより詳細なものとした多棟対応の集合住宅インターホンシステムを提供することを目的としている。
【０００９】
【課題を解決するための手段】
このような目的を達成するため、本発明の集合住宅インターホンシステムは、集中集合玄関に設置され棟番号および部屋番号を指定して全棟の居室親機を呼出可能な集中集合玄関機と、棟集合玄関に設置され部屋番号を指定したとき自棟の棟番号を付加して自棟の居室親機を呼出可能な棟集合玄関機と、各住戸内に設置され個別の部屋番号を有する複数の居室親機と、集中集合玄関機、棟集合玄関機、居室親機をそれぞれ制御するための制御機とから構成されるシステムである。集中集合玄関機は、棟番号および部屋番号を指定して呼び出したとき、棟番号および部屋番号が付加された集合玄関呼出信号を送信するための集中集合玄関機制御回路を備えている。棟集合玄関機は、居室親機の部屋番号を指定して呼び出したとき、部屋番号に棟番号が付加された集合玄関呼出信号を送信するための棟集合玄関機制御回路を備えている。制御機は、集中集合玄関機または棟集合玄関機から受信した集合玄関呼出信号に対応した呼出先住戸呼出番号を記憶するための制御機メモリを備えている。居室親機は、制御機メモリに記憶された集中集合玄関機または棟集合玄関機の呼出先住戸呼出番号を自居室親機の住戸呼出番号として記憶するための居室親機メモリを備えている。
【００１０】
また、本発明の集合住宅インターホンシステムにおいて、制御機は、制御機メモリおよび居室親機メモリの記憶内容を変更するための設定パーソナルコンピュータとの通信回路を備えている。
【００１１】
また、本発明の集合住宅インターホンシステムは、管理室内に設置される管理室親機を備え、居室親機からの警報内容を管理室親機にて音声通知するにあたり居室親機の棟番号の棟名称の設定を制御機メモリへと記憶させるシステムである。
【００１２】
このような集合住宅インターホンシステムによれば、同一の系統の玄関機として割り当てた集中集合玄関機または棟集合玄関機から送信される呼出先（呼出相手先）の棟番号および部屋番号が付加された集合玄関呼出信号に対応した呼出先住戸呼出信号を制御機の制御機メモリから読み出し、読み出された呼出先住戸呼出信号を自居室親機の住戸呼出信号として呼出先の居室親機の居室親機メモリへと記憶させることができる。また、制御機の制御機メモリへと居室親機の棟番号の棟名称の設定（設定内容）を記憶させることにより、居室親機にてセキュリティ異常が発生したとき、管理室親機にて行われる警報報知を制御機メモリから読み出した棟番号の棟名称を用いて詳細に音声通知することができる。さらに、制御機の制御機メモリおよび居室親機の居室親機メモリの記憶内容は、設定パーソナルコンピュータから容易に変更することができる。
【００１３】
【発明の実施の形態】
以下、本発明の集合住宅インターホンシステムを適用した好ましい形態の実施例について、図面を参照して説明する。
【００１４】
図１は、本発明の実施例による多棟対応の集合住宅インターホンシステムの構成を示すブロック図である。
【００１５】
図１のブロック図に示す集合住宅インターホンシステムは、集中集合玄関に設置され、系統が異なる複数の棟、例えば、棟番号が「Ａ」、「Ｂ」、・・・に予め割り当てられている複数の棟の各住戸内に在室中の居住者のうち特定の棟の住戸内に在室中の居住者、または複数の棟の各共用部、例えば、ランドリールーム、フィットネスルーム、娯楽場、パソコンルーム等に在室中の居住者のうち特定の棟の共用部に在室中の居住者、または管理室内に在室中の管理人を来訪者が呼び出して通話を行うための集中集合玄関機１と、複数の棟の各棟集合玄関に設置され、系統が同一である自棟の各住戸内に在室中の居住者のうち特定の住戸内に在室中の居住者、または自棟の共用部に在室中の居住者、または管理室内に在室中の管理人を来訪者が呼び出して通話を行うための（複数の）棟集合玄関機２ａ、２ｂ、・・・と、複数の棟の各住戸内に設置され、集中集合玄関または自棟の棟集合玄関に居る来訪者からの呼び出しが報知され、これに応答した居住者が当該来訪者との間で通話を行うとともに、居住者が呼出元または呼出先である管理室内に在室中の管理人との間で通話を行うための複数の居室親機、ここでは、個別の部屋番号「１」、「２」、・・・、「１１」、「１２」、・・・、・・・を有する複数の居室親機１１ａ、１２ａ、・・・、１１ｂ、１２ｂ、・・・、・・・と、複数の棟の各共用部に設置され、集中集合玄関または自棟の棟集合玄関に居る来訪者からの呼び出しが報知され、これに応答した居住者が当該来訪者との間で通話を行うとともに、居住者が呼出元または呼出先である管理室内に在室中の管理人との間で通話を行うための複数の共用部親機、ここでは、個別の部屋番号「１０１」、「１０２」、・・・を有する複数の共用部親機２１ａ、２１ｂ、・・・と、管理室内に設置され部屋番号をなす管理室番号（詳述せず）を有しており、集中集合玄関または複数の棟の各棟集合玄関に居る来訪者からの呼び出しが報知され、これに応答した管理人が当該来訪者との間で通話を行うとともに、管理人が呼出元または呼出先である特定の棟の住戸内に在室中の居住者、または特定の棟の共用部に在室中の居住者との間で通話を行い、また、単一または複数の棟の住戸内に在室中の居住者や単一または複数の棟の共用部に在室中の居住者に対して一斉放送を行うための管理室親機３と、管理室内等に設置され、制御機５の後述する制御機メモリ５１の記憶内容を変更するための設定パーソナルコンピュータ（以下、設定パソコンという。）４と、玄関機ラインＬ１を介してバス接続された集中集合玄関機１および棟集合玄関機２ａ、２ｂ、・・・、居室親機ラインＬ２を介してバス接続された居室親機１１ａ、１２ａ、・・・、１１ｂ、１２ｂ、・・・、・・・、共用部親機ラインＬ３を介してバス接続された共用部親機２１ａ、２１ｂ、・・・、管理室親機ラインＬ４を介して接続された管理室親機３、パソコンラインＬ５を介して接続された設定パソコン４をそれぞれ制御するための制御機５とから構成されている。
【００１６】
なお、集中集合玄関に設置される集中集合玄関機１、複数の棟の各共用部に設置される共用部親機２１ａ、２１ｂ、・・・はそれぞれ１台に限定されず、複数台設置することができる。
【００１７】
また、集中集合玄関機１は、集中集合玄関に居る来訪者が複数の棟の各住戸内に在室中の居住者のうち特定の棟の住戸内に在室中の居住者、または複数の棟の各共用部に在室中の居住者のうち特定の棟の共用部に在室中の居住者、または管理室内に在室中の管理人を呼び出すために操作する操作部３０と、操作部３０の操作情報等を表示するための表示部３１と、来訪者が居住者または管理人との間で通話を行うための音声を入出力する通話部３２と、複数の棟の棟番号、各住戸および各共用部の部屋番号、管理室番号が記憶される集中集合玄関機メモリ３３と、当該集中集合玄関機の構成各部をそれぞれ制御し、操作部３０の操作により指定された棟番号および部屋番号を付加させた集合玄関呼出信号を送信するための集中集合玄関機制御回路３４と、集中集合玄関機制御回路３４および玄関機ラインＬ１の間の信号／データ伝送路を形成するための通信回路（以下、集中集合玄関機Ｉ／Ｆという。）３５とを備えている。
【００１８】
また、棟集合玄関機２ａ、２ｂ、・・・はそれぞれ同様な構成であり、棟集合玄関に居る来訪者が自棟の各住戸内に在室中の居住者のうち特定の住戸内に在室中の居住者、または自棟の共用部に在室中の居住者、または管理室内に在室中の管理人を呼び出すために操作する操作部４０と、操作部４０の操作情報等を表示するための表示部４１と、来訪者が居住者または管理人との間で通話を行うための音声を入出力する通話部４２と、自棟の棟番号、各住戸および各共用部の部屋番号、管理室番号が記憶される棟集合玄関機メモリ４３と、当該棟集合玄関機の構成各部をそれぞれ制御し、操作部４０の操作により指定された部屋番号および棟集合玄関機メモリ４３から読み出した棟番号を付加させた集合玄関呼出信号を送信するための棟集合玄関機制御回路４４と、棟集合玄関機制御回路４４および玄関機ラインＬ１の間の信号／データ伝送路を形成するための通信回路（以下、棟集合玄関機Ｉ／Ｆという。）４５とを備えている。
【００１９】
また、制御機５は、当該制御機の構成各部をそれぞれ制御するための制御機制御回路５０と、集中集合玄関機１の操作部３０の操作により指定された棟番号および部屋番号、または、棟集合玄関機２ａ、２ｂ、・・・の操作部４０の操作により指定された部屋番号および当該部屋番号に付加された棟番号に対応した呼出先住戸呼出信号を記憶するとともに、居室親機１１ａ、１２ａ、・・・、１１ｂ、１２ｂ、・・・、・・・および共用部親機２１ａ、２１ｂ、・・・の棟番号の棟名称の設定（設定内容）を記憶するための制御機メモリ５１と、制御機制御回路５０および玄関機ラインＬ１の間の信号／データ伝送路を形成するための通信回路（以下、玄関機側制御機Ｉ／Ｆという。）５２と、制御機制御回路５０および居室親機ラインＬ２の間の信号／データ伝送路を形成するための通信回路（以下、居室親機側制御機Ｉ／Ｆという。）５３と、制御機制御回路５０および共用部親機ラインＬ３の間の信号／データ伝送路を形成するための通信回路（以下、共用部親機側制御機Ｉ／Ｆという。）５４と、制御機制御回路５０および管理室親機ラインＬ４の間の信号／データ伝送路を形成するための通信回路（以下、管理室親機側制御機Ｉ／Ｆという。）５５と、制御機制御回路５０およびパソコンラインＬ５の間の信号／データ伝送路を形成するための通信回路（以下、パソコン側制御機Ｉ／Ｆという。）５６とを備えている。
【００２０】
さらに、居室親機１１ａ、１２ａ、・・・、１１ｂ、１２ｂ、・・・、・・・はそれぞれ同様な構成であり、住戸内に在室中の居住者が自居室親機の部屋番号を設定するための設定部６０と、この居住者が集中集合玄関に居る来訪者、または自棟の棟集合玄関に居る来訪者、または管理室内に在室中の管理人からの呼び出しに応答するために操作するともに、当該居住者が管理人を呼び出すために操作する操作部６１と、設定部６０の設定情報および操作部６１の操作情報等を表示するための表示部６２と、来訪者または管理人からの呼び出しがある旨を呼出音の出力をもとに音声通知し、これに応答した居住者が来訪者または管理人との間で通話を行うための音声を入出力するとともに、一斉放送の内容を音声通知するための呼出通話部６３と、制御機５の制御機メモリ５１に予め記憶されている呼出先住戸呼出番号を自居室親機の住戸呼出番号として記憶するための居室親機メモリ６４と、当該居室親機の構成各部をそれぞれ制御するための居室親機制御回路６５と、居室親機制御回路６５および居室親機ラインＬ２の間の信号／データ伝送路を形成するための通信回路（以下、居室親機Ｉ／Ｆという。）６６とを備えている。
【００２１】
なお、本発明の実施例において、共用部親機２１ａ、２１ｂ、・・・および管理室親機３の構成の図示は省略し、具体的な回路構成としては、上述の居室親機１１ａ、１２ａ、・・・、１１ｂ、１２ｂ、・・・、・・・と同様である。
【００２２】
このように構成された本発明の実施例による集合住宅インターホンシステムにおいて、以下、具体的な動作について図１のブロック図を参照して説明する。
【００２３】
当該システムを起動させる施工時等において、棟番号が「Ａ」、「Ｂ」、・・・に予め割り当てられている複数の棟の各住戸内に個別の部屋番号「１」、「２」、・・・、「１１」、「１２」、・・・、・・・を有する（複数の）居室親機１１ａ、１２ａ、・・・、１１ｂ、１２ｂ、・・・、・・・を設置するとともに、複数の棟の各共用部に個別の部屋番号「１１１」、「１１２」、・・・を有する（複数の）共用部親機２１ａ、２１ｂ、・・・を設置するにあたり、ここでは、棟番号が「Ａ」の棟の部屋番号「１」の住戸内に居室親機１１ａを設置するにあたり、当該システムの施工業者は、集中集合玄関へと設置させた集中集合玄関機１の操作部３０を操作して居室親機１１ａが設置される住戸の棟番号「Ａ」および部屋番号「１」を指定する、または居室親機１１ａが設置される棟番号「Ａ」の棟と同一の棟の棟集合玄関へと設置させた棟集合玄関機２ａの操作部４０を操作して居室親機１１ａが設置される住戸の部屋番号「１」を指定する。
【００２４】
ここで、集中集合玄関機１の集中集合玄関機制御回路３４および棟集合玄関機２ａの棟集合玄関機制御回路４４のうち、集中集合玄関機１の集中集合玄関機制御回路３４は、操作部３０の操作により指定された棟番号「Ａ」および部屋番号「１」を表示部３１に表示するとともに、これら棟番号「Ａ」および部屋番号「１」を付加させた集合玄関呼出信号Ｓ１を集中集合玄関機Ｉ／Ｆ３５へと出力する。この集合玄関呼出信号Ｓ１は、集中集合玄関機Ｉ／Ｆ３５、玄関機ラインＬ１、制御機５の玄関機側制御機Ｉ／Ｆ５２を介して制御機制御回路５０へと伝送されるとともに、集中集合玄関機Ｉ／Ｆ３５、玄関機ラインＬ１、棟集合玄関機２ａ、２ｂ、・・・の棟集合玄関機Ｉ／Ｆ４５を介して棟集合玄関機制御回路４４へとそれぞれ伝送される。
【００２５】
なお、棟集合玄関機２ａ、２ｂ、・・・の棟集合玄関機制御回路４４は、集中集合玄関機１からの集合玄関呼出信号Ｓ１が制御機５からの信号（出力信号）でないことにより、当該集合玄関呼出信号が無効であるとそれぞれ判断する。
【００２６】
一方、棟集合玄関機２ａの棟集合玄関機制御回路４４は、操作部４０の操作により指定された部屋番号「１」を表示部４１に表示するとともに、この部屋番号「１」に棟集合玄関機メモリ４３から読み出した棟番号「Ａ」を付加させた集合玄関呼出信号Ｓ２を棟集合玄関機Ｉ／Ｆ４５へと出力する。この集合玄関呼出信号Ｓ２は、棟集合玄関機Ｉ／Ｆ４５、玄関機ラインＬ１、制御機５の玄関機側制御機Ｉ／Ｆ５２を介して制御機制御回路５０へと伝送されるとともに、棟集合玄関機Ｉ／Ｆ４５、玄関機ラインＬ１、集中集合玄関機１の集中集合玄関機Ｉ／Ｆ３５を介して集中集合玄関機制御回路３４へ、棟集合玄関機Ｉ／Ｆ４５、玄関機ラインＬ１、棟集合玄関機２ａを除く他の棟集合玄関機２ｂ、・・・の棟集合玄関機Ｉ／Ｆ４５を介して棟集合玄関機制御回路４４へとそれぞれ伝送される。
【００２７】
なお、集中集合玄関機１の集中集合玄関機制御回路３４および棟集合玄関機２ａを除く他の棟集合玄関機２ｂ、・・・の棟集合玄関機制御回路４４は、棟集合玄関機２ａからの集合玄関呼出信号Ｓ２が制御機５からの信号（出力信号）でないことにより、当該集合玄関呼出信号が無効であるとそれぞれ判断する。
【００２８】
また、制御機５の制御機制御回路５０は、集中集合玄関機１からの集合玄関呼出信号Ｓ１に付加されている棟番号「Ａ」および部屋番号「１」、または棟集合玄関機２ａからの集合玄関呼出信号Ｓ２に付加されている棟番号「Ａ」および部屋番号「１」に対応して予め記憶されている呼出先住戸呼出番号、例えば、「Ａ−１」を制御機メモリ５１から読み出す。
【００２９】
この後、棟番号が「Ａ」の棟の部屋番号「１」の住戸内に設置させた居室親機１１ａの居室親機Ｉ／Ｆ６６が居室親機ラインＬ２へと接続されていると、これを検出した居室親機制御回路６５は、設定部６０にて予め設定されている自居室親機の部屋番号、すなわち、部屋番号「１」を付加した部屋番号データ信号Ｓ３を居室親機Ｉ／Ｆ６６へと出力する。この部屋番号データ信号Ｓ３は、居室親機Ｉ／Ｆ６６、居室親機ラインＬ２、制御機５の居室親機側制御機Ｉ／Ｆ５３を介して制御機制御回路５０へと伝送されるとともに、居室親機Ｉ／Ｆ６６、居室親機ラインＬ２、居室親機１１ａを除く他の居室親機１２ａ、・・・、１１ｂ、１２ｂ、・・・、・・・の居室親機Ｉ／Ｆ６６を介して居室親機制御回路６５へとそれぞれ伝送される。
【００３０】
なお、居室親機１１ａを除く他の居室親機１２ａ、・・・、１１ｂ、１２ｂ、・・・、・・・の居室親機制御回路６５は、居室親機１１ａからの部屋番号データ信号Ｓ３が制御機５からの信号（出力信号）でないことにより、当該部屋番号データ信号が無効であるとそれぞれ判断する。
【００３１】
また、制御機５の制御機制御回路５０は、居室親機１１ａからの部屋番号データ信号Ｓ３に付加されている部屋番号「１」を検出し、制御機メモリ５１から読み出した呼出先住戸呼出番号「Ａ−１」に部屋番号「１」を付加させた呼出先住戸呼出番号データ信号Ｓ４を居室親機側制御機Ｉ／Ｆ５３へと出力する。この呼出先住戸呼出番号データ信号Ｓ４は、居室親機側制御機Ｉ／Ｆ５３、居室親機ラインＬ２、居室親機１１ａ、１２ａ、・・・、１１ｂ、１２ｂ、・・・、・・・の居室親機Ｉ／Ｆ６６を介して居室親機制御回路６５へとそれぞれ伝送される。
【００３２】
さらに、居室親機１１ａ、１２ａ、・・・、１１ｂ、１２ｂ、・・・、・・・の居室親機制御回路６５は、制御機５からの呼出先住戸呼出番号データ信号Ｓ４に付加されている部屋番号「１」と設定部６０にて予め設定されている自居室親機の部屋番号とを照合し、一致した場合にのみ、同様に付加されている呼出先住戸呼出番号「Ａ−１」を自居室親機の住戸呼出番号として居室親機メモリ６４へと記憶させる。ここでは、棟番号が「Ａ」の棟の部屋番号「１」の住戸内に設置された居室親機１１ａの居室親機制御回路６５のみ部屋番号が「１」で一致することにより、上述の呼出先住戸呼出番号「Ａ−１」が自居室親機の住戸呼出番号として居室親機メモリ６４へと記憶される。
【００３３】
上述のように、棟番号が「Ａ」、「Ｂ」、・・・に予め割り当てられている複数の棟の各住戸内に個別の部屋番号「１」、「２」、・・・、「１１」、「１２」、・・・、・・・を有する（複数の）居室親機１１ａ、１２ａ、・・・、１１ｂ、１２ｂ、・・・、・・・を設置するにあたり、居室親機１１ａ、１２ａ、・・・、１１ｂ、１２ｂ、・・・、・・・の居室親機メモリ６４には、集中集合玄関機１または自棟の棟集合玄関機２ａ、２ｂ、・・・から送信されてくる集合玄関呼出信号に対応して制御機５の制御機メモリ５１から読み出される呼出先住戸呼出番号を、自居室親機の住戸呼出番号として記憶することができる。
【００３４】
また、複数の棟の各共用部に個別の部屋番号「１１１」、「１１２」、・・・を有する（複数の）共用部親機２１ａ、２１ｂ、・・・を設置するにあたり、これらの共用部親機２１ａ、２１ｂ、・・・を上述の居室親機１１ａ、１２ａ、・・・、１１ｂ、１２ｂ、・・・、・・・と同様な構成にすると、共用部親機２１ａ、２１ｂ、・・・の共用部親機メモリ（図示せず）には、集中集合玄関機１または自棟の棟集合玄関機２ａ、２ｂ、・・・から送信されてくる集合玄関呼出信号に対応して制御機５の制御機メモリ５１から読み出される呼出先住戸呼出番号を、自共用部親機の住戸呼出番号として記憶することができる。
【００３５】
次に、上述のようなシステム起動を正常に完了させた後、棟番号が「Ａ」、「Ｂ」、・・・に予め割り当てられている複数の棟の各住戸内に設置された居室親機１１ａ、１２ａ、・・・、１１ｂ、１２ｂ、・・・、・・・、複数の棟の各共用部に設置された（複数の）共用部親機２１ａ、２１ｂ、・・・のうち、ここでは、居室親機１１ａの設置住戸である棟番号が「Ａ」の棟の部屋番号「１」の住戸内にてセキュリティ異常が発生、例えば、火災、ガス漏れ、水漏れ等が発生すると、セキュリティ異常の警報内容および居室親機メモリ６４に予め記憶されている住戸呼出番号「Ａ−１」を付加した警報データ信号Ｓ５が居室親機制御回路６５から居室親機Ｉ／Ｆ６６へと出力される。この警報データ信号Ｓ５は、上述の部屋番号データ信号Ｓ３と同様な経路を介して制御機５の制御機制御回路５０へと伝送されるとともに、居室親機１１ａを除く他の居室親機１２ａ、・・・、１１ｂ、１２ｂ、・・・、・・・の居室親機制御回路６５へとそれぞれ伝送される。
【００３６】
なお、居室親機１１ａを除く他の居室親機１２ａ、・・・、１１ｂ、１２ｂ、・・・、・・・の居室親機制御回路６５は、居室親機１１ａからの警報データ信号Ｓ５が制御機５からの信号（出力信号）でないことにより、当該警報データ信号が無効であるとそれぞれ判断する。
【００３７】
また、制御機５の制御機制御回路５０は、居室親機１１ａからの警報データ信号Ｓ５に付加されている警報内容、住戸呼出番号「Ａ−１」をもとに、制御機メモリ５１を参照して「Ａ」の棟の部屋番号「１」の住戸内にてセキュリティ異常が発生したことを警報内容と併せて検出し、棟番号「Ａ」の棟名称を制御機メモリ５１から読み出し、読み出された棟名称および上述の警報内容、棟番号「Ａ」、部屋番号「１」を付加した警報移報データ信号Ｓ６を管理室親機側制御機Ｉ／Ｆ５５へと出力する。この警報移報データ信号Ｓ６は、管理室親機側制御機Ｉ／Ｆ５５、管理室親機ラインＬ４を介して管理室親機３へと伝送される。
【００３８】
さらに、管理室親機３は、制御機５からの警報移報データ信号Ｓ６に付加されている警報内容、棟番号「Ａ」、部屋番号「１」および棟番号「Ａ」の棟名称を検出し、セキュリティ異常の警報内容を表示するとともに、セキュリティ異常が発生した住戸の棟番号「Ａ」、部屋番号「１」および警報内容と併せて当該棟番号の棟名称を詳細に音声通知することができる。
【００３９】
なお、制御機５の制御機メモリ５１の記憶内容、すなわち、居室親機１１ａ、１２ａ、・・・、１１ｂ、１２ｂ、・・・、・・・の居室親機メモリ６４に自居室親機の住戸呼出番号を記憶させるために予め記憶されている呼出先住戸番号、共用部親機２１ａ、２１ｂ、・・・の共用部親機メモリ（図示せず）に自共用部親機の住戸呼出番号を記憶させるために予め記憶されている呼出先住戸番号、居室親機１１ａ、１２ａ、・・・、１１ｂ、１２ｂ、・・・、・・・および共用部親機２１ａ、２１ｂ、・・・の棟番号の棟名称の設定（設定内容）は、設定パソコン４での変更操作をもとに容易に変更することができ、設定パソコン４からの変更データ信号Ｓ７は、パソコンラインＬ５、制御機５のパソコン側制御機Ｉ／Ｆ５６を介して制御機制御回路５０へと伝送され、これを検出した制御機制御回路５０の制御により制御機メモリ５１の記憶内容が変更される。
【００４０】
【発明の効果】
以上の説明から明らかなように、本発明の集合住宅インターホンシステムによれば、同一の系統として割り当てた集中集合玄関機または棟集合玄関機から送信される呼出先の棟番号および部屋番号からなる集合玄関呼出信号に対応した呼出先住戸呼出信号を制御機の制御機メモリへと記憶させるとともに、この呼出先住戸呼出信号を自居室親機の住戸呼出信号として居室親機メモリへと記憶させることにより、これらの玄関機の機器変更を行わずとも居室親機への呼出方法が自由に設定可能となり、当該システムを起動させる施工時等の施工性を高めて棟の構成を自由に構築できる。
【００４１】
また、本発明の集合住宅インターホンシステムによれば、制御機の制御機メモリへと居室親機の棟番号の棟名称の設定（設定内容）を記憶させることにより、居室親機にてセキュリティ異常が発生したとき、管理室親機にて行われる警報報知を制御機メモリから読み出した棟番号の棟名称を用いて詳細に音声通知することができる。
【００４２】
さらに、本発明の集合住宅インターホンシステムによれば、制御機の制御機メモリおよび居室親機の居室親機メモリの記憶内容は、設定パーソナルコンピュータ（設定パソコン）から容易に変更することができる。
【図面の簡単な説明】
【図１】本発明の実施例による集合住宅インターホンシステムの構成を示すブロック図である。
【図２】従来例の集合住宅インターホンシステムの構成を示すブロック図である。
【符号の説明】
１・・・・・集中集合玄関機
３４・・・・・集中集合玄関機制御回路
２ａ、２ｂ、・・・・・・・・棟集合玄関機
４４・・・・・棟集合玄関機制御機回路
１１ａ、１２ａ、・・・、１１ｂ、１２ｂ、・・・・・・・・（複数の）居室親機
６４・・・・・居室親機メモリ
３・・・・・管理室親機
４・・・・・設定パーソナルコンピュータ（設定パソコン）
５・・・・・制御機
５１・・・・・制御機メモリ
５６・・・・・通信回路（パソコン側制御機Ｉ／Ｆ）[0001]
TECHNICAL FIELD OF THE INVENTION
The present invention relates to a multi-family intercom system, and more particularly to a multi-family multi-family intercom system capable of freely constructing a building by enhancing workability at the time of construction for activating the system.
[0002]
[Prior art]
2. Description of the Related Art Conventionally, as a multi-family intercom system of this type, as shown in a block diagram of FIG. 2, a centralized collective entrance machine 101 installed in a centralized collective entrance and a control room master unit 102 installed in a control room have a system. A plurality of living room main units installed in each dwelling unit of different plural buildings and having individual room numbers, here, living room main units 111a, 112a,. .. Multi-unit multi-dwelling intercom system in which main units 111b, 112b,... Installed in each dwelling unit of the ridge having the ridge number "B" are controlled by the controller 103. Has been proposed / disclosed (for example, see Non-Patent Document 1).
[0003]
In the conventional multi-unit intercom system, the individual room numbers of the living room masters 111a, 112a,..., 111b, 112b,. The controller 103 assigns and stores the building numbers “A”, “A”,..., “B”, “B”,.
[0004]
, 111b, 112b,..., A security abnormality occurs in a specific one of the parent units, such as a fire, a gas leak, or a water leak. Then, an alarm data signal to which the alarm content of the security abnormality is added is transmitted to the control room master device 102 via the controller 103. The control room master device 102 that has detected the alarm data signal displays the alarm content of the security abnormality and gives a voice notification of the ridge number, room number, and alarm content of the dwelling unit in which the security abnormality has occurred.
[0005]
[Non-Patent Document 1] Aiphone General Catalog 2002/2003 Edition (Pages 290, 291, 311 and 331)
[0006]
[Problems to be solved by the invention]
However, in the conventional multi-family intercom system, when installing the ridge collective entrance machine at each of the plurality of ridge collective entrances separately from the collective collective entrance tractor 101 installed at the collective collective entrance, the central collective collective entrance machine 101 And the building assembly entrance machine could not be connected to the controller 103 by bus and assigned as the same system of the entrance machine.
[0007]
Further, in the condominium intercom system of the conventional example, the audio notification performed when the security abnormality is alerted by the management room master unit 102 is the building number, room number, and alarm content of the dwelling unit in which the security abnormality has occurred. Could not give detailed voice notification of building number name.
[0008]
The present invention has been made in order to solve the above-mentioned difficulties, and a centralized collective entrance machine and a ridge collective entrance machine are connected to a control device by a bus and assigned as the same system of the same type of entrance machine, It is possible to freely set the calling method to the living room master unit without changing the equipment, and to improve the workability at the time of construction to start the system, freely construct the building configuration, and The purpose of the present invention is to provide a multi-family apartment housing intercom system in which the voice notification that is issued when an alarm is issued to notify a security abnormality is made more detailed.
[0009]
[Means for Solving the Problems]
In order to achieve such an object, a collective housing intercom system according to the present invention includes a centralized collective entrance machine installed at a centralized collective entrance and capable of calling a room master unit of all the buildings by specifying a building number and a room number; A ridge collective entrance machine that can be installed at the collective entrance and adds the ridge number of the own ridge when the room number is specified and calls the own room's main unit, and a plurality of ridge collective units installed in each dwelling unit and having individual room numbers This is a system including a main room unit, a centralized collective entrance device, a ridge collective entrance device, and a controller for controlling the main room unit. The centralized collective entrance apparatus includes a centralized collective entrance apparatus control circuit for transmitting a collective entrance call signal to which a ridge number and a room number are added when a ridge number and a room number are designated and called. The ridge set entrance machine is provided with a ridge set entrance control circuit for transmitting a set entrance call signal in which the ridge number is added to the room number when the room number of the living room master unit is designated and called. The control device includes a control device memory for storing a call number of a destination dwelling unit corresponding to a collective entrance call signal received from the centralized collective entrance device or the ridge collective entrance device. The living room master unit is provided with a living room master unit memory for storing the call destination dwelling unit number of the centralized collective entrance unit or the ridge collective entrance unit stored in the controller memory as the dwelling unit call number of the own room parent unit.
[0010]
In the multi-dwelling intercom system of the present invention, the controller has a communication circuit with a setting personal computer for changing the storage contents of the controller memory and the parent room memory.
[0011]
In addition, the multi-dwelling unit intercom system of the present invention includes a control room main unit installed in the control room, and when the alarm content from the room main unit is notified by voice in the control room main unit, the building number of the main room unit number is used. This is a system that stores the name settings in the controller memory.
[0012]
According to such a multi-unit intercom system, the building number and the room number of the call destination (call destination) transmitted from the centralized collective entrance or the ridge collective entrance assigned as the same type of entrance are added. The call destination calling unit calling signal corresponding to the collective entrance calling signal is read from the controller memory of the controller, and the read calling destination unit calling signal is used as the living room calling signal of the own room base unit, and the living room parent of the called room main unit is read. Machine memory. In addition, by storing the setting (setting contents) of the building number of the room master unit in the control unit memory of the controller, when a security abnormality occurs in the room master unit, the management room master unit performs the operation. It is possible to give a detailed voice notification of the alarm notification to be issued using the building name of the building number read from the controller memory. Furthermore, the storage contents of the controller memory of the controller and the room memory of the room master can be easily changed from the setting personal computer.
[0013]
BEST MODE FOR CARRYING OUT THE INVENTION
Hereinafter, an example of a preferred embodiment to which the collective housing intercom system of the present invention is applied will be described with reference to the drawings.
[0014]
FIG. 1 is a block diagram showing a configuration of a multi-dwelling apartment house intercom system according to an embodiment of the present invention.
[0015]
1 is installed at a centralized collective entrance, and a plurality of buildings having different systems, for example, a plurality of buildings whose numbers are assigned to “A”, “B”,. Of the occupants in each unit of the ward, occupants of the resident in a particular unit, or common areas of multiple units, for example, laundry room, fitness room, recreation area, computer room A centralized collective entrance device 1 for a visitor to call a resident who is occupying a common area of a specific building or a resident who is occupied in a control room among occupants who are occupying a room. Of the residents who are installed in each building unit of the own building and have the same system, are installed in each building collective entrance of multiple buildings, Visitors who are resident in the common area or who are in the control room , A plurality of ridge collective entrance machines 2a, 2b,... For calling out and making calls, and visitors installed at the centralized collective entrance or the own ridge collective entrance installed in each dwelling unit of the plurality of ridges. Is notified, the resident who responds to the call communicates with the visitor, and the resident communicates with the manager who is present in the control room where the caller or callee is located. , A plurality of room parents having individual room numbers “1”, “2”,..., “11”, “12”,. 11a, 12a, ..., 11b, 12b, ..., are installed in each common area of a plurality of buildings and are called by visitors from the centralized collective entrance or the ridge collective entrance of own building. Is notified, and the resident who responds to this makes a call with the visitor and the resident Or a plurality of common unit master units for making a call with the manager who is present in the management room as the call destination, here, individual room numbers "101", "102",... , And a control room number (not described in detail) which is installed in the control room and forms a room number, and has a centralized collective entrance or each of a plurality of buildings. The call from the visitor at the collective entrance is notified, and the manager who responds to the call communicates with the visitor and the manager is in the dwelling unit of the specific building that is the caller or callee. Make a call with a resident in a room, or a resident in a common area of a specific building, and a resident or single or resident in a room in one or more buildings. A control room main unit 3 for broadcasting simultaneously to residents who are occupying rooms in common areas of multiple buildings, and a control room A setting personal computer (hereinafter referred to as a setting personal computer) for changing the storage contents of a controller memory 51 of the controller 5 which will be described later. ) 4, the centralized collective entrance device 1 and the ridge collective entrance devices 2a, 2b,... Connected by a bus via the entrance device line L1, the living room main device 11a, which is bus-connected via the living room main device line L2, , 11b, 12b, ..., common-unit master units 21a, 21b, ..., connected to the bus via the common-unit master unit line L3. And a controller 5 for controlling the setting personal computer 4 connected via the personal computer line L5.
[0016]
Note that the centralized collective entrance machine 1 installed at the centralized collective entrance, and the common unit master units 21a, 21b,... be able to.
[0017]
In addition, the centralized collective entrance machine 1 has a structure in which a visitor at the centralized collective entrance has a resident who is occupied in each of the dwelling units of the plurality of buildings, a resident who is occupied in a dwelling unit of a specific ridge, An operation unit 30 operated to call a resident who is occupied in a common area of a specific ridge or a resident who is occupied in a management room among occupants who are occupied in each common area of the ridge; A display unit 31 for displaying operation information and the like of the unit 30, a communication unit 32 for inputting and outputting a voice for a visitor to make a call with a resident or a manager, a building number of a plurality of buildings, A centralized collective entrance machine memory 33 in which the room number and the control room number of each dwelling unit and each common use unit are stored, and each component of the centralized collective entrance machine is controlled, and the building number and the Centralized entrance control for transmitting the entrance call signal with the room number added A path 34 and a communication circuit (hereinafter referred to as a centralized collective entrance device I / F) 35 for forming a signal / data transmission path between the centralized collective entrance device control circuit 34 and the entrance device line L1 are provided. .
[0018]
The wing assembly entrance machines 2a, 2b,... Have the same configuration, and a visitor at the ridge assembly entrance is located in a specific dwelling unit among the occupants in each dwelling unit of the own building. An operation unit 40 operated to call a resident in the room or a resident in the common room of the own building or a resident in the management room, and operation information of the operation unit 40 is displayed. Display unit 41, a communication unit 42 for inputting and outputting a voice for a visitor to make a call with a resident or a manager, a building number of the own building, a room number of each dwelling unit and each common unit. , Which controls the respective components of the ridge assembly entrance machine, in which the control room number is stored, and reads out the room number designated by the operation of the operation unit 40 and the ridge assembly entrance device memory 43. Building set for transmitting a building entrance signal with a building number added A pertinent machine control circuit 44, and a communication circuit (hereinafter referred to as a ridge corridor I / F) 45 for forming a signal / data transmission path between the ridge assembly entrance machine control circuit 44 and the entrance machine line L1. Have.
[0019]
Further, the controller 5 includes a controller control circuit 50 for controlling each component of the controller, and a ridge number and a room number designated by operating the operation unit 30 of the centralized collective entrance machine 1 or a ridge number. The room number designated by the operation of the operation unit 40 of the collective entrance machines 2a, 2b,... And the call destination call signal corresponding to the ridge number added to the room number are stored. , 11b, 12b,... And common unit master units 21a, 21b,. A communication circuit for forming a signal / data transmission path between the control device control circuit 50 and the entrance device line L1 (hereinafter, referred to as an entrance device control device I / F) 52; Room parent machine line L2 A communication circuit (hereinafter, referred to as a living room master controller I / F) 53 for forming a signal / data transmission path therebetween, and a signal / data between the controller control circuit 50 and the common unit master line L3 A signal / data transmission path between the communication circuit 54 for forming a transmission path (hereinafter, referred to as a common unit main controller side controller I / F) 54, the controller control circuit 50 and the control room main unit line L4. (Hereinafter, referred to as a control room controller I / F) 55 and a communication circuit for forming a signal / data transmission path between the controller control circuit 50 and the PC line L5 (hereinafter, referred to as a control circuit I / F). , A personal computer-side controller I / F) 56).
[0020]
Further, the living room masters 11a, 12a, ..., 11b, 12b, ..., have the same configuration, and the resident who is present in the dwelling unit sets the room number of the own room master. A setting unit 60 for setting, in order to respond to a call from a visitor whose resident is at a centralized entrance hall or a visitor who is at a ridge aggregate entrance of his own building, or a manager who is present in the management room. And a display unit 62 for displaying the setting information of the setting unit 60, the operation information of the operation unit 61, and the like. Voice notification that there is a call from a person based on the output of the ringing tone, and the resident who responds to this inputs and outputs the voice for making a call with the visitor or manager, and broadcasts simultaneously Calling section 6 for voice notification of the contents of And a living room base unit memory 64 for storing a call destination dwelling unit call number stored in advance in the control unit memory 51 of the control unit 5 as a dwelling unit call number of the own room base unit, and the constituent units of the living room base unit. A main room control unit control circuit 65 for controlling each of them, and a communication circuit for forming a signal / data transmission path between the main room control unit control circuit 65 and the main room line L2 (hereinafter referred to as a main room I / F) .) 66.
[0021]
In the embodiment of the present invention, the illustration of the configurations of the common unit master units 21a, 21b,... And the management room master unit 3 is omitted, and the specific circuit configuration is the above-described living room master unit 11a, 12a. ,..., 11b, 12b,.
[0022]
Hereinafter, a specific operation of the multi-unit housing intercom system according to the embodiment of the present invention will be described with reference to the block diagram of FIG.
[0023]
At the time of construction, for example, when the system is activated, individual room numbers "1", "2", , "11", "12", ..., ... (plurality) living room master units 11a, 12a, ..., 11b, 12b, ... are installed. In addition, in installing the (plural) common unit master units 21a, 21b,... Having individual room numbers “111”, “112”,. When installing the living room master unit 11a in the dwelling unit with the room number "1" of the building with the building number "A", the contractor of the system operates the operation unit of the centralized collective entrance machine 1 installed at the centralized collective entrance. By operating 30, the ridge number “A” and the room number “1” of the dwelling unit in which the room parent device 11 a is installed Or operating the operation unit 40 of the ridge assembly entrance machine 2a installed at the ridge aggregation entrance of the same ridge as the ridge number “A” where the living room parent device 11a is installed. Designate the room number “1” of the unit to be installed.
[0024]
Here, of the centralized collective entrance device control circuit 34 of the centralized collective entrance device 1 and the ridge collective entrance device control circuit 44 of the ridge collective entrance device 2a, the centralized collective entrance device control circuit 34 of the centralized collective entrance device 1 comprises an operation unit. The ridge number "A" and the room number "1" designated by the operation of 30 are displayed on the display unit 31, and the collective entrance call signal S1 to which the ridge number "A" and the room number "1" are added is concentrated. Output to the collective entrance machine I / F35. The collective entrance calling signal S1 is transmitted to the control device control circuit 50 via the centralized collective entrance device I / F 35, the entrance device line L1, and the control device I / F 52 of the control device 5, and the centralized collective device. .. Are transmitted to the building assembly door control circuit 44 via the building assembly entrance machines I / F 45 of the entrance equipment I / F 35, the entrance equipment line L1, and the building assembly entrance machines 2a, 2b,.
[0025]
Note that the ridge set entrance control circuit 44 of the ridge set entrance machines 2a, 2b,... Is based on the fact that the collection entrance calling signal S1 from the centralized set entrance apparatus 1 is not a signal (output signal) from the controller 5; It is determined that the collective entrance call signal is invalid.
[0026]
On the other hand, the ridge set entrance control circuit 44 of the ridge set entrance machine 2a displays the room number “1” designated by the operation of the operation unit 40 on the display unit 41, and displays the room number “1” on the ridge set entrance door. A building entrance call signal S2 to which the building number “A” read from the machine memory 43 is added is output to the building building entrance machine I / F 45. The collective entrance calling signal S2 is transmitted to the control device control circuit 50 via the ridge collective entrance device I / F 45, the entrance device line L1, and the entrance control device I / F 52 of the control device 5, and the ridge assembly Through the entrance machine I / F45, the entrance machine line L1, and the centralized gathering entrance machine I / F35 of the centralized gathering entrance machine 1, the centralized gathering entrance machine control circuit 34 is connected to the building aggregated entrance machine I / F45, the entrance machine line L1, the building. Are transmitted to the ridge set entrance control circuit 44 via the ridge set entrance machines I / F 45 of the other ridge set entrance machines 2b,... Except for the set entrance apparatus 2a.
[0027]
Note that the centralized collective entrance device control circuit 34 of the centralized collective entrance device 1 and the ridge collective entrance device control circuit 44 of the other ridge collective entrance devices 2b, except for the ridge collective entrance device 2a, Is not a signal (output signal) from the controller 5, it is determined that the collective entrance calling signal is invalid.
[0028]
Further, the controller control circuit 50 of the controller 5 determines whether the building number “A” and the room number “1” added to the collective entrance calling signal S1 from the centralized collective entrance 1 or the ridge collective entrance 2a. The call destination dwelling unit call number, for example, "A-1" stored in advance corresponding to the building number "A" and the room number "1" added to the collective entrance call signal S2 is read from the controller memory 51. .
[0029]
Thereafter, if the living room parent machine I / F 66 of the living room parent machine 11a installed in the dwelling unit with the room number "1" of the ridge whose building number is "A" is connected to the living room parent machine line L2, Is detected, the living room master unit control circuit 65 outputs the room number data signal S3 to which the room number “1” is added to the room number of the own room master unit set in the setting unit 60 in advance. Output to F66. The room number data signal S3 is transmitted to the controller control circuit 50 via the living room parent machine I / F 66, the living room parent machine line L2, and the living room parent machine side controller I / F 53 of the controller 5, and , 11b, 12b,..., Except for the parent device I / F 66, the room parent device line L2, and the room parent device 11a via the room parent device I / F 66. The information is transmitted to the living room master unit control circuit 65, respectively.
[0030]
.., 11b, 12b,... Except for the room master device 11a, the room master device control circuit 65 outputs the room number data signal S3 from the room master device 11a. Is not a signal (output signal) from the controller 5, it is determined that the room number data signal is invalid.
[0031]
Further, the controller control circuit 50 of the controller 5 detects the room number “1” added to the room number data signal S3 from the room parent device 11a, and reads the call destination dwelling unit call number read from the controller memory 51. A call destination dwelling unit call number data signal S4 in which the room number "1" is added to "A-1" is output to the room main unit controller I / F53. .., 11b, 12b,...,... Of the living room parent machine side controller L / F 53, the living room parent machine line L2, and the living room parent machines. The information is transmitted to the room parent device control circuit 65 via the room parent device I / F 66.
[0032]
.., 11b, 12b,... Are added to the destination dwelling unit call number data signal S4 from the controller 5. The matching room number “1” is compared with the room number of the own room master set in the setting unit 60 in advance, and only when they match, the similarly called destination unit call number “A-1” Is stored in the living room parent device memory 64 as the dwelling unit calling number of the own room parent device. Here, only the room master unit control circuit 65 of the room master unit 11a installed in the dwelling unit with the room number “1” of the building with the building number “A” matches the room number “1”, and the above-described case is achieved. The called destination unit call number “A-1” is stored in the room parent device memory 64 as the unit call number of the own room parent device.
[0033]
As described above, individual room numbers “1”, “2”,..., In each of the dwelling units of a plurality of buildings whose building numbers are assigned to “A”, “B”,. In installing the (plural) room master units 11a, 12a,..., 11b, 12b,... Having "11", "12",. , 11b, 12b,... Are transmitted from the centralized collective entrance machine 1 or the ridge collective entrance machines 2a, 2b,. The call destination dwelling unit call number read out from the controller memory 51 of the controller 5 in response to the gathered entrance call signal can be stored as the dwelling unit call number of the own room parent device.
[0034]
When installing (plural) common unit master units 21a, 21b,... Having individual room numbers “111”, “112”,. If the parent units 21a, 21b,... Have the same configuration as the above-mentioned room parent units 11a, 12a,..., 11b, 12b,. The common unit memory (not shown) of the common unit is stored in response to the collective entrance calling signal transmitted from the centralized collective entrance unit 1 or the ridge collective entrance units 2a, 2b,. The call destination dwelling unit call number read from the control unit memory 51 of the control unit 5 can be stored as the dwelling unit call number of the own common unit master unit.
[0035]
Next, after the system startup as described above is completed normally, the living room parents installed in each dwelling unit of a plurality of buildings whose building numbers are previously assigned to “A”, “B”,. , 11b, 12b,..., Among the plurality of common unit master units 21a, 21b,. Here, if a security abnormality occurs in a dwelling unit with a room number “1” of a building with a building number “A”, which is a dwelling unit where the parent room 11a is installed, for example, a fire, a gas leak, a water leak, etc. The alarm data signal S5 to which the alarm content of the security anomaly and the dwelling unit call number "A-1" stored in advance in the living room master memory 64 are added from the living room master control circuit 65 to the living room master I / F 66. You. This alarm data signal S5 is transmitted to the controller control circuit 50 of the controller 5 via the same route as the above-mentioned room number data signal S3, and the other room masters 12a except the room master 11a, .., 11b, 12b,...
[0036]
.., 11b, 12b,... Except for the room master device 11a, the alarm data signal S5 from the room master device 11a Since it is not a signal (output signal) from the controller 5, it is determined that the alarm data signal is invalid.
[0037]
Also, the controller control circuit 50 of the controller 5 refers to the controller memory 51 based on the alarm content added to the alarm data signal S5 from the living room master unit 11a and the dwelling unit call number “A-1”. Then, it is detected that the security abnormality has occurred in the dwelling unit with the room number “1” of the building “A” together with the contents of the alarm, and the building name of the building number “A” is read from the controller memory 51 and read. The alarm transfer data signal S6 to which the issued ridge name, the above-described alarm content, the ridge number "A", and the room number "1" are added is output to the control unit main controller I / F55. The alarm transfer data signal S6 is transmitted to the control room master device 3 via the control room master device side controller I / F 55 and the control room master device line L4.
[0038]
Further, the control room master unit 3 detects the alarm content added to the alarm transfer data signal S6 from the controller 5, the building number “A”, the room number “1”, and the building name of the building number “A”. In addition to displaying the alarm content of the security anomaly, it is also possible to provide detailed audio notification of the building name of the building number, together with the building number “A”, room number “1”, and the alarm content of the dwelling unit in which the security anomaly occurred. it can.
[0039]
.., 11b, 12b,..., Are stored in the parent device memory 64 of the parent device 11a, 12a,. The call destination dwelling unit number stored in advance in order to store the dwelling unit calling number, and the dwelling unit calling number of the own common unit base unit in the common unit base unit memory (not shown) of the common unit base units 21a, 21b,. , And 11b, 12b,..., And the common unit masters 21a, 21b,. The setting (setting content) of the building name of the building number can be easily changed based on the changing operation on the setting personal computer 4, and the change data signal S7 from the setting personal computer 4 is transmitted to the personal computer line L5 and the controller 5 Controller via the PC side controller I / F56 Is transmitted to the control circuit 50, the storage contents of the controller memory 51 is changed by the control of the controller control circuit 50 detects this.
[0040]
【The invention's effect】
As is apparent from the above description, according to the collective housing intercom system of the present invention, a set consisting of the ridge number and the room number of the call destination transmitted from the centralized collective entrance or the ridge collective entrance assigned as the same system By storing the call destination dwelling unit call signal corresponding to the entrance call signal in the controller memory of the controller, and storing the call destination dwelling unit call signal as the dwelling unit call signal of the own room base unit in the living room base unit memory. Thus, the method of calling the parent room can be freely set without changing the equipment of these entrance machines, and the construction of the building can be freely constructed by improving the workability at the time of construction for activating the system.
[0041]
Further, according to the multi-family intercom system of the present invention, by storing the setting (setting content) of the building number of the room master unit in the controller memory of the controller, a security abnormality occurs in the room master unit. When the alarm occurs, the alarm notification performed by the control room master unit can be sound-informed in detail using the building name of the building number read from the controller memory.
[0042]
Further, according to the multi-dwelling intercom system of the present invention, the storage contents of the controller memory of the controller and the room master memory of the room master can be easily changed from the setting personal computer (setting personal computer).
[Brief description of the drawings]
FIG. 1 is a block diagram showing a configuration of an apartment intercom system according to an embodiment of the present invention.
FIG. 2 is a block diagram showing a configuration of a conventional multi-unit intercom system.
[Explanation of symbols]
1 ・・・・ Centralized entrance machine
34 ・・・・・・・ Centralized entrance system control circuit
2a, 2b,.
44 ···· Wing assembly entrance machine controller circuit
11a, 12a,..., 11b, 12b,.
64 ···· Room memory
3 ・・・・・・・ Main unit in the control room
4. Setting personal computer (setting personal computer)
5 Control device
51 ···· Controller memory
56 ····· Communication circuit (controller I / F on personal computer side)

Claims

A centralized collective entrance machine (1) installed at the centralized collective entrance that can call the room master unit of all buildings by specifying the building number and room number, and a centralized collective entrance machine installed at each building collective entrance when the room number is specified A ridge set entrance unit (2a, 2b,...) That can call a living room parent device of its own building by adding a ridge number, and a plurality of living room parent devices (11a) installed in each dwelling unit and having individual room numbers. , 12a,..., 11b, 12b,...) And the control device (5) for controlling the centralized collective entrance device, the ridge collective entrance device, and the living room parent device, respectively. Composed,
The centralized collective entrance machine controls a centralized collective entrance machine control circuit (34) for transmitting a collective entrance call signal to which the ridge number and the room number are added when the ridge number and the room number are designated and called. Prepare,
The ridge assembly door control circuit (44) for transmitting a collective entrance call signal in which the ridge number is added to the room number when the ridge aggregate entrance device is called by designating the room number of the living room parent device (44) )
The controller includes a controller memory (51) for storing a call destination dwelling unit call number corresponding to the collective entrance call signal received from the centralized collective entrance or the ridge collective entrance,
The living room master unit is a living room base unit memory for storing the call destination dwelling unit number of the centralized collective entrance unit or the ridge collective entrance unit stored in the control unit memory as a dwelling unit call number of the own room parent unit. 64) A multi-dwelling intercom system, comprising:

2. The set according to claim 1, wherein the controller includes a communication circuit (56) with a setting personal computer (4) for changing storage contents of the controller memory and the room master memory. 3. Residential intercom system.

A control room main unit (3) installed in the control room is provided, and when the alarm content from the living room main unit is notified by voice in the control room main unit, the building name of the ridge number of the living room main unit is set. The multi-dwelling unit intercom system according to claim 1 or 2, wherein the system is stored in the controller memory.