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JP5107648B2 - Apartment house intercom system - Google Patents

Apartment house intercom system Download PDF

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JP5107648B2
JP5107648B2 JP2007251042A JP2007251042A JP5107648B2 JP 5107648 B2 JP5107648 B2 JP 5107648B2 JP 2007251042 A JP2007251042 A JP 2007251042A JP 2007251042 A JP2007251042 A JP 2007251042A JP 5107648 B2 JP5107648 B2 JP 5107648B2
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JP2009081796A (en
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博之 堀
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Aiphone Co Ltd
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Description

本発明は集合住宅用インターホンシステムに係り、特に当該集合住宅を保守・点検する作業者等の利便性とともにシステムの信頼性を向上させ、また、保守・点検作業中であっても確実に例えば地震情報の報知等を含む通常の動作を行なうことができる集合住宅用インターホンシステムに関する。   The present invention relates to an intercom system for an apartment house, and particularly improves the reliability of the system as well as the convenience of an operator who maintains and inspects the apartment house. The present invention relates to an intercom system for collective housing that can perform normal operations including information notification.

従来から制御機の制御により異常状態の端末を早期に検出し、自動的にリセットをかけ正常状態に復旧させることによって集合住宅を保守・点検し、作業者等の利便性やシステムの信頼性を向上させることができる集合住宅インターホンシステムが知られている(例えば、特許文献1参照)。   Conventionally, abnormally detected terminals are detected at an early stage under the control of the controller, and the housing is maintained and inspected by automatically resetting and restoring it to the normal state, thereby improving the convenience of workers and the reliability of the system. An apartment house intercom system that can be improved is known (for example, see Patent Document 1).

特許文献1に記載された発明は、定期的又は設定部の操作を検出した制御機の主制御回路から送信される異常状態の端末を正常状態に復旧させるためのリセット信号を、各幹線に接続される管理室親機、集合玄関機、複数の居室親機をなす端末制御回路および端末制御回路リセット回路にそれぞれ伝送させ、これにより正常状態の端末の端末制御回路では、リセット回避信号を端末制御回路リセット回路に送出することでリセットされるのが回避され、リセット信号を認識できない異常状態の端末の端末制御回路では、リセット回避信号を端末制御回路リセット回路に送出しないことでリセットがかけられ正常状態に復旧されるというものである。   The invention described in Patent Document 1 connects a reset signal for restoring a terminal in an abnormal state to a normal state transmitted from a main control circuit of a controller that has detected an operation of a setting unit periodically or to each trunk line Terminal control circuit and terminal control circuit resetting circuit that make up the management room base unit, collective entrance unit, multiple living room base units, and the terminal avoidance control signal in the normal state terminal control circuit It is avoided that reset is avoided by sending it to the circuit reset circuit, and in the terminal control circuit of the terminal in an abnormal state where the reset signal cannot be recognized, the reset is applied by not sending the reset avoidance signal to the terminal control circuit reset circuit, and it is normal It is to be restored to the state.

特開2000−278423号公報JP 2000-278423 A

しかしながら、上記の従来例の集合住宅インターホンシステムにおいては、状態復旧信号(リセット信号)を送信している最中に地震警報等の緊急事態が生じて、地震情報を受信した場合であっても、状態復旧信号受信時間(例えば5秒間)は当該地震情報を受信することができず、警報内容の冒頭部分が欠落(頭切れ)してしまい、緊急度の高い情報を十分受信できない虞があった。   However, in the housing complex intercom system of the above-mentioned conventional example, even when an emergency situation such as an earthquake alarm occurs during the transmission of the state recovery signal (reset signal), the earthquake information is received. The earthquake recovery information cannot be received during the state recovery signal reception time (for example, 5 seconds), and the beginning of the alarm content is missing (cut out), and there is a possibility that information with high urgency cannot be received sufficiently. .

本発明は、上述の難点を解消するためになされたもので、状態復旧信号を受信している最中でも地震情報等の緊急情報を早期に受信することにより、緊急度の高い警報の頭切れ状態を軽減することができる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する。   The present invention was made in order to solve the above-mentioned difficulties, and by receiving emergency information such as earthquake information at an early stage even while receiving a state recovery signal, the alarm is severely interrupted. It is an object to provide an intercom system for collective housing that can reduce noise.

本発明の集合住宅インターホンシステムの第1の態様は、集合住宅の集合玄関に設置され来訪者が居住者を呼び出して通話を成立させるための集合玄関機と、集合住宅の複数の住戸にそれぞれ設置され来訪者からの呼び出しに応答した居住者が通話を成立させるための居室親機と、集合玄関機及び居室親機の各端末の間でそれぞれ信号を送受信して、呼び出し、通話の制御を行うための制御機とを設け、制御機には、異常状態である集合玄関機及び居室親機をそれぞれ正常状態に復旧させるための状態復旧信号を間欠的に生成する主制御回路を備え、各端末には、自端末が異常状態であるとき制御機の主制御回路から間欠送信されてくる状態復旧信号が有効であるとして異常状態から正常状態に復旧させ、自端末が正常状態であるとき状態復旧信号が無効であるとして正常状態を保持するための状態復旧・保持回路と、制御機から伝送されてくる受信信号の存在の有無を検出し、受信信号の存在を検出したときに受信信号による動作制御を行うための端末制御回路とを備え、制御器には外部機関から外部ネットワークを介して送られてくる地震情報を受信するための地震速報受信機が接続され、間欠的に送信されてくる状態復旧信号の送信が停止している間に地震情報を検出した場合、その後の状態復旧信号の送信を停止して待ち受け状態に戻るようにしたことを特徴とする。 The first aspect of the apartment house intercom system of the present invention is installed in an apartment entrance to be set up at an entrance of an apartment house for a visitor to call a resident and establish a call, respectively, and to a plurality of units in the apartment house. The resident who responds to the call from the visitor sends / receives signals between the master unit for establishing a call and each terminal of the collective entrance unit and the master unit for the call and controls the call. For each of the terminals. The controller includes a main control circuit that intermittently generates a state recovery signal for recovering each of the collective entrance unit and the room base unit in an abnormal state to a normal state. The state recovery signal that is intermittently transmitted from the main control circuit of the controller is valid when the own terminal is in an abnormal state, and the normal state is restored from the abnormal state. State recovery / holding circuit to hold the normal state as if the signal is invalid, and the presence / absence of the received signal transmitted from the controller is detected, and the operation based on the received signal when the presence of the received signal is detected And a terminal control circuit for performing control. The controller is connected to an earthquake early warning receiver for receiving earthquake information transmitted from an external organization via an external network, and is transmitted intermittently. When earthquake information is detected while transmission of the state recovery signal is stopped, transmission of the subsequent state recovery signal is stopped to return to the standby state .

また、本発明の集合住宅インターホンシステムの第2の態様は、集合住宅の集合玄関に設置され来訪者が居住者又は管理人を呼び出して通話を成立させるための集合玄関機と、集合住宅の複数の住戸にそれぞれ設置され来訪者からの呼び出しに応答した居住者が通話を成立させるとともに、居住者が管理人を呼び出して通話を成立させるための居室親機と、集合住宅の管理室に設置され来訪者又は居住者からの呼び出しに応答して管理人が通話を成立させるための管理室親機と、集合玄関機、居室親機及び管理室親機の各端末の間でそれぞれ信号を送受信して、呼び出し、通話の制御を行うための制御機とを設け、制御機には、異常状態である集合玄関機、居室親機及び管理室親機をそれぞれ正常状態に復旧させるための状態復旧信号を間欠的に生成する主制御回路を備え、各端末には、自端末が異常状態であるとき制御機の主制御回路から間欠送信されてくる状態復旧信号が有効であるとして異常状態から正常状態に復旧させ、自端末が正常状態であるとき状態復旧信号が無効であるとして正常状態を保持するための状態復旧・保持回路と、制御機から伝送されてくる受信信号の存在の有無を検出し、受信信号の存在を検出したときに受信信号による動作制御を行うための端末制御回路とを備え、制御器には外部機関から外部ネットワークを介して送られてくる地震情報を受信するための地震速報受信機が接続され、間欠的に送信されてくる状態復旧信号の送信が停止している間に地震情報を検出した場合、その後の状態復旧信号の送信を停止して待ち受け状態に戻るようにしたことを特徴とする。 In addition, the second aspect of the apartment house intercom system according to the present invention includes an apartment unit installed at the apartment entrance of the apartment house for a visitor to call a resident or a manager to establish a call, and a plurality of apartment houses. Residents responding to calls from visitors who have been installed in each of the apartments in the apartment will establish a call, and will also be installed in the living room master unit for the resident to call the manager and establish the call, and in the apartment room management room Signals are sent and received between the control room master unit for the manager to establish a call in response to a call from a visitor or resident, and each terminal of the collective entrance unit, living room base unit, and control room base unit. And a control device for controlling calls and calls, and the control device is a state recovery signal for recovering the collective entrance device, the living room base unit, and the management room base unit that are in an abnormal state to a normal state. Intermittent The main control circuit is generated in each terminal, and each terminal is restored from the abnormal state to the normal state by assuming that the state recovery signal intermittently transmitted from the main control circuit of the controller is valid when the terminal is in an abnormal state. When the terminal is in a normal state, the state recovery signal is invalid and the state recovery / holding circuit for holding the normal state is detected, and the presence / absence of the reception signal transmitted from the controller is detected. And a terminal control circuit for controlling the operation based on the received signal when the presence of the earthquake is detected, and the controller receives an earthquake early warning receiver for receiving earthquake information sent from an external organization via an external network There are connected, when detecting the seismic information during the transmission of the intermittently transmitted come state restoration signal is stopped, and the transmission of the subsequent state restoration signal to return to the standby state stops And wherein the door.

さらに、本発明の集合住宅インターホンシステムの第3の態様は、第1又は第2の態様において、状態復旧信号が送出されたとき状態復旧信号を認識できる正常な状態の端末の端末制御回路は状態復旧回避信号を状態復旧・保持回路に送出することで復旧されるのが回避され、状態復旧信号の認識できない異常な状態の端末の端末制御回路は状態復旧回避信号を状態復旧・保持回路に送出しないことで復旧されることを特徴とする。   Further, according to a third aspect of the apartment house intercom system of the present invention, in the first or second aspect, the terminal control circuit of the terminal in a normal state capable of recognizing the state restoration signal when the state restoration signal is sent is the state. By sending the recovery avoidance signal to the state recovery / holding circuit, recovery is avoided, and the terminal control circuit of the terminal in an abnormal state where the state recovery signal cannot be recognized sends the state recovery avoidance signal to the state recovery / holding circuit It is characterized by being restored by not doing.

このような集合住宅用インターホンシステムによれば、状態復旧信号を送信している最中に地震警報等の緊急事態が生じても、間欠送信された状態復旧信号間で、当該地震警報信号を検出することができるので、緊急度の高い警報の頭切れ状態を軽減させることができる。   According to such an intercom system for an apartment house, even if an emergency such as an earthquake alarm occurs during transmission of a state recovery signal, the earthquake alarm signal is detected between the state recovery signals transmitted intermittently. It is possible to reduce the head-out state of an alarm with a high degree of urgency.

以下、本発明の集合住宅用インターホンシステムを適用した好ましい実施の形態について、図面を参照して説明する。   A preferred embodiment to which an intercom system for an apartment house according to the present invention is applied will be described below with reference to the drawings.

図1は本発明による集合住宅用インターホンシステムの構成を示すブロック図の一例である。   FIG. 1 is an example of a block diagram showing a configuration of an intercom system for an apartment house according to the present invention.

図1に示すように、本発明の集合住宅用インターホンシステムは、集合住宅をなす管理室、集合玄関にそれぞれ設置される管理室親機1、集合玄関機2と、集合住宅をなす複数の居室内にそれぞれ設置され個別の居室番号が割り当てられている居室親機3a、3b、3c、・・・と、管理室接続幹線L1、集合玄関接続幹線L2、居室接続幹線L3をそれぞれ介して管理室親機1、集合玄関機2、複数の居室親機3a、3b、3c、・・・が接続され、各端末間で成立される呼び出し、通話等を制御する制御機4とで構成されている。また、制御機4には気象庁等の外部機関5から外部ネットワーク6を介して送られてくる地震情報を受信するための地震速報受信機7が接続されている。   As shown in FIG. 1, the intercom system for an apartment house of the present invention includes a management room forming an apartment house, a management room master unit 1 and an entrance door machine 2 respectively installed at the entrance hall, and a plurality of living rooms forming an apartment house. Management rooms via the management room connection trunk line L1, collective entrance connection trunk line L2, and room connection trunk line L3, respectively, which are respectively installed in the room and assigned with individual room numbers. A master unit 1, a collective entrance unit 2, and a plurality of living room master units 3a, 3b, 3c,... Are connected to each other, and a controller 4 that controls a call, a call, and the like established between the terminals. . The controller 4 is connected to an earthquake early warning receiver 7 for receiving earthquake information sent from an external organization 5 such as the Japan Meteorological Agency via an external network 6.

管理室親機1には、管理室接続幹線L1を介して制御機4の通信回路40との間で各種データ信号を送受信する通信回路10と、管理室内の管理人が複数の居室内の住人を呼び出すために該当した居室番号を入力する操作部11と、操作部11にて入力された居室番号、呼出元又は警報報知元の居室の居室番号等を表示する表示部12と、通信回路10、操作部11、表示部12を適宜に制御する端末制御回路13と、定期的に(例えば、1時間に1回)、又は制御機4の後述する設定部43の所定の操作を検出したとき(設定検出時)に制御機4の主制御回路44から出力される状態復旧信号及び端末制御回路13にて検出される正常/異常の相違に基づいて入力される状態復旧回避信号の有無により異常状態の端末制御回路13にリセットをかけ正常状態に復旧させる状態復旧・保持回路14とが備えられている。   The management room master unit 1 includes a communication circuit 10 that transmits and receives various data signals to and from the communication circuit 40 of the control unit 4 via the management room connection trunk line L1, and a manager in the management room is a resident in a plurality of rooms. An operation unit 11 for inputting a corresponding room number for calling, a display unit 12 for displaying a room number input by the operation unit 11, a room number of a room of a calling source or an alarm notification source, and the communication circuit 10 When a predetermined operation of the terminal control circuit 13 that appropriately controls the operation unit 11 and the display unit 12 and the setting unit 43 (to be described later) of the controller 4 is detected periodically (for example, once per hour). Abnormality due to presence / absence of state recovery signal output from main control circuit 44 of controller 4 (when setting is detected) and state recovery avoidance signal input based on normal / abnormal difference detected by terminal control circuit 13 Reset the terminal control circuit 13 in the state. And state restoration-hold circuit 14 to restore to the normal state over is provided.

また、端末制御回路13の入力側には操作部11と状態復旧・保持回路14の出力側が、出力側には表示部12と状態復旧・保持回路14の入力側の一方が接続され、入出力側には管理室接続幹線L1を介して制御機4の通信回路40、状態復旧・保持回路14の入力側の他方にそれぞれ接続された通信回路10が接続されている。   Further, the operation unit 11 and the output side of the state restoration / holding circuit 14 are connected to the input side of the terminal control circuit 13, and one of the input side of the display unit 12 and the state restoration / holding circuit 14 is connected to the output side. The communication circuit 10 of the controller 4 and the communication circuit 10 connected to the other of the input side of the state restoration / holding circuit 14 are connected via the management room connection trunk line L1.

集合玄関機2には、集合玄関接続幹線L2を介して制御機4の通信回路41との間で各種データ信号を送受信する通信回路20と、集合玄関の来訪者が複数の居室内の住人を呼び出すために該当した居室番号を入力する操作部21と、操作部21にて入力された居室番号等を表示する表示部22と、通信回路20、操作部21、表示部22を適宜に制御する端末制御回路23と、定期的に、又は制御機4の設定部43の所定の操作を検出したときに制御機4の主制御回路44から出力される状態復旧信号及び端末制御回路23にて検出される正常/異常の相違に基づいて入力される状態復旧回避信号の有無により異常状態の端末制御回路23にリセットをかけ正常状態に復旧させる状態復旧・保持回路24とが備えられている。   The collective entrance machine 2 includes a communication circuit 20 that transmits and receives various data signals to and from the communication circuit 41 of the controller 4 via the collective entrance connection trunk line L2, and visitors of the collective entrance connect residents in a plurality of rooms. The operation unit 21 for inputting the corresponding room number for calling, the display unit 22 for displaying the room number input by the operation unit 21, the communication circuit 20, the operation unit 21, and the display unit 22 are appropriately controlled. Detected by the terminal control circuit 23 and the state recovery signal output from the main control circuit 44 of the controller 4 when a predetermined operation of the setting unit 43 of the controller 4 is detected regularly or detected by the terminal control circuit 23 And a state recovery / holding circuit 24 that resets the terminal control circuit 23 in an abnormal state to recover to a normal state by the presence / absence of a state recovery avoidance signal input based on the normal / abnormal difference.

また、端末制御回路23の入力側には操作部21と状態復旧・保持回路24の出力側が、出力側には表示部22と状態復旧・保持回路24の入力側の一方が接続され、入出力側には集合玄関接続幹線L2を介して制御機4の通信回路41、状態復旧・保持回路24の入力側の他方にそれぞれ接続された通信回路20が接続されている。   Further, the operation unit 21 and the output side of the state restoration / holding circuit 24 are connected to the input side of the terminal control circuit 23, and one of the input side of the display unit 22 and the state restoration / holding circuit 24 is connected to the output side. The communication circuit 41 of the controller 4 and the communication circuit 20 connected to the other of the input side of the state restoration / holding circuit 24 are connected to the side via the collective entrance connection main line L2.

複数の居室親機3a、3b、3c、・・・はそれぞれ同様な構成であり、居室接続幹線L3を介して制御機4の通信回路42との間で各種データ信号を送受信する通信回路30と、居室内の住人が管理室内の管理人を呼び出す、又は警報を報知するなどで適宜に操作する操作部31と、操作部31での各種操作情報、管理室内の管理人又は集合玄関の来訪者等からの呼び出しを適宜に表示する表示部32と、通信回路30、操作部31、表示部32を適宜に制御する端末制御回路33と、定期的に、又は制御機4の設定部43の所定の操作を検出したときに制御機4の主制御回路44から出力される状態復旧信号及び端末制御回路33にて検出される正常/異常の相違に基づいて入力される状態復旧回避信号の有無により異常状態の端末制御回路33にリセットをかけ正常状態に復旧させる状態復旧・保持回路34とが備えられている。   The plurality of room master units 3a, 3b, 3c,... Have the same configuration, and a communication circuit 30 that transmits and receives various data signals to and from the communication circuit 42 of the controller 4 via the room connection main line L3. A resident in the room calls the manager in the management room or notifies the user of an alarm, etc., and various operation information in the operation unit 31, a manager in the management room or a visitor to the collective entrance A display unit 32 that appropriately displays a call from the terminal, a communication circuit 30, an operation unit 31, a terminal control circuit 33 that appropriately controls the display unit 32, and a predetermined setting of the setting unit 43 of the controller 4 Depending on the presence / absence of a state recovery signal output from the main control circuit 44 of the controller 4 and a state recovery avoidance signal input based on the normal / abnormal difference detected by the terminal control circuit 33. Terminal control in abnormal state And state restoration-hold circuit 34 to restore to the normal state by resetting the road 33 are provided.

また、端末制御回路33の入力側には操作部31と状態復旧・保持回路34の出力側が、出力側には表示部32と状態復旧・保持回路34の入力側の一方が接続され、入出力側には居室接続幹線L3を介して制御機4の通信回路42、状態復旧・保持回路34の入力側の他方にそれぞれ接続された通信回路30が接続されている。   Further, the operation unit 31 and the output side of the state restoration / holding circuit 34 are connected to the input side of the terminal control circuit 33, and one of the input side of the display unit 32 and the state restoration / holding circuit 34 is connected to the output side. The communication circuit 42 of the controller 4 and the communication circuit 30 connected to the other of the input side of the state restoration / holding circuit 34 are connected to the side via the room connection main line L3.

制御機4には、管理室接続幹線L1、集合玄関接続幹線L2、居室接続幹線L3をそれぞれ介して、管理室親機1の通信回路10との間、集合玄関機2の通信回路20との間、複数の居室親機3a、3b、3c、・・・の各通信回路30との間で各種データ信号を送受信する通信回路40、41、42と、当該集合住宅を保守・点検する作業者等が異常状態の端末にリセットをかけ正常状態に復旧させるために適宜に操作する設定部43と、定期的に、又は設定部43の所定の操作を検出したときに状態復旧信号を出力するとともに通信回路40、41、42を適宜に制御する主制御回路44とが備えられている。   The control unit 4 communicates with the communication circuit 10 of the management room master unit 1 and the communication circuit 20 of the collection entrance unit 2 via the management room connection trunk line L1, the collective entrance connection trunk line L2, and the living room connection trunk line L3. , Communication circuits 40, 41, 42 for transmitting / receiving various data signals to / from the communication circuits 30 of the plurality of living room master units 3a, 3b, 3c,. In addition to outputting a state restoration signal periodically or when a predetermined operation of the setting unit 43 is detected, the setting unit 43 that is appropriately operated to reset the terminal in an abnormal state to restore the normal state And a main control circuit 44 for appropriately controlling the communication circuits 40, 41, and 42.

また、主制御回路44の入力側には設定部43が、入出力側には管理室接続幹線L1、集合玄関接続幹線L2、居室接続幹線L3をそれぞれ介して、管理室親機1の通信回路10、集合玄関機2の通信回路20、複数の居室親機3a、3b、3c、・・・の各通信回路30に接続された通信回路40、41、42がそれぞれ接続されている。   In addition, the setting unit 43 is provided on the input side of the main control circuit 44, and the communication circuit of the management room master unit 1 is provided on the input / output side via the management room connection trunk line L1, the collective entrance connection trunk line L2, and the living room connection trunk line L3. 10, communication circuits 40, 41, and 42 connected to the communication circuit 20 of the collective entrance 2 and the communication circuits 30 of the plurality of room master units 3a, 3b, 3c,.

このように構成された集合住宅用インターホンシステムにおいて、以下、その動作について説明する。   The operation of the intercom system for an apartment house constructed as described above will be described below.

制御機4は、従来例と同様に管理室親機1、集合玄関機2、複数の居室親機3a、3b、3c、・・・の操作部11、21、31での各種操作により、管理室接続幹線L1、集合玄関接続幹線L2、居室接続幹線L3をそれぞれ伝送される各種データ信号を送受信させ呼出報知、通話等を制御する。   As in the conventional example, the controller 4 is managed by various operations in the operation units 11, 21, 31 of the management room master unit 1, the collective entrance unit 2, and the plurality of living room master units 3a, 3b, 3c,. Various data signals transmitted through the room connection main line L1, the collective entrance connection main line L2, and the room connection main line L3 are transmitted and received to control call notifications and calls.

次に、定期的に又は当該集合住宅を保守・点検する作業者等による設定部43の適宜な操作により、制御機4の主制御回路44が待受状態から設定検出状態に移行されると、異常状態の端末にリセットをかけ正常状態に復旧させるための状態復旧信号S1が出力される。   Next, when the main control circuit 44 of the controller 4 is shifted from the standby state to the setting detection state periodically or by an appropriate operation of the setting unit 43 by an operator or the like who maintains and inspects the apartment house, A state recovery signal S1 for resetting the terminal in the abnormal state to recover the normal state is output.

この状態復旧信号S1は、通信回路40、41、42に接続される管理室接続幹線L1、集合玄関接続幹線L2、居室接続幹線L3をそれぞれ介して、管理室親機1の通信回路10、集合玄関機2の通信回路20、複数の居室親機3a、3b、3c、・・・の各通信回路30に伝送される。   This state restoration signal S1 is sent to the communication circuit 10 of the control room base unit 1 and the collective via the control room connection main line L1, the collective entrance connection main line L2, and the living room connection main line L3 connected to the communication circuits 40, 41 and 42, respectively. It is transmitted to each communication circuit 30 of the communication circuit 20 of the entrance machine 2 and the plurality of room master units 3a, 3b, 3c,.

ここで、複数の端末をなす管理室親機1、集合玄関機2、複数の居室親機3a、3b、3c、・・・のうち、例えば、管理室親機1および居室親機3aが正常状態であり、端末制御回路13、33にて正常状態が検出され、集合玄関機2および他の居室親機である3b、3c、・・・が異常状態であり、集合玄関機2の端末制御回路23、居室親機3b、3c、・・・の各端末制御回路33にて異常状態が検出されている場合において、正常状態の管理室親機1および居室親機3aのうち、管理室親機1の通信回路10に伝送された状態復旧信号S1は、端末制御回路13と状態復旧・保持回路14にそれぞれ入力され、正常状態の端末制御回路13は入力された状態復旧信号S1を認識してリセットを回避させるための状態復旧回避信号S2を状態復旧・保持回路14に出力する。これにより、端末制御回路13にはリセットがかからずに正常状態が保持される。   Here, among the management room master unit 1, the collective entrance unit 2, and the plurality of living room base units 3 a, 3 b, 3 c,... That form a plurality of terminals, for example, the management room base unit 1 and the living room base unit 3 a are normal. And the normal state is detected by the terminal control circuits 13 and 33, and the collective entrance machine 2 and the other living room master units 3b, 3c,... In the case where an abnormal state is detected in each terminal control circuit 33 of the circuit 23, the room masters 3b, 3c,..., The management room parent of the management room master 1 and the room master 3a in the normal state. The state restoration signal S1 transmitted to the communication circuit 10 of the machine 1 is input to the terminal control circuit 13 and the state restoration / holding circuit 14 respectively, and the terminal control circuit 13 in the normal state recognizes the inputted state restoration signal S1. State recovery avoidance signal S to avoid reset The output to the state recovery and hold circuit 14. As a result, the terminal control circuit 13 is not reset and maintains a normal state.

同様に居室親機3aの通信回路30に伝送された状態復旧信号S1は、端末制御回路33と状態復旧・保持回路34にそれぞれ入力され、正常状態の端末制御回路33は入力された状態復旧信号S1を認識してリセットを回避させるための状態復旧回避信号S2を状態復旧・保持回路34に出力する。これにより、端末制御回路33にはリセットがかからずに正常状態が保持される。   Similarly, the state restoration signal S1 transmitted to the communication circuit 30 of the living room master unit 3a is inputted to the terminal control circuit 33 and the state restoration / holding circuit 34, respectively, and the normal state terminal control circuit 33 is inputted to the state restoration signal. A state restoration avoidance signal S2 for recognizing S1 and avoiding reset is output to the state restoration / holding circuit 34. As a result, the terminal control circuit 33 is not reset and maintains a normal state.

一方、異常状態の集合玄関機2の通信回路20、居室親機3b、3c、・・・の各通信回路30に伝送された状態復旧信号S1は、端末制御回路23と状態復旧・保持回路24および各端末制御回路33と各状態復旧・保持回路34にそれぞれ入力される。ここで、異常状態の端末制御回路23および各端末制御回路33は入力された状態復旧信号S1を認識できないため、状態復旧・保持回路24、34に上述のような状態復旧回避信号を出力することはない。これにより、集合玄関機2の端末制御回路23および居室親機3b、3c、・・・の各端末制御回路33には、状態復旧・保持回路24、34からのリセットがかけられ正常状態に復旧される。   On the other hand, the state restoration signal S1 transmitted to the communication circuits 20 of the collective entrance 2 in the abnormal state and the communication circuits 30 of the room master units 3b, 3c,... Is sent to the terminal control circuit 23 and the state restoration / holding circuit 24. And input to each terminal control circuit 33 and each state restoration / holding circuit 34. Here, since the terminal control circuit 23 and each terminal control circuit 33 in an abnormal state cannot recognize the inputted state restoration signal S1, the state restoration avoidance signal as described above is output to the state restoration / holding circuits 24 and 34. There is no. As a result, the terminal control circuit 23 of the collective entrance 2 and the terminal control circuits 33 of the living room master units 3b, 3c,... Are reset from the state restoration / holding circuits 24, 34 and restored to the normal state. Is done.

このような本発明の集合住宅インターホンシステムにおいて、上記実施の形態における状態復旧信号について詳述する。   In such an apartment intercom system of the present invention, the state restoration signal in the above embodiment will be described in detail.

図2は状態復旧信号の送信状態を表す図であり、図2(a)は従来の集合住宅インターホンシステムの送信状態を表し、図2(b)は本発明の集合住宅インターホンシステムの送信状態を表したものである。   FIG. 2 is a diagram showing the transmission state of the state restoration signal, FIG. 2 (a) shows the transmission state of the conventional apartment house intercom system, and FIG. 2 (b) shows the transmission state of the apartment house intercom system of the present invention. It is a representation.

図2(a)に示すように、従来の集合住宅インターホンシステムの状態復旧信号の送信状態は、一定時間(例えば、5秒間)状態復旧信号を送信し続けるため、他端末からの信号や地震速報のような緊急の情報が送信されてきても状態復旧信号が送信されている間は他からの信号が受信できない。従って、状態復旧信号の送信が終了した後の情報しか入手できず、例えば5秒間だけ情報が頭切れしてしまう状況が発生する。   As shown in FIG. 2A, the state recovery signal transmission state of the conventional apartment house intercom system continues to transmit the state recovery signal for a certain period of time (for example, 5 seconds). Even if urgent information such as is transmitted, a signal from another cannot be received while the state restoration signal is transmitted. Therefore, only information after the transmission of the state restoration signal is available can be obtained. For example, a situation occurs in which the information is cut off for 5 seconds.

それに対して、本発明の集合住宅インターホンシステムでは、図2(b)に示すように、例えば0.9秒間状態復旧信号を送信し、次の0.1秒間は送信を停止することを繰り返し、間欠的に状態復旧信号を送信するようにしている。   On the other hand, in the apartment house intercom system of the present invention, as shown in FIG. 2B, for example, a state recovery signal is transmitted for 0.9 seconds, and the transmission is repeatedly stopped for the next 0.1 seconds, The state recovery signal is transmitted intermittently.

このような送信状態にすると、状態復旧信号の送信を停止している0.1秒の間に他端末からの信号や緊急の情報等を検出することができ、このような信号や情報を検出した場合、その後の状態復旧信号の送信を停止して待ち受け状態に戻るようにする。この結果、最長でも1秒後には緊急の地震速報などの報知が行えるようになる。   In such a transmission state, signals from other terminals, emergency information, etc. can be detected within 0.1 seconds when transmission of the state recovery signal is stopped, and such signals and information are detected. In such a case, the transmission of the subsequent state recovery signal is stopped to return to the standby state. As a result, it is possible to notify an emergency earthquake bulletin after 1 second at the longest.

なお、上記したように、最長で1秒間は情報の報知にタイムラグが生じるが、この程度のタイムラグはほとんど放送に影響を及ぼさない。また、状態復旧信号の送信間隔は上記のような0.9秒送信、0.1秒停止の例に制約される必要はなく、例えば、0.5秒送信、0.1秒停止などとしてもよい。即ち、間欠的に送信する間隔が短ければ緊急の情報等を極力タイムラグが短く、頭切れのない状態で報知することが可能となる。従って、状態復旧信号の送信間隔は集合住宅インターホンシステムの状況に応じて適宜適切に設定することができる。   As described above, there is a time lag in notifying information for a maximum of one second, but this time lag hardly affects broadcasting. Further, the transmission interval of the state recovery signal need not be limited to the example of 0.9 second transmission and 0.1 second stop as described above. For example, 0.5 second transmission, 0.1 second stop, etc. Good. That is, if the interval of intermittent transmission is short, urgent information or the like can be notified in a state where the time lag is as short as possible and the head is not cut off. Therefore, the transmission interval of the state restoration signal can be appropriately set appropriately according to the situation of the apartment house intercom system.

ところで、各端末では間欠送信される信号が例えば合計で3秒間検出することができれば状態復旧信号であることを認識するように設定することができる。ただし、この場合も集合住宅インターホンシステムの状況に応じて適宜変更が可能である。   By the way, each terminal can be set to recognize that it is a state restoration signal if the signals transmitted intermittently can be detected for a total of 3 seconds, for example. However, in this case as well, it can be appropriately changed depending on the situation of the apartment house intercom system.

以上のような構成及び動作からなる本発明の集合住宅インターホンシステムにおいて状態復旧信号を受信していない場合には、外部機関5から外部ネットワーク6を介して送られた地震情報を地震速報受信機7により受信すると制御機から地震警報を報知させるための地震警報信号を各端末に送信する。各端末では、地震警報信号に基づいて表示部12、22、32を駆動して地震が発生したことを知らせる表示を行なうとともに、スピーカ(不図示)等の報知部を駆動させる制御を行ない、制御機4から送信された例えば、「地震です。約6秒後に震度5の地震が発生します。」等の放送をスピーカから報音させる。   When the state restoration signal is not received in the multi-dwelling house intercom system of the present invention having the above configuration and operation, the earthquake information receiver 7 receives the earthquake information sent from the external organization 5 via the external network 6. If it receives by, the earthquake warning signal for alerting | reporting an earthquake warning from a controller will be transmitted to each terminal. In each terminal, the display units 12, 22, and 32 are driven based on the earthquake alarm signal to display that an earthquake has occurred, and control is performed to drive a notification unit such as a speaker (not shown). For example, a broadcast such as “An earthquake is generated. An earthquake with a seismic intensity of 5 will occur after about 6 seconds” is transmitted from the speaker.

一方、状態復旧信号を受信している場合には、地震速報受信機7により地震情報を受信すると制御機から地震警報を報知させるための地震警報信号を各端末に送信する。各端末では、状態復旧信号を受信しているが、端末制御回路13、23、33は間欠送信される状態復旧信号間である0.1秒の間に他の信号を受信していないかを確認しているため、この場合は地震警報信号を受信したことを検出することができる。   On the other hand, when the state restoration signal is received, when the earthquake early warning receiver 7 receives the earthquake information, the controller transmits an earthquake warning signal for informing the earthquake warning to each terminal. Each terminal receives the state restoration signal, but the terminal control circuits 13, 23, 33 check whether other signals have been received within 0.1 seconds between the state restoration signals transmitted intermittently. In this case, it is possible to detect that an earthquake warning signal has been received.

地震警報信号を検出すると端末制御回路13、23、33は状態復旧信号の受信を停止させ、検出した地震警報信号を優先的に受信させる。これにより、地震警報信号に基づいて表示部12、22、32を駆動して地震が発生したことを知らせる表示を行なうとともに、スピーカ等の報知部を駆動させて地震に関する放送をスピーカから報音させることができる。   When the earthquake warning signal is detected, the terminal control circuits 13, 23 and 33 stop receiving the state restoration signal and preferentially receive the detected earthquake warning signal. Accordingly, the display units 12, 22, and 32 are driven based on the earthquake warning signal to display that the earthquake has occurred, and the notification unit such as a speaker is driven to report the earthquake broadcast from the speaker. be able to.

本発明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の一例である。It is an example of the block diagram which shows the structure of the apartment house intercom system of this invention. 本発明の集合住宅インターホンシステムの状態復旧信号の送信状態を表す図である。It is a figure showing the transmission state of the state recovery signal of the apartment house intercom system of this invention.

1 管理室親機
2 集合玄関機
3a、3b、3c 居室親機
4 制御機
13、23、33 端末制御回路
14、24、34 状態復旧・保持回路
44 主制御回路
DESCRIPTION OF SYMBOLS 1 Control room main | base station 2 Collective entrance machine 3a, 3b, 3c Living room main | base station 4 Controller 13, 23, 33 Terminal control circuit 14, 24, 34 State recovery and holding circuit 44 Main control circuit

Claims (3)

集合住宅の集合玄関に設置され来訪者が居住者を呼び出して通話を成立させるための集合玄関機(2)と、前記集合住宅の複数の住戸にそれぞれ設置され前記来訪者からの呼び出しに応答した前記居住者が通話を成立させるための居室親機(3a、3b、3c、・・・)と、前記集合玄関機及び前記居室親機の各端末の間でそれぞれ信号を送受信して、前記呼び出し、前記通話の制御を行うための制御機(4)とを設け、
前記制御機には、異常状態である前記集合玄関機及び前記居室親機をそれぞれ正常状態に復旧させるための状態復旧信号(S1)を間欠的に生成する主制御回路(44)を備え、
前記各端末には、自端末が異常状態であるとき前記制御機の前記主制御回路から間欠送信されてくる前記状態復旧信号が有効であるとして異常状態から正常状態に復旧させ、自端末が正常状態であるとき前記状態復旧信号が無効であるとして正常状態を保持するための状態復旧・保持回路(24、34)と、前記制御機から伝送されてくる受信信号の存在の有無を検出し、前記受信信号の存在を検出したときに前記受信信号による動作制御を行うための端末制御回路(23、33)とを備え
前記制御器には外部機関(5)から外部ネットワーク(6)を介して送られてくる地震情報を受信するための地震速報受信機(7)が接続され、
前記間欠的に送信されてくる前記状態復旧信号の送信が停止している間に前記地震情報を検出した場合、その後の前記状態復旧信号の送信を停止して待ち受け状態に戻るようにしたことを特徴とする集合住宅インターホンシステム。
A multi-entry machine (2) installed at the multi-purpose entrance of a multi-family house to call a resident and establish a call, and a multi-dwelling unit installed in the multi-unit housing of the multi-family house respectively responding to calls The resident makes a call by transmitting / receiving signals between the parent unit (3a, 3b, 3c,...) For establishing a call and the terminals of the collective entrance unit and the parent unit. And a controller (4) for controlling the call,
The controller includes a main control circuit (44) that intermittently generates a state restoration signal (S1) for restoring the collective entrance machine and the living room parent machine in an abnormal state to a normal state,
When each terminal is in an abnormal state, the terminal recovers from the abnormal state to a normal state by assuming that the state recovery signal intermittently transmitted from the main control circuit of the controller is valid. A state recovery / holding circuit (24, 34) for holding the normal state assuming that the state recovery signal is invalid when in a state, and the presence / absence of a received signal transmitted from the controller; A terminal control circuit (23, 33) for performing operation control by the received signal when the presence of the received signal is detected ;
The controller is connected to an earthquake early warning receiver (7) for receiving earthquake information sent from an external organization (5) via an external network (6),
When the earthquake information is detected while the transmission of the state restoration signal transmitted intermittently is stopped, the transmission of the subsequent state restoration signal is stopped to return to the standby state. Characteristic housing intercom system.
集合住宅の集合玄関に設置され来訪者が居住者又は管理人を呼び出して通話を成立させるための集合玄関機(2)と、前記集合住宅の複数の住戸にそれぞれ設置され前記来訪者からの呼び出しに応答した前記居住者が通話を成立させるとともに、前記居住者が管理人を呼び出して通話を成立させるための居室親機(3a、3b、3c、・・・)と、前記集合住宅の管理室に設置され前記来訪者又は前記居住者からの呼び出しに応答して前記管理人が通話を成立させるための管理室親機(1)と、前記集合玄関機、前記居室親機及び前記管理室親機の各端末の間でそれぞれ信号を送受信して、前記呼び出し、前記通話の制御を行うための制御機(4)とを設け、
前記制御機には、異常状態である前記集合玄関機、前記居室親機及び前記管理室親機をそれぞれ正常状態に復旧させるための状態復旧信号(S1)を間欠的に生成する主制御回路(44)を備え、
前記各端末には、自端末が異常状態であるとき前記制御機の前記主制御回路から間欠送信されてくる前記状態復旧信号が有効であるとして異常状態から正常状態に復旧させ、自端末が正常状態であるとき前記状態復旧信号が無効であるとして正常状態を保持するための状態復旧・保持回路(14、24、34)と、前記制御機から伝送されてくる受信信号の存在の有無を検出し、前記受信信号の存在を検出したときに前記受信信号による動作制御を行うための端末制御回路(13、23、33)とを備え
前記制御器には外部機関(5)から外部ネットワーク(6)を介して送られてくる地震情報を受信するための地震速報受信機(7)が接続され、
前記間欠的に送信されてくる前記状態復旧信号の送信が停止している間に前記地震情報を検出した場合、その後の前記状態復旧信号の送信を停止して待ち受け状態に戻るようにしたことを特徴とする集合住宅インターホンシステム。
A multi-entry machine (2) installed at a multi-family house entrance for a visitor to call a resident or a manager to establish a call, and a call from the visitor installed at each of a plurality of dwelling units in the multi-family house The resident who responds to establish a call, and the resident calls the manager to establish a call, and the apartment room management room (3a, 3b, 3c,...) A management room base unit (1), which is set up in response to a call from the visitor or the resident, to establish a call by the manager, the collective entrance unit, the living room base unit, and the management room parent A controller (4) for transmitting and receiving signals between each terminal of the machine, and controlling the calling and the call,
In the controller, a main control circuit that intermittently generates a state restoration signal (S1) for restoring the collective entrance machine, the living room parent machine, and the management room parent machine that are in an abnormal state to a normal state. 44)
When each terminal is in an abnormal state, the terminal recovers from the abnormal state to a normal state by assuming that the state recovery signal intermittently transmitted from the main control circuit of the controller is valid. State recovery / holding circuit (14, 24, 34) for holding the normal state as invalid when the state recovery signal is invalid, and the presence / absence of a received signal transmitted from the controller is detected. And a terminal control circuit (13, 23, 33) for performing operation control by the received signal when the presence of the received signal is detected ,
The controller is connected to an earthquake early warning receiver (7) for receiving earthquake information sent from an external organization (5) via an external network (6),
When the earthquake information is detected while the transmission of the state restoration signal transmitted intermittently is stopped, the transmission of the subsequent state restoration signal is stopped to return to the standby state. Characteristic housing intercom system.
前記状態復旧信号が送出されたとき前記状態復旧信号を認識できる正常な状態の端末の端末制御回路は状態復旧回避信号(S2)を前記状態復旧・保持回路に送出することで復旧されるのが回避され、前記状態復旧信号の認識できない異常な状態の端末の端末制御回路は状態復旧回避信号を前記状態復旧・保持回路に送出しないことで復旧されることを特徴とする請求項1又は請求項2記載の集合住宅インターホンシステム。   When the state restoration signal is sent, the terminal control circuit of the terminal in a normal state that can recognize the state restoration signal is restored by sending the state restoration avoidance signal (S2) to the state restoration / holding circuit. The terminal control circuit of the terminal in an abnormal state that is avoided and cannot recognize the state recovery signal is recovered by not sending the state recovery avoidance signal to the state recovery / holding circuit. The apartment housing intercom system according to 2.
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