JP2009236534A - Earthquake alarm system and intercom system with earthquake alarm function for apartment - Google Patents

Earthquake alarm system and intercom system with earthquake alarm function for apartment Download PDF

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JP2009236534A
JP2009236534A JP2008079994A JP2008079994A JP2009236534A JP 2009236534 A JP2009236534 A JP 2009236534A JP 2008079994 A JP2008079994 A JP 2008079994A JP 2008079994 A JP2008079994 A JP 2008079994A JP 2009236534 A JP2009236534 A JP 2009236534A
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lighting
earthquake
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control device
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JP5130092B2 (en
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Kazuki Takekawa
和毅 竹川
Kazuhiro Yoshida
和弘 吉田
Takeshi Kuwano
剛 桑野
Yasuharu Fujishima
康晴 藤島
Mitsunori Oshima
光紀 大島
Toshiya Takano
俊哉 高野
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Panasonic Electric Works Co Ltd
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Abstract

<P>PROBLEM TO BE SOLVED: To provide an earthquake alarm system that adopts lighting of lighting equipment in a dwelling unit etc. as a notification means of an earthquake and positively notifies a resident of lighting of the lighting equipment. <P>SOLUTION: The earthquake alarm system includes: a receiving device 11 for monitoring a communication transmission circuit and receiving an earthquake early warning signal; a notification control device 12 for outputting a notification control signal when the receiving device 11 receives the earthquake early warning signal; and a lighting control device 13 having a function to notify an emergency by lighting control of a lighting device 14 according to the notification control signal. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

本発明は、緊急地震速報信号を受信すると警報出力する地震警報システムに関する。   The present invention relates to an earthquake warning system that outputs a warning when an emergency earthquake warning signal is received.

近年、マンション、あるいは戸建て住宅等に設置され、地震時には居住者に対して報知を行って避難等の活動を促す装置が開発されている。そのような装置の例として、例えば、次の特許文献１には、地震発生を検知して停電時に照明負荷を点灯して、避難方向を見易くするようにした地震検知照明装置が開示されている。この地震検知照明装置は、自ら地震検知するだけでなく、外部から災害発生信号を受信することでも地震検知を行うため、停電時の照明点灯を迅速、正確に行うことができる。
特開2007-227105公報 2. Description of the Related Art In recent years, devices have been developed that are installed in condominiums, detached houses, etc., and that prompt residents to be informed of evacuation activities in the event of an earthquake. As an example of such a device, for example, the following Patent Document 1 discloses an earthquake detection illumination device that detects an occurrence of an earthquake and turns on an illumination load at the time of a power failure so that the evacuation direction can be easily seen. . Since this earthquake detection lighting device not only detects an earthquake itself but also detects an earthquake by receiving a disaster occurrence signal from the outside, it can quickly and accurately turn on the illumination during a power failure.
JP 2007-227105 A

上記の地震検知照明装置は、自らあるいは災害発生信号によって地震を検知すると照明機器を点灯させることにより、避難方向を見易くしている。しかしながら、地震(主要動)が来る前に地震を報知するものではない。また、照明機器を単に点灯させるだけなので居住者は気づきにくく、また、照明機器が既に点灯している場合は、特に変化が生じないことから、地震を確実に報知とすることはできなかった。そこで本発明は、緊急地震速報によって地震がくるまえに報知し、かつ住戸等の照明機器を地震発生の報知手段として機能させることで、居住者に確実に気づかせることができる、すなわち地震発生前に地震予測の報知を照明機器から効果的に行うようにした地震警報システムを提供することを課題とする。   The earthquake detection lighting device makes it easy to see the evacuation direction by turning on the lighting device when an earthquake is detected by itself or a disaster occurrence signal. However, the earthquake is not notified before the earthquake (major motion) comes. In addition, since the lighting device is simply turned on, the resident is difficult to notice, and when the lighting device has already been turned on, no particular change has occurred, so that the earthquake could not be reported reliably. Therefore, the present invention can notify a resident by an emergency earthquake warning before an earthquake occurs, and can make a resident aware of it by making a lighting device such as a dwelling unit function as an earthquake occurrence notification means, that is, before an earthquake occurs. It is an object of the present invention to provide an earthquake warning system that effectively notifies earthquake prediction from lighting equipment.

上記課題を解決するため、第１の本発明は、通信回線を監視して緊急地震速報信号を受信する受信装置と、前記受信装置が前記緊急地震速報信号を受信したときに報知制御信号を出力する報知制御装置と、前記報知制御信号に従って照明機器を点灯制御して緊急事態を報知する機能を有した照明制御装置とを備える。   In order to solve the above-mentioned problems, the first aspect of the present invention is a receiving device that monitors a communication line and receives an earthquake early warning signal, and outputs a notification control signal when the receiving device receives the emergency earthquake early warning signal. And a lighting control device having a function of notifying an emergency by lighting control of the lighting device according to the notification control signal.

ここに、前記報知制御装置は、前記照明機器の状態を監視して、前記照明機器を点灯制御させる構成としてもよい。あるいは、前記照明制御装置は、前記照明機器の状態を監視して、前記照明機器を点灯制御させる構成としてもよい。   Here, the notification control device may be configured to monitor the state of the lighting device and control lighting of the lighting device. Alternatively, the lighting control device may be configured to monitor the state of the lighting device and control lighting of the lighting device.

また、前記照明制御装置は、前記報知制御信号を受け付けたときに、前記照明機器が消灯していれば点灯制御する一方、点灯していれば所定時間だけ点滅制御するようにしてもよい。   Further, when the lighting control device receives the notification control signal, the lighting control device may perform lighting control if the lighting device is turned off, and may control blinking for a predetermined time if the lighting device is turned on.

また、第２の本発明は、通信回線を監視して緊急地震速報信号を受信する受信装置と、各住戸に設置された住戸インターホンと、共用玄関に設置された共用インターホンと、前記インターホン間に通話路を選択的に形成する通話制御装置と、
前記住戸インターホンに接続され、住戸の照明機器を制御する照明制御装置とを備え、前記通話制御装置は、前記受信装置が前記緊急地震速報信号を受信したことを通知信号によって前記住戸インターホンに通知し、前記住戸インターホンは、前記通知信号を受信したときには報知制御信号を出力し、前記照明制御装置は、前記報知制御信号に従って前記住戸の照明機器を点灯制御して緊急事態を報知する地震警報機能を有する。 In addition, the second aspect of the present invention provides a receiving device that monitors a communication line and receives an earthquake early warning signal, a dwelling unit intercom installed in each dwelling unit, a common intercom installed in a common entrance, and the intercom. A call control device that selectively forms a call path;
A lighting control device that is connected to the dwelling unit intercom and controls a lighting device of the dwelling unit, and the call control device notifies the dwelling unit intercom by a notification signal that the receiving device has received the emergency earthquake warning signal. When the notification signal is received, the dwelling unit intercom outputs a notification control signal, and the lighting control device has an earthquake warning function for controlling the lighting of the dwelling unit according to the notification control signal to notify an emergency situation. Have.

ここに、前記住戸インターホンは、前記照明機器の状態を監視して、前記照明機器を点灯制御させる構成としてもよい。あるいは、前記照明制御装置は、前記照明機器の状態を監視して、前記照明機器を点灯制御させる構成としてもよい。   Here, the dwelling unit intercom may be configured to monitor the state of the lighting device and control lighting of the lighting device. Alternatively, the lighting control device may be configured to monitor the state of the lighting device and control lighting of the lighting device.

また、前記照明制御装置は、前記報知制御信号を受け付けたときに、前記住戸の照明機器が消灯していれば点灯制御する一方、点灯していれば所定時間だけ点滅制御するようにしてもよい。   In addition, when the lighting control device receives the notification control signal, the lighting control device controls the lighting if the lighting device of the dwelling unit is turned off, and controls the blinking for a predetermined time if the lighting device is turned on. .

第１、第２の本発明による地震警報システムは、緊急地震速報を利用しているので、地震がくる前に報知することができる。従って、居住者には地震の前に避難活動等を行う余裕が生じる。そして地震計等を必要としないので安価に提供できる。また、照明制御装置は、報知制御装置あるいは住戸インターホンが出力した報知制御信号に従って照明機器を点灯制御するが、照明機器の現状の点灯態様に合わせて制御パターンを変更することにより、居住者に確実に気づかせることができる。例えば、報知制御信号を受け付けたときに、照明機器が消灯していれば点灯制御する一方、点灯していれば所定時間だけ点滅制御する構成では、照明が既に点灯状態であったとしても、点滅によって居住者に気づかせることができる。また、照明機器を制御することにより緊急事態を報知したあと、照明機器を点灯状態にする構成では、視界が確保され避難方向が見易くなる。   Since the earthquake warning system according to the first and second aspects of the present invention uses the earthquake early warning, it can notify before an earthquake occurs. Therefore, a resident can afford to perform evacuation activities before the earthquake. And since it does not require a seismometer, it can be provided at a low cost. In addition, the lighting control device controls lighting of the lighting device according to the notification control signal output from the notification control device or the dwelling intercom, but by changing the control pattern according to the current lighting mode of the lighting device, the lighting control device can reliably Can be noticed. For example, when a notification control signal is received, if the lighting device is turned off, the lighting control is performed. On the other hand, if the lighting device is turned on, the lighting control is performed only for a predetermined time. Can make the resident aware. Further, in the configuration in which the lighting device is turned on after the emergency is notified by controlling the lighting device, the field of view is secured and the evacuation direction is easy to see.

以下、本発明の実施例を図に従って説明する。
図１は、本発明による地震警報システムの概略構成を説明するブロック図である。
この地震警報システム１は、基本的な構成要素として、緊急地震速報信号を受信する受信装置１１と、受信装置１１が緊急地震速報信号を受信したときに報知制御信号を出力する報知制御装置１２と、居室等の照明機器１４を制御する照明制御装置１３とを備えており、受信装置１１は、地震を監視し緊急地震速報信号を配信する地震監視システム２０に通信回線を通じて接続されている。なお、緊急地震速報は、地震の発生直後に、震源に近い地震計でとらえた観測データを気象庁へ瞬時に集約し、コンピュータの解析処理により震源の位置や地震の規模(マグニチュード)を特定し、更に、各地への主要動の到達時刻とその震度を推定して、各地の受信装置へ緊急地震速報信号を送信するものである。ここで、受信装置１１と報知制御装置１２との間、報知制御装置１２と照明制御装置１３との間、あるいは照明制御装置１３と照明機器１４との間は、有線接続としても、無線接続としてもよいが、無線接続とすれば地震警報システム１の施工が容易になる。 Embodiments of the present invention will be described below with reference to the drawings.
FIG. 1 is a block diagram illustrating a schematic configuration of an earthquake warning system according to the present invention.
The earthquake warning system 1 includes, as basic components, a receiving device 11 that receives an emergency earthquake warning signal, and a notification control device 12 that outputs a notification control signal when the receiving device 11 receives the emergency earthquake warning signal. And a lighting control device 13 for controlling a lighting device 14 such as a living room. The receiving device 11 is connected to an earthquake monitoring system 20 for monitoring an earthquake and delivering an emergency earthquake warning signal through a communication line. In addition, immediately after the occurrence of an earthquake, the Earthquake Early Warning immediately collects observation data captured by a seismometer close to the epicenter to the Japan Meteorological Agency, identifies the location of the epicenter and the magnitude (magnitude) of the earthquake by computer analysis, Furthermore, the arrival time of the main motion to each location and the seismic intensity are estimated, and an emergency earthquake warning signal is transmitted to the receiving device in each location. Here, between the receiving device 11 and the notification control device 12, between the notification control device 12 and the lighting control device 13, or between the lighting control device 13 and the lighting device 14, as a wired connection or a wireless connection. However, if the wireless connection is used, the construction of the earthquake warning system 1 becomes easy.

受信装置１１は、緊急地震速報信号が送信されてくる通信回線を常時監視し、緊急地震速報信号を受信すると、地震の発生を通知信号によって報知制御装置１２に通知するが、緊急地震速報信号に基づいて震度レベルを判断し、その震度レベルを報知制御装置１２に通知する構成が望ましい。また、所在地情報を予め登録しておき、その情報と緊急地震速報信号の内容から、より正確な震度レベルを予測する構成としてもよい。   The receiving device 11 constantly monitors the communication line through which the emergency earthquake warning signal is transmitted. When the emergency earthquake warning signal is received, the receiving device 11 notifies the notification control device 12 of the occurrence of the earthquake by a notification signal. A configuration in which the seismic intensity level is determined based on the seismic intensity level is notified to the notification control device 12. Further, the location information may be registered in advance, and a more accurate seismic intensity level may be predicted from the information and the contents of the emergency earthquake warning signal.

報知制御装置１２は、受信装置１１から通知信号を受け付けると、予測された震度レベルと所定値とを比較し、所定値以上であれば、照明制御装置１３に対して報知制御信号を出力して緊急事態を報知させるが、自らも、音声警報を出力する。音声警報は、予め準備した音声データをスピーカ等から再生出力することによって行う。具体的には、例えば、通知された震度レベルが３未満であれば警報せず、３以上５未満であれば、「ヒュンヒュンヒュン、まもなく地震がきます」と警報し、震度レベルが５以上であれば、「ヒュンヒュンヒュン、まもなく大きな地震がきます」と警報してもよい。このように本発明による地震警報システム１は、緊急地震速報を利用しているので、地震がくる前に報知することができる。従って、居住者には地震の前に避難活動等を行う余裕が生じる。また、地震検知のための地震計等を必要としないので安価に提供できる。   When the notification control device 12 receives the notification signal from the reception device 11, the notification control device 12 compares the predicted seismic intensity level with a predetermined value, and outputs a notification control signal to the lighting control device 13 if it is equal to or greater than the predetermined value. An emergency situation is reported, but a sound alarm is also output by itself. The sound alarm is performed by reproducing and outputting sound data prepared in advance from a speaker or the like. Specifically, for example, if the reported seismic intensity level is less than 3, the alarm is not issued. If the seismic intensity level is less than 3 and less than 5, an alarm is issued saying “Hyun Hyun Hyun will soon have an earthquake” and the seismic intensity level is 5 or more. For example, “Hyun Hyun Hyun, a big earthquake will come soon” may be warned. Thus, since the earthquake warning system 1 according to the present invention uses the emergency earthquake warning, it can notify before an earthquake occurs. Therefore, a resident can afford to perform evacuation activities before the earthquake. In addition, since it does not require a seismometer for earthquake detection, it can be provided at a low cost.

照明制御装置１３は、通常時はユーザの操作に応じて照明機器１４を点灯あるいは消灯制御するスイッチ盤として構成されるが、本発明では、報知制御装置１２から報知制御信号を受け付けたときには、その報知制御信号に従って照明機器１４を点灯制御することにより緊急事態を報知する機能を備えている。このときの照明機器１４に対する制御パターンは特に限定されない。例えば、報知制御信号を受け付けたときに照明機器１４が消灯していれば点灯制御する一方、点灯していれば所定時間だけ点滅制御しその後また点灯させる制御でもよい。また、報知制御信号を受け付けたときには、照明機器１４のその時点での点灯、消灯に関わらず、所定時間だけ点滅制御しその後点灯させる制御でもよい。また、報知制御装置１２が報知制御信号に地震レベルの情報を含めて出力する構成であれば、その地震レベルに応じて点滅回数を調整するようにしてもよい。このように制御パターンを工夫することにより、信号に従って照明機器１４を制御するが、その際の制御パターンを工夫することにより、その照明機器１４による報知を居住者に確実に気づかせることができる。また、照明機器１４を制御することにより緊急事態を報知したあとは、照明機器１４を点灯状態にするので、視界が確保され避難方向が見易くなる。   The lighting control device 13 is normally configured as a switch panel that controls the lighting device 14 to be turned on or off according to a user operation. In the present invention, when the notification control signal is received from the notification control device 12, It has a function of notifying an emergency situation by controlling lighting of the lighting device 14 according to the notification control signal. The control pattern for the lighting device 14 at this time is not particularly limited. For example, the lighting control may be performed if the lighting device 14 is turned off when the notification control signal is received, while the lighting control may be performed for a predetermined time if the lighting device 14 is turned on and then turned on again. Further, when the notification control signal is received, the control may be performed so that the lighting device 14 blinks for a predetermined time and then turns on regardless of whether the lighting device 14 is turned on or off at that time. Further, if the notification control device 12 outputs the notification control signal including information on the earthquake level, the number of blinks may be adjusted according to the earthquake level. The lighting device 14 is controlled according to the signal by devising the control pattern in this way, but by devising the control pattern at that time, the resident can be surely noticed by the lighting device 14. In addition, after the emergency is notified by controlling the lighting device 14, the lighting device 14 is turned on, so that the field of view is ensured and the evacuation direction is easy to see.

なお、報知制御装置１２は、照明制御装置１３を通じて照明機器１４の点灯状態を監視、把握しており、その状態に対応して、照明機器を点灯制御させる構成としてもよい。このような構成では、照明制御装置１３は、照明機器１４の状態を監視する必要がないので簡単な回路、例えばスイッチ回路だけで構成できる。また、地震警報システム１を構築する場合に、既存の照明制御装置１３、照明機器１４を用いることができる。あるいは、照明制御装置１３は、照明機器１４の状態を監視、把握しており、報知制御信号を受けた時点での照明機器１４の点灯状態に応じて点灯制御するインテリジェントな構成としてもよい。この場合は、報知制御装置１３は、照明機器１４の状態を監視する必要がないので回路構成が簡単になる。   The notification control device 12 may monitor and grasp the lighting state of the lighting device 14 through the lighting control device 13, and may be configured to control lighting of the lighting device corresponding to the state. In such a configuration, the lighting control device 13 does not need to monitor the state of the lighting device 14, and therefore can be configured with a simple circuit, for example, a switch circuit. Further, when the earthquake warning system 1 is constructed, the existing lighting control device 13 and lighting device 14 can be used. Or the illumination control apparatus 13 is good also as an intelligent structure which monitors and grasps | ascertains the state of the lighting equipment 14 and performs lighting control according to the lighting state of the lighting equipment 14 at the time of receiving the notification control signal. In this case, since the notification control device 13 does not need to monitor the state of the lighting device 14, the circuit configuration is simplified.

図２は、地震警報システムの基本動作の一例を説明するフローチャートである。
この基本動作では、受信装置１１は緊急地震速報信号を受信するまで待機し、緊急地震速報信号を受信するとその信号に基づいて震度レベルを判断し、所定値以上であれば、通知信号によって報知制御装置１２に通知する（ステップ１０１〜１０３）。 FIG. 2 is a flowchart for explaining an example of the basic operation of the earthquake warning system.
In this basic operation, the receiving device 11 waits until an emergency earthquake warning signal is received. When the emergency earthquake warning signal is received, the seismic intensity level is determined based on the signal. The device 12 is notified (steps 101 to 103).

報知制御装置１２は、その通知信号を受け付けると音声警報を出力すると共に、照明制御装置１３に対して報知制御信号を出力する（ステップ１０４）。   When the notification control device 12 accepts the notification signal, it outputs a sound alarm and outputs a notification control signal to the illumination control device 13 (step 104).

照明制御装置１３は、報知制御信号を受け付けると、その時点で照明機器１４が点灯しているか消灯しているかを判別し、点灯していれば、タイマを起動して時間の計測を開始し、所定時間だけ照明機器１４を点滅制御する。一方、その時点で照明機器１４が消灯していれば、照明機器１４を点灯制御する(ステップ１０５〜１０９)。   When the lighting control device 13 receives the notification control signal, the lighting control device 13 determines whether the lighting device 14 is turned on or off at that time, and if it is turned on, starts the timer and starts measuring time, The lighting device 14 is controlled to blink for a predetermined time. On the other hand, if the lighting device 14 is turned off at that time, the lighting device 14 is controlled to be turned on (steps 105 to 109).

なお、本発明による地震警報システム１は、緊急地震速報信号を受信して緊急事態を報知する機能のみを有したシステムとしてもよいが、それ以外に、例えば集合住宅用インターホンシステムとしてもよい。以下、その例を図に従って説明する。   In addition, although the earthquake warning system 1 by this invention is good also as a system which has only the function which receives an emergency earthquake warning signal and alert | reports an emergency situation, it is good also as an intercom system for collective housings other than that, for example. The example will be described below with reference to the drawings.

図３は、そのような地震警報システム１の概略構成を説明するブロック図である。
すなわち、この地震警報システム１は、集合住宅用インターホンシステムとして構成されており、各住戸に設置され図示しないドアホン子器を有し、上記報知制御装置１２を備えた住戸インターホン１２ａと、共用玄関に設置された共用インターホン１６と、インターホン１２ａ、１６間に通話路を選択的に形成する通話制御装置１５を備えた警報監視盤１５ａと、緊急地震速報信号を受信する受信装置１１と、住戸インターホン１２ａに接続され、住戸の照明機器１４を制御する照明制御装置１３とを備えている。インターホン１２ａ、１６および警報監視盤１５ａは、通話線と制御信号線とによって相互に接続されている。なお、受信装置１１は、地震を監視し緊急地震速報信号を配信する地震監視システム２０に通信回線を通じて接続されている。 FIG. 3 is a block diagram illustrating a schematic configuration of such an earthquake warning system 1.
In other words, the earthquake warning system 1 is configured as an intercom system for a housing complex, has a door phone slave unit (not shown) installed in each dwelling unit, and a dwelling unit interphone 12a provided with the notification control device 12 and a common entrance. An installed common interphone 16, an alarm monitoring panel 15a having a call control device 15 that selectively forms a communication path between the interphones 12a and 16, a receiving device 11 that receives an emergency earthquake warning signal, and a dwelling unit interphone 12a And a lighting control device 13 that controls the lighting device 14 of the dwelling unit. The intercoms 12a and 16 and the alarm monitoring board 15a are connected to each other by a call line and a control signal line. The receiving device 11 is connected to an earthquake monitoring system 20 that monitors an earthquake and distributes an emergency earthquake warning signal through a communication line.

この地震警報システム１は、従来の集合住宅用インターホンシステムとして、少なくとも共用インターホン１６において、住戸番号を指定して呼び出し操作を行うと、通話制御装置１５が、指定された住戸インターホン１２ａを呼び出し、住戸インターホン１２ａで応答操作がなされると、インターホン１２ａ、１６との間に通話路を形成して、相互通話を行わせる基本機能を有している。また、図示していないが、住戸インターホン１２ａには、火災感知器等のセンサが接続されており、そのセンサが異常発生を検知すると、警報監視盤１５ａに通知する。これに対して、警報監視盤１５ａは、近隣の住戸の住戸インターホン１２ａから音声警報を出力させ、あるいは消防等の外部機関に移報する。   In this earthquake warning system 1, as a conventional apartment house intercom system, when a calling operation is performed by designating a dwelling unit number at least in the common intercom 16, the call control device 15 calls the designated dwelling unit intercom 12 a, When a response operation is performed on the interphone 12a, a basic communication function is established in which a call path is formed between the interphones 12a and 16 and a mutual call is made. Although not shown, the dwelling unit intercom 12a is connected to a sensor such as a fire detector. When the sensor detects an abnormality, the alarm monitoring panel 15a is notified. On the other hand, the alarm monitoring panel 15a outputs a sound alarm from the dwelling unit intercom 12a of the neighboring dwelling unit or transfers it to an external organization such as a fire department.

また、地震警報システム１としての機能は、上記の例と基本的に共通であり、通話制御装置１５を備えた警報監視盤１５ａは、受信装置１１が緊急地震速報信号を受信したことを通知信号によって報知制御装置１２を備えた住戸インターホン１２ａに通知する。この通知は、制御信号線を通じてなされる。そして、住戸インターホン１２ａは、通知信号を受信したときには報知制御信号を出力し、照明制御装置１３は、報知制御信号に従って住戸の照明機器１４を点灯あるいは点滅制御することにより緊急事態を報知する。なお、通知信号を受信した住戸インターホン１２ａは、通話用のスピーカから上述した音声警報を出力する。 Moreover, the function as the earthquake warning system 1 is basically the same as the above example, and the alarm monitoring panel 15a provided with the call control device 15 notifies that the receiving device 11 has received the emergency earthquake warning signal. To the dwelling unit intercom 12a provided with the notification control device 12. This notification is made through a control signal line. And the dwelling unit intercom 12a outputs a notification control signal when receiving the notification signal, and the lighting control device 13 notifies the emergency situation by turning on or blinking the lighting device 14 of the dwelling unit according to the notification control signal. In addition, the dwelling unit intercom 12a that has received the notification signal outputs the above-described voice alarm from the speaker for telephone call.

この地震警報システム１では、集合住宅用インターホンシステムの幹線を用いることで、新たな配線設備を設けることなく各住戸に通知信号を送信することができる。また、音声警報は、住戸インターホン１２ａのスピーカから出力するので、音声出力機器を別途設ける必要がない。   In this earthquake warning system 1, the notification signal can be transmitted to each dwelling unit without providing a new wiring facility by using the trunk line of the intercom system for collective housing. Further, since the voice alarm is output from the speaker of the dwelling interphone 12a, it is not necessary to separately provide a voice output device.

なお、警報監視盤１５ａは、更に、共用玄関等に設置された照明制御装置１３を通じて、共用玄関の照明機器１４を制御することにより緊急事態を報知するようにしてもよい。この場合には、共用玄関にいる居住者にも緊急事態の報知に気づかせることができる。   The alarm monitoring panel 15a may further notify an emergency situation by controlling the lighting device 14 at the common entrance through the lighting control device 13 installed at the common entrance. In this case, the resident at the common entrance can be made aware of the emergency notification.

本発明による地震警報システムの概略構成を説明するブロック図である。It is a block diagram explaining the schematic structure of the earthquake warning system by this invention. 地震警報システムの基本動作の一例を説明するフローチャートである。It is a flowchart explaining an example of basic operation | movement of an earthquake warning system. 本発明による他の地震警報システムの概略構成を説明するブロック図である。It is a block diagram explaining schematic structure of the other earthquake warning system by this invention.

符号の説明Explanation of symbols

１ 地震警報システム
１１ 受信装置
１２ 報知制御装置
１２ａ 住戸インターホン
１３ 照明制御装置
１４ 照明機器
１５ 通話制御装置
１６ 共用インターホン DESCRIPTION OF SYMBOLS 1 Earthquake warning system 11 Receiving apparatus 12 Notification control apparatus 12a Dwelling unit intercom 13 Illumination control apparatus 14 Illumination equipment 15 Call control apparatus 16 Shared intercom

Claims (4)

通信回線を監視して緊急地震速報信号を受信する受信装置と、
前記受信装置が前記緊急地震速報信号を受信したときに報知制御信号を出力する報知制御装置と、
前記報知制御信号に従って照明機器を点灯制御して緊急事態を報知する機能を有した照明制御装置とを備えた地震警報システム。 A receiving device that monitors the communication line and receives an earthquake early warning signal;
A notification control device that outputs a notification control signal when the receiving device receives the earthquake early warning signal;
An earthquake warning system comprising: a lighting control device having a function of notifying an emergency by controlling lighting of a lighting device according to the notification control signal. 請求項１において、
前記照明制御装置は、前記報知制御信号を受け付けたときに、前記照明機器が消灯していれば点灯制御する一方、点灯していれば所定時間だけ点滅制御する地震警報システム。 In claim 1,
When the lighting control device receives the notification control signal, the lighting control device performs lighting control if the lighting device is turned off, and controls blinking for a predetermined time if the lighting device is turned on. 通信回線を監視して緊急地震速報信号を受信する受信装置と、
各住戸に設置された住戸インターホンと、共用玄関に設置された共用インターホンと、
前記インターホン間に通話路を選択的に形成する通話制御装置と、
前記住戸インターホンに接続され、住戸の照明機器を制御する照明制御装置とを備え、
前記通話制御装置は、前記受信装置が前記緊急地震速報信号を受信したことを通知信号によって前記住戸インターホンに通知し、
前記住戸インターホンは、前記通知信号を受信したときには報知制御信号を出力し、
前記照明制御装置は、前記報知制御信号に従って前記住戸の照明機器を点灯制御することにより緊急事態を報知する地震警報機能を有した集合住宅用インターホンシステム。 A receiving device that monitors the communication line and receives an earthquake early warning signal;
A dwelling unit intercom installed in each dwelling unit, a common intercom unit installed in the common entrance,
A call control device that selectively forms a call path between the intercoms;
A lighting control device connected to the dwelling unit intercom and controlling lighting units of the dwelling unit;
The call control device notifies the dwelling unit intercom by a notification signal that the receiving device has received the earthquake early warning signal,
The dwelling intercom outputs a notification control signal when receiving the notification signal,
The lighting control device is an intercom system for a collective housing having an earthquake warning function for notifying an emergency situation by controlling lighting of the lighting device of the dwelling unit according to the notification control signal. 請求項３において、
前記照明制御装置は、前記報知制御信号を受け付けたときに、前記住戸の照明機器が消灯していれば点灯制御する一方、点灯していれば所定時間だけ点滅制御する地震警報機能を有した集合住宅用インターホンシステム。 In claim 3,
When the lighting control device receives the notification control signal, the lighting control device performs lighting control if the lighting device of the dwelling unit is turned off, and has an earthquake alarm function that performs blinking control for a predetermined time if the lighting device is turned on. Residential intercom system.
JP2008079994A 2008-03-26 2008-03-26 Earthquake warning system and intercom system for apartment houses with earthquake warning function Expired - Fee Related JP5130092B2 (en)

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