JP2014026427A - Monitoring system - Google Patents

Monitoring system Download PDF

Info

Publication number
JP2014026427A
JP2014026427A JP2012165667A JP2012165667A JP2014026427A JP 2014026427 A JP2014026427 A JP 2014026427A JP 2012165667 A JP2012165667 A JP 2012165667A JP 2012165667 A JP2012165667 A JP 2012165667A JP 2014026427 A JP2014026427 A JP 2014026427A
Authority
JP
Japan
Prior art keywords
monitoring
signal
fire
alarm
watch
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP2012165667A
Other languages
Japanese (ja)
Inventor
Hisayoshi Kageyama
久義 景山
Hiroshi Ibaraki
博 茨木
Katsuya Okayasu
克也 岡安
Satoshi Nakajima
悟史 中島
Tomoya Yamamoto
知也 山本
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Hochiki Corp
Original Assignee
Hochiki Corp
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Hochiki Corp filed Critical Hochiki Corp
Priority to JP2012165667A priority Critical patent/JP2014026427A/en
Publication of JP2014026427A publication Critical patent/JP2014026427A/en
Pending legal-status Critical Current

Links

Images

Landscapes

  • Telephonic Communication Services (AREA)
  • Burglar Alarm Systems (AREA)
  • Emergency Alarm Devices (AREA)
  • Alarm Systems (AREA)
  • Fire Alarms (AREA)

Abstract

【課題】外部ネットワークを利用した通信機能を備えた防犯監視システムを基盤に、火災を監視する住警器や見守りを監視する見守り検知器を適切に連携して、防犯監視、火災監視及び見守り監視を含む総合的な監視を可能とする。
【解決手段】防犯警報装置１０は、開閉検知器１２−１，１２−２又は人感センサ１４−１，１４−２から侵入検知信号を受信した場合に防犯警報を出力すると共に居住者の携帯電話２４−１へ防犯報知信号を送信して報知させる。また防犯警報装置１０は、住警器１８−１〜１８−４の何れか火災連動信号を受信した場合に居住者の携帯電話２４−１へ火災報知信号を送信して報知させる。更に防犯警報装置１０は、住警器１８−１〜１８−４に設けた見守り検知用の人感センサ部２０−１〜２０−４からの見守り検知信号の受信に基づいて見守り報知信号を生成し、見守り元の利用者の携帯電話２４−２へ送信して報知させる。
【選択図】図１[PROBLEMS] Based on a security monitoring system equipped with a communication function using an external network, the security monitoring, the fire monitoring and the monitoring monitoring are appropriately linked by appropriately linking a home alarm device for monitoring a fire and a monitoring detector for monitoring a watch. Enables comprehensive monitoring including
A security alarm device 10 outputs a security alarm when an intrusion detection signal is received from an open / close detector 12-1, 12-2 or a human sensor 14-1, 14-2 and is also carried by a resident. A crime prevention notification signal is transmitted to the telephone 24-1 to be notified. The security alarm device 10 transmits a fire notification signal to the resident's mobile phone 24-1 when any one of the residential alarm devices 18-1 to 18-4 receives a fire-linked signal to notify the user. Furthermore, the crime prevention alarm device 10 generates a watch notification signal based on reception of the watch detection signal from the human detection sensor units 20-1 to 20-4 for the watch detection provided in the residence police devices 18-1 to 18-4. Then, it is transmitted to the mobile phone 24-2 of the watching user and notified.
[Selection] Figure 1

Description

本発明は、侵入異常を検知して警報する防犯監視機能に、火災を検知して警報する火災監視機能と居住者の生活行動を検知して知らせる見守り監視機能を連携させる監視システムに関する。
The present invention relates to a monitoring system that links a crime prevention monitoring function that detects and alerts an intrusion abnormality with a fire monitoring function that detects and alerts a fire and a watch monitoring function that detects and notifies a living behavior of a resident.

従来、住宅等における火災を検知して警報する警報器が普及している。このうち、住宅用火災警報器を住警器と言う。   2. Description of the Related Art Conventionally, alarm devices that detect and warn of fires in homes and the like have become widespread. Of these, residential fire alarms are referred to as residential alarms.

例えば、このような住警器にあっては、電池電源で動作し、住警器内に火災を検知するセンサ部と火災を警報する警報部を一体に備え、センサ部の検出信号に基づき火災を検知すると警報部から所定パターンの火災警報音を出力するようにしており、所謂自動火災報知設備のように受信機等を必要とせず住警器単体で火災監視と警報報知ができることから、設置が簡単でコスト的にも安価であり、一般住宅での設置義務化に伴い広く普及している。   For example, in such a house alarm, it is operated by a battery power source, and a sensor part for detecting a fire and an alarm part for alarming a fire are integrated in the house alarm, and a fire is generated based on a detection signal of the sensor part. When a fire alarm is detected, a fire alarm sound of a predetermined pattern is output from the alarm unit, and a fire monitor and alarm notification can be performed by a single residential alarm without the need for a receiver or the like as in the so-called automatic fire alarm equipment. It is simple and inexpensive, and it has become widespread with the obligatory installation in ordinary houses.

このようにセンサ部で火災を検知し、警報部から火災警報音を出力する住警器はスタンドアロン型として知られているが、複数の住警器間で無線通信を行うことによって、任意の住警器で火災警報音が出力されると、他の住警器でも連動して火災警報音を出力させる無線連動型の住警器を用いた火災監視システムも実用化され、普及している。   A home alarm device that detects a fire with the sensor unit and outputs a fire alarm sound from the alarm unit is known as a stand-alone type. A fire monitoring system using a wireless interlocking house alarm that outputs a fire alarm sound in conjunction with other house alarms when a fire alarm sound is output from an alarm machine has also been put into practical use and has become widespread.

また、住宅等における不審者の侵入を検知して警報する防犯監視システムも普及している。防犯監視システムは、外に面した部屋の窓などに防犯検知器として、例えばマグネット式の開閉検知器を設置し、外出する場合には、居間等に設置した監視装置を警戒モードにセットすると、監視状態となり、監視状態で不審者が窓を開けて中に侵入しようとすると、開閉検知器が窓の開放を検知して異常検知信号を監視装置に無線送信し、これを受信して監視装置は大音量の警報音を出力して威嚇することで、不審者の侵入を未然に防ぐようにしている。   In addition, a security monitoring system that detects and alerts the intrusion of a suspicious person in a house or the like is also widespread. The security monitoring system, for example, installs a magnet-type open / close detector as a security detector on the window of the room facing outside, and when going out, set the monitoring device installed in the living room etc. to the warning mode, In the monitoring state, when a suspicious person opens a window and tries to enter inside, the open / close detector detects the opening of the window, wirelessly transmits an abnormality detection signal to the monitoring device, and receives this to receive the monitoring device. Is intimidating by outputting a loud alarm sound to prevent intruders from entering.

更に、近年の防犯監視システムにあっては、異常を検知した場合に警報音を出力すると共に、携帯電話網を経由して利用者の携帯電話に異常通知メールを送信し、利用者が異常を知って適切に対処することも可能としている。   Furthermore, in recent crime prevention monitoring systems, an alarm sound is output when an abnormality is detected, and an abnormality notification mail is transmitted to the user's mobile phone via the mobile phone network, so that the user can detect the abnormality. It is also possible to know and deal appropriately.

一方、親世帯と子供世帯が離れた場所で別々に暮らしている場合、高齢化した親世帯の様子を子供世帯側へ遠隔的に知らせるようにした所謂見守り監視システムの普及も始まっている。見守り監視システムは、親世帯が住む家に、その生活行動を検知する見守り検知器として例えば人感センサを配置し、例えば１日２４時間の間に人感センサから検知信号が得られていれば、予め決めた時刻に見守り正常信号を、ネットワークを経由して子供世帯側の端末装置へ送信して報知させ、１日２４時間の間に人感センサから検知信号が得られない場合は、見守り異常信号を、外部ネットワークを経由して子供世帯側の端末装置へ送信して報知させ、親世帯に連絡を入れる等の対処を可能としている。   On the other hand, when a parent household and a child household are living separately in a distant place, a so-called watching and monitoring system has been started to remotely notify an aging parent household to the child household side. For example, a human monitoring sensor is arranged as a monitoring detector for detecting a living behavior in a home where a parent household lives, and if a detection signal is obtained from the human sensor for 24 hours a day, for example. When a normal signal is watched at a predetermined time and transmitted to the terminal device on the child household side via the network, and the detection signal is not obtained from the human sensor for 24 hours a day, An abnormal signal is transmitted to the terminal device on the child household side via an external network to be notified, and measures such as contacting the parent household are possible.

特開２００７−０９４７１９号公報JP 2007-094719 A 実用新案登録第３１４３１３９号公報Utility Model Registration No. 3143139 特開２００９−１４０２３６号公報JP 2009-140236 A

ところで、外部ネットワークを利用した通信機能を備えた防犯監視システムは、防犯センサ以外に火災を監視する住警器や見守りを監視する人感センサを配置して、それぞれの検知信号を防犯警報装置へ無線送信し、火災報知メールを利用者の携帯電話へ送信したり、見守り報知メールを子供世帯の携帯電話へ送信することで、家庭生活で利用可能な、様々なシステム機能をもたせることができる。   By the way, the crime prevention monitoring system equipped with a communication function using an external network is equipped with a house alarm that monitors fire and a human sensor that monitors watching in addition to the security sensor, and sends each detection signal to the security alarm device. By transmitting wirelessly and transmitting a fire notification mail to a user's mobile phone or sending a watch notification mail to a mobile phone of a child household, various system functions that can be used in home life can be provided.

しかし、防犯監視システム、火災監視システム及び見守り監視システムは、それぞれの背景および目的が大きく相違し、また製品規格もそれぞれ固有のものがあり、統合化するためには工夫を要する。   However, the security monitoring system, the fire monitoring system, and the monitoring system are greatly different from each other in background and purpose, and each product standard is unique.

例えば、火災を監視する住警器と見守りを監視する人感センサを別々に設置する場合には、住警器は法的に設置場所が決められており、一方、見守りを監視する人感センサは、見守り対象とする居住者の生活行動に対応して確実に生活行動を検知できる場所に設置する必要があり、世帯ごとに生活状況は様々であり、人感センサの設置場所をどこにしたら良いか迷うことが多く、設置場所によっては、見守り検知器としての機能を十分に発揮できない恐れもある。   For example, in the case where a residential alarm that monitors fire and a human sensor that monitors watching are installed separately, the location of the residential alarm is legally determined, while a human sensor that monitors watching is used. Needs to be installed in a place where the living behavior can be reliably detected in response to the living behavior of the resident to be watched over, the living situation varies from household to household, and where should the human sensor be installed? In many cases, depending on the installation location, there is a possibility that the function as a monitoring detector cannot be fully exhibited.

本発明は、外部ネットワークを利用した通信機能を備えた防犯監視システムを基盤に、火災を監視する住警器や見守りを監視する見守り検知器を適切に連携して、防犯監視、火災監視及び見守り監視を含む総合的な監視を可能とする監視システムを提供することを目的とする。
The present invention is based on a security monitoring system equipped with a communication function using an external network, and appropriately links a home alarm device for monitoring fire and a monitoring detector for monitoring watching to prevent crime monitoring, fire monitoring and monitoring. An object of the present invention is to provide a monitoring system that enables comprehensive monitoring including monitoring.

（監視システム）
本発明は、監視システムに於いて、
所定の防犯監視領域に配置され、不審者の侵入に伴う侵入異常を検知して侵入検知信号を送信する防犯検知手段と、
所定の火災監視領域に配置され、火災を検知して連動元を示す火災警報を出力すると共に火災連動信号を送信し、他の火災警報手段から火災連動信号を受信した場合に連動先を示す火災警報を出力する火災警報手段と、
火災警報手段に設けられ、火災監視領域における居住者の生活行動を検知した場合に見守り検知信号を、火災警報手段を経由して送信する見守り検知手段と、
防犯検知手段から侵入検知信号を受信した場合に、所定の時間後に防犯警報を出力すると共に外部ネットワークを経由して居住者の保有する第１携帯端末へ防犯報知信号を送信して報知させ、火災警報手段から火災連動信号を受信した場合に外部ネットワークを経由して第１携帯端末に火災報知信号を送信して報知させ、更に見守り検知手段から受信した見守り検知信号に基づいて生成した見守り報知信号を外部ネットワークを経由して見守り元の利用者の保有する第２携帯端末へ送信して報知させる防犯警報手段と、
を備えたことを特徴とする。 (Monitoring system)
The present invention provides a monitoring system comprising:
Security detection means arranged in a predetermined security monitoring area, detecting an intrusion abnormality associated with the intrusion of a suspicious person and transmitting an intrusion detection signal;
A fire that is located in a predetermined fire monitoring area, detects a fire, outputs a fire alarm indicating the interlock source, transmits a fire interlock signal, and receives a fire interlock signal from another fire alarm means, and indicates the interlock destination A fire alarm means for outputting an alarm;
A monitoring means provided in the fire alarm means, which transmits a monitoring detection signal via the fire alarm means when a living behavior of a resident in the fire monitoring area is detected;
When an intrusion detection signal is received from the security detection means, a security alarm is output after a predetermined time, and a security notification signal is transmitted to the first portable terminal owned by the resident via an external network to notify the fire. When the fire interlock signal is received from the alarm means, the fire alarm signal is transmitted to the first portable terminal via the external network to notify the first mobile terminal, and the monitor alarm signal generated based on the monitor detection signal received from the alarm detector means Security alarm means for transmitting and notifying the second mobile terminal owned by the original user via an external network,
It is provided with.

（防犯監視手段による警戒モードの設定と解除）
防犯監視手段は、
警戒モードの設定と解除を行う操作手段を備え、
操作手段による所定の警戒設定操作の受付けを検知した場合に、所定の時間後に防犯警報の出力を可能とする警戒モードを設定し、
操作手段による所定の警戒解除操作の受付けを検知した場合に警戒モードを解除して防犯警報の出力を禁止する。 (Setting and canceling warning mode by security monitoring means)
Security monitoring means
It has operation means to set and release the warning mode,
When detecting acceptance of a predetermined warning setting operation by the operation means, set a warning mode that enables output of a security alarm after a predetermined time,
When the acceptance of a predetermined alert release operation by the operation means is detected, the alert mode is canceled and the output of the security alarm is prohibited.

（遠隔操作手段による警戒モードの設定と解除）
更に、所定の警戒設定操作の受付けを検知した場合に警戒設定信号を送信し、所定の警戒解除操作の受付けを検知した場合に警戒解除信号を送信する遠隔操作手段を設け、
防犯警報手段は、遠隔操作手段から警戒設定信号を受信した場合に防犯警報の出力を可能とする警戒モードを設定し、遠隔操作手段から警戒解除信号を受信した場合に警戒モードを解除して防犯警報の出力を禁止する。 (Setting and canceling warning mode by remote control)
Furthermore, remote control means for transmitting a warning setting signal when detecting acceptance of a predetermined warning setting operation and transmitting a warning cancellation signal when detecting acceptance of a predetermined warning cancellation operation is provided,
The security alarm means sets a warning mode that enables the output of a security alarm when a warning setting signal is received from the remote control means, and cancels the warning mode when a warning release signal is received from the remote control means to prevent the crime. Disable alarm output.

（警戒モードの設定と解除を見守り元の携帯端末に報知）
防犯警報手段は、
警戒モードを設定した場合、当該警戒モードの設定を示す見守り報知信号を第２携帯端末へ送信して報知させ、
警戒モードを解除した場合、当該警戒モードの解除を示す見守り報知信号を第２携帯端末へ送信して報知させる。 (Watch and set alarm mode and release to the original mobile device)
Security alarm means
When the warning mode is set, a watch notification signal indicating the setting of the warning mode is transmitted to the second portable terminal to be notified,
When the warning mode is canceled, a watch notification signal indicating the cancellation of the warning mode is transmitted to the second portable terminal to be notified.

（見守り異常と正常の報知）
防犯警報手段は、
所定の見守り監視時間の間に、見守り検知信号の受信回数を求め、
当該見守り検知信号の受信回数が零の場合に見守り異常信号を第２携帯端末へ送信して報知させ、
見守り検知信号の受信回数が１以上の場合に見守り正常信号を第２携帯端末へ送信して報知させる。 (Monitoring abnormality and normal notification)
Security alarm means
Find the number of monitoring detection signal receptions during the specified monitoring period,
When the number of reception of the monitoring detection signal is zero, a monitoring abnormality signal is transmitted to the second mobile terminal to be notified,
When the number of reception of the watching detection signal is 1 or more, the watching normal signal is transmitted to the second portable terminal to be notified.

また、防犯警報手段は、
所定の見守り監視時間の間に、見守り検知信号の受信回数を求め、
当該見守り検知信号の受信回数が零以外の所定値未満の場合に見守り異常信号を第２携帯端末へ送信して報知させ、
見守り検知信号の受信回数が所定値以上の場合に見守り正常信号を第２携帯端末へ送信して報知させるようにしても良い。 The security alarm means
Find the number of monitoring detection signal receptions during the specified monitoring period,
If the number of times the watch detection signal is received is less than a predetermined value other than zero, the watch abnormal signal is transmitted to the second mobile terminal to be notified,
When the number of times the watch detection signal is received is equal to or greater than a predetermined value, a watch normal signal may be transmitted to the second portable terminal to be notified.

（見守り異常・注意・正常の報知）
防犯警報手段は、
所定の見守り監視時間の間に、見守り検知信号の受信回数を求め、
当該見守り検知信号の受信回数が零の場合に見守り異常信号を第２携帯端末へ送信して報知させ、
見守り検知信号の受信回数が１以上で所定値未満の場合に見守り注意信号を第２携帯端末へ送信して報知させ、
見守り検知信号の受信回数が所定値以上の場合に見守り正常信号を第２携帯端末へ送信して報知させる。
(Monitoring abnormality / caution / normal notification)
Security alarm means
Find the number of monitoring detection signal receptions during the specified monitoring period,
When the number of reception of the monitoring detection signal is zero, a monitoring abnormality signal is transmitted to the second mobile terminal to be notified,
When the number of reception of the monitoring detection signal is 1 or more and less than a predetermined value, a monitoring attention signal is transmitted to the second mobile terminal to be notified,
When the number of receptions of the watching detection signal is equal to or greater than a predetermined value, the watching normal signal is transmitted to the second portable terminal to be notified.

（基本的な効果）
本発明の監視システムは、防犯検知手段からの侵入検知信号を受信した場合に、防犯警報を出力すると共に外部ネットワークを経由して居住者が保有する第１携帯端末へ防犯報知信号を送信して報知させ、火災警報手段から火災連動信号を受信した場合に、外部ネットワークを経由して居住者が保有する第１携帯端末に火災報知信号を送信して報知させ、更に見守り検知手段を火災警報手段に設け、見守り検知手段から受信した見守り検知信号を外部ネットワークを経由して見守り元の利用者が保有する第２携帯端末へ送信して報知させるようにしたため、次の効果が得られる。 (Basic effect)
When the intrusion detection signal from the security detection means is received, the monitoring system of the present invention outputs a security alarm and transmits a security notification signal to the first portable terminal held by the resident via the external network. When the fire interlock signal is received from the fire alarm means, the fire alarm signal is transmitted to the first portable terminal held by the resident through the external network to notify the fire alarm means. Since the watch detection signal received from the watch detection means is transmitted to the second portable terminal owned by the watch-source user via the external network to be notified, the following effects are obtained.

第１に、見守り検知手段は火災警報手段の通信機能を利用して見守り検知信号を防犯警報手段へ送信するため、見守り検知手段を単独で設置する場合に比べ、構成を簡単にしてコストを大幅に低減できる。   First, because the watch detection means uses the communication function of the fire alarm means to send a watch detection signal to the security alarm means, the configuration is simplified and the cost is greatly increased compared to the case where the watch detection means is installed alone. Can be reduced.

第２に、見守り検知手段を火災警報手段に設けたため、見守り検知手段の設置場所をどこにするかの個別的な設置場所の判断及び設置作業を不要として、見守り監視に最適な位置に見守り検知手段を配置することができる。即ち、火災警報手段は、火災による熱気流を効率良く受けるため、火災監視領域となる例えば部屋の天井面中央や天井面に近い壁面に配置することが設置基準などで決められており、このため火災警報手段を配置する位置は、家具などを配置していたとしても、部屋全体を見渡すことのできる位置であり、このような位置に配置する火災警報手段に人感センサなどの見守り検知手段を一体に設けておくことで、見守り検知器が居住者の生活行動を検知する位置として最適な設置位置となり、見守り検知手段の設置場所をどこにするかの個別的な設置場所の判断及び設置作業を不要とし、見守り監視に最適な位置に見守り検知手段を配置することができる。   Secondly, since the monitoring means is provided in the fire alarm means, it is not necessary to determine the installation location of the monitoring detection means and the installation work, and the monitoring detection means is in an optimum position for monitoring. Can be arranged. In other words, in order to efficiently receive the thermal airflow due to the fire, the fire alarm means is determined by the installation standards, for example, to be placed in the center of the ceiling surface of the room or near the ceiling surface, which becomes the fire monitoring area. The position where the fire alarm means is arranged is a position where the entire room can be looked over even if furniture is arranged, and a monitoring detection means such as a human sensor is attached to the fire alarm means arranged in such a position. By installing it as a unit, the monitoring detector becomes the optimal installation position for detecting the resident's daily activities, and it is possible to determine the individual installation location and the installation work where the monitoring detection means will be installed. It is unnecessary, and the watching detection means can be arranged at a position optimal for watching monitoring.

第３に、見守り検知手段からの見守り検知信号に基づく見守り報知信号の生成や、見守り報知信号の見守り元となる利用者への送信報知は、防犯警報手段のもつ制御処理機能や外部ネットワークを経由した通信機能を利用するため、単独で見守り監視システムを構成した場合に比べ、構成を簡単にしてコストを大幅に低減できる。   Third, generation of a watch notification signal based on the watch detection signal from the watch detection means and transmission notification to the user who is the watch source of the watch notification signal are via the control processing function of the security alarm means or an external network. Since the communication function is used, the configuration can be simplified and the cost can be greatly reduced as compared with the case where the monitoring system is configured independently.

第４に、第３の場合と同様に、防犯警報手段のもつ外部ネットワークを経由した通信機能を利用して、火災警報手段からの火災連動信号の受信に基づき火災報知信号を居住者の第１携帯端末へ送信して報知させるため、構成を簡単にしてコストを大幅に低減でき、且つ外出中に起きた火災を外出先で知って適切に対処可能とする。   Fourth, as in the third case, the fire alarm signal is sent to the resident's first based on the reception of the fire interlocking signal from the fire alarm means using the communication function via the external network possessed by the security alarm means. Since the information is transmitted to the portable terminal to be notified, the configuration can be simplified, the cost can be greatly reduced, and the fire that has occurred while going out can be known and handled appropriately.

（警戒モードの設定と解除を利用者端末に報知する効果）
防犯警報手段は、警戒モードを設定した場合又は警戒モードを解除した場合、当該警戒モードの設定又は解除を示す見守り報知信号を見守り元となる利用者の第２携帯端末へ送信して報知させるため、例えば遠隔操作手段（リモコン装置）による警戒モードの設定と解除については、居住者の外出と帰宅を知ることができ、一方、防犯警報手段の操作手段による警戒モードの設定と解除であれば、居住者の就寝と起床を知ることができ、見守り先となる居住者の生活行動を適切に把握して安心することができる。 (Effect of notifying the user terminal of the setting and release of the warning mode)
When the security mode is set or the security mode is canceled, the security alarm means transmits a notification to the second mobile terminal of the user who watches the watch notification signal indicating the setting or release of the security mode. For example, regarding the setting and release of the warning mode by remote control means (remote control device), it is possible to know the resident's going out and return home, while if the warning mode setting and release by the operation means of the security alarm means, It is possible to know the resident's sleep and wake-up, and to ascertain the living behavior of the resident who will be watching over appropriately.

（見守り異常と正常の報知による効果）
防犯警報手段は、所定の見守り監視時間の間に、見守り検知信号の受信回数を求め、当該見守り検知信号の受信回数が零又は所定値未満の場合に見守り異常信号を第２携帯端末へ送信して報知させ、見守り検知信号の受信回数が１以上又は所定値以上の場合に見守り正常信号を第２携帯端末へ送信して報知させるため、見守り先となる居住者の生活行動を適切に把握し、万一、見守り異常が報知された場合には、速やかに連絡をとって安否を確かめる等の対処を可能とする。 (Effects of abnormal monitoring and normal notification)
The security alarm means obtains the number of receptions of the monitoring detection signal during a predetermined monitoring monitoring time, and transmits a monitoring abnormality signal to the second portable terminal when the number of receptions of the monitoring detection signal is zero or less than a predetermined value. If the number of times the monitoring detection signal is received is 1 or more or a predetermined value or more, the monitoring normal signal is transmitted to the second portable terminal and notified, so that the living behavior of the resident who is watching over is properly grasped. In the unlikely event that an oversight abnormality is reported, it is possible to take measures such as promptly contacting and confirming safety.

（見守り異常・注意・正常の報知による効果）
防犯警報手段は、所定の見守り監視時間の間に、見守り検知信号の受信回数を求め、当該見守り検知信号の受信回数が零の場合に見守り異常、見守り検知信号の受信回数が１以上で所定値未満の場合に見守り注意、見守り検知信号の受信回数が所定値以上の場合に見守り正常と判断し、それぞれに対応した見守り報知信号を第２携帯端末へ送信して見守り異常、見守り注意、または見守り正常を報知させるため、見守り異常と見守り正常に加え、見守り注意を加えたことで、見守り検知はあるが、その回数が通常の生活で予想される回数より少ないことを見守り注意の報知により知り、連絡をとって様子を聞き、問題がありそうな場合は必要な対処を可能とする。 (Effects of monitoring abnormalities / cautions / normal notifications)
The security alarm means obtains the number of receptions of the monitoring detection signal during a predetermined monitoring monitoring time, and when the number of receptions of the monitoring detection signal is zero, the monitoring abnormality is detected and the number of receptions of the monitoring detection signal is 1 or more and a predetermined value. If the number of reception of the monitoring detection signal is greater than or equal to a predetermined value, it is determined that the monitoring is normal, and a monitoring notification signal corresponding to each is transmitted to the second mobile terminal, and the monitoring abnormality, monitoring attention, or watching In order to notify normality, in addition to watching abnormalities and watching normals, watch attention is detected, but there are watch detections, but the number of times is less than expected in normal life, knowing by watching notices, Get in touch and listen to the situation, and if there is a problem, take necessary action.

（警戒モード設定を見守り正常とする効果）
防犯警報手段は、所定の見守り監視時間の間に警戒モードの設定があったことを検知した場合、見守り監視時間の間に求めた見守り検知信号の受信回数が零又は所定値未満であっても、見守り正常信号を第２携帯端末へ送信して報知させるため、外出や就寝による見守り検知なしを見守り異常と誤って報知することを確実に防止できる。即ち、防犯監視における警戒モードの設定は外出や就寝を意味しており、外出中や就寝中には見守り検知はないことから、この場合は見守り検知信号の受信回数が例えば零であっても見守り正常と判断し、外出や就寝による見守り検知なしを見守り異常と誤って報知することを確実に防止できる。
(Effects of normalizing watch mode settings)
When the security alarm means detects that the alarm mode is set during the predetermined monitoring time, even if the number of reception of the monitoring detection signal obtained during the monitoring time is zero or less than the predetermined value Since the watch normal signal is transmitted to the second portable terminal for notification, it is possible to reliably prevent erroneous notification that the watch is not detected by going out or sleeping. In other words, the security mode setting in crime prevention monitoring means going out or sleeping, and there is no monitoring detection while going out or sleeping, so in this case, even if the number of reception of the monitoring detection signal is zero, for example. It can be reliably prevented that it is determined to be normal, and it is detected that there is no monitoring by going out or going to bed, and that it is erroneously reported as abnormal.

本発明による監視システムの設置例を示した説明図Explanatory drawing which showed the example of installation of the monitoring system by this invention 防犯警報装置の概略構成を示した説明図Explanatory drawing which showed schematic structure of security alarm device 開閉検知器の機能構成の概略を示したブロック図Block diagram showing the functional configuration of the open / close detector 人感センサの機能構成の概略を示したブロック図Block diagram showing outline of functional configuration of human sensor 住警器の概略構成を示した説明図Explanatory drawing which showed schematic structure of the residence guard 防犯警報装置の制御の概略を示したフローチャートFlow chart showing the outline of control of the security alarm device 図６におけるステップＳ１の見守り監視制御の詳細を示したフローチャートThe flowchart which showed the detail of watching monitoring control of step S1 in FIG. 図６におけるステップＳ２の防犯監視制御の詳細を示したフローチャートThe flowchart which showed the detail of the security monitoring control of step S2 in FIG. 図６におけるステップＳ３の火災監視制御の詳細を示したフローチャートThe flowchart which showed the detail of the fire monitoring control of step S3 in FIG.

［監視システムの構成］
（システム構成の概略）
図１は本発明による監視システムの一例であり、本発明の監視システムは、防犯監視システムをベース（基盤）としており、住宅２５の所定の部屋に防犯警報装置１０を配置し、防犯警報装置１０との通信可能領域に、防犯検知器として、例えば開閉検知器１２−１、１２−２と人感センサ１４−１，１４−２を配置し、更に、防犯監視の警戒モードの設定と解除を行うリモコン装置１６を設けている。また、住宅２５に火災を監視する無線連動型の住警器１８−１〜１８−４を配置し、住警器１８−１〜１８−４には一体に見守り検知器として機能する人感センサ部２０−１〜２０−４を設けている。 [Configuration of monitoring system]
(Outline of system configuration)
FIG. 1 shows an example of a monitoring system according to the present invention. The monitoring system of the present invention is based on a security monitoring system, and a security alarm device 10 is arranged in a predetermined room of a house 25. For example, the open / close detectors 12-1 and 12-2 and the human sensors 14-1 and 14-2 are arranged in the communicable area as the crime prevention detector, and the security monitoring warning mode is set and canceled. A remote control device 16 is provided. In addition, wireless interlocking house alarms 18-1 to 18-4 for monitoring fires are arranged in the house 25, and the person sensors 18-1 to 18-4 integrally function as a watch-over detector. Parts 20-1 to 20-4 are provided.

ここで、開閉検知器１２−１、１２−２と人感センサ１４−１，１４−２は、所定の防犯監視領域に配置され、不審者の侵入に伴う侵入異常を検知して侵入検知信号を送信する防犯検知手段であり、住警器１８−１〜１８−４は、所定の火災監視領域に配置され、火災を検知して連動元を示す火災警報を出力すると共に火災連動信号を送信し、他の火災警報手段から火災連動信号を受信した場合に連動先を示す火災警報を出力する火災警報手段である。   Here, the open / close detectors 12-1 and 12-2 and the human sensors 14-1 and 14-2 are arranged in a predetermined crime prevention monitoring area, detect an intrusion abnormality associated with an intrusion of a suspicious person, and detect an intrusion detection signal. The security detectors 18-1 to 18-4 are arranged in a predetermined fire monitoring area, detect a fire, output a fire alarm indicating the interlocking source, and transmit a fire interlocking signal. The fire alarm means outputs a fire alarm indicating the interlock destination when a fire interlock signal is received from another fire alarm means.

また、人感センサ部２０−１〜２０−４は見守り検知手段であり、住警器１８−１〜１８−４の各々に設けられ、火災監視領域における居住者の生活行動を検知した場合に見守り検知信号を住警器１８−１〜１８−４を経由して送信する。   In addition, the human sensor units 20-1 to 20-4 are watching detection means, provided in each of the residential alarm devices 18-1 to 18-4, and when detecting the living behavior of the resident in the fire monitoring area. A watch detection signal is transmitted via the house alarm devices 18-1 to 18-4.

また、防犯警報装置１０は防犯警報手段であり、防犯検知手段として機能する開閉検知器１２−１、１２−２や人感センサ１４−１，１４−２から侵入検知信号を受信した場合に、防犯警報を出力すると共に携帯電話網２２（外部ネットワーク）を経由して居住者の保有する第１携帯端末となる携帯電話２４−１へ防犯報知信号を送信して報知させ、また火災警報手段として機能する住警器１８−１〜１８−４から火災連動信号を受信した場合に携帯電話網２２（外部ネットワーク）を経由して携帯電話２４−１へ火災報知信号を送信して報知させ、更に見守り検知手段として機能する人感センサ部２０−１〜２０−４から住警器１８−１〜１８−４の各々を経由して受信した見守り検知信号に基づいて生成した見守り報知信号を、携帯電話網２２（外部ネットワーク）を経由して見守り元の利用者が保有する第２携帯端末となる携帯電話２４−２へ送信して報知させる。   The security alarm device 10 is a security alarm means, and when an intrusion detection signal is received from the open / close detectors 12-1 and 12-2 and the human sensors 14-1 and 14-2 that function as the security detection means. Outputs a security alarm and transmits a security notification signal to the mobile phone 24-1 as the first mobile terminal owned by the resident through the mobile phone network 22 (external network) to notify the user, and as a fire alarm means When a fire-linked signal is received from the functioning home guards 18-1 to 18-4, a fire notification signal is transmitted to the mobile phone 24-1 via the mobile phone network 22 (external network) to be notified. A watch notification signal generated based on the watch detection signal received from the human sensor units 20-1 to 20-4 functioning as the watch detection means via each of the residential alarm devices 18-1 to 18-4 is carried. phone 22 transmits to the cellular phone 24-2 of the user source watching via the (external network) is the second mobile terminal held by to broadcast.

なお、外部ネットワークとしては、携帯電話網２２以外にインターネット網としても良く、この場合、防犯警報装置１０は、防犯報知信号や火災報知信号をインターネット回線と接続された無線ルーターを介して利用者の携帯電話２４−１へ送信して報知させ、また同様にして、見守り報知信号を見守り元の利用者が保有する第２携帯端末となる携帯電話２４−２へ送信して報知させる。   The external network may be an Internet network in addition to the mobile phone network 22. In this case, the security alarm device 10 transmits a security notification signal or a fire notification signal to the user via a wireless router connected to the Internet line. It is transmitted to the mobile phone 24-1 for notification, and similarly, the watch notification signal is watched for transmission to the mobile phone 24-2 as the second mobile terminal owned by the original user.

また、リモコン装置１６は遠隔操作手段であり、所定の警戒設定操作の受付けを検知した場合に警戒設定信号を送信し、所定の警戒解除操作の受付けを検知した場合に警戒解除信号を送信する。この場合、防犯警報装置１０は、リモコン装置１６から警戒設定信号を受信した場合に防犯警報の出力を可能とする警戒モードを設定し、リモコン装置１６から警戒解除信号を受信した場合に警戒モードを解除して防犯警報の出力を禁止する。   The remote control device 16 is a remote control means, and transmits a warning setting signal when it detects acceptance of a predetermined warning setting operation, and transmits a warning cancellation signal when it detects acceptance of a predetermined warning cancellation operation. In this case, the security alarm device 10 sets a warning mode that enables the output of a security alarm when a warning setting signal is received from the remote control device 16, and sets the warning mode when a warning release signal is received from the remote control device 16. Cancel the security alarm output.

更に、防犯警報装置１０は、警戒モードの設定と解除を行う操作手段を備え、当該操作手段による所定の警戒設定操作の受付けを検知した場合に防犯警報の出力を可能とする警戒モードを設定し、また、操作手段による所定の警戒解除操作の受付けを検知した場合に警戒モードを解除して前記防犯警報の出力を禁止する。   Furthermore, the security alarm device 10 includes an operation unit that sets and cancels a security mode, and sets a security mode that enables the output of a security alarm when the acceptance of a predetermined security setting operation by the operation unit is detected. In addition, when the reception of a predetermined warning canceling operation by the operating means is detected, the warning mode is canceled and the output of the security alarm is prohibited.

なお、以下の説明にあっては、開閉検知器１２−１，１２−２、人感センサ１４−１，１４−２、住警器１８−１〜１８−４及び人感センサ部２０−１〜２０−４をそれぞれ区別しない場合は、開閉検知器１２、人感センサ１６、住警器１８及び人感センサ部２０という。   In the following description, open / close detectors 12-1, 12-2, human sensors 14-1, 14-2, mortgage alarms 18-1 to 18-4, and human sensor unit 20-1. When not distinguishing each of ˜20-4, they are referred to as the open / close detector 12, the human sensor 16, the house alarm 18, and the human sensor unit 20.

（防犯警報装置と防犯検知器の配置）
図１において、住宅２５の所定の部屋に防犯警報装置１０を配置し、また、住宅１８の外部からの侵入が予想される部屋の窓には開閉検知器１２−１、１２−２を設置している。開閉検知器１２は、検知器本体を窓枠に固定し、これに対向して開閉する窓側にマグネットを配置し、窓を開いた場合のマグネットによる磁気の低下を検知し、そのとき侵入検知信号を生成し、これを無線により防犯警報装置１０へ送信する。開閉検知器１２−１、１２−２から防犯警報装置１０へは、所定の通信プロトコルに従った点線で示す通信経路となり、開閉検知器１２はこの通信経路を介して監視システムに固有なグループ符号を含めた侵入検知信号を送信する。 (Arrangement of security alarm device and security detector)
In FIG. 1, the security alarm device 10 is arranged in a predetermined room of a house 25, and open / close detectors 12-1 and 12-2 are installed in windows of a room where an intrusion from the outside of the house 18 is expected. ing. The open / close detector 12 fixes the detector main body to the window frame, arranges a magnet on the side of the window that opens and closes the detector body, detects a decrease in magnetism due to the magnet when the window is opened, and then detects an intrusion detection signal. Is transmitted to the security alarm device 10 wirelessly. From the open / close detectors 12-1 and 12-2 to the security alarm device 10, a communication path indicated by a dotted line in accordance with a predetermined communication protocol is provided, and the open / close detector 12 has a group code unique to the monitoring system via this communication path. Intrusion detection signal including

また、図１においては、人感センサ１４−１を住宅２５の外壁に配置して例えば塀の内側となる敷地内の監視を行い、また人感センサ１４−２をガレージに配置してガレージ内を監視している。人感センサ１４は内蔵した赤外線検知素子を起点に扇状に広がった複数本の監視ビーム領域を立体的に設定しており、いずれかの監視ビーム領域を人が通過した場合に人体から発する１０μｍ付近の波長帯域の赤外線の変化を検知し、開閉検知器１２の場合と同様に、所定の通信プロトコルに従い且つ監視システムに固有なグループ符号を含めた侵入検知信号を防犯警報装置１０へ送信する。   In FIG. 1, the human sensor 14-1 is arranged on the outer wall of the house 25 to monitor, for example, the site inside the fence, and the human sensor 14-2 is arranged in the garage. Is monitoring. The human sensor 14 has a three-dimensional setting of a plurality of monitoring beam areas that are fan-shaped starting from a built-in infrared detection element, and when the person passes through any one of the monitoring beam areas, the vicinity of 10 μm is emitted from the human body. In the same manner as in the case of the open / close detector 12, an intrusion detection signal including a group code unique to the monitoring system is transmitted to the crime prevention alarm device 10 as in the case of the open / close detector 12.

リモコン装置１６は、利用者が外出する場合に、警戒設定釦を操作することで警戒設定信号を防犯警報装置１０へ送信又は中継送信し、当該警戒設定信号を受信した防犯警報装置１０に所定の時間が経過した後に警戒モードの設定を行わせ、また、利用者が帰宅した場合に、警戒解除釦を操作することで、警戒解除信号を防犯警報装置１０へ送信又は中継送信して警戒モードの解除させるような使い方をする。またリモコン装置１６の操作による警戒モードの設定と解除は、就寝する場合と起床する場合に行うようにしても良い。   When the user goes out, the remote control device 16 transmits or relays a warning setting signal to the security alarm device 10 by operating a warning setting button, and transmits a predetermined warning to the security alarm device 10 that has received the warning setting signal. After the time has elapsed, the warning mode is set, and when the user returns home, the warning release button is operated to transmit or relay the warning release signal to the crime prevention alarm device 10 to activate the warning mode. Use it in such a way as to release it. The setting and release of the warning mode by operating the remote control device 16 may be performed when going to bed or when getting up.

また、リモコン装置１６は利用者から警戒設定釦の操作を受け付けたときに、リモコン１６に内蔵された遅延タイマが作動して、所定の時間が経過した後にリモコン装置１６から防犯警報装置１０へ警戒設定信号を送信して警戒モードの設定を行っても良い。   In addition, when the remote control device 16 accepts an operation of a warning setting button from a user, a delay timer built in the remote control 16 is activated, and the remote control device 16 warns the crime prevention alarm device 10 after a predetermined time has elapsed. A warning signal may be set by transmitting a setting signal.

また、遅延タイマを防犯警報装置１０に内蔵させ、リモコン装置１６から警戒設定信号を受信したときに、遅延タイマを作動して、所定の時間が経過した後に警戒を設定するようにしても良い。   Alternatively, a delay timer may be incorporated in the security alarm device 10 and when a warning setting signal is received from the remote control device 16, the delay timer may be activated to set a warning after a predetermined time has elapsed.

このように警戒設定時に遅延タイマを作動させることにより、利用者は警戒設定操作後に玄関を出て戸締まりをおこなえばよく、外出時にリモコン装置１６を持ち出す必要は無い。また、利用者が外出時にリモコン装置１６を持ち出さずに警戒を設定する場合は、防犯警報装置１０に警戒解除における遅延タイマによる警報遅延機能を装備させることにより、利用者が帰宅した際に防犯警報装置１０が侵入検知信号を受信しても、所定の遅延時間以内にリモコン装置１６等により警戒解除を行うことで、防犯警報装置１０から防犯警報や防犯報知信号を発することはない。   In this way, by operating the delay timer at the time of warning setting, the user only has to exit the entrance after the warning setting operation and lock the door, and there is no need to take out the remote control device 16 when going out. Also, when the user sets the alert without taking out the remote control device 16 when going out, the crime prevention alarm device 10 is equipped with an alarm delay function by a delay timer for releasing the alert, so that the security alarm is provided when the user returns home. Even if the device 10 receives the intrusion detection signal, the security alarm device 10 does not issue a security alarm or a security notification signal by releasing the warning by the remote control device 16 or the like within a predetermined delay time.

警戒モードに設定された防犯警報装置１０は、開閉検知器１２又は人感センサ１４からの侵入検知信号を受信した場合、防犯警報を出力すると共に、侵入異常を示す防犯報知信号、例えば防犯警報メール信号を生成し、携帯電話網２２を経由して住宅２５の居住者が保有している携帯電話（第１携帯端末）２４−１へ送信して防犯警報メールを表示させる。   When the security alarm device 10 set in the warning mode receives an intrusion detection signal from the open / close detector 12 or the human sensor 14, the crime prevention alarm device 10 outputs a security alarm and a security alarm signal indicating an intrusion abnormality, for example, a security alarm mail. A signal is generated and transmitted to a mobile phone (first mobile terminal) 24-1 owned by a resident of the house 25 via the mobile phone network 22 to display a security alarm mail.

また、リモコン装置１６の操作により警戒モードが解除された防犯警報装置１０は、開閉検知器１２又は人感センサ１４からの侵入検知信号を受信しても、防犯警報は出力せず、また、防犯警報メール信号も送信しない。   Moreover, even if the security alarm device 10 whose security mode has been canceled by operating the remote control device 16 receives an intrusion detection signal from the open / close detector 12 or the human sensor 14, it does not output a security alarm, and Also does not send alarm mail signal.

また、防犯警報装置１０に対する防犯監視の警戒モードの設定と解除は、防犯警報装置１０の操作部に設けた警戒設定スイッチと警戒解除スイッチの操作で行うこともできる。   Moreover, the setting and cancellation | release of the alarm mode of the crime prevention monitoring with respect to the crime prevention alarm apparatus 10 can also be performed by operation of the alarm setting switch and alarm release switch provided in the operation part of the crime prevention alarm apparatus 10. FIG.

（住警器の配置）
図１において、住宅２５の台所、居間、子供部屋、寝室など各部屋に分けて、住警器１８−１〜１８−４を設置し、火災を監視している。住警器１８−１〜１８−４は部屋の温度又は煙濃度を観測している。例えば住警器１８−１で観測結果が示す温度又は煙濃度に基づいて火災を検知した場合、連動元を示す火災警報音出力と警報表示を行うと共に、火災連動信号を他の住警器１８−２〜１８−４へ送信し、連動先を示す火災警報音出力と警報表示を行わせる。また住警器１８−１は、他の住警器１８−２〜１８−４の何れかが送信した火災連動信号を受信した場合、連動先を示す火災警報音出力と警報表示を行う。 (Arrangement of home alarm)
In FIG. 1, residential alarm devices 18-1 to 18-4 are installed in each room such as a kitchen, a living room, a child room, and a bedroom of a house 25 to monitor a fire. The residential alarms 18-1 to 18-4 observe the room temperature or smoke density. For example, when a fire is detected based on the temperature or smoke concentration indicated by the observation result in the resident alarm 18-1, a fire alarm sound output and an alarm display indicating the interlock source are performed, and a fire interlock signal is transmitted to another resident alarm 18 as well. Send to -2 to 18-4, and fire alarm sound output and alarm display to indicate the interlock destination. In addition, when the fire alarm signal transmitted from any of the other fire alarms 18-2 to 18-4 is received, the residential alarm 18-1 performs a fire alarm sound output and an alarm display indicating the interlock destination.

住警器１８−１〜１８−４及び防犯警報装置１０の間は、開閉検知器１２及び人感センサ１４と同じ通信プロトコルに従った点線で示す通信経路となり、住警器１８はこの通信経路を介して監視システムに固有なグループ符号を含めた火災連動信号を送受信する。   A communication path indicated by a dotted line in accordance with the same communication protocol as that of the open / close detector 12 and the human sensor 14 is provided between the home alarm devices 18-1 to 18-4 and the security alarm device 10. A fire interlocking signal including a group code unique to the monitoring system is transmitted / received.

（見守り監視用の人感センサ部の配置）
図１において、住宅２５の台所、子供部屋、寝室、居間など各部屋に分けて設置した住警器１８−１〜１８−４の各々には、見守り検知器として機能する人感センサ部２０−１〜２０−４を一体に設けている。人感センサ部２０は、防犯監視用の人感センサ１４の場合と同様に、内蔵した赤外線検知素子を起点に扇状に広がった１又は複数本の監視ビーム領域を立体的に設定しており、いずれかの監視ビーム領域を居住者が通過した場合に、人体から発する１０μｍ付近の波長帯域の赤外線の変化を検知し、住警器１８の通信機能により、所定の通信プロトコルに従い且つ監視システムに固有なグループ符号を含めた見守り検知信号を防犯警報装置１０へ送信する。 (Arrangement of human sensor for monitoring)
In FIG. 1, each of the residential alarm devices 18-1 to 18-4 separately installed in a kitchen, a child's room, a bedroom, a living room, etc. of the house 25 has a human sensor unit 20-functioning as a watching detector. 1-20-4 are provided integrally. As in the case of the human detection sensor 14 for crime prevention monitoring, the human detection unit 20 three-dimensionally sets one or a plurality of monitoring beam regions that expand in a fan shape starting from the built-in infrared detection element, When a resident passes through one of the monitoring beam areas, a change in infrared rays in the wavelength band near 10 μm emitted from the human body is detected, and the communication function of the resident alarm 18 uses a predetermined communication protocol and is specific to the monitoring system. A watch detection signal including a correct group code is transmitted to the security alarm device 10.

ここで住警器１８は、火災監視領域内で火災が発生した場合に想定される熱気流を効率良く受けることのできる位置に配置する。例えば住宅２５の１つの部屋を火災監視領域として住警器１８を設置する場合、監視領域となる部屋の天井面の略中央または天井面から所定距離、例えば５０ｃｍ以内となる天井面に近い壁面に配置する。   Here, the house alarm 18 is disposed at a position where it can efficiently receive the thermal airflow assumed when a fire occurs in the fire monitoring area. For example, in the case where the house alarm 18 is installed with one room of the house 25 as a fire monitoring area, the wall is close to the ceiling surface at a predetermined distance, for example, within 50 cm, from the approximate center of the ceiling surface of the room serving as the monitoring area or the ceiling surface. Deploy.

このように住警器１８を設置する位置は、設置した部屋全体を見渡すことのできる位置であり、この位置に配置する住警器１８に見守り検知器として機能する人感センサ部２０を一体に設けていることで、人感センサ部２０についても１又は複数本の監視ビーム領域を、部屋の天井面の略中央もしくは天井面に近い壁面を中心に部屋全体に立体的に設定することができ、居住者は日常的な生活行動に伴い監視ビーム領域を高い頻度で通過することが想定され、見守り検知器として最適な配置位置とすることができる。   Thus, the position where the residential alarm 18 is installed is a position where the entire installed room can be looked over, and the human sensor unit 20 that functions as a watch detector is integrated with the residential alarm 18 arranged at this position. By providing it, one or more monitoring beam regions can be set in the whole room with the human sensor unit 20 centered on the approximate center of the ceiling surface of the room or the wall surface close to the ceiling surface. The resident is assumed to frequently pass through the monitoring beam region in accordance with daily living activities, and can be set to an optimal arrangement position as a monitoring detector.

また住警器１８−１〜１８−４は住宅２５の台所、居間、子供部屋、寝室など各部屋に設置しており、同時に人感センサ部２０−１〜２０−４も各部屋に配置され、複数の人感センサ部２０−１〜２０−４の配置により、居住者の日常的な生活行動を確実に捉えることが可能となる。   In addition, the house alarm devices 18-1 to 18-4 are installed in each room such as the kitchen, living room, children's room, bedroom, etc. of the house 25. At the same time, the human sensor units 20-1 to 20-4 are also arranged in each room. By arranging the plurality of human sensor units 20-1 to 20-4, it is possible to reliably capture the daily living behavior of the resident.

［防犯警報装置１０の構成］
図２は防犯警報装置１０の機能構成の概略を示したブロック図である。図２において、防犯警報装置１０は、監視制御部３０、アンテナ３３を接続した通信部３２、アンテナ３５を接続したメール通信部３４、報知部３６、操作部３８を備え、図示しない電池電源又は商用交流電源（停電により切り替わる電池電源を備える）により動作する。 [Configuration of Security Alarm Device 10]
FIG. 2 is a block diagram showing an outline of the functional configuration of the security alarm device 10. In FIG. 2, the security alarm device 10 includes a monitoring control unit 30, a communication unit 32 connected to an antenna 33, a mail communication unit 34 connected to an antenna 35, a notification unit 36, and an operation unit 38. Operates with an AC power supply (with battery power that switches due to a power failure).

監視制御部３０は、例えばプログラムの実行により実現される機能である。ハードウェアとしてはＣＰＵ、メモリ、各種の入出力ポート等を備えたコンピュータ回路又はワイヤードロジック回路等を使用する。   The monitoring control unit 30 is a function realized by executing a program, for example. As hardware, a CPU, a memory, a computer circuit provided with various input / output ports, or a wired logic circuit is used.

通信部３２は、開閉検知器１２及び人感センサ１４から侵入検知信号を、また住警器１８から火災連動信号又は見守り検知信号を、所定の通信プロトコルに従って受信する。この通信プロトコルは、日本国内の場合には、例えば４００ＭＨｚ帯の特定小電力無線局の標準規格として知られたＳＴＤ−３０（小電力セキュリティシステム無線局の無線設備標準規格）又はＳＴＤ−Ｔ６７（特定小電力無線局テレメータ用、テレコントロール用及びデータ伝送用無線設備の標準規格）に準拠する。この信号は、送信元を示す送信元符号、グループ符号、事象符号、制御コマンド等を含む形式とする。   The communication unit 32 receives an intrusion detection signal from the open / close detector 12 and the human sensor 14 and a fire-linked signal or a watch detection signal from the resident alarm 18 according to a predetermined communication protocol. This communication protocol is, for example, STD-30 (radio equipment standard for low power security system radio stations) or STD-T67 (specially specified as a standard for specific low power radio stations in the 400 MHz band in Japan. Conforms to the standard of low power radio station telemeter, telecontrol and data transmission radio equipment). This signal has a format including a transmission source code indicating a transmission source, a group code, an event code, a control command, and the like.

メール通信部３４は、監視制御部３０の指示を受け、侵入検知信号を受信した場合に防犯警報メール信号を送信し、火災連動信号を受信した場合に火災警報メール信号を送信し、更に、所定の見守り監視時間の間に受信した見守り検知信号に基づいて生成した見守り報知メール信号を送信する。このメール信号は、携帯電話網２２を経由して携帯電話２４へ送られる。なお、メール信号の送信にインターネット網を用いる場合は、公衆インターネット回線や図１に図示しない住宅２５内に設置され、インターネット回線と接続された無線ルーターを使用する。   The mail communication unit 34 receives an instruction from the monitoring control unit 30 and transmits a security alarm mail signal when an intrusion detection signal is received, and transmits a fire alarm mail signal when a fire interlock signal is received. A watch notification mail signal generated based on the watch detection signal received during the watch monitoring time is transmitted. This mail signal is sent to the mobile phone 24 via the mobile phone network 22. When an Internet network is used for transmitting a mail signal, a wireless router connected to the Internet line is used which is installed in a public Internet line or a house 25 (not shown in FIG. 1).

報知部３６は、スピーカ、液晶ディスプレイ及びそれぞれの駆動回路を備え、必要に応じ監視制御部３０の指示によりスピーカから防犯警報音を出力すると共に液晶ディスプレイに警戒モード設定などの動作状態等の表示を行う。操作部３８は、警戒モードを設定する警戒設定スイッチ、警戒モードを解除する警戒解除スイッチなどの各種スイッチを備える。   The notification unit 36 includes a speaker, a liquid crystal display, and respective drive circuits. The alarm unit 36 outputs a security alarm sound from the speaker according to an instruction from the monitoring control unit 30 as necessary, and displays an operation state such as a warning mode setting on the liquid crystal display. Do. The operation unit 38 includes various switches such as a warning setting switch for setting a warning mode and a warning release switch for releasing the warning mode.

監視制御部３０は、次の防犯監視制御、火災監視制御、及び見守り監視制御等を行う。   The monitoring control unit 30 performs the following crime prevention monitoring control, fire monitoring control, watching monitoring control, and the like.

（防犯監視制御）
監視制御部３０は、通信部３２を介してリモコン装置１６から例えば外出に伴う警戒設定操作に基づき送信された警戒設定信号の有効受信を検知した場合、または操作部３８による監視モードの設定操作の受付けを検知した場合、防犯監視制御を開始し、開閉検知器１２または人感センサ１４から侵入検知信号を受信した場合、報知部３６に指示し、大音量で所定の防犯警報音を出力させると共に、防犯報知を示す防犯警報メール信号を生成し、メール通信部３４に指示し、当該防犯警報メール信号を、携帯電話網２２を経由して、予め登録している居住者の保有する携帯電話２４−１へ送信し、メール着信音出力と共に防犯警報メールを表示させる制御を行う。 (Security monitoring control)
The monitoring control unit 30 detects the effective reception of a warning setting signal transmitted from the remote control device 16 via the communication unit 32 based on, for example, a warning setting operation associated with going out, or a monitoring mode setting operation performed by the operation unit 38. When the acceptance is detected, the security monitoring control is started, and when the intrusion detection signal is received from the open / close detector 12 or the human sensor 14, the notification unit 36 is instructed to output a predetermined security alarm sound at a large volume. Then, a crime prevention alarm mail signal indicating crime prevention notification is generated, an instruction is given to the mail communication unit 34, and the crime prevention alarm mail signal is transmitted to the mobile phone 24 owned by a resident who has been registered in advance via the mobile phone network 22. -1 and control to display the security alarm mail together with the mail ringtone output.

また、監視制御部３０は、警戒モードの設定による防犯監視制御中に、通信部３２を介してリモコン装置１６から例えば帰宅に伴う警戒解除操作に基づき送信された警戒解除信号の有効受信を検知した場合、または操作部３８による解除操作の受付けを検知した場合、防犯監視制御を解除する制御を行う。即ち、防犯監視制御を解除すると、監視制御部３０は、開閉検知器１２又は人感センサ１４から侵入検知信号を受信しても、防犯警報出力を行わない。   In addition, the monitoring control unit 30 detects the effective reception of the warning release signal transmitted from the remote control device 16 through the communication unit 32 based on the warning release operation when returning home, for example, during the security monitoring control by setting the warning mode. In this case, or when acceptance of the release operation by the operation unit 38 is detected, control for canceling the security monitoring control is performed. That is, when the security monitoring control is canceled, the monitoring control unit 30 does not output a security alarm even if it receives an intrusion detection signal from the open / close detector 12 or the human sensor 14.

（火災監視制御）
監視制御部３０は、通信部３２を介して住警器１８−１〜１８−４の何れかから送信された火災連動信号の有効受信を検知した場合、火災報知を示す火災警報メール信号を生成し、メール通信部３４に指示し、当該火災警報メール信号を、携帯電話網２２を経由して、予め登録している居住者の保有する携帯電話２４−１へ送信し、メール着信音出力と共に火災警報メールを表示させる制御を行う。 (Fire monitoring control)
When the monitoring control unit 30 detects the effective reception of the fire-linked signal transmitted from any of the residential alarms 18-1 to 18-4 via the communication unit 32, the monitoring control unit 30 generates a fire alarm mail signal indicating a fire notification. Then, the mail communication unit 34 is instructed, and the fire alarm mail signal is transmitted via the mobile phone network 22 to the mobile phone 24-1 owned by a resident who has been registered in advance, together with the mail ringtone output. Control to display the fire alarm mail.

（見守り監視制御）
監視制御部３０は、予め定めた見守り監視時間の間に、通信部３２を介して住警器１８−１〜１８−４の各々に設けた人感センサ部２０−１〜２０−４の何れかによる見守り検知（人検知）に基づいて送信された見守り検知信号の有効受信を検知した場合、その受信回数Ｎを、例えば見守りカウンタにより計数し、この計数結果に基づいて見守り報知信号を生成し、メール通信部３４に指示し、当該見守り報知メール信号を、携帯電話網２２を経由して、予め登録している見守り元となる利用者、例えば見守り先が親世帯であれば、その子供となる利用者の保有する携帯電話２４−２へ送信し、メール着信音出力と共に見守り報知メールを表示させる制御を行う。 (Monitoring control)
The monitoring control unit 30 is one of the human sensor units 20-1 to 20-4 provided in each of the residential alarm devices 18-1 to 18-4 via the communication unit 32 during a predetermined monitoring monitoring time. When the effective reception of the monitoring detection signal transmitted based on monitoring detection (human detection) is detected, the number of receptions N is counted by, for example, a monitoring counter, and a monitoring notification signal is generated based on the count result. The mail communication unit 34 is instructed, and the watch notification mail signal is sent via the mobile phone network 22 to a user who has been registered in advance, for example, if the watch destination is a parent household, To the mobile phone 24-2 possessed by the user, and control to display a watch notification mail together with the output of the incoming mail tone.

ここで、監視制御部３０は、見守り監視時間として例えば１日に相当する２４時間を設定し、また利用者の設定操作に基づき見守り報知時刻として例えば午前８時を予め設定しており、午前８時から翌日の午前８時前までの２４時間の間の見守り検知信号の受信回数に基づき、見守り正常又は見守り異常を判断し、当該判断結果に対応する見守り報知メール信号を送信する制御を行う。   Here, the monitoring control unit 30 sets, for example, 24 hours corresponding to one day as the watch monitoring time, and presets, for example, 8 am as the watch notification time based on the setting operation by the user. Based on the number of receptions of the monitoring detection signal for 24 hours from the time until 8 am on the next day, control is performed to determine whether the monitoring is normal or abnormal, and transmit a monitoring notification mail signal corresponding to the determination result.

監視制御部３０による見守り判断は、前回の見守り報知時刻で取得した見守りカウンタによる見守り検知信号の受信回数をＮold、今回の見守り報知時刻で取得した見守りカウンタによる見守り検知信号の受信回数をＮnowとすると、両者の差により見守り検知回数ΔＮを、
ΔＮ＝Ｎnow−Ｎold
として求め、見守り検知回数ΔＮが零または所定値Ｎｔｈ未満の場合、見守り異常と判断し、見守り異常メール信号を生成し、メール通信部３４に指示して、当該見守り異常メール信号を、携帯電話網２２を経由して見守り元となる利用者の携帯電話２４−２へ送信し、見守り異常メールを表示させる制御を行う。 Determination watching by the monitor control unit 30 receives the number of times the N old of the watching detection signal by watching the counter obtained at the last of the watching broadcast time, number of times of receiving the N now of the watching detection signal by the current watching broadcast time in the acquired watch counter Then, the number of watching detections ΔN due to the difference between the two,
ΔN = N now −N old
If the number of monitoring detections ΔN is zero or less than the predetermined value Nth, it is determined that the monitoring is abnormal, a monitoring abnormal mail signal is generated, and the mail communication unit 34 is instructed to send the monitoring abnormal mail signal to the mobile phone network. 22 is transmitted to the mobile phone 24-2 of the user who is the watching source via 22, and the control is performed to display the monitoring abnormal mail.

ここで、見守り異常の判断に使用する所定値Ｎｔｈとしては、日常的な生活行動としては見守り検知回数が少なすぎると想定される値、例えばＮｔｈ＝５回といった値を使用する。   Here, as the predetermined value Nth used for determination of watching abnormality, a value that is assumed that the number of watching detections is too small for daily living behavior, for example, a value such as Nth = 5 is used.

また、監視制御部３０は、見守り監視時間の間の見守り検知信号の検知回数ΔＮが所定値Ｎｔｈ以上の場合は、見守り正常と判断し、見守り正常メール信号を生成し、メール通信部３４に指示して、当該見守り正常メール信号を、携帯電話網２２を経由して見守り元となる利用者の保有する携帯電話２４−２へ送信し、見守り正常メールを表示させる制御を行う。   In addition, when the number of detections ΔN of the monitor detection signal during the monitor monitoring time is equal to or greater than the predetermined value Nth, the monitor control unit 30 determines that the monitor is normal, generates a monitor normal mail signal, and instructs the mail communication unit 34 Then, the watch normal mail signal is transmitted via the mobile phone network 22 to the mobile phone 24-2 owned by the user who is the watch source, and control is performed to display the watch normal mail.

また、監視制御部３０は、見守り判断の別の実施形態として、見守り検知信号の検知回数ΔＮに基づき、見守り異常、見守り注意、見守り正常の３段階の判断を行って報知する制御を行っても良い。この３段階の見守り判断は、次のようになる。
見守り異常：ΔＮ＝０
見守り注意：ΔＮは１以上でＮｔｈ未満
見守り正常：ΔＮはＮｔｈ以上 In addition, as another embodiment of the monitoring determination, the monitoring control unit 30 may perform control to make a notification based on the monitoring abnormality signal, the monitoring attention, and the normal monitoring based on the number of detections ΔN of the monitoring detection signal. good. The three-stage watching judgment is as follows.
Watching abnormality: ΔN = 0
Watch over: ΔN is 1 or more and less than Nth Normal watch: ΔN is over Nth

このように見守り判断に、見守り注意を追加し、見守り注意を判断した場合、監視制御部３０は、見守り注意メール信号を生成し、メール通信部３４に指示して、当該見守り注意メール信号を、見守り元となる利用者の保有する携帯電話２４−２へ送信し、見守り注意を示す見守り注意メールを表示させる制御を行う。この見守り注意メールを受信した利用者は、見守り先の居住者に生活行動はあるが、通常より生活行動が少なくなっていることを認識し、念の為、見守り先に連絡を入れて様子を聞くといった対応を可能とする。   In this way, when watching attention is added to the watching determination and the watching attention is determined, the monitoring control unit 30 generates a watching attention email signal and instructs the mail communication unit 34 to send the watching attention email signal. It transmits to the mobile telephone 24-2 which the user who becomes a watching origin possesses, and performs control which displays the watching attention mail which shows watching attention. The user who received this watch warning email recognizes that the resident of the watch destination has a living behavior, but the living behavior is less than usual, and as a precaution, contact the watch watch Enables responses such as listening.

また、監視制御部３０は、見守り検知回数Ｎが零又は所定値Ｎｔｈ未満となって見守り異常を判断した場合であっても、見守り監視時間の間に、防災監視のための警戒モードの設定及び／又は解除が行われていたことを検知した場合には、見守り先の居住者は例えば外出及び／又は帰宅しており、異常とはいえないことから、この場合には見守り正常と判断し、見守り正常メール信号を、メール通信部３４に指示して、見守り元となる利用者の携帯電話２４−２へ送信し、見守り正常メールを表示させる制御を行う。   In addition, even if the monitoring control unit 30 determines that the monitoring detection frequency N is zero or less than the predetermined value Nth and determines a monitoring abnormality, the monitoring control unit 30 sets the warning mode for the disaster monitoring and If it is detected that the release has been done, the resident of the watched destination has gone out and / or returned home, for example, and it cannot be said that there is an abnormality. A control normal mail signal is instructed to the mail communication unit 34 and transmitted to the mobile phone 24-2 of the user who is the watching source, and control is performed to display the normal watching mail.

なお、監視制御部３０による見守り監視のための見守り監視時間は、前述した２４時間以外に、必要に応じてそれ以外の時間を設定することが可能であり、また、見守り報知時刻も必要に応じて適宜の時刻を設定可能とする。また見守り報知メール信号の送信先は一箇所に限定されず、複数個所のメールアドレスを予め登録して送信することもできる。   In addition, the monitoring time for monitoring by the monitoring control unit 30 can be set as necessary other than the above-described 24 hours, and the monitoring notification time can be set as necessary. To set an appropriate time. Further, the transmission destination of the watch notification mail signal is not limited to one place, and a plurality of mail addresses can be registered and transmitted in advance.

［開閉検知器１２−１の構成］
図３は侵入検知器として使用する開閉検知器１２−１の機能構成の概略を示したブロック図であり、他の開閉検知器１２−２も同様となる。図３において、開閉検知器１２−１は、磁気検知部４０、制御部４２、アンテナ４６を接続した通信部４４を備え、図示しない電池電源により動作する。 [Configuration of Open / Close Detector 12-1]
FIG. 3 is a block diagram schematically showing the functional configuration of the open / close detector 12-1 used as an intrusion detector, and the other open / close detectors 12-2 are the same. In FIG. 3, the open / close detector 12-1 includes a magnetic detection unit 40, a control unit 42, and a communication unit 44 connected to an antenna 46, and operates with a battery power source (not shown).

磁気検知部４０は磁気検知素子として例えばホール素子を備え、外部に配置したマグネット４８の磁気を検知し、例えばマグネット４８との距離が開いてホール素子による磁気検知信号が所定の閾値以下に低下した場合、即ち窓の開放が検知された場合に、開検知信号を制御部４２に出力する。   The magnetic detection unit 40 includes, for example, a Hall element as a magnetic detection element, detects the magnetism of the magnet 48 arranged outside, for example, the distance from the magnet 48 increases, and the magnetic detection signal by the Hall element drops below a predetermined threshold value. In this case, that is, when the opening of the window is detected, an opening detection signal is output to the control unit 42.

制御部４２は、ハードウェアとしてＣＰＵ、メモリ、各種の入出力ポート等を備えたコンピュータ回路又はワイヤードロジック回路等を使用し、例えばＣＰＵのプログラム実行などにより実現する機能であり、磁気検知部４０から開検知信号が得られた場合、防犯警報装置１０と同じ４００ＭＨｚ帯の特定小電力無線局の標準規格として知られたＳＴＤ−３０又はＳＴＤ−Ｔ６７に準拠した通信プロトコルに従った侵入検知信号を生成し、通信部４４に指示し、当該侵入検知信号を防犯警報装置１０へ送信させる制御を行う。   The control unit 42 uses a CPU, a memory, a computer circuit equipped with various input / output ports or a wired logic circuit as hardware, and is a function realized by, for example, CPU program execution. When an open detection signal is obtained, an intrusion detection signal is generated according to a communication protocol compliant with STD-30 or STD-T67, which is known as a standard for a specific low-power radio station in the 400 MHz band same as the security alarm device 10 Then, the communication unit 44 is instructed to control the intrusion detection signal to be transmitted to the security alarm device 10.

［人感センサ１４−１の構成］
図４は侵入検知器として使用する人感センサ１４−１の機能構成の概略を示したブロック図であり、他の人感センサ１４−２も同様となる。図４において、人感センサ１４−１は、赤外線検知部５０、制御部５２、アンテナ５６を接続した通信部５４を備え、図示しない電池電源により動作する。 [Configuration of Human Sensor 14-1]
FIG. 4 is a block diagram showing an outline of the functional configuration of the human sensor 14-1 used as an intrusion detector, and the same applies to the other human sensors 14-2. In FIG. 4, the human sensor 14-1 includes an infrared detection unit 50, a control unit 52, and a communication unit 54 connected to an antenna 56, and operates with a battery power source (not shown).

赤外線検知部５０は、人体から発する１０μｍ付近の波長帯域の赤外線を例えば焦電素子等の赤外線検知素子と、赤外線検知素子を焦点として斜め下向きに扇状に広がる複数の警戒ビーム領域を設定する光学系で構成し、いずれかの警戒ビーム領域を人が追加した場合に赤外線検知素子で受光する赤外線強度の変化を検知して人検知信号を制御部５２に出力する。   The infrared detecting unit 50 sets an infrared detecting element such as a pyroelectric element that emits infrared rays in a wavelength band near 10 μm emitted from a human body, and a plurality of warning beam regions that spread in a fan shape obliquely downward with the infrared detecting element as a focal point. When any one of the warning beam areas is added by a person, a change in infrared intensity received by the infrared detection element is detected and a person detection signal is output to the control unit 52.

制御部５２は、ハードウェアとしてＣＰＵ、メモリ、各種の入出力ポート等を備えたコンピュータ回路又はワイヤードロジック回路等を使用し、例えばＣＰＵのプログラム実行などにより実現する機能であり、赤外線検知部５０から人検知信号が得られた場合、防犯警報装置１０の場合と同じ４００ＭＨｚ帯の特定小電力無線局の標準規格として知られたＳＴＤ−３０又はＳＴＤ−Ｔ６７に準拠した通信プロトコルに従った侵入検知信号を生成し、通信部５４に指示し、当該侵入検知信号を防犯警報装置１０へ送信させる制御を行う。   The control unit 52 uses a CPU, a memory, a computer circuit provided with various input / output ports or a wired logic circuit as hardware, and is a function realized by, for example, CPU program execution. When a human detection signal is obtained, an intrusion detection signal according to a communication protocol compliant with STD-30 or STD-T67, which is known as a standard for a specific low-power radio station in the 400 MHz band as in the case of the security alarm device 10 And instructing the communication unit 54 to perform control for transmitting the intrusion detection signal to the security alarm device 10.

［住警器１８の構成］
図５は住警器１８−１の機能構成の概略を示したブロック図であり、他の住警器１８−２〜１８−４も同様となる。 [Configuration of the home alarm 18]
FIG. 5 is a block diagram showing an outline of the functional configuration of the residence guard 18-1, and the other residence guards 18-2 to 18-4 are the same.

図５において、住警器１８−１は、警報制御部６０、火災センサ部６２、アンテナ６６を接続した通信部６４、報知部７０、操作部６８、及び見守り検知器として機能する人感センサ部２０−１を備え、図示しない電池電源により動作する。   In FIG. 5, the residential alarm 18-1 includes an alarm control unit 60, a fire sensor unit 62, a communication unit 64 to which an antenna 66 is connected, a notification unit 70, an operation unit 68, and a human sensor unit that functions as a monitoring detector. 20-1 is operated by a battery power source (not shown).

警報制御部６０は、例えばプログラムの実行により実現される機能である。ハードウェアとしてはＣＰＵ、メモリ、各種の入出力ポート等を備えたコンピュータ回路又はワイヤードロジック回路等を使用する。   The alarm control unit 60 is a function realized by executing a program, for example. As hardware, a CPU, a memory, a computer circuit provided with various input / output ports, or a wired logic circuit is used.

火災センサ部６２は温度検出部または検煙部である。火災センサ部６２として温度検出部を設けた場合、温度検出素子として例えばサーミスタを使用し、この場合、温度による抵抗値の変化に対応した電圧検出信号を警報制御部６０へ出力する。また火災センサ部６２として検煙部を設けた場合、公知の散乱光式検煙構造をもち、警報制御部６０の指示により、所定周期で赤外ＬＥＤを用いた発光部を間欠的に発光駆動し、フォトダイオードなどの受光部で受光した散乱光の受光信号を増幅し、煙濃度検出信号を警報制御部６０へ出力する。   The fire sensor unit 62 is a temperature detection unit or a smoke detection unit. When a temperature detection unit is provided as the fire sensor unit 62, for example, a thermistor is used as the temperature detection element. In this case, a voltage detection signal corresponding to a change in resistance value due to temperature is output to the alarm control unit 60. Further, when a smoke detector is provided as the fire sensor 62, it has a known scattered light type smoke detector structure, and a light emitting unit using an infrared LED is intermittently driven to emit light at a predetermined cycle according to an instruction from the alarm controller 60. Then, the light reception signal of the scattered light received by the light receiving unit such as a photodiode is amplified, and the smoke density detection signal is output to the alarm control unit 60.

通信部６４は、他の住警器１８−２〜１８−４との間または防犯警報装置１０に対し、所定の通信プロトコルに従って火災連動信号を送受信する。この通信プロトコルは、防犯警報装置１０の場合と同様、４００ＭＨｚ帯の特定小電力無線局の標準規格として知られたＳＴＤ−３０又はＳＴＤ−Ｔ６７に準拠し、この火災連動信号は、送信元を示す送信元符号、グループ符号、事象符号、制御コマンド等を含む形式とする。   The communication part 64 transmits / receives a fire interlocking signal between the other residential alarm devices 18-2 to 18-4 or the security alarm device 10 according to a predetermined communication protocol. This communication protocol conforms to STD-30 or STD-T67, which is known as a standard for a specific low-power radio station in the 400 MHz band, as in the case of the security alarm device 10, and this fire-linked signal indicates the transmission source. The format includes a source code, a group code, an event code, a control command, and the like.

操作部６８は警報音及び又は警報表示を停止するための操作を受け付ける警報停止スイッチなどの各種スイッチを備える。報知部７０は、スピーカ、ＬＥＤ及びそれぞれの駆動回路を備え、必要に応じ警報制御部６０の指示によりスピーカから警報音を出力すると共にＬＥＤにより警報表示を行う。   The operation unit 68 includes various switches such as an alarm stop switch that receives an operation for stopping an alarm sound and / or an alarm display. The notification unit 70 includes a speaker, an LED, and respective drive circuits, and outputs an alarm sound from the speaker according to an instruction from the alarm control unit 60 as needed, and displays an alarm with the LED.

人感センサ部２０−１は、人体から発する１０μｍ付近の波長帯域の赤外線を例えば焦電素子等の赤外線検知素子と、赤外線検知素子を焦点として斜め下向きに扇状に広がる１又は複数本の警戒ビーム領域を設定する光学系で構成し、いずれかの警戒ビーム領域を人が追加した場合に赤外線検知素子で受光する赤外線強度の変化を検知して人検知信号を警報制御部６０へ出力する。   The human sensor unit 20-1 has an infrared detection element such as a pyroelectric element that emits infrared rays having a wavelength band of about 10 μm emitted from the human body, and one or a plurality of warning beams spreading in a fan shape obliquely downward with the infrared detection element as a focal point. It comprises an optical system that sets the area, and when a person adds any one of the warning beam areas, it detects a change in infrared intensity received by the infrared detection element and outputs a person detection signal to the alarm control unit 60.

なお、人感センサ部２０−１の警戒ビーム領域を１本とした場合であっても、例えば天井面に近い壁面の設置位置を起点に、対向する壁面と床面とのコーナ部分に斜めに向くように１本の警戒ビーム領域を配置することで、その部屋を居住者が通った場合に身体のどこかで警戒ビーム領域を横切ることとなり、確実に検知できる。また人感センサ部２０−１の警戒ビーム領域を１本とした場合には、光学系が簡単となり、コストを低減できる。   In addition, even if it is a case where the warning beam area | region of the human sensitive sensor part 20-1 is made into one, for example, the installation position of the wall surface close | similar to a ceiling surface is used as a starting point, and the corner part of an opposing wall surface and a floor surface is diagonally By arranging one warning beam area so as to face, when the occupant passes through the room, the warning beam area is crossed somewhere in the body and can be reliably detected. Further, when the warning sensor region 20-1 has one warning beam region, the optical system is simplified, and the cost can be reduced.

警報制御部６０は、次の火災警報制御、火災復旧制御、警報停止制御、見守り検知制御等を行う。   The alarm control unit 60 performs the following fire alarm control, fire recovery control, alarm stop control, watching detection control, and the like.

（火災警報制御）
警報制御部６０は、火災センサ部６２から出力した温度又は煙濃度の検知信号をＡＤ変換により読み込み、所定の閾値以上の場合に火災を検知し、報知部７０から連動元を示す火災警報を出力させる制御を行う。この場合の火災警報として例えば「ピー ピー ピー 火事です 火事です」といった音声メッセージをスピーカから繰り返し出力すると共にＬＥＤを例えば点灯して行う。 (Fire alarm control)
The alarm control unit 60 reads the temperature or smoke density detection signal output from the fire sensor unit 62 by AD conversion, detects a fire when it is equal to or higher than a predetermined threshold, and outputs a fire alarm indicating the interlock source from the notification unit 70 To control. As a fire alarm in this case, for example, a voice message such as “It is a fire.

また、警報制御部６０は、報知部７０から災警報を出力させた場合、火災連動信号を生成し、通信部６４に指示し、他の住警器１８−２〜１８−４及び防犯警報装置１０へ火災連動信号を送信させる制御を行い、当該火災連動信号を受信した他の住警器１８−２〜１８−４で連動先を示す火災警報を出力させ、また防犯警報装置１０へ火災警報メール信号を送信させる。   Moreover, the alarm control part 60 produces | generates a fire interlocking signal, when the disaster alarm is output from the alerting | reporting part 70, and instruct | indicates to the communication part 64, other residence alarm devices 18-2 to 18-4, and a security alarm device The fire alarm signal indicating the interlock destination is output by the other residential alarm devices 18-2 to 18-4 that have received the fire interlock signal and the fire alarm signal is transmitted to the security alarm device 10. Send mail signal.

この場合の連動先を示す火災警報としては例えば「ピー ピー ピー 別の火災警報器が作動しました 確認してください」といった音声メッセージをスピーカから繰り返し出力すると共にＬＥＤを例えば点灯して行う。   In this case, for example, a fire alarm indicating the interlocking destination is output by repeatedly outputting a voice message such as “please confirm that another fire alarm has been activated” from the speaker and turning on the LED, for example.

また、警報制御部６０は、通信部６４を介して他の住警器１８−２〜１８−４の何れかが送信した火災連動信号の有効受信を検知した場合、報知部７０からの連動先を示す火災警報を出力させる制御を行う。この場合の連動先を示す火災警報も例えば「ピー ピー ピー 別の火災警報器が作動しました 確認してください」といった音声メッセージをスピーカから繰り返し出力すると共にＬＥＤを例えば点灯して行う。   Further, when the alarm control unit 60 detects the effective reception of the fire-linked signal transmitted by any of the other residential alarm devices 18-2 to 18-4 via the communication unit 64, the alarm control unit 60 receives the linked destination from the notification unit 70. Control to output a fire alarm indicating. In this case, for example, a fire alarm indicating the interlocking destination is repeatedly output by outputting a voice message such as “please confirm that another fire alarm has been activated” from the speaker and turning on the LED, for example.

なお、「信号の有効受信を検知」とは、受信した信号に含まれるグループ符号が、受信装置である自己のメモリに予め登録したグループ符号に一致して自己に宛てた信号と認識し、更に、信号内容としても異常が無いことを認識したことを意味する。   “Detecting effective reception of signal” means that the group code included in the received signal is recognized as a signal addressed to itself in accordance with the group code registered in advance in its own memory as the receiving device, This means that there is no abnormality in the signal content.

（火災復旧制御）
警報制御部６０は、火災センサ部６２の検出信号に基づき温度又は煙濃度が閾値を下回る状態が例えば所定時間継続した場合或いは例えば所定回数連続した場合、火災の復旧（火災検知状態が解消したこと）を検知し、報知部７０からの連動元を示す火災警報出力を停止させると共に、火災復旧連動信号を生成し、通信部６４に指示し、当該火災復旧連動信号を他の住警器１８−２〜１８−４及び防犯警報装置１０へ送信させる制御を行い、これを受信した他の住警器に、連動先を示す火災警報出力を停止させ、又防犯警報装置１０に火災復旧メール信号を送信させる。 (Fire recovery control)
The alarm control unit 60 determines that the fire has been restored (the fire detection state has been resolved) when the temperature or smoke concentration falls below the threshold based on the detection signal of the fire sensor unit 62, for example, for a predetermined period of time, or for example, for a predetermined number of times. ) Is detected, the fire alarm output indicating the interlocking source from the notification unit 70 is stopped, a fire recovery interlocking signal is generated, the communication unit 64 is instructed, and the fire recovery interlocking signal is transmitted to the other residential alarm 18- 2-18-4 and the control which transmits to the crime prevention alarm device 10 are performed, the fire alarm output which shows the other party is stopped to the other resident alarm which received this, and a fire recovery mail signal is sent to the crime prevention alarm device 10 Send it.

また警報制御部６０は、通信部６４を介して他の住警器１８−２〜１８−４の何れかが送信した火災復旧連動信号の有効受信を検知した場合に、報知部７０からの連動先を示す火災警報出力を停止させる制御を行う。   When the alarm control unit 60 detects the effective reception of the fire recovery interlock signal transmitted by any of the other resident alarm devices 18-2 to 18-4 via the communication unit 64, the alarm control unit 60 operates in conjunction with the notification unit 70. Control to stop the fire alarm output indicating the point.

（警報停止制御）
警報制御部６０は、連動元として火災警報の出力中に操作部６８の警報停止スイッチで受け付けた警報停止操作を検知した場合、報知部７０からの連動元を示す火災警報出力を停止させると共に、警報停止連動信号を生成し、通信部６４に指示し、当該警報停止連動信号を他の住警器１８−２〜１８−４へ送信させる制御を行い、これを受信した他の住警器１８−２〜１８−４に、連動先を示す火災警報出力を停止させる。 (Alarm stop control)
When the alarm control unit 60 detects the alarm stop operation received by the alarm stop switch of the operation unit 68 during the output of the fire alarm as the interlocking source, the alarm control unit 60 stops the fire alarm output indicating the interlocking source from the notification unit 70, and The alarm stop interlocking signal is generated, the communication unit 64 is instructed, and the alarm stop interlocking signal is controlled to be transmitted to the other residential alarm devices 18-2 to 18-4. The fire alarm output indicating the interlocking destination is stopped at -2 to 18-4.

また警報制御部６０は、通信部２２を介して他の住警器１８−２〜１８−４の何れかが送信した警報停止連動信号の有効受信を検知した場合に、報知部７０からの連動先を示す火災警報出力を停止させる制御を行う。   Moreover, the alarm control part 60 is interlock | cooperated from the alerting | reporting part 70, when the effective reception of the alarm stop interlocking signal which one of the other resident guards 18-2 to 18-4 transmitted via the communication part 22 is detected. Control to stop the fire alarm output indicating the point.

（見守り検知制御）
監視制御部６０は、人感センサ部２０−１から出力した人検知信号を検知した場合、所定の通信プロトコルに従った見守り検知信号を生成し、通信部６４に指示し、当該見守り検知信号を送信させる制御を行う。 (Monitoring detection control)
When the monitoring control unit 60 detects the human detection signal output from the human sensor unit 20-1, the monitoring control unit 60 generates a watch detection signal according to a predetermined communication protocol, instructs the communication unit 64, and outputs the watch detection signal. Control to send.

［監視システムの制御動作］
図６は、本発明の監視システムに設けた防犯警報装置による制御の概略を示したフローチャートである。図６において、防犯警報装置１０は、ステップＳ１（以下「ステップ」は省略する）で見守り監視制御を行い、Ｓ２で防犯監視制御を行い、Ｓ３で火災監視制御を行い、これを繰り返している。 [Control action of monitoring system]
FIG. 6 is a flowchart showing an outline of control by the security alarm device provided in the monitoring system of the present invention. In FIG. 6, the security alarm device 10 performs watch monitoring control in step S1 (hereinafter, “step” is omitted), performs security monitoring control in S2, performs fire monitoring control in S3, and repeats this.

（見守り監視制御）
図７は、図６におけるＳ１の見守り監視制御の詳細を示したフローチャートである。図７において、防犯監視装置１０は、Ｓ１１で現在の見守りカウンタＮにセットしている値を前回の受信回数Ｎoldに、Ｎold＝Ｎとしてセットしてメモリに記憶し、続いてＳ１２で住警器１８に設けた人感センサ部２０の人検知に基づく見守り検知信号の有効受信を検知するとＳ１３に進み、見守りカウンタＮをＮ＝Ｎ＋１と１つ加算した後にＳ１４で見守りカウンタＮを今回の受信回数ＮnowにＮnow＝Ｎとしてセットする。 (Monitoring control)
FIG. 7 is a flowchart showing details of the watch monitoring control in S1 in FIG. In FIG. 7, the security monitoring device 10 sets the current watch counter N set in S11 to the previous reception number N old as N old = N and stores it in the memory. When the effective reception of the watching detection signal based on the human detection of the human sensor unit 20 provided in the alarm 18 is detected, the process proceeds to S13, and the watching counter N is added to N = N + 1 by one, and then the watching counter N is set in S14 this time. The number of receptions N now is set as N now = N.

続いてＳ１６で所定の見守り報知時刻に対応した見守り通報タイミングへの到達を検知するとＳ１７に進み、前回の見守り通報タイミングで取得してメモリに記憶している見守り検知信号の前回の受信回数Ｎoldと、今回の見守り通報タイミングで取得した見守り検知信号の今回の受信回数Ｎnowとの差として見守り検知回数ΔＮを算出する。 Subsequently, when the arrival of the watching notification timing corresponding to the predetermined watching notification time is detected in S16, the process proceeds to S17, and the previous reception number N old of the watching detection signal acquired at the previous watching notification timing and stored in the memory is advanced. The number of monitoring detections ΔN is calculated as the difference between the current number of receptions N now of the monitoring detection signal acquired at the current monitoring notification timing.

続いてＳ１７で見守り監視時間の間に防犯監視の警戒モードの設定及び／又は解除が行われたか否かを、メモリに記憶している警戒モードの履歴情報を参照して検知し、警戒モードの設定及び／又は解除を検知した場合はＳ２２へ進み、見守り検知回数ΔＮの如何に係らず、見守り正常と判断し、見守り正常メール信号を生成し、見守り元となる利用者の保有する携帯電話２４−２へ送信して、見守り正常メールを表示させる。   Subsequently, in S17, it is detected whether or not the security mode is set and / or canceled during the monitoring period by referring to the history information of the warning mode stored in the memory, and the warning mode is set. When the setting and / or release is detected, the process proceeds to S22, regardless of the number of watching detections ΔN, it is determined that the watching is normal, the watching normal mail signal is generated, and the mobile phone 24 owned by the user who is the watching source. -2 to display a normal mail for watching.

Ｓ１７で警戒モード設定がないことを検知した場合はＳ１８に進み、見守り検知回数ΔＮがΔＮ＝０の場合はＳ１９へ進んで見守り異常と判断し、見守り異常メール信号を生成し、見守り元となる利用者の保有する携帯電話２４−２へ送信して、見守り異常メールを表示させる。   If it is detected in S17 that the warning mode is not set, the process proceeds to S18. If the number of monitoring detections ΔN is ΔN = 0, the process proceeds to S19, where it is determined that there is a monitoring abnormality, and a monitoring abnormality mail signal is generated and becomes a monitoring source. The message is transmitted to the mobile phone 24-2 owned by the user, and a monitoring abnormal mail is displayed.

Ｓ１８でΔＮ＝０でない場合はＳ１８へ進み、見守り検知回数ΔＮが所定値Ｎｔｈ＝５未満の場合はＳ２１に進み、見守り注意を判断し、見守り注意メール信号を生成し、見守り元となる利用者の保有する携帯電話２４−２へ送信して、見守り注意メールを表示させる。   If ΔN = 0 is not satisfied in S18, the process proceeds to S18, and if the number of watching detections ΔN is less than the predetermined value Nth = 5, the process proceeds to S21, where the watching attention is determined, the watching attention mail signal is generated, and the user who is the watching source Is sent to the mobile phone 24-2 held by the mobile phone, and a watchful attention mail is displayed.

Ｓ２０で見守り検知回数ΔＮが所定値Ｎｔｈ＝５以上の場合はＳ２２に進み、見守り正常を判断し、見守り正常メール信号を生成し、見守り元となる利用者の保有する携帯電話２４−２へ送信して、見守り正常メールを表示させる。   If the number of watching detections ΔN is greater than or equal to the predetermined value Nth = 5 in S20, the process proceeds to S22, where normal watching is determined, a normal watching mail signal is generated, and transmitted to the mobile phone 24-2 held by the user who is the watching source. And watch normal emails.

なお、図７の見守り監視制御では、見守り判断を、見守り異常、見守り注意、見守り正常の３段階とした場合であるが、見守り異常、見守り正常の２段階としても良い。   In the monitoring monitoring control in FIG. 7, the monitoring determination is performed in three stages of watching abnormality, watching attention, and watching normal, but it may be set in two stages, watching abnormality and watching normal.

（防犯監視制御）
図８は、図６におけるＳ２の防犯監視制御の詳細を示したフローチャートである。図８において、防犯監視装置１０はＳ３１でリモコン装置１６からの警戒設定信号の有効受信または自己の操作部の警戒設定スイッチによる操作の受付けに基づく警戒モード設定を検知した場合にＳ３２に進み、タイマを起動して所定時間の経過の有無を検知し、所定時間の経過を検知するまではＳ３３に進み、侵入異常検知信号の有効受信の有無を検知する。Ｓ３３で侵入異常検知信号の有効受信を検知した場合は、開閉検知器１２を設置した窓が開いているか、或いは人感センサ１４の検知エリアに人が居る場合であることから、Ｓ３４に進み、警戒モードの設定ができない状況にあることを音声メッセージなどによりエラー報知し、警戒モードの設定は行わない。このエラー報知を聞いた利用者は、開閉検知器１２や人感センサ１４の状態を確認し、窓を閉めるなどして監視状態とした後に再度警戒モード設定のための操作を行うことになる。 (Security monitoring control)
FIG. 8 is a flowchart showing details of the security monitoring control in S2 in FIG. In FIG. 8, the security monitoring device 10 proceeds to S32 when it detects the warning mode setting based on the effective reception of the warning setting signal from the remote control device 16 or the acceptance of the operation by the warning setting switch of its own operation unit in S31. Is activated to detect whether or not a predetermined time has elapsed. Until the predetermined time has been detected, the process proceeds to S33 to detect whether or not an intrusion abnormality detection signal is effectively received. When the effective reception of the intrusion abnormality detection signal is detected in S33, since the window in which the open / close detector 12 is installed is open or there is a person in the detection area of the human sensor 14, the process proceeds to S34. An error is notified by a voice message or the like that the alert mode cannot be set, and the alert mode is not set. The user who hears this error notification confirms the state of the open / close detector 12 and the human sensor 14 and then performs the operation for setting the warning mode again after closing the window and setting the monitoring state.

Ｓ３３で侵入異状検知信号の有効受信を検知することなくＳ３２で所定時間の経過を検知すると、Ｓ３５に進んで警戒モードを設定し、続いてＳ３６で警戒設定メール信号を生成し、見守り元となる利用者の保有する携帯電話２４−２へ送信して、警戒設定メールを表示させる。   If the elapse of a predetermined time is detected in S32 without detecting the effective reception of the intrusion abnormality detection signal in S33, the process proceeds to S35 to set a warning mode, and subsequently, in S36, a warning setting mail signal is generated and used as a watching source. It transmits to the mobile telephone 24-2 which a user holds, and displays a warning setting mail.

続いてＳ３７で開閉検知器１２または人感センサ１４からの侵入異常検知信号の有効受信を検知すると、Ｓ３８に進んでタイマを起動して侵入異常検知信号を有効受信したまま所定時間が経過するか否か検知し、所定時間の経過を検知するとＳ３９に進んで防犯警報を出力し、続いてＳ４０に進んで防犯警報メール信号を生成し、居住者の保有する携帯電話２４−１へ送信して、防犯警報メールを表示させる。   Subsequently, when the effective reception of the intrusion abnormality detection signal from the open / close detector 12 or the human sensor 14 is detected in S37, the process proceeds to S38 to start a timer and whether a predetermined time elapses while the intrusion abnormality detection signal is effectively received. If it is detected and the passage of a predetermined time is detected, the process proceeds to S39 to output a security alarm, and then proceeds to S40 to generate a security alarm mail signal, which is transmitted to the mobile phone 24-1 owned by the resident. , Display the security alarm mail.

Ｓ３７で侵入異常検知信号の有効受信を検知しない場合またはＳ３９で侵入異常検知信号を有効受信を検知したまま所定時間の経過を検知するまでは、Ｓ４１に進んでリモコン装置１６からの警戒解除信号の有効受信または自己の操作部の警戒解除スイッチによる操作の受付けの有無を検知し、警戒解除信号の有効受信または自己の操作部の警戒解除スイッチによる操作の受付けを検知するとＳ４２で警戒モードを解除し、Ｓ４３に進んで警戒解除メール信号を生成し、見守り元となる利用者の保有する携帯電話２４−２へ送信して、警戒解除メールを表示させる。   When the effective reception of the intrusion abnormality detection signal is not detected in S37 or until the passage of a predetermined time is detected while the effective reception of the intrusion abnormality detection signal is detected in S39, the process proceeds to S41 and the warning release signal from the remote control device 16 is detected. Detects whether or not an operation is received by an effective reception or a warning release switch of its own operation unit, and upon detecting an effective reception of a warning release signal or an operation received by a warning release switch of its own operation unit, releases the warning mode in S42 The process proceeds to S43 to generate a warning release mail signal, which is transmitted to the mobile phone 24-2 owned by the user who is the watching source, and displays the warning release mail.

（火災監視制御）
図９は、図６におけるＳ３の火災監視制御の詳細を示したフローチャートである。図９において、防犯監視装置１０は、Ｓ５１で住警器１８からの火災連動信号の有効受信を検知した場合、Ｓ５２に進んで火災警報メール信号を生成し、居住者の保有する携帯電話２４−１へ送信して、火災警報メールを表示させる。 (Fire monitoring control)
FIG. 9 is a flowchart showing details of the fire monitoring control in S3 in FIG. In FIG. 9, when the crime prevention monitoring apparatus 10 detects the effective reception of the fire interlocking signal from the house alarm 18 in S51, the process proceeds to S52 to generate a fire alarm mail signal, and the resident's mobile phone 24- Send to 1 to display the fire alarm mail.

またＳ５３で住警器１８からの火災復旧連動信号の有効受信を検知した場合、Ｓ５４に進んで火災復旧メール信号を生成し、居住者の保有する携帯電話２４−１へ送信して、火災復旧メールを表示させる。なお、住警器１８からの警報停止連動信号の有効受信を検知した場合に警報停止メール信号を居住者の保有する携帯電話２４−１へ送信して表示させるようにしても良い。   If it is detected in S53 that a fire recovery interlock signal has been received from the home alarm device 18, the process proceeds to S54 to generate a fire recovery e-mail signal, which is sent to the mobile phone 24-1 owned by the resident, for fire recovery. Display mail. In addition, when the effective reception of the alarm stop interlocking signal from the resident alarm 18 is detected, an alarm stop mail signal may be transmitted to the mobile phone 24-1 owned by the resident and displayed.

［本発明の変形例］
なお、上記の実施形態は、外部ネットワークとして携帯電話網を利用して防犯監視、火災監視、見守り監視に対応して報知メールを携帯電話へ送信する場合を例にとっているが、外部ネットワークとして、広域無線ＬＡＮ網やインターネットを利用して、利用者のパソコンや携帯パソコンへ報知信号を送信して報知させるようにしても良い。 [Modification of the present invention]
In addition, although said embodiment has taken as an example the case where notification mail is transmitted to a mobile phone in response to crime prevention monitoring, fire monitoring, watching monitoring using a mobile phone network as an external network, You may make it alert | report by transmitting a notification signal to a user's personal computer or portable personal computer using a wireless LAN network or the internet.

また、上記の実施形態は、防犯警報メールと火災警報メールを、居住者の保有する携帯電話２４−１へ送信してメール表示しているが、見守り元となる利用者の携帯電話２４−２へ送信してメール表示しても良く、これにより見守り元の利用者側でも見守り先の盗難や火災に対し適切に対処することを可能とする。   In the above-described embodiment, the crime prevention alarm mail and the fire alarm mail are transmitted to the mobile phone 24-1 owned by the resident and displayed by mail. However, the mobile phone 24-2 of the user who is the watching source is displayed. It may be sent to and displayed as an e-mail, so that the user of the watching source can appropriately cope with theft or fire of the watching destination.

また、防犯検知器としては、上記の実施形態に示した開閉検知器や人感センサ以外に、不審者の侵入を検知する適宜の防犯検知器を含む。また、防犯検知器は、侵入異常を検知する機能に加え、防犯警報音を出力したり、照明装置を点灯する機能を備えても良い。   In addition to the open / close detector and human sensor shown in the above embodiment, the crime prevention detector includes an appropriate crime prevention detector that detects the intrusion of a suspicious person. In addition to the function of detecting an intrusion abnormality, the security detector may have a function of outputting a security alarm sound or lighting a lighting device.

また、上記の実施形態は火災を検知して警報する住警器を例にとるものであったが、ガス漏れ警報器、ＣＯ警報器を配置した監視システムやそれら各種の警報器を混在させて配置した監視システムについても同様に適用できる。   In addition, the above embodiment is an example of a residential alarm device that detects and alerts a fire, but a monitoring system including a gas leak alarm device, a CO alarm device and those various alarm devices are mixed. The same applies to the arranged monitoring system.

また、上記の実施形態では、電池電源によって動作する住警器（警報器）や侵入検知器を例に取ったが、電池電源以外の電源で動作するものにも本発明を適用できる。   In the above-described embodiment, a residential alarm (alarm) or an intrusion detector that operates by a battery power source is taken as an example, but the present invention can also be applied to a device that operates by a power source other than the battery power source.

また、上記の実施形態は戸建て住宅用に限らずマンションなどの集合住宅用にも適用できる。   Moreover, said embodiment is applicable not only for detached houses but also for apartment houses such as apartments.

また、本発明は上記の実施形態に限定されず、その目的と利点を損なうことのない適宜の変形を含み、更に上記の実施形態に示した数値による限定は受けない。
The present invention is not limited to the above-described embodiment, includes appropriate modifications without impairing the object and advantages thereof, and is not limited by the numerical values shown in the above-described embodiment.

１０：防犯警報装置
１２−１，１２−２：開閉検知器
１４−１，１４−２：人感センサ
１６：リモコン装置
１８−１〜１８−４：住警器
２０−１〜２０−４：人感センサ部
２２：携帯電話網
２４−１，２４−２：携帯電話
３０，６０：警報制御部
３２，４４，５４，６４：通信部
３４：メール通信部
３６，７０：報知部
３８，６８：操作部
４０：磁気検知部
４２，５２：制御部
５０：赤外線検知部
６２：火災センサ部 10: Crime prevention alarm device 12-1, 12-2: Opening / closing detector 14-1, 14-2: Human sensor 16: Remote control device 18-1 to 18-4: Residential alarm device 20-1 to 20-4: Human sensor unit 22: mobile phone network 24-1, 24-2: mobile phone 30, 60: alarm control unit 32, 44, 54, 64: communication unit 34: mail communication unit 36, 70: notification unit 38, 68 : Operation unit 40: Magnetic detection unit 42, 52: Control unit 50: Infrared detection unit 62: Fire sensor unit

Claims (7)

所定の防犯監視領域に配置され、不審者の侵入に伴う侵入異常を検知して侵入検知信号を送信する防犯検知手段と、
所定の火災監視領域に配置され、火災を検知して連動元を示す火災警報を出力すると共に火災連動信号を送信し、他の火災警報手段から火災連動信号を受信した場合に連動先を示す火災警報を出力する火災警報手段と、
前記火災警報手段に設けられ、前記火災監視領域における居住者の生活行動を検知した場合に見守り検知信号を、前記火災警報手段を経由して送信する見守り検知手段と、
前記防犯検知手段から侵入検知信号を受信した場合に、所定の時間後に防犯警報を出力すると共に外部ネットワークを経由して前記居住者の保有する第１携帯端末へ防犯報知信号を送信して報知させ、前記火災警報手段から火災検知信号を受信した場合に外部ネットワークを経由して前記第１携帯端末に火災報知信号を送信して報知させ、更に前記見守り検知手段から受信した見守り検知信号に基づいて生成した見守り報知信号を、前記外部ネットワークを経由しての見守り元の利用者の保有する第２携帯端末へ送信して報知させる防犯警報手段と、
を備えたことを特徴とする監視システム。
Security detection means arranged in a predetermined security monitoring area, detecting an intrusion abnormality associated with the intrusion of a suspicious person and transmitting an intrusion detection signal;
A fire that is located in a predetermined fire monitoring area, detects a fire, outputs a fire alarm indicating the interlock source, transmits a fire interlock signal, and receives a fire interlock signal from another fire alarm means, and indicates the interlock destination A fire alarm means for outputting an alarm;
Provided in the fire alarm means, a watch detection means for transmitting a watch detection signal via the fire alarm means when a living behavior of a resident in the fire monitoring area is detected;
When an intrusion detection signal is received from the security detection means, a security alarm is output after a predetermined time, and a security notification signal is transmitted to the first portable terminal owned by the resident via an external network for notification. When a fire detection signal is received from the fire alarm means, a fire notification signal is transmitted to the first portable terminal via an external network to be notified, and further based on the watch detection signal received from the watch detection means A security alarm means for transmitting and notifying the generated watch notification signal to the second mobile terminal owned by the user of the watch source via the external network;
A monitoring system characterized by comprising:
請求項１記載の監視システムに於いて、前記防犯監視手段は、
前記警戒モードの設定と解除を行う操作手段を備え、
前記操作手段による所定の警戒設定操作の受付けを検知した場合に、所定の時間後に前記防犯警報の出力を可能とする警戒モードを設定し、
前記操作手段による所定の警戒解除操作の受付けを検知した場合に前記警戒モードを解除して前記防犯警報の出力を禁止する、
ことを特徴とする監視システム。
The monitoring system according to claim 1, wherein the security monitoring means is:
Comprising operating means for setting and releasing the warning mode;
When detecting acceptance of a predetermined warning setting operation by the operating means, a warning mode that enables output of the security alarm after a predetermined time is set,
When the acceptance of a predetermined warning release operation by the operation means is detected, the warning mode is canceled and the output of the security alarm is prohibited.
A monitoring system characterized by that.
請求項１記載の監視システムに於いて、
更に、所定の警戒設定操作の受付けを検知した場合に警戒設定信号を送信し、所定の警戒解除操作の受付けを検知した場合に警戒解除信号を送信する遠隔操作手段を設け、
前記防犯警報手段は、前記遠隔操作手段から前記警戒設定信号を受信した場合に前記防犯警報の出力を可能とする警戒モードを設定し、前記遠隔操作手段から前記警戒解除信号を受信した場合に前記警戒モードを解除して前記防犯警報の出力を禁止することを特徴とする監視システム。
The monitoring system according to claim 1,
Furthermore, remote control means for transmitting a warning setting signal when detecting acceptance of a predetermined warning setting operation and transmitting a warning cancellation signal when detecting acceptance of a predetermined warning cancellation operation is provided,
The security alarm means sets a warning mode that enables the output of the security alarm when the warning setting signal is received from the remote operation means, and when the warning release signal is received from the remote operation means, A monitoring system, wherein a warning mode is canceled and output of the security alarm is prohibited.
請求項２又は３記載の監視システムに於いて、前記防犯警報手段は、
前記警戒モードを設定した場合、当該警戒モードの設定を示す見守り報知信号を前記第２携帯端末へ送信して報知させ、
前記警戒モードの解除した場合、当該警戒モードの解除を示す見守り報知信号を前記第２携帯端末へ送信して報知させることを特徴とする監視システム。
The monitoring system according to claim 2 or 3, wherein the security alarm means is:
When the warning mode is set, a watch notification signal indicating the setting of the warning mode is transmitted to the second portable terminal to be notified,
When the warning mode is canceled, a monitoring notification signal indicating the cancellation of the warning mode is transmitted to the second portable terminal for notification.
請求項１記載の監視システムに於いて、前記防犯警報手段は、
所定の見守り監視時間の間に、前記見守り検知信号の受信回数を求め、
当該見守り検知信号の受信回数が零の場合に見守り異常信号を前記第２携帯端末へ送信して報知させ、
前記見守り検知信号の受信回数が１以上の場合に見守り正常信号を前記第２携帯端末へ送信して報知させる、
ことを特徴とする監視システム。
The monitoring system according to claim 1, wherein the security alarm means includes:
During the predetermined monitoring monitoring time, obtain the number of reception of the monitoring detection signal,
When the number of times the watch detection signal is received is zero, a watch abnormality signal is transmitted to the second mobile terminal to be notified,
When the number of reception of the watching detection signal is 1 or more, a watch normal signal is transmitted to the second portable terminal to be notified,
A monitoring system characterized by that.
請求項１記載の監視システムに於いて、前記防犯警報手段は、
所定の見守り監視時間の間に、前記見守り検知信号の受信回数を求め、
当該見守り検知信号の受信回数が零以外の所定値未満の場合に見守り異常信号を前記第２携帯端末へ送信して報知させ、
前記見守り検知信号の受信回数が前記所定値以上の場合に見守り正常信号を前記第２携帯端末へ送信して報知させる、
ことを特徴とする監視システム。
The monitoring system according to claim 1, wherein the security alarm means includes:
During the predetermined monitoring monitoring time, obtain the number of reception of the monitoring detection signal,
If the number of times the watch detection signal is received is less than a predetermined value other than zero, a watch abnormal signal is transmitted to the second portable terminal to be notified,
If the number of times the watch detection signal is received is equal to or greater than the predetermined value, a watch normal signal is transmitted to the second portable terminal to be notified;
A monitoring system characterized by that.
請求項１記載の監視システムに於いて、前記防犯警報手段は、
所定の見守り監視時間の間に、前記見守り検知信号の受信回数を求め、
当該見守り検知信号の受信回数が零の場合に見守り異常信号を前記第２携帯端末へ送信して報知させ、
前記見守り検知信号の受信回数が１以上で所定値未満の場合に見守り注意信号を前記第２携帯端末へ送信して報知させ、
前記見守り検知信号の受信回数が前記所定値以上の場合に見守り正常信号を前記第２携帯端末へ送信して報知させる、
ことを特徴とする監視システム。 The monitoring system according to claim 1, wherein the security alarm means includes:
During the predetermined monitoring monitoring time, obtain the number of reception of the monitoring detection signal,
When the number of times the watch detection signal is received is zero, a watch abnormality signal is transmitted to the second mobile terminal to be notified,
When the number of reception of the watching detection signal is 1 or more and less than a predetermined value, a watching attention signal is transmitted to the second portable terminal to be notified,
If the number of times the watch detection signal is received is equal to or greater than the predetermined value, a watch normal signal is transmitted to the second portable terminal to be notified;
A monitoring system characterized by that.
JP2012165667A 2012-07-26 2012-07-26 Monitoring system Pending JP2014026427A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2012165667A JP2014026427A (en) 2012-07-26 2012-07-26 Monitoring system

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2012165667A JP2014026427A (en) 2012-07-26 2012-07-26 Monitoring system

Publications (1)

Publication Number Publication Date
JP2014026427A true JP2014026427A (en) 2014-02-06

Family

ID=50200021

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2012165667A Pending JP2014026427A (en) 2012-07-26 2012-07-26 Monitoring system

Country Status (1)

Country Link
JP (1) JP2014026427A (en)

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2016076130A (en) * 2014-10-07 2016-05-12 能美防災株式会社 Regional disaster prevention information system
CN105957289A (en) * 2014-05-04 2016-09-21 福建创高安防技术股份有限公司 Anti-theft alarm device through combination of image and distance judgment and anti-theft alarm system and method thereof
JP2019046135A (en) * 2017-09-01 2019-03-22 日東工業株式会社 Earthquake alarm system
JP7587295B2 (en) 2021-11-17 2024-11-20 株式会社ホタルクス Illumination device, living body movement detection system, living body movement detection method, program, and recording medium

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105957289A (en) * 2014-05-04 2016-09-21 福建创高安防技术股份有限公司 Anti-theft alarm device through combination of image and distance judgment and anti-theft alarm system and method thereof
JP2016076130A (en) * 2014-10-07 2016-05-12 能美防災株式会社 Regional disaster prevention information system
JP2019046135A (en) * 2017-09-01 2019-03-22 日東工業株式会社 Earthquake alarm system
JP7587295B2 (en) 2021-11-17 2024-11-20 株式会社ホタルクス Illumination device, living body movement detection system, living body movement detection method, program, and recording medium

Similar Documents

Publication Publication Date Title
KR101432869B1 (en) Alarm unit and alarm system
JP6139901B2 (en) Alarm system
JP2010033518A (en) Alarm
KR20170118803A (en) Smart barrier alarm system
JP2009032149A (en) Alarm system for apartment house
JP2009266058A (en) Alarm device
JP5350705B2 (en) Controller device
JP2014026427A (en) Monitoring system
JP2012027787A5 (en)
JP2011081595A (en) Alarm system, alarm device and emergency call device
JP2015087883A (en) Alarm
JP2012027881A (en) Plc automatic danger notification system
JP2014021637A (en) Notification system and notification method
JP4095408B2 (en) Monitoring device, monitoring method and control program
JP4747989B2 (en) Wireless alarm device
JP2016192112A (en) Abnormality sensor and sensor system
JP2004310495A (en) Crime prevention alarm system
JP2006323490A (en) Emergency call system
JP2014026426A (en) Monitoring system
JP2010020663A (en) Alarm
JP2009265928A (en) Security system
JP2007323605A (en) Alarm system in multiple dwelling house
JP2006243815A (en) Security system
JP2012070335A (en) Intercom system for apartment house
JP7314469B2 (en) Power line communication device