JP2011248615A - Resident safety notification device - Google Patents

Resident safety notification device Download PDF

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JP2011248615A
JP2011248615A JP2010120866A JP2010120866A JP2011248615A JP 2011248615 A JP2011248615 A JP 2011248615A JP 2010120866 A JP2010120866 A JP 2010120866A JP 2010120866 A JP2010120866 A JP 2010120866A JP 2011248615 A JP2011248615 A JP 2011248615A
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detection means
safety
notification device
flow detection
signal
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Hitoshi Inafune
仁 稲船
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TOYO AQUATECK CO Ltd
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TOYO AQUATECK CO Ltd
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Abstract

PROBLEM TO BE SOLVED: To provide a resident safety notification device which can be flexibly used since it can be placed in places such as a washbasin, a toilet, a kitchen and a living room where residents use fluids including water and gas, with which the safety of a resident living alone or elderly residents can be accurately and promptly notified, the whole of which is simple and at a low price, and which does not cause a burden on users since its maintenance cost is low.SOLUTION: A fluid pipe 1C installed in a residence building includes a area flow meter 2 for detecting the flow of fluids which is connected to a sending means 3 through a signal line 4. An emergency alarming means 5 included in the residence building consists of a land line telephone/a mobile phone 6 and a control unit 7, and sends an alarming signal to an alarming reception means 8 in an emergency notification destination which is specified in advance when it does not receive an operation signal of the area flow meter 2 within a specified monitoring time period.

Description

本発明は、水道水、ガス、灯油等の流体の動きを検知することにより、一人で生活する所謂独居者や夫婦或いは親子で居住する高齢者の安否を遠隔地から確実に確認することのできる居住者安否通報装置に関する。   By detecting the movement of fluid such as tap water, gas, kerosene, etc., the present invention can reliably confirm the safety of so-called single persons living alone or married persons or elderly persons living with parents and children from a remote location. It relates to a resident safety notification device.

近年、少子化に伴い独居老人や独身者、更には高齢の夫婦のみの生活者が増加しており、これに伴ってこれらの人々が住居で孤独死し、数日或いは数週間後に発見される事故が増えている。近隣住人との接点が少なくなっている今日では、このような事故を発見することは困難であり何らかの対策が求められている。   In recent years, with the declining birthrate, the number of elderly people living alone, singles, and even elderly couples living alone has increased, and along with this, these people die lonely in their residences and are discovered a few days or weeks later Accidents are increasing. Today, where there are few contacts with neighboring residents, it is difficult to find such an accident, and some countermeasures are required.

そこで、居住者の安否、特に独居老人の安否を判別検出するための方法として、便所に設置して便所の使用を検出する検出器と、居住域外に設けられ、検出器からの信号を受け、便所の使用データにより居住者の安否を判別する判別装置とからなる居住者安否検出装置が提案されている(特許文献1)。   Therefore, as a method for discriminating and detecting the safety of residents, particularly the safety of elderly people living alone, a detector installed in the toilet and detecting the use of the toilet, and provided outside the residential area, receiving a signal from the detector, There has been proposed a resident safety detection device including a determination device that determines the safety of a resident based on toilet use data (Patent Document 1).

特開昭61−44386号公報JP 61-44386 A

上述した従来技術の居住者安否検出装置は、第1に、目的を実現する手段として、住居に設置され、加入電話付属データ装置5及び外出通報スイッチ8を付設してある加入電話機3、便所に設置する赤外線検出器4、並びに集配線装置10、自動発信装置14、自動受信装置15、プロセスコンピュータ16、記憶装置18からなる判別装置19で大略構成してあるが、装置の各構成要素が特殊なために装置全体としてコストが嵩む問題があることから実用性に欠けており、実施化には多くの問題点がある。   The above-described resident safety detecting device of the prior art is, firstly, installed in a residence as a means for realizing the purpose, in the subscriber telephone 3 provided with the subscriber telephone attached data device 5 and the outing notification switch 8, and in the toilet. It is generally configured by an infrared detector 4 to be installed, a collecting and wiring device 10, an automatic transmission device 14, an automatic reception device 15, a process computer 16, and a storage device 18, but each component of the device is special. For this reason, there is a problem of increasing the cost of the entire apparatus, which is lacking in practicality, and there are many problems in implementation.

第2に、居住者安否検出装置は、独居者の日々の便所使用データを所定の時間間隔でプロセスコンピュータ16で受け、当該データを検証して独居者の安否を判別装置19で判別検出するものであるが、何をもって異常と判別するかの基準には男女、年齢等による個人差があり、必ずしも明確でない。独居者に何時起こるか不明の事態を把握するために便所使用データを日々記録し、このデータを参照して安否を判別検出するものであるため、データの記録量に見合った記憶装置やランニングコストの面で欠点がある。また、便所での使用に限定されるという使用上の自由度に欠ける欠点がある。 Secondly, the resident safety detecting device receives daily toilet use data of a single person at a predetermined time interval by the process computer 16 and verifies the data to determine and detect the safety of the single person by the determination device 19. However, there are individual differences depending on gender, age, etc., in what is judged abnormal, and it is not always clear. The toilet usage data is recorded every day in order to grasp the situation when it is unknown to a single person, and this data is used to discriminate and detect the safety, so the storage device and running cost commensurate with the amount of data recorded There are disadvantages in terms of In addition, there is a drawback that the degree of freedom in use is limited to use in a toilet.

本発明は上述した従来技術の欠点に鑑みなされたもので、洗面所、トイレ、台所、居間等居住者が水やガスの流体を使用する場所であれば任意に設置可能なので使用上の自由度があるし、独居者の安否を確実にかつ速やかに通報でき、装置全体が簡潔で安価であり、維持費も低廉で利用者には負担が掛からない居住者安否通報装置を提供することを目的とする。   The present invention has been made in view of the above-mentioned disadvantages of the prior art, and can be arbitrarily installed in a place where a resident uses water or a gas fluid such as a washroom, toilet, kitchen, living room, etc. The purpose is to provide a resident safety reporting device that can reliably and promptly report the safety of a single person, is simple and inexpensive, has low maintenance costs, and does not burden the user. And

上述した課題を解決するために構成された本発明の手段は、居住建屋に配設した流体配管に設けられ、該流体配管内の流体の流れを検知する流動検知手段と、前記居住建屋に対応して予め登録してある警報受信手段に警報信号を発信すべく、該居住建屋に備えられる非常時通報手段とからなり、該非常時通報手段は前記流動検知手段の作動信号を設定した監視時間内に受信しない場合に警報信号を発信するようにしたものからなる。   The means of the present invention configured to solve the above-described problems is provided in a fluid pipe disposed in a residential building, and corresponds to the flow detection means for detecting the flow of fluid in the fluid pipe, and the residential building. In order to send an alarm signal to the alarm receiving means registered in advance, the emergency building is provided with an emergency notification means provided in the residence building, and the emergency notification means is a monitoring time in which an operation signal of the flow detection means is set. The alarm signal is transmitted when not received.

そして、前記非常時通報手段を構成し、安否の監視時間を管理するタイマーは、前記流動検知手段が流体の流れを検知したときは、該監視時間をゼロリセットするものからなる。   The timer that constitutes the emergency notification means and manages the safety monitoring time is configured to reset the monitoring time to zero when the flow detection means detects a fluid flow.

また、前記流動検知手段には、面積流量計を用いるとよい。   Further, an area flow meter may be used as the flow detection means.

また、前記非常時通報手段は、固定電話機及び/又は携帯電話機と、前記流動検知手段からの作動信号を監視時間内に受信しない場合に、該固定電話機及び/又は携帯電話機から前記警報受信手段に警報信号を発信させる制御部とから構成するとよい。 Further, the emergency notification means, when the operation signal from the fixed telephone and / or mobile phone and the flow detection means is not received within the monitoring time, from the fixed telephone and / or the mobile telephone to the alarm receiving means. It is good to comprise from the control part which transmits an alarm signal.

更に、前記警報受信手段に固定電話機及び/又は携帯電話機を用い、前記警報信号は予め定めた回数の呼び出し信号とするとよい。   Further, a fixed telephone and / or a mobile phone may be used as the alarm receiving means, and the alarm signal may be a predetermined number of calling signals.

また、前記流動検知手段の上流側に位置して前記流体配管に切替弁を設け、該切替弁の上流側と流動検知手段の下流側との間にバイパス管を接続し、該流動検知手段を通さずに前記流体配管に流体が流動するように構成するとよい。   Further, a switching valve is provided in the fluid pipe located upstream of the flow detection means, a bypass pipe is connected between the upstream side of the switching valve and the downstream side of the flow detection means, and the flow detection means is It is good to comprise so that a fluid may flow into the said fluid piping, without letting it pass.

本発明は上述の構成にしたから、下記の諸効果を奏する。
(1)居住建屋に配設した流体配管内を流体が監視時間内に流れなかったことから独居者の安否を検知し、非常時通報手段により居住建屋に対応して予め登録してある警報受信手段に警報信号を発信するようにしたから、非常時通報先への警報が迅速かつ確実であるし、非常事態か否かといった判定は不要にできる。
(2)居住者安否通報装置は、構成が簡単で安価であるし、膨大なデータを記憶して保存する必要がなく、そのための記憶装置も不要であるから初期投資も少なくて済むし、維持費も極めて低廉である。
(3)非常時通報手段を構成するタイマーの監視時間は、流動検知手段が流体の流れを検知するとゼロリセットするようにしたから、独居者が安全であることの作動信号を受信した直後に独居者に異変が起きた場合、監視時間の経過後直ちに警報信号を発信するので非常時に対して速やかな対応ができる。
(4)流動検知手段には面積流量計を用いることで、既設の流体配管にも容易に組み付けることが可能であるし、故障時の交換作業も容易に短時間で出来るから流体の停止時間も短時間にできる。
(5)非常時通報手段は、固定電話機及び/又は携帯電話機と、固定電話機及び/又は携帯電話機から警報受信手段に警報信号を発信させる制御ユニットとから構成したので、既設の固定電話機や携帯電話機を利用することができ、居住者安否通報装置の設置費用は極めて少ない。
(6)警報受信手段には固定電話機及び/又は携帯電話機を用い、警報信号は予め定めた回数の呼び出し信号にすることにより、非常時通報先と通話をすることなく警報を伝えることができるから、本装置の使用上独居者に通話料を負担させることがない。
(7)流体配管に流動検知手段を迂回するバイパス管を接続し、流動検知手段を通さずに流体が流動するようにしたから、流動検知手段が故障した場合や、交換作業を行う場合でも流体の供給を停止する必要がなく、居住者の生活に支障を与えることがない。
Since the present invention is configured as described above, the following effects can be obtained.
(1) Since the fluid did not flow through the fluid piping installed in the residential building within the monitoring time, the safety of a single person was detected, and the alarm received in advance was registered in correspondence with the residential building by means of emergency notification. Since the warning signal is transmitted to the means, the warning to the emergency report destination is quick and reliable, and it is unnecessary to determine whether or not there is an emergency.
(2) The resident safety notification device has a simple configuration and is inexpensive, does not need to store and store huge amounts of data, and does not require a storage device for that purpose. Cost is also very low.
(3) The monitoring time of the timer constituting the emergency notification means is reset to zero when the flow detection means detects the flow of the fluid, so that the single person is alone immediately after receiving the operation signal indicating that the single person is safe. When an accident occurs in a person, an alarm signal is transmitted immediately after the monitoring time has elapsed, so that an emergency can be promptly handled.
(4) By using an area flow meter as the flow detection means, it can be easily assembled to existing fluid piping, and replacement work at the time of failure can be done easily in a short time, so the fluid stop time can be reduced. It can be done in a short time.
(5) Since the emergency notification means is composed of a fixed telephone and / or a mobile telephone and a control unit for transmitting an alarm signal from the fixed telephone and / or the mobile telephone to the alarm receiving means, an existing fixed telephone or mobile telephone The installation cost of the resident safety notification device is extremely low.
(6) Since a fixed telephone and / or a mobile phone is used as the alarm receiving means and the alarm signal is set to a predetermined number of calls, the alarm can be transmitted without calling the emergency reporter. In the use of this device, a single person is not charged a call charge.
(7) Since a bypass pipe that bypasses the flow detection means is connected to the fluid pipe so that the fluid flows without passing through the flow detection means, the fluid is detected even if the flow detection means fails or is replaced. There is no need to stop the supply, and it will not interfere with the lives of residents.

本発明の実施の形態に係る居住者安否通報装置の構成図である。It is a block diagram of the resident safety notification apparatus which concerns on embodiment of this invention. 面積流量計の概略構成図である。It is a schematic block diagram of an area flow meter. 非常時通報手段を構成する制御ユニットのブロック図である。It is a block diagram of the control unit which comprises an emergency notification means. 変形例に係る居住者安否通報装置の構成図である。It is a block diagram of the resident safety notification apparatus which concerns on a modification.

以下、本発明の実施の形態を図面に基づいて説明する。図1において、1は独居者が居住する建屋、例えば戸建住宅、集合住宅等の部屋に設けた水洗トイレで、該水洗トイレ1は便器1Aと、該便器1Aに洗浄水を供給するロータンク1Bと、該ロータンク1Bに給水する給水管1Cとから構成してある。   Hereinafter, embodiments of the present invention will be described with reference to the drawings. In FIG. 1, reference numeral 1 denotes a flush toilet provided in a room where a single person lives, such as a detached house or an apartment house. The flush toilet 1 includes a toilet 1A and a low tank 1B for supplying flush water to the toilet 1A. And a water supply pipe 1C for supplying water to the low tank 1B.

2は前記給水管1Cの途中に設けた流動検知手段としての面積流量計である。該面積流量計2は、図2に示すように、軸方向両端が給水管1Cに接続する筒状ケーシング2Aと、該筒状ケーシング2Aの内面に形成され、上流から下流に向けて拡径するテーパー面2Bと、磁石を内蔵し、該筒状ケーシング2A内で流量の増減により上下に変位するフロート2Cと、筒状ケーシング2Aの外側に嵌装したホルダー2Dと、該ホルダー2D内に設けたリードスイッチ2Eとから構成してある。そして、居住者が水洗トイレ1を使用して洗浄水を流すと、ロータンク1Bに洗浄水を供給する給水管1Cに水が流れ、流量が増大することによってフロート2Cが変位し、リードスイッチ2EがONになる。   Reference numeral 2 denotes an area flow meter as a flow detecting means provided in the middle of the water supply pipe 1C. As shown in FIG. 2, the area flow meter 2 is formed on a cylindrical casing 2 </ b> A whose both ends in the axial direction are connected to the water supply pipe 1 </ b> C, and on the inner surface of the cylindrical casing 2 </ b> A, and expands from upstream to downstream. A tapered surface 2B, a magnet, a float 2C that moves up and down in accordance with the increase and decrease of the flow rate in the cylindrical casing 2A, a holder 2D that is fitted outside the cylindrical casing 2A, and a holder 2D that is provided in the holder 2D It consists of a reed switch 2E. Then, when the resident uses the flush toilet 1 to flush the wash water, the water flows into the water supply pipe 1C that supplies the wash water to the low tank 1B, and the float 2C is displaced due to the increase in the flow rate. Turns on.

3は前記面積流量計2の近傍に位置してトイレに設置した発信手段を示し、該発信手段3は面積流量計2の作動信号が微弱であることから設けたもので、面積流量計2とは信号線4を介して接続してある。ここで、該発信手段3は面積流量計2の作動信号を受信する受信部3Aと、作動信号の受信に基づき検知信号を発信する送信部としての無線通信子機3Bから構成してある。   Reference numeral 3 denotes a transmission means installed in the toilet located in the vicinity of the area flow meter 2, and the transmission means 3 is provided because the operation signal of the area flow meter 2 is weak. Are connected via a signal line 4. Here, the transmission means 3 includes a receiving unit 3A that receives an operation signal of the area flow meter 2, and a wireless communication slave unit 3B as a transmission unit that transmits a detection signal based on the reception of the operation signal.

5は独居者が居住する建屋に配置した非常時通報手段を示す。6は該非常時通報手段5を構成し、前記無線通信子機3Bに対応する無線通信親機で、該無線通信親機6には独居者の非常時に警報信号を送る連絡先の固定電話及び/又は携帯電話8の電話番号を記憶させてある。7は非常時通信手段5を構成する制御ユニットで、該制御ユニット7は図3に示すように、発信手段3からの検知信号を受信する受信部7Aと、所望の監視時間、例えば12時間の設定が可能なタイマー7Bと、設定した監視時間の経過信号を受けて後述する発信部7Dに指令信号を送り、また該タイマー7Bをゼロリセットする指令部7Bと、指令信号を受けて前記無線通信親機6に起動信号を送る発信部7Dとから構成してある。   Reference numeral 5 denotes an emergency notification means arranged in a building where a single person lives. 6 is a radio communication master unit corresponding to the radio communication slave unit 3B, which constitutes the emergency notification means 5, and the radio communication master unit 6 includes a fixed telephone for a contact to send an alarm signal in the case of an emergency of a single person, and The telephone number of the mobile phone 8 is stored. 7 is a control unit that constitutes the emergency communication means 5, and as shown in FIG. 3, the control unit 7 has a receiving unit 7 A that receives a detection signal from the transmission means 3 and a desired monitoring time, for example, 12 hours. A timer 7B that can be set, a command signal to a transmitter 7D that will be described later in response to a set monitoring time elapse signal, and a command unit 7B that resets the timer 7B to zero, and the wireless communication that receives the command signal The transmitter 7D is configured to send a start signal to the base unit 6.

また、警報受信手段8は固定電話機及び/又は携帯電話機で、非常時通報先の居宅に設置する固定電話機でもよいし、非常時通報先が所持する携帯電話機でもよい。更に、非常時通報先としてマンション管理会社、警備会社の電話機やパソコンに警報信号を送る構成にすることにより、独居者の非常事態に対して速やかに対応することが可能で、独居者の生命を守ることができる。
なお、警報受信手段8に警報信号を送る場合、警報信号を予め決めた回数の呼び出し信号とし、非常時警報手段5と警報受信手段8の固定電話機及び/又は携帯電話機同士は通話をしないシステムにすることにより、独居者の通信費の負担をゼロにすることができる。
The alarm receiving means 8 may be a fixed phone and / or a mobile phone, which may be a fixed phone installed at the home of the emergency report destination or a mobile phone possessed by the emergency report destination. In addition, it is possible to promptly respond to the emergency situation of a single person by sending a warning signal to the telephones and personal computers of condominium management companies and security companies as emergency reporters. I can protect it.
When an alarm signal is sent to the alarm receiving means 8, the alarm signal is set to a predetermined number of calling signals, and the emergency alarm means 5 and the fixed telephone of the alarm receiving means 8 and / or the mobile phone are in a system that does not make a call. By doing so, the burden of communication costs for single persons can be reduced to zero.

本実施の形態は上述の構成からなるもので、次にその作用について説明する。独居者が生活する住宅のトイレの給水管1Cに面積流量計2を接続し、その近傍に発信手段3を配置して電源を接続し、面積流量計2とは信号線4で接続する。これにより、無線通信子機3Bと非常時通報手段5の無線通信親機6とは無線で通信可能の状態になる。   The present embodiment has the above-described configuration, and the operation thereof will be described next. An area flow meter 2 is connected to a water supply pipe 1C of a toilet in a house where a single person lives, a transmitting means 3 is arranged in the vicinity thereof, a power source is connected, and the area flow meter 2 is connected by a signal line 4. As a result, the wireless communication slave unit 3B and the wireless communication master unit 6 of the emergency notification means 5 are in a state where they can communicate wirelessly.

そして、独居者が水洗トイレ1を使用して洗浄水を流すと、面積流量計2から発信手段3に作動信号が送られ、発信手段3から非常時通報手段5に検知信号が送られる。制御ユニット7は受信部7Aが検知信号を受信すると、指令部7Aはタイマー7Bの監視時間をゼロリセットし、タイマー7Bは再度12時間の監視時間のカウントを開始する。このように、独居者の居住建屋の面積流量計2が水洗トイレの使用により作動信号を発信手段3に信号を送っている間は、独居者に異常は無いとするものである。 Then, when a single person uses the flush toilet 1 to flow flush water, an operation signal is sent from the area flow meter 2 to the transmission means 3, and a detection signal is sent from the transmission means 3 to the emergency notification means 5. When the receiving unit 7A receives the detection signal, the control unit 7A resets the monitoring time of the timer 7B to zero, and the timer 7B starts counting the monitoring time of 12 hours again. Thus, while the area flow meter 2 of the residence building of the single person is sending a signal to the transmission means 3 by using the flush toilet, it is assumed that there is no abnormality in the single person.

他方、タイマー7Bはゼロリセットされずに所定の12時間をカウントすると時間経過信号を指令部7Cに送り、指令部7Cから発信部7Dに信号が送られ、発信部7Dから無線通信親機6に起動信号を送る。そして、無線通信親機6から警報受信手段8に警報信号を送ることにより、非常時通報先は独居者の非常事態を速やかに、確実に知ることができる。 On the other hand, when the timer 7B counts a predetermined 12 hours without being reset to zero, a time lapse signal is sent to the command unit 7C, a signal is sent from the command unit 7C to the transmission unit 7D, and from the transmission unit 7D to the wireless communication master unit 6 Send activation signal. Then, by sending an alarm signal from the wireless communication master device 6 to the alarm receiving means 8, the emergency report destination can quickly and surely know the emergency situation of a single person.

次に、図4は本発明の変形例を示す。図において、11、11は面積流量計2の上流側と下流側に位置して給水管1Cに接続したT字管、12、13は面積流量計2とT字管11、11との間に位置して給水管1Cに設けた下側及び上側切替弁である。14は前記T字管11、11に接続することにより面積流量計2を迂回するバイパス管で、該バイパス管14には遮断弁15が設けてある。   Next, FIG. 4 shows a modification of the present invention. In the figure, 11 and 11 are T-shaped pipes located upstream and downstream of the area flow meter 2 and connected to the water supply pipe 1C, and 12 and 13 are between the area flow meter 2 and the T-shaped pipes 11 and 11, respectively. It is the lower side and upper side switching valve which were located and provided in 1 C of water supply pipes. Reference numeral 14 denotes a bypass pipe that bypasses the area flow meter 2 by connecting to the T-shaped pipes 11, 11, and the bypass pipe 14 is provided with a shut-off valve 15.

上述の構成からなる本変形例によれば、通常給水管1Cの下側及び上側切替弁12、13は常時は開弁して面積流量計2が作動する状態にあり、バイパス管14の遮断弁15は閉弁していることで、独居者の安否確認の作用については実施の形態と異なるところは無い。しかし、面積流量計2が作動不良の場合には、下側及び上側切替弁12、13を閉弁し、遮断弁15を開弁してバイパス管14に水を流動させることにより、止水することなくトイレ1の使用を可能にして、面積流量計2の修理や交換作業を行うことができることにある。   According to this modification having the above-described configuration, the lower and upper switching valves 12 and 13 of the normal water supply pipe 1C are normally opened and the area flow meter 2 is in operation, and the shutoff valve of the bypass pipe 14 No. 15 is closed, and there is no difference from the embodiment in the operation of confirming the safety of a single person. However, when the area flow meter 2 is malfunctioning, the lower and upper switching valves 12 and 13 are closed, the shut-off valve 15 is opened, and water is allowed to flow through the bypass pipe 14 to stop the water flow. The toilet 1 can be used without any problems, and the area flow meter 2 can be repaired or replaced.

また、居住建屋に同居者が加わって独居状態でなくなった場合には、上側切替弁12を閉弁して面積流量計2を作動不能状態にし、バイパス管14の遮断弁15を開弁するだけで、居住者安否通報装置は簡単に使用停止状態に切替えることができる。 In addition, when a housemate is added to the residence building and is no longer alone, the upper switching valve 12 is closed, the area flow meter 2 is rendered inoperable, and the shutoff valve 15 of the bypass pipe 14 is opened. Thus, the occupant safety notification device can be easily switched to a suspended state.

なお、本実施の形態では、面積流量計の出力を勘案して発信手段3を設け、非常時通報手段5に受信部7Aを有する制御ユニット7を設ける構成にしたが、発信手段3に換えて制御ユニット7を面積流量計と接続する構成にしてもよい。   In this embodiment, the transmission means 3 is provided in consideration of the output of the area flow meter, and the emergency notification means 5 is provided with the control unit 7 having the receiving unit 7A. You may make it the structure which connects the control unit 7 with an area flowmeter.

また、本実施の形態では、トイレ1のロータンク1Bに給水する給水管1Cに面積流量計2を設け、トイレ1の使用の有無によって安否を判断する構成を説明したが、台所の給水管、台所や暖房用のガス管等の流体が流動する管に流動検知手段を接続することにより独居者の安否を検知することができるのであり、使用可能な範囲が広い。 In the present embodiment, the area flow meter 2 is provided in the water supply pipe 1C for supplying water to the low tank 1B of the toilet 1, and the safety is determined based on whether or not the toilet 1 is used. It is possible to detect the safety of a single person by connecting a flow detection means to a pipe through which a fluid flows, such as a gas pipe for heating and a heating pipe, and the usable range is wide.

1C 給水管(流体配管)
2 面積流量計(流動検知手段)
5 非常時通報手段
6 固定電話機/携帯電話機
7 制御ユニット
8 警報受信手段
12、13 切替弁
14 バイパス管
15 遮断弁
1C Water supply pipe (fluid piping)
2 Area flow meter (flow detection means)
5 Emergency reporting means 6 Fixed telephone / mobile phone 7 Control unit 8 Alarm receiving means 12, 13 Switching valve 14 Bypass pipe 15 Shut-off valve

Claims (6)

居住建屋に配設した流体配管に設けられ、該流体配管内の流体の流れを検知する流動検知手段と、前記居住建屋に対応して予め登録してある警報受信手段に警報信号を発信すべく、該居住建屋に備えられる非常時通報手段とからなり、該非常時通報手段は前記流動検知手段の作動信号を設定した監視時間内に受信しない場合に警報信号を発信するようにしてなる居住者安否通報装置。   In order to send a warning signal to a flow detection means for detecting the flow of fluid in the fluid pipe, and a warning reception means registered in advance corresponding to the residential building The emergency notification means provided in the residence building, and the emergency notification means transmits an alarm signal when the operation signal of the flow detection means is not received within the set monitoring time. Safety notification device. 前記非常時通報手段を構成し、安否の監視時間を管理するタイマーは、前記流動検知手段が流体の流れを検知したときは、該監視時間をゼロリセットするようにしてある請求項1記載の居住者安否通報装置。   The occupant according to claim 1, wherein a timer that constitutes the emergency notification means and manages a safety monitoring time resets the monitoring time to zero when the flow detection means detects a fluid flow. Person safety notification device. 前記流動検知手段は、面積流量計であることを特徴とする請求項1記載の居住者安否通報装置。   The occupant safety notification device according to claim 1, wherein the flow detection means is an area flow meter. 前記非常時通報手段は、固定電話機及び/又は携帯電話機と、前記流動検知手段からの作動信号を監視時間内に受信しない場合に、該固定電話機及び/又は携帯電話機から前記警報受信手段に警報信号を発信させる制御部とから構成してある請求項1記載の居住者安否通報装置。 When the emergency notification means does not receive an operation signal from the fixed telephone and / or mobile phone and the flow detection means within the monitoring time, an alarm signal is sent from the fixed telephone and / or mobile telephone to the alarm receiving means. The resident safety notification device according to claim 1, wherein the resident safety notification device is configured with a control unit that transmits a message. 前記警報受信手段に固定電話機及び/又は携帯電話機を用い、前記警報信号は予め定めた回数の呼び出し信号としてあることを特徴とする請求項1記載の居住者安否通報装置。   2. The resident safety notification device according to claim 1, wherein a fixed telephone and / or a cellular phone is used as the alarm receiving means, and the alarm signal is a predetermined number of calling signals. 前記流動検知手段の上流側に位置して前記流体配管に切替弁を設け、該切替弁の上流側と流動検知手段の下流側との間にバイパス管を接続し、該流動検知手段を通さずに前記流体配管に流体が流動するように構成してあることを特徴とする請求項1記載の居住者安否通報装置。
A switching valve is provided in the fluid pipe located upstream of the flow detection means, a bypass pipe is connected between the upstream side of the switching valve and the downstream side of the flow detection means, and the flow detection means is not passed. The occupant safety notification device according to claim 1, wherein a fluid flows through the fluid pipe.
JP2010120866A 2010-05-26 2010-05-26 Resident safety notification device Pending JP2011248615A (en)

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH04309690A (en) * 1991-04-05 1992-11-02 Hitachi Constr Mach Co Ltd Bottom expansion status detection device for bottom expansion drilling equipment
JPH06150182A (en) * 1992-11-10 1994-05-31 Shikoku Anzen Center Kk Centralized management device for old men
JPH11111131A (en) * 1997-10-03 1999-04-23 Tokyo Keiso Co Ltd Flow switch
JP2003151052A (en) * 2001-11-09 2003-05-23 Aichi Tokei Denki Co Ltd Life abnormality detection system
JP2003244335A (en) * 2002-02-15 2003-08-29 Shin Meiwa Ind Co Ltd Remote monitoring system

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH04309690A (en) * 1991-04-05 1992-11-02 Hitachi Constr Mach Co Ltd Bottom expansion status detection device for bottom expansion drilling equipment
JPH06150182A (en) * 1992-11-10 1994-05-31 Shikoku Anzen Center Kk Centralized management device for old men
JPH11111131A (en) * 1997-10-03 1999-04-23 Tokyo Keiso Co Ltd Flow switch
JP2003151052A (en) * 2001-11-09 2003-05-23 Aichi Tokei Denki Co Ltd Life abnormality detection system
JP2003244335A (en) * 2002-02-15 2003-08-29 Shin Meiwa Ind Co Ltd Remote monitoring system

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