JP2008217438A - Multiple dwelling house management system coping with emergency earthquake flash - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a multiple dwelling house management system coping with an emergency earthquake flash, allowing residents in the place of outing destination to instantaneously confirm the occurrence of an earthquake in his residence when an earthquake occurs in a district where his multiple dwelling house is located, and then instantaneously confirm the safety of residents in each dwelling house. <P>SOLUTION: A warning monitoring panel 10 includes an earthquake warning command signal transmitting means 10B for transmitting an earthquake warning command signal to a dwelling house information terminal 20 of each dwelling house on receiving an earthquake detection signal based on the emergency earthquake flash transmitted through a communication network N. The panel 10 is connected to a network communication means 30 for transmitting safety confirmation reporting information to a previously registered reporting address on receiving a safety confirmation signal from the multiple dwelling house information terminal 20, and the dwelling house information terminal 20 includes a safety confirmation signal transmitting means 20b having a safety confirmation signal transmitting switch 28 for returning a safety confirming signal to the warning monitoring panel 10. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  In the present invention, when an earthquake occurs in an area where an apartment house exists, a resident who is out of the office immediately confirms that fact, and then immediately confirms the safety of the person in each house. The present invention relates to an apartment earthquake management system that can respond to earthquake early warning.

  Recently, an apartment house management system as shown in Patent Document 1 has become widespread. In this type of apartment management system, when the earthquake sensor installed in each dwelling unit detects initial tremor, the housing information terminal installed in that dwelling unit sends an earthquake detection signal to the alarm monitoring panel, When a certain number of earthquake detection signals are received, an earthquake response message is sent to the housing information terminals of all the dwelling units to notify them, and to confirm the fire source, confirm the evacuation route, etc. It is configured to prepare for occurrence.

In addition, there is a system that adds an email notification function to the conventional system to notify the resident on the go that an earthquake has occurred. In that case, the resident on the go must know that the earthquake has occurred. Even if it was confirmed, it was not possible to confirm the safety of the people in the house.
Japanese Patent Laid-Open No. 2003-67866

  Therefore, in order to confirm the safety of the people in the house, the resident is often calling the house using a fixed telephone or a mobile phone and talking with the person in the house. However, in the event of an earthquake, the telephone line was disconnected or many people were talking and it was difficult to connect the telephone, so it was often difficult to confirm safety immediately.

  The present invention is proposed to solve such a problem, and when an earthquake occurs in an area where an apartment house exists, a resident who is out of the office immediately confirms that, and then An object of the present invention is to provide an apartment housing management system that can immediately confirm the safety of people in each house.

  In order to achieve the above-mentioned object, the emergency earthquake bulletin responsive collective housing management system according to claim 1 of the present invention is installed in an alarm monitoring panel installed in a management room of a collective housing and in each dwelling unit of the collective housing. An emergency earthquake bulletin responsive collective housing management system configured with a house information terminal to receive the earthquake detection signal based on the emergency earthquake bulletin transmitted through the communication network If there is an earthquake warning command signal transmitting means for transmitting an earthquake warning command signal to the housing information terminal of each dwelling unit, and a safety confirmation signal is received from the housing information terminal, a safety confirmation is sent to a pre-registered notification destination. Connected to a network communication means for transmitting notification information, and the housing information terminal returns the safety confirmation signal to the alarm monitoring panel Had safety confirmation signal transmission switch, characterized in that it comprises a safety confirmation signal transmitting means.

  The apartment house management system corresponding to the earthquake early warning according to claim 2 comprises an alarm monitoring panel installed in a management room of the apartment house and a housing information terminal installed in each dwelling unit of the apartment house An emergency earthquake warning-compatible apartment house management system, wherein the alarm monitoring panel receives an earthquake warning command signal when receiving an earthquake detection signal based on an emergency earthquake warning transmitted through a communication network. An earthquake warning command signal transmitting means for transmitting to a housing information terminal of a dwelling unit, the housing information terminal comprising a safety confirmation signal transmitting means having a safety confirmation signal transmission switch for transmitting a safety confirmation notification information signal. In addition, when the safety confirmation signal transmission switch is operated, a network communication for transmitting the safety confirmation notification information to a previously registered notification destination is performed. Characterized in that it is connected to the means.

  In the emergency earthquake warning correspondence type housing complex management system according to claim 3, the housing information terminal includes a notification destination setting / changing means for setting or changing a notification destination of the safety confirmation notification information. It is characterized by that.

  In the emergency earthquake warning corresponding apartment house management system according to claim 4, the network communication means notifies the safety confirmation notification information to the outside in the form of an e-mail.

  6. The emergency earthquake bulletin responsive collective housing management system according to claim 5, wherein the network communication unit calls the notification destination terminal and notifies the safety confirmation notification information by a voice message. And

  According to claim 1 of the present invention, the alarm monitoring panel transmits the earthquake warning command signal to the housing information terminal of each dwelling unit, and then receives the safety confirmation signal returned from the housing information terminal, through the network communication means. Since the safety confirmation notification information can be transmitted to the notification destination registered in advance, the safety confirmation notification information can be easily transmitted from the house to the outside person.

  Moreover, since the safety confirmation notification information only needs to operate the safety confirmation signal transmission switch provided in the house information terminal, it can be promptly notified even when it is confused after the occurrence of the earthquake.

  According to claim 2, after the earthquake warning command signal is sent from the alarm monitoring panel to the housing information terminal of each dwelling unit, the network can be connected from the housing information terminal only by operating the safety confirmation signal transmission switch provided in the housing information terminal. The safety confirmation signal can be transmitted to the outside through the communication means, and the safety confirmation notification information can be easily transmitted from the inside of the house to the outside person as in the first aspect.

  According to the third aspect of the present invention, since the housing information terminal includes the notification destination setting / changing means for setting or changing the notification destination of the safety confirmation notification information, the housing information terminal is not the alarm monitoring panel side but the housing side. The notification destination can be appropriately increased or decreased, and flexibility can be improved.

  According to the fourth aspect of the present invention, the network communication means notifies the safety confirmation notification information to the outside in the form of an e-mail, so that the notification destination mail server can receive the safety confirmation notification information at the time of notification. As long as the communication terminal of the notification destination cannot communicate, the safety confirmation notification information can be confirmed by accessing the mail server with another communication terminal, and the safety confirmation notification information is not delivered. Can be prevented.

  According to the fifth aspect, since the network communication means calls the notification destination communication terminal and notifies the safety confirmation notification information by a voice message, if the notification destination communication terminal is in a communicable state. The safety confirmation notification information can be immediately confirmed.

  FIG. 1 is a system diagram showing an example of a schematic configuration of an emergency earthquake bulletin responsive apartment house management system of the present invention. In this embodiment, the alarm monitoring panel 10 has a built-in call control device for forming a call line with the home information terminal 20, but is not limited to this example. Even if the information terminal is configured separately, the effects of the present invention can be achieved.

  This apartment house management system for earthquake early warnings has a basic configuration in which an alarm monitoring panel 10 and a housing information terminal 20 are connected to each other by a signal line L1 (see FIG. 2), a telephone line L2 (see FIG. 2), or the like. Yes, it has the same basic functions as a conventional apartment house management system.

  That is, the alarm monitoring panel 10 and the home information terminal 20 each have a communication means (not shown) and can make a mutual call. Furthermore, a door phone sub unit 40 is connected to the home information terminal 20, and a mutual call between the home information terminal 20 and the door phone sub unit 40 is also possible.

  Moreover, the house information terminal 20 has security sensors, such as a fire sensor and a gas leak sensor, which are arranged at various locations in the house, and notifies the alarm monitoring panel 10 when they detect an abnormality. Upon receiving the notification, the alarm monitoring panel 10 outputs an alarm from the home information terminal 20 installed in the house and the surrounding houses, or notifies the center device (not shown) of the occurrence of a fire or gas leak accident. Or

  Furthermore, the emergency earthquake bulletin responsive collective housing management system is characterized by the following points. That is, the alarm monitoring panel 10 is connected with an earthquake information receiving terminal 50 installed at an appropriate place of the apartment house, and the earthquake information receiving terminal 50 is an earthquake information having jurisdiction over the area where the apartment house exists or the region. When an earthquake early warning is received and analyzed from the distribution server 60 through the communication network N1 according to the communication protocol by IPV6, for example, the predicted seismic intensity at the location of the apartment is estimated, and the seismic intensity of a predetermined value or more is estimated Send an earthquake detection signal.

  Further, the alarm monitoring panel 10 is connected to a network communication means 30 installed at an appropriate place of the apartment house through a switching hub 80 having a conventional configuration. The network communication means 30 is connected to a communication network N2 configured by the Internet, for example. The earthquake information receiving terminal 50 and the network communication means 30 may be configured independently of the alarm monitoring panel 10 or may be integrated.

  The alarm monitoring panel 10 includes a control means 10A and an earthquake warning command signal transmission means 10B. The control means 10A controls the earthquake warning command signal transmission means 10B. When the earthquake warning command signal transmission means 10B receives the earthquake detection signal from the earthquake information reception terminal 50, the earthquake information is sent to the housing information terminal 20 of each dwelling unit. An alarm command signal is transmitted, and an earthquake alarm is issued by an earthquake message notification or the like.

  When the control means 10A receives the earthquake detection signal from the earthquake information receiving terminal 50, the control means 10A transmits the earthquake occurrence notification signal to the network communication means 30, and the earthquake occurrence notification information ( Here, an earthquake occurrence notification mail) is transmitted.

  When the control means 10A receives a safety confirmation signal from the housing information terminal 20 of each unit, the control means 10A transmits a safety confirmation signal corresponding to the room number to the network communication means 30 to notify a pre-registered notification destination. The communication terminal 92 is made to transmit safety confirmation notification information (in this case, a safety confirmation notification mail).

  When the housing information terminal 20 receives the earthquake warning command signal from the alarm monitoring panel 10, the control means 20 </ b> A that gives an earthquake warning by notifying the earthquake message by the speaker SP <b> 2 (see FIG. 2) and the alarm monitoring panel 10. When an earthquake warning command signal is received (at this time, an earthquake warning is performed by the control means 20A), an operation of the safety confirmation signal transmission switch 28 is accepted, and thereafter, when the safety confirmation signal transmission switch 28 is operated, alarm monitoring is performed. By operating the safety confirmation signal transmitting means 20B for returning the safety confirmation signal to the panel 10 and the notification destination of the earthquake notification information and the safety confirmation information, for example, by operating information displayed on a display screen (not shown) with an operation key, A notification destination setting / changing means 20C for setting or changing is provided.

  Here, the safety confirmation signal transmitting means 20B may accept the operation of the safety confirmation signal transmission switch 28 without receiving a time limit after receiving the earthquake warning command signal from the alarm monitoring panel 10, or a certain amount of time. Operation may be accepted with a time limit. In this embodiment, the safety confirmation signal transmission switch 28 is provided as a dedicated switch for transmitting the safety confirmation signal. However, the present invention is not limited to this example, and may be provided in common with other operation keys. Then, after receiving the earthquake warning command signal from the alarm monitoring panel 10, it is possible to function as a safety confirmation signal transmission switch for a predetermined time, and to return to the original function after the predetermined time has elapsed.

  When the network communication means 30 receives the earthquake occurrence notification signal from the alarm monitoring panel 10, the network communication means 30 controls the switching hub 80 to connect itself to the network N2, and the condominium number of the apartment house is given to the center server 91. The corresponding earthquake occurrence notification signal is transmitted, and an earthquake occurrence notification mail designating a mail address indicating a previously registered notification destination is transmitted.

  Further, when receiving the earthquake occurrence notification signal from the alarm monitoring panel 10, the network communication unit 30 controls the switching hub 80 to connect itself to the camera 90 so that the pre-earthquake image and the post-earthquake image by the camera 90 are Can be obtained, and these images can be transmitted to the center server 91 to allow the pre-registered communication terminal 92 to confirm. Here, the camera 90 includes a plurality of cameras disposed in various places of an apartment house, for example, a common part of a lobby or an elevator hall, each house, etc., and may be a Web camera having a Web server function, for example. Images taken by may be in color or monochrome.

  That is, when receiving the earthquake occurrence notification signal from the alarm monitoring panel 10, the network communication unit 30 controls the switching hub 80 to acquire an image photographed by the camera 90 as a pre-earthquake image, and thereafter for a certain period of time. When the time has elapsed, the switching hub 80 is controlled again, and the image taken by the camera 90 is acquired as the post-earthquake image. Then, the pre-earthquake image and the post-earthquake image are transmitted to the center server 91 to be confirmed by a pre-registered communication terminal. Here, the method for confirming the pre-earthquake image and the pre-earthquake image on the communication terminal is stored in the center server 91, for example, attached as an attached file to the earthquake occurrence notification mail transmitted from the center server 91, A method such as displaying the communication address of the storage location as a link in the earthquake notification mail and accessing it by specifying the link is conceivable.

  When the network communication means 30 receives a safety confirmation signal corresponding to the room number from the alarm monitoring panel 10, the network communication means 30 sends a safety confirmation signal corresponding to the room number to the apartment number of the apartment house to the center server 91. This is transmitted, and a safety confirmation notification mail specifying a mail address indicating a notification destination registered in advance is transmitted.

  When the center server 91 receives an earthquake occurrence notification signal corresponding to the apartment number from the network communication means 30, the center server 91 transmits an earthquake occurrence notification email designating a mail address registered in advance corresponding to the apartment number. In addition, when a safety confirmation signal that associates a room number with an apartment number is received from the network communication means 30, a safety confirmation notification mail that designates an email address registered in advance corresponding to the room number and the apartment number. Send.

  The setting or changing of the e-mail address of the notification destination registered in the center server 91 can be performed by the notification destination setting / changing means 20 </ b> C provided in the house information terminal 20. When such setting or change is made by the means 20C, the home information terminal 20 transmits the setting information or change information to the network communication means 30, and the switching hub is sent to the network communication means 30. 80, setting information for the center server 91, or transmission of change information is performed, so that the center server 91 sets or changes the notification destination according to the transmitted information.

  The center server 91 transmits an earthquake occurrence notification email and a safety confirmation notification email as the earthquake occurrence notification information and the safety confirmation notification information, respectively, and when the communication terminal 92 is a fixed phone or a mobile phone, If there is a response by calling a telephone number, the contents of the earthquake occurrence notification and the safety confirmation may be transmitted as a voice message for notification. Desirably, if there is no response to the call of the telephone number, if you send these emails that specify a pre-registered email address, you will receive a reliable notification even if you are confused by an earthquake Can do.

  In addition, when there is a bulletin board service to which the owner of the communication terminal 92 is subscribed, the communication address of such bulletin board service is designated, and the earthquake occurrence notification information and the safety confirmation notification information are respectively provided. A message and a safety confirmation notification message may be transmitted and posted.

  The earthquake information collection server 60 has a plurality of earthquake sensors 70 and continuously monitors the occurrence of local or local earthquakes. When an earthquake occurs, the earthquake information collection server 60 immediately at the stage of initial tremor (P wave detection). Then, an earthquake early warning including information such as the location of the earthquake, the predicted magnitude, and the depth of the earthquake is delivered to the earthquake information receiving terminal 50.

  When the earthquake information receiving terminal 50 receives the earthquake early warning from the earthquake information collecting server 60, the earthquake information receiving terminal 50 analyzes based on the distance from the epicenter location, etc., and as a result, when the seismic intensity exceeding a predetermined value is predicted at the location of the apartment house, For example, an earthquake detection signal is output as a contact signal or a digital signal. Therefore, for example, information such as the location of the apartment house is registered in the earthquake information receiving terminal 50 in advance.

  FIG. 3 is a time chart for explaining the basic operation of the multi-dwelling house management system corresponding to the earthquake early warning having such a configuration. Here, when the alarm monitoring panel 1 receives an earthquake detection signal from the earthquake information receiving terminal 50, an earthquake occurrence notification is sent to each dwelling unit and the notification destination, and then a safety confirmation operation is performed at the dwelling unit, and a safety confirmation notification is sent to the notification destination. A series of basic operations are shown.

  In other words, the earthquake information distribution server 60 receives a detection signal (P-wave detection signal) from an earthquake sensor provided throughout the country, and transmits an emergency earthquake bulletin such as the predicted epicenter, predicted magnitude, and predicted seismic depth to a communication network. Delivered from time to time by communication by N1 (Internet communication according to the IPV6 protocol).

  The earthquake information receiving terminal 50 estimates the expected seismic intensity of the place where the earthquake information receiving terminal 50 is installed (= location of the apartment house) based on the emergency earthquake bulletin received from the earthquake information distribution server 60, and the seismic intensity above a certain level. Is estimated, an earthquake detection signal is transmitted to the alarm monitoring panel 10.

  When the alarm monitoring panel 10 receives the earthquake detection signal, it transmits an earthquake warning command signal to the housing information terminal 20 and also transmits an earthquake occurrence notification signal to the network communication means 30, so that the housing information terminal 20 transmits an earthquake message. The network communication means 30 controls the switching hub 80 and connects itself to the communication network N2 so as to correspond to the pre-registered condominium number. Is transmitted to the center server 91.

  When the center server 91 receives an earthquake occurrence notification signal corresponding to the apartment number from the network communication means 30, the email address to which the earthquake occurrence notification email is to be distributed is registered in advance corresponding to the apartment number. An earthquake occurrence notification e-mail specifying a pre-registered e-mail address corresponding to the apartment number is transmitted.

  The house information terminal 20 has a room number registered in advance, receives an earthquake warning command signal from the alarm monitoring panel 10, and thereafter, when the safety confirmation signal transmission switch 28 is operated, the room number is stored in the alarm monitoring panel 10. Therefore, the alarm monitoring panel 10 transmits a safety confirmation signal corresponding to the room number to the network communication means 30.

  When the network communication means 30 receives the safety confirmation signal corresponding to the room number from the alarm monitoring panel 10, it further adds a condominium number registered in advance and transmits the safety confirmation signal to the center server 91. The center server 91 transmits a safety confirmation notification e-mail specifying a pre-registered e-mail address corresponding to the room number and the apartment number.

  FIG. 4 is a diagram illustrating an example of an e-mail transmitted to the notification destination by the center server 91, and FIG. 4A illustrates an example of an earthquake occurrence notification mail (α in FIG. 3). b) shows an example of a safety confirmation notification mail (β in FIG. 3).

  These e-mails are automatically generated according to a predetermined template, and the earthquake occurrence notification mail in FIG. 4 (a) describes the date and time of the occurrence of the earthquake, the name of the housing complex, and the occurrence of the earthquake. The safety confirmation notification mail in FIG. 4B describes the date and time of the earthquake occurrence, the name of the apartment house, and the fact that there was a response (operation of the safety confirmation signal transmission switch 28) in the house.

  Hereafter, each circuit structure of a component is demonstrated in order. FIG. 2 is a block diagram showing an example of the internal configuration of the multi-dwelling house management system corresponding to the earthquake early warning having such a configuration.

  The alarm monitoring panel 10 includes a host CPU 18 that controls the alarm monitoring panel 10, a signal transmission / reception unit 11 that transmits and receives signals (for example, digital signals) to and from the housing information terminal 20 through the signal line L1, and a control program. The stored flash memory 12, the S-RAM 13 that stores setting data, the transmission unit 14 that communicates with the earthquake information receiving terminal 50 and the network communication means 30 by contact signals or digital signals, the handset H, Interphone circuit unit 15 having speaker SP1 and transmitting / receiving audio signals through communication line L2, display circuit unit 16 configured by a liquid crystal panel, and key input unit 17 configured by a plurality of operation buttons and the like are provided. ing. In this alarm monitoring panel 1, the control means 10 </ b> A is configured by a host CPU 18, and the earthquake alarm command signal transmission means 10 </ b> B is configured by a host CPU 18, a signal transmission / reception unit 11, and a transmission unit 14.

  The housing information terminal 2 includes a CPU 29 that controls the housing information terminal 2, a signal transmission / reception unit 21 that transmits and receives a signal (for example, a digital signal) to and from the alarm monitoring panel 1 through a signal line L1, and a display that includes a liquid crystal panel and the like. An intercom circuit that includes a circuit unit 22, a plurality of operation buttons, a key input unit 23 having a safety confirmation signal transmission switch 28, a microphone MIC, a speaker SP2, and the like, and transmits and receives an audio signal through the communication line L2. Unit 24, a dip switch 25 for setting a unique address, an EEPROM 26 for storing setting data, and a transfer output unit 27 for notifying a center device (not shown) of the occurrence of a fire, a gas leak accident, or an earthquake. Yes. In this house information terminal 2, the control means is composed of a CPU 29, and the safety confirmation signal transmission means 20 B is composed of a CPU 29, a key input unit 23, and a safety confirmation signal transmission switch 28.

  The network communication unit 30 includes a network transmission unit 31 that performs network communication, a transmission CPU 32 that communicates with the alarm monitoring panel 10, and a CPU 33 that controls the network communication unit 30. It is connected to a plurality of cameras 90 and a network N arranged at various locations in the house.

  The door phone sub unit 40 includes an operation unit 41 having a call button, a microphone MIC, and a speaker SP3. The door phone sub unit 40 transmits and receives signals (for example, digital signals) through the signal line L1 and the communication line L2, and stores house information. And a transmission unit 42 for calling the terminal 2 and forming a telephone line with the housing information terminal 2 to make a telephone call.

  When the earthquake information receiving terminal 50 receives the earthquake early warnings and the transmission units 51A and 51B communicating with the earthquake information distribution server 60 using a protocol such as IPV6, the earthquake information is analyzed according to a predetermined algorithm, and a seismic intensity exceeding a predetermined level is expected. Includes a CPU 52 that outputs an earthquake detection signal as a digital signal, for example, and a storage unit 53 that stores a control program and the like.

  FIG. 5 is a system diagram showing another example of the schematic configuration of the apartment house management system for emergency earthquake warning according to the present invention. This emergency earthquake bulletin responsive apartment house management system is provided with a network communication means 30, a switching hub 80, and a camera 90 for each dwelling unit, as well as a control means 10A for the alarm monitoring panel 1 and a control means for the housing information terminal 2. 20A and the safety confirmation signal transmitting means 20B are different from the configuration shown in FIG. The network communication means 30 may be configured independently of the house information terminal 20, or may be integrated with the house information terminal 20, or may be shared by the house information terminal 2 of each dwelling unit. Elements that are common to the configuration shown in FIG. 1 are given the same reference numerals, and redundant descriptions are omitted.

  In such an emergency earthquake warning type apartment house management system, in the alarm monitoring panel 10, the control means 10A controls the earthquake warning command signal transmission means 10B, and the earthquake warning command signal transmission means 10B receives the earthquake information. When an earthquake detection signal is received from the terminal 50, an earthquake warning command signal is transmitted to the housing information terminal 20 of each dwelling unit to cause an earthquake warning by notifying an earthquake message or the like.

  Therefore, in this embodiment, the alarm monitoring panel 10 does not transmit an earthquake occurrence notification signal or a safety confirmation signal to the network communication means 30 as in the configuration shown in FIG. Has such a function.

  When the control means 20A of the house information terminal 20 receives an earthquake warning command signal from the alarm monitoring panel 10, the control means 20A performs an earthquake warning by notifying an earthquake message by the speaker SP2 (see FIG. 2), and the network communication means 30. An earthquake occurrence notification signal is sent to.

  Further, the safety confirmation signal transmitting means 20B of the house information terminal 20 receives the earthquake warning command signal from the alarm monitoring panel 10, and then, when the safety confirmation signal transmission switch 28 is operated, the network communication means 30 sends the room number. A safety confirmation signal corresponding to is transmitted. Also in this embodiment, the safety confirmation signal transmission switch 28 may be configured to be shared with other operation keys instead of a dedicated operation switch.

  FIG. 6 is a time chart for explaining the basic operation of the multi-dwelling house management system corresponding to the earthquake early warning having such a configuration. Here, the point where the earthquake early warning is transmitted from the earthquake information distribution server 60, the earthquake information receiving terminal predicts the seismic intensity based on the emergency earthquake early warning from the earthquake information distribution server 60, and sends an earthquake detection signal to the alarm monitoring panel 10. The transmission point is common to the time chart of FIG.

  When the alarm monitoring panel 10 receives an earthquake detection signal from the earthquake information receiving terminal 50, the alarm monitoring board 10 transmits an earthquake alarm command signal to the housing information terminal 20 of each dwelling unit, so that the housing information terminal 20 of each dwelling unit performs an earthquake alarm.

  Since the housing information terminal 20 of each dwelling unit then transmits an earthquake occurrence notification signal to the network communication means 30, the network communication means 30 controls the switching hub 80 to connect itself to the communication network N2, and the apartment number Is transmitted to the center server 91, and an earthquake occurrence notification mail is transmitted to a previously registered notification destination. At this time, the network communication unit 30 can also acquire and transmit an image captured by the camera 90 as described above.

  Then, when the safety confirmation signal transmission switch 28 is operated, the housing information terminal 20 of each dwelling unit transmits a safety confirmation signal corresponding to the room number to the network communication means 30, so that the network communication means 30 is a switching hub. 80 is connected to the communication network N2, and a safety confirmation signal in which the room number and the apartment number are associated is transmitted to the center server 91, and a safety confirmation notification mail is transmitted to a previously registered notification destination. Let

  In this embodiment as well, the center server 91 transmits an earthquake occurrence notification mail and a safety confirmation notification mail. In addition, when the communication terminal 92 is a telephone or a mobile phone, the center server 91 calls and responds to these telephone numbers. If there is, the content of the earthquake occurrence notification or the safety confirmation may be transmitted as a voice message for notification. Desirably, if there is no response to the phone number call, sending these emails with pre-registered email addresses will give you a reliable notification even if you are confused by an earthquake. It can be carried out.

System diagram showing an example of a schematic configuration of an emergency earthquake warning-compatible apartment house management system of the present invention The block diagram which shows an example of an internal structure of the apartment house management system corresponding to the earthquake early warning of this invention The time chart which shows an example of basic operation of the apartment house management system corresponding to the earthquake early warning of this invention 4A and 4B are diagrams illustrating an example of an e-mail transmitted to a notification destination. FIG. 4A illustrates an example of an earthquake occurrence notification mail (α in FIG. 3), and FIG. 4B illustrates a safety confirmation notification mail (β in FIG. 3). Example) System diagram showing another example of the schematic configuration of the apartment house management system corresponding to the earthquake early warning of the present invention The time chart which shows the other example of basic operation of the earthquake alert correspondence type apartment house management system of the present invention

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Alarm monitoring panel 10A Control means 10B Earthquake warning command signal transmission means 11 Signal transmission / reception part 14 Transmission part 18 Host CPU
20 housing information terminal 20A control means 20B safety confirmation signal transmission means 21 signal transmission / reception part 23 key input part 28 safety confirmation signal transmission switch 29 CPU
30 Network communication means 40 Door phone slave N1, N2 communication network

Claims (5)

An emergency earthquake bulletin responsive collective housing management system comprising an alarm monitoring panel installed in a management room of a housing complex and a housing information terminal installed in each dwelling unit of the housing complex,
The alarm monitoring panel includes an earthquake warning command signal transmitting means for transmitting an earthquake warning command signal to the housing information terminal of each dwelling unit when receiving an earthquake detection signal based on an emergency earthquake warning transmitted through a communication network. At the same time, when receiving a safety confirmation signal from the housing information terminal, it is connected to a network communication means for transmitting safety confirmation notification information to a pre-registered notification destination,
The house information terminal includes a safety confirmation signal transmission means having a safety confirmation signal transmission switch for returning the safety confirmation signal to the alarm monitoring panel, and is provided with an emergency earthquake warning correspondence set Housing management system. An emergency earthquake warning responsive apartment house management system comprising an alarm monitoring panel installed in a management room of an apartment house and a housing information terminal installed in each dwelling unit of the apartment house,
The alarm monitoring panel includes an earthquake warning command signal transmission means for transmitting an earthquake warning command signal to the housing information terminal of each dwelling unit when receiving an earthquake detection signal based on an emergency earthquake warning transmitted through a communication network. And
The home information terminal includes a safety confirmation signal transmission unit having a safety confirmation signal transmission switch for transmitting a safety confirmation information signal, and a notification registered in advance when the safety confirmation signal transmission switch is operated. An emergency earthquake warning-compatible apartment house management system, characterized in that it is connected to a network communication means for transmitting safety confirmation notification information first. In claim 1,
The housing information terminal is provided with an emergency earthquake warning correspondence type housing complex management system, comprising a notification destination setting / changing means for setting or changing a notification destination of the safety confirmation notification information. In any one of Claims 1-3,
The network communication means is configured to notify the safety confirmation notification information to the outside in the form of an e-mail. In any one of Claims 1-3,
The said network communication means calls the said communication terminal of a notification destination, and notifies the said safety confirmation notification information with an audio message, The earthquake early warning corresponding apartment house management system characterized by the above-mentioned.

Images