JP2011097399A - Multiple dwelling house interphone system and interphone system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To automatically transmit a mail which informs family about to go out, or the like, on the absent state, when earthquake information is received, and where there is no one in the house then. <P>SOLUTION: An earthquake information receiver is provided which receives earthquake information transmitted from the Meteorological Agency, or the like, and applies predetermined data processing thereto and transmits it on a living-room master unit 3. The living-room master unit 3 comprises: a network connection section 37 for connecting to an IP network; an address storage section 38a for storing the addresses of mail transmission destinations; a mail information storing section 38b for storing mail documents; and an absence-setting button 39b, which is to be operated, when the resident goes out. A master unit CPU 31 performs control to issue an alarm, when earthquake information is received, and to transmit mail which indicates the absence of the resident to the addresses registered, beforehand if the absence setting button 39b is set to "absence". <P>COPYRIGHT: (C)2011,JPO&amp;INPIT

Description

  The present invention relates to an apartment intercom system and an intercom system installed in a detached house, and more particularly, an apartment intercom system having a function of issuing earthquake information from a base unit when an earthquake early warning is transmitted from the Japan Meteorological Agency or the like. And an intercom system.

There is an intercom system that provides an earthquake information receiving device that receives earthquake information transmitted from a server such as the Japan Meteorological Agency, and issues an alarm to notify the occurrence of an earthquake from a base unit when an earthquake occurs. In such a system, there is a technique disclosed in Patent Document 1, for example, in order to further improve convenience for residents.
In this patent document 1, in addition to notifying the occurrence of an earthquake in the room master unit, the evacuation site information is notified to the resident, and further, the evacuation site information is mailed to the registered e-mail address. It is configured as follows.

JP 2009-111752 A

  The above-described conventional apartment house intercom system and intercom system can e-mail evacuation site information to a family member who is out, so that the family can gather at the same evacuation site. However, family members who are out of the office who received e-mails may be worried about the family who should be at home due to the occurrence of the earthquake, but they may try to contact them, but the telephone line is crowded immediately after the earthquake occurs, so know the situation at home That was difficult.

  Therefore, in view of such a problem, the present invention provides an e-mail notifying a family member who is out of the office when the home is away at the time of receiving the earthquake information. An object is to provide a collective housing intercom system and an intercom system for automatic transmission.

In order to solve the above-mentioned problem, the invention of claim 1 is to provide a collective entrance machine installed at an entrance of a collective housing for a visitor to call a resident, and a collective to respond to a call from the collective entrance machine. Receiving earthquake information sent from the earthquake information sending means connected to the controller, and the controller that controls the communication between the main unit installed in each dwelling unit of the house, the collective entrance machine and the room master And an earthquake information receiving device that performs predetermined data processing and outputs earthquake information to the controller. When the earthquake information receiving device outputs the earthquake information, the master unit in the room simultaneously reports the earthquake information. In the collective housing intercom system, the living room base unit includes a network connection unit for transmitting mail to an external communication terminal via a communication network, an address storage unit for registering an address of a mail transmission destination, A communication control unit, an absence setting unit for operating when a person goes out, a mail information storage unit for storing a predetermined mail sentence for notifying the absence, and a communication control unit for controlling mail transmission Is characterized in that if the absence setting unit is set to be absent when earthquake information is received, control is performed to transmit a predetermined mail stored in the mail information storage unit to the registered address.
According to this configuration, by setting the absence, when an earthquake occurs when there is no one in the dwelling unit, an email indicating that the user is absent is transmitted to a family or the like outside. This eliminates the need for family members outside to worry about making a phone call to their homes and relieving the anxiety caused by being unable to reach home calls. In addition, since mail transmission requires only a short communication line, the burden on the communication line can be reduced, and the occurrence of an earthquake can contribute to alleviating congestion of the communication line.

The invention of claim 2 includes an entrance cordless handset installed at a front door for a visitor to call a resident, a living room base set installed in a dwelling unit to respond to a call from the entrance cordless handset, and an earthquake. When the earthquake information receiving device outputs the earthquake information, the earthquake information receiving device receives the earthquake information transmitted from the information transmitting means, performs predetermined data processing, and outputs the earthquake information to the living room base unit. In an intercom system in which the base unit is informed of earthquake information, the base unit has a network connection unit for sending mail to an external communication terminal via a communication network, and an address for storing the mail destination address A storage unit, an absence setting unit for operation when a resident goes out, a mail information storage unit for storing a predetermined mail sentence notifying the absence, and communication for controlling mail transmission The communication control unit transmits a predetermined mail stored in the mail information storage unit to the registered address if the absence setting unit is set to absent when the earthquake information is received. It is characterized by performing control.
According to this configuration, by setting the absence, when an earthquake occurs when there is no one in the dwelling unit, an email indicating that the user is absent is transmitted to a family or the like outside. This eliminates the need for family members outside to worry about making a phone call to their homes and relieving the anxiety caused by being unable to reach home calls. In addition, since mail transmission requires only a short communication line, the burden on the communication line can be reduced, and the occurrence of an earthquake can contribute to alleviating congestion of the communication line.

  According to the present invention, when an earthquake occurs when there is no one in the dwelling unit, an e-mail is sent to the outside family etc. indicating that they are absent. There is no need to make a phone call, and you can eliminate the anxiety caused by not being able to reach your home.

It is a block diagram which shows an example of the apartment house intercom system which concerns on this invention. FIG. 2 is a circuit block diagram of the living room master device of FIG. 1. It is a block diagram which shows an example of the intercom system which concerns on this invention. FIG. 4 is a circuit block diagram of the living room master device of FIG. 3.

  DESCRIPTION OF EXEMPLARY EMBODIMENTS Hereinafter, embodiments of the invention will be described in detail with reference to the drawings. FIG. 1 is a block diagram showing an example of a multifamily housing intercom system according to the present invention. 1 is a multipurpose entrance installed at an entrance of a multifamily housing for visitors to call residents, and 2 is in front of each dwelling unit. 3 is an entrance cordless machine for visitors to call residents, 3 is a master unit for responding to calls from the collective entrance machine 1 and the entrance cordless machine 2, and 4 is a collective entrance machine 1 and the master unit for the room. 3 is a controller for controlling communication between 3, 5 is an earthquake information receiving device for receiving earthquake information transmitted from a server 6 installed in the Japan Meteorological Agency or the like, and 7 is a communication terminal such as a mobile phone.

The collective entrance machine 1 is connected to the control unit 4 by the transmission line L1, the entrance unit 2 is connected to the living room base unit 3 by the transmission line L2, and the living room base unit 3 is connected to the control unit 4 by the main unit trunk line L3. The earthquake information receiver 5 is connected to the controller 4 by a transmission line L4. Further, the communication terminal 7 is IP-compatible, and the room master unit 3 can communicate with the communication terminal 7 via the IP network (Internet) N1.
Furthermore, the earthquake information receiving device 5 is connected to the server 6 via the IP network N1, and is configured to automatically obtain the earthquake information transmitted from the server 6, and the received earthquake information is analyzed and the earthquake information is obtained. An operation for changing to earthquake information conforming to the area where the receiving device 5 is installed is performed and output as voice information or the like.

  The room master unit 3 includes a circuit as shown in FIG. Specifically, the main unit CPU 31 that controls each part of the living room main unit 3, the first interface (first IF) 32 for communicating with the front door unit 2, a call with the collective front unit 1 and the front unit 2. A call control unit 33 for controlling, a voice output unit 33a for outputting voice, a voice input unit 33b for inputting voice, a voice CODEC 34 for performing voice D / A and A / D conversion, and a controller 4 for communicating with the controller 4 2 interface (second IF) 35, network connection unit 37 connected to the IP network N1, address storage unit 38a for storing a mail address for mail transmission to the communication terminal 7, mail information storage unit 38b for storing a mail transmission sentence , An input unit 39a for a resident to register an address, an absence setting button 39b operated when the user is away, and the like.

  The apartment house intercom system configured as described above operates as follows. However, the collective housing intercom such as operating the collective entrance machine 1 to call a resident and making a call with the living room master unit 3, operating the entrance cordless handset 2 to call the resident and make a call, etc. Since the basic operation in the system is the same as that in the prior art, the description thereof will be omitted. Here, the operation when the earthquake information receiving device 5 receives the earthquake information will be described.

  When earthquake information (emergency earthquake early warning) is transmitted from the meteorological agency or a related facility server 6 in response to the occurrence of an earthquake, the earthquake information receiving device 5 receives the earthquake information via the IP network N1. The earthquake information receiving device 5 analyzes the received earthquake information, generates voice information and the like, and transmits it to the controller 4 via the transmission line L4.

  The controller 4 that has received the earthquake information from the earthquake information receiving device 5 transmits the earthquake information to each of the room base units 3, 3... Via the base unit trunk line L3. In the room base unit 3 that has received the earthquake information, the base unit CPU 31 controls the call control unit 33, and the sound output unit 33a reports the sound broadcast signal of the earthquake information. This report sound is often performed immediately before the arrival of the seismic wave in the area where the earthquake information receiving apparatus is installed, so that the resident can recognize the occurrence of the earthquake before a large shake occurs.

If the absence setting button 39b is operated and the absence setting is performed when the living room master 3 receives the earthquake information, the master CPU 31 performs the following operation simultaneously with the notification of the earthquake information.
The mail address registered in the address storage unit 38a is read, and a mail indicating that the absence is stored in advance in the mail information storage unit 38b is sent from the network connection unit 37 to the communication terminal 7 of this address via the IP network N1. Send. At this time, for example, an e-mail is sent saying "There was an earthquake now, but my home is away."

  In this way, by setting the absence, when an earthquake occurs when there is no one in the dwelling unit, an e-mail indicating that the person is away is transmitted to a family or the like outside. This eliminates the need for family members outside to worry about making a phone call to their homes and relieving the anxiety caused by being unable to reach home calls. In addition, since mail transmission requires only a short communication line, the burden on the communication line can be reduced, and the occurrence of an earthquake can contribute to alleviating congestion of the communication line.

  In the above embodiment, all the living room parent units 3, 3,... Are equipped with the network connection unit 37 and send an e-mail to a predetermined communication terminal or the like when an earthquake occurs. Of course, it may be a system equipped with.

  FIG. 3 shows an example of an intercom system according to the present invention, and shows a configuration diagram of a system used for a detached house. Reference numeral 11 is an entrance cordless handset installed at the entrance of the dwelling unit, and a visitor calls a resident, and 12 is a room base set for responding to the call from the entrance cordless handset 11. And the earthquake information receiving apparatus 5 which receives earthquake information from the server 6 via the IP network N1 similarly to the said FIG. 1 is provided. In addition, the same code | symbol is provided to the component same as FIG.

  The entrance cordless handset 11 is connected to the living room base unit 12 via a transmission line L11, and the earthquake information receiving device 5 is connected to the room base unit 12 via a transmission line L12. Similarly to the apartment housing intercom system, the room master unit 12 can send mail to the communication terminal 7 via the IP network N1.

  The room master unit 12 has a circuit as shown in FIG. Specifically, a master CPU 41 that controls the entire living room master device 12, a third interface (third IF) 42 for communicating with the entrance slave device 11, and a call control unit 43 that controls a call with the entrance slave device 11. A voice output unit 43 a that outputs voice, a voice input unit 43 b that inputs voice, a voice CODEC 44 that performs voice D / A and A / D conversion, and a fourth interface for communicating with the earthquake information receiver 5 ( 4th IF) 45, network connection unit 47 connected to IP network N1, address storage unit 48a for storing a mail address for transmitting a mail to a communication terminal such as a mobile phone, mail information for storing a mail transmission sentence A storage unit 48b, an input unit 49a for a resident to register an e-mail address, an absence setting button 49b operated when the user is away, and the like are provided.

  The intercom system configured as described above operates as follows. However, since the basic operation of the intercom system for operating the entrance cordless handset 11 to call a resident and making a call with the room base phone 12 is the same as the conventional one, the explanation is omitted here, and the earthquake information reception is performed here. The operation when the device 5 receives earthquake information will be described.

When earthquake information is transmitted from the server 6, it is received by the earthquake information receiving device 5 through the IP network N1. The earthquake information receiving device 5 analyzes the received earthquake information, generates voice information and the like and transmits it to the living room master unit 12 via the transmission line L12.
In the room base unit 12 that has received the earthquake information, the base unit CPU 41 controls the call control unit 43 to cause the audio output unit 43a to report the sound broadcast signal of the earthquake information. Since this report sound is often performed immediately before the arrival of the seismic wave in the area where the earthquake information receiving apparatus 5 is installed, the resident can recognize the occurrence of the earthquake before a large shake occurs.

If the absence setting button 49b is operated and the absence setting is performed when the living room master 12 receives the earthquake information, the master CPU 41 performs the following operation simultaneously with the notification of the earthquake information.
The mail address registered in the address storage unit 48a is read, and a mail indicating that the absence is stored in advance in the mail information storage unit 48b is sent from the network connection unit 47 to the communication terminal 7 of this address via the IP network N1. Send. At this time, for example, an e-mail is sent saying "There was an earthquake now, but my home is away."

  In this way, by setting the absence, when an earthquake occurs when there is no one in the dwelling unit, an e-mail indicating that the person is away is transmitted to a family or the like outside. This eliminates the need for family members outside to worry about making a phone call to their homes and relieving the anxiety caused by being unable to reach home calls. In addition, since mail transmission requires only a short communication line, the burden on the communication line can be reduced, and the occurrence of an earthquake can contribute to alleviating congestion of the communication line.

In the above embodiment, the case where one address is registered in the mail information storage units 38a and 48a has been described, but it goes without saying that if a plurality of numbers are registered, mail can be transmitted to a plurality of communication terminals 7. Also, in the case of mail, even if the destination is in a state where it cannot be received due to a call or the like, the server in the IP network can temporarily store the mail, so that the destination communication terminal 7 can receive compared to telephone contact. It is possible to reliably send an e-mail when it becomes a state, and the burden on the communication path can be reduced and transmitted smoothly.
Further, the communication terminal 7 may not be a mobile phone but may have a mail receiving function, for example, a personal computer.
Furthermore, although the earthquake information receiving apparatus 5 is an apparatus installed outside the Japan Meteorological Agency or the like, when the earthquake information receiving apparatus is connected to the intercom system itself, it is not necessary to obtain earthquake information from the outside.

  1 ・ ・ Gathering machine 3 ・ ・ Home unit 4 ・ ・ Control device 5 ・ ・ Earthquake information receiving device 6 ・ ・ Server (earthquake information sending means) 7 ・ ・ Communication terminal 11 ・ ・ Entrance Machine 12 .. Living room master 31 .. Master CPU (communication control unit) 37.. Network connection unit 38 a. Address storage unit 38 b Mail information storage unit 39 b Absence setting button ( Absence setting unit) 47... Network connection unit 48 a. Address storage unit 48 b Mail information storage unit 49 b Absence setting button N 1 IP network (communication network)

Claims (2)

A collective entrance machine installed at the entrance of an apartment house for visitors to call residents, and a base unit installed in each unit of the apartment house to respond to calls from the collective entrance machine, The controller that controls communication between the collective entrance machine and the room master, and the earthquake information that is connected to the controller and transmitted from the earthquake information transmitting means, performs predetermined data processing, and the control In the collective housing intercom system in which the living room base unit simultaneously reports the earthquake information when the earthquake information receiving apparatus outputs the earthquake information.
The living room master unit operates when a resident goes out, a network connection unit for transmitting mail to an external communication terminal via a communication network, an address storage unit for registering an address of a mail transmission destination An absence setting unit, a mail information storage unit that stores a predetermined mail sentence that notifies the absence, and a communication control unit that controls mail transmission,
The communication control unit is configured to transmit a predetermined mail stored in the mail information storage unit to the registered address if the absence setting unit is set to be absent when the earthquake information is received. An apartment intercom system characterized by It is transmitted from the earthquake information transmission means and the entrance cordless handset installed at the entrance etc. for visitors to call the residents, the living room base set installed in the dwelling unit to respond to the call from the entrance cordless handset A seismic information receiving device for receiving seismic information, performing predetermined data processing and outputting seismic information to the home base unit, and when the seismic information receiving device outputs seismic information, In the intercom system where the machine operates to notify earthquake information,
The living room master unit operates when a resident goes out, a network connection unit for transmitting mail to an external communication terminal via a communication network, an address storage unit for storing an address of a mail transmission destination An absence setting unit, a mail information storage unit that stores a predetermined mail sentence that notifies the absence, and a communication control unit that controls mail transmission,
The communication control unit is configured to transmit a predetermined mail stored in the mail information storage unit to the registered address if the absence setting unit is set to be absent when the earthquake information is received. Intercom system characterized by performing.

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