JP2019200630A - Intercom system for collective facilities, fire information transmission method, and fire information transmission program - Google Patents

Abstract

To provide an intercom system for collective facilities capable of smoothly transmitting information, which is obtained by a fire sensing system, to each of facilities accommodated by the intercom system for collective facilities.SOLUTION: An intercom system 10 controls speech made between a master machine 41, which is installed in each of dwelling units of a collective housing, and a caretaker master machine 65 installed in a common space of the collective housing. The intercom system 10 includes an acquisition unit that is incorporated in the caretaker master machine 65, and acquires information from a receiver 72 of a fire sensing system 70 that senses a fire in the common space.SELECTED DRAWING: Figure 1

Description

  The present disclosure relates to a collective facility intercom system, a fire information transmission method, and a fire information transmission program used in a collective house such as a hotel or apartment, or a collective facility such as an office building.

  Conventionally, as an intercom system for collective facilities, there is an intercom system for collective housing described in Patent Document 1. This intercom system for an apartment house is used in an apartment house such as an apartment, and includes a lobby intercom device, a plurality of interphone master units, and a control device. The lobby intercom device is arranged outside the common gate that defines the inner area of the apartment house, and is shared by all the dwelling units. The interphone master unit is provided in each dwelling unit, and has a speaker for notifying a call from the lobby intercom apparatus and a response button for receiving a human response to the call. In addition, the control device relays audio signals transmitted and received between each interphone master unit and the lobby intercom device. The control device selects an intercom master unit that communicates with the lobby intercom device.

JP, 2006-178363, A

  Apartment houses are usually equipped with a fire detection system that detects fires in common areas. However, if the information acquired by the fire detection system can be smoothly transmitted to each dwelling unit, the residents of each dwelling unit will receive fire information from the fire detection system, etc. Can be acquired smoothly, and it is preferable to evacuate quickly.

  Therefore, an object of the present disclosure is to provide an intercom system for an assembly facility, a fire information transmission method, and a fire information transmission program that can smoothly transmit information acquired by the fire detection system to each facility of the intercom system for an assembly facility. It is in.

  In order to solve the above-described problem, an intercom system for a collective facility according to the present disclosure performs a call between an information terminal provided in each facility of the collective facility and a common unit terminal provided in a common unit of the collective facility. An intercom system for a collective facility to be controlled, which is provided in a shared part terminal or a device connectable to the shared part terminal, and obtains information from a receiver of a fire detection system that senses a fire in the shared part, Is provided.

  In addition, the fire information transmission method according to the present disclosure includes an intercom for interfacing facilities that controls a call between an information terminal provided in each facility of the collective facility and a common unit terminal provided in a common unit of the collective facility. The receiver of the fire detection system that detects the fire of the shared part is received by the acquisition part in the intercom system for a collective facility provided with the shared part terminal or the acquisition part provided in the equipment connectable to the shared part terminal. Transmitting a signal including transmission information based on the received information from the receiver.

  Further, the fire information transmission program according to the present disclosure includes a collective facility intercom for controlling a call between an information terminal provided in each facility of the collective facility and a common unit terminal provided in a common unit of the collective facility. The receiver of the fire detection system that detects the fire of the shared part is received by the acquisition part in the intercom system for a collective facility provided with the shared part terminal or the acquisition part provided in the equipment connectable to the shared part terminal. The computer executes signal transmission processing for transmitting a signal including transmission information based on the received information from the receiver.

  According to the present disclosure, information acquired by the fire detection system can be smoothly transmitted to each facility of the collective facility intercom system.

It is a schematic structure figure of an apartment house system concerning one embodiment of this indication. It is a flowchart which shows an example of the process procedure of the control of the intercom system which alert | reports alerting information to a some main | base station based on the information from a fire detection system. It is a schematic block diagram of the apartment house system of a modification.

  Hereinafter, embodiments according to the present disclosure will be described in detail with reference to the accompanying drawings. In the following, when a plurality of embodiments and modifications are included, it is assumed from the beginning that a new embodiment is constructed by appropriately combining those characteristic portions. In the following, a case will be described in which the intercom system for collective facilities is an intercom system for collective housing used in an apartment house such as an apartment where each facility is a dwelling unit. However, the intercom system for a collective facility according to the present disclosure may be used in any other collective facility. For example, each intercom system may be used in an accommodation facility such as a hotel where each facility is a guest room. It may be used in an office building.

  FIG. 1 is a schematic configuration diagram of an apartment house system 1 according to an embodiment of the present disclosure. The apartment house system 1 is used in an apartment house such as an apartment. The collective housing system 1 includes an intercom system for collective facilities (hereinafter simply referred to as an intercom system) 10 and a fire detection system 70.

  The intercom system 10 includes a shared unit system 20, an entrance system 30, an indoor system 40, a notification system 55, and a control device 60. The shared unit system 20 includes a lobby intercom device 21, which includes a lobby intercom main body 22 and a non-contact key control device 23. The intercom system 10 has a plurality of shared section terminals provided in the shared section, but the lobby intercom apparatus 21 constitutes one of the plurality of shared section terminals. The lobby intercom device 21 is provided outside the common gate 24 that separates the inside and the outside of the apartment house, and is shared by all the dwelling units. The lobby intercom body 22 includes a microphone (not shown) and a speaker (not shown) for inputting and outputting audio, and a camera (not shown) for imaging visitors. The lobby intercom body 22 includes an operation unit, and the operation unit includes an input unit for inputting a dwelling unit number and a call button. When a person operates a call button after selecting a dwell unit number with the input unit, an interphone parent device (hereinafter simply referred to as a “main device”) 41 in the selected dwell unit outputs a ring tone using a built-in speaker.

  A non-contact key detection unit 25 is provided around the lobby intercom body 22. The non-contact key detection unit 25 is also provided outside the shared gate 24. The non-contact key detection unit 25 is configured by, for example, an IC (integrated circuit) card reader or an IC tag reader. When the non-contact key is held over the non-contact key detection unit 25, the non-contact key detection unit 25 reads the identification code of the IC chip embedded in the non-contact key. The identification code includes information that can identify the user. The non-contact key control device 23 collates the identification code read via the IC tag reader with the identification code that permits unlocking stored in the information storage unit. If the collated identification code results match, the non-contact key control device 23 outputs a signal indicating release to the door opening / closing mechanism that opens and closes the door of the shared gate 24, and opens the door of the shared gate 24.

  The common use system 20 is connected to the indoor system 40 by a transmission line (signal line) L via the control device 60 and the entrance system 30. In FIG. 1, the transmission line L and transmission lines (signal lines) L1 to L6 described later are shown as a single wiring, but the transmission lines L and L1 to L6 are composed of a plurality of wirings. May be. The one or more wirings constituting each of the transmission lines L, L1 to L6 include a wiring for transmitting an audio signal including audio information. The control device 60 is provided for overall control of shared equipment in the apartment house, and performs control for transmitting a notification signal to a predetermined notification destination of the notification device 56 of the notification system 55, control for raising and lowering an elevator (not shown), and the like. . For example, the predetermined report destination includes a fire department, a management company, and a security company. The control device 60 is also connected to a management office master unit (hereinafter referred to as a “pipe master unit”) 65 of the manager room. The master unit 65 constitutes one of a plurality of shared section terminals. The master unit 65 can output a signal to each device of the interphone system 10 via the control device 60, and each device of the interphone system 10 can output a signal to the master device 65 via the control device 60. The control device 60 selects the parent device 41 and the like that communicate with the lobby intercom device 21 and also selects the parent device 41 and the like that communicate with the pipe parent device 65.

  The transmission line L connects the transmission line L1 connected to the branching device 31 of the entrance system 30 from the lobby intercom device 21 of the shared unit system 20 via the control device 60, and the base unit 41 of the branching device 31 and the indoor system 40. Including a transmission line L2. Video signals and audio signals captured by a camera (not shown) of the lobby intercom main body 22 are input to the parent device 41 via the transmission line L1 and the transmission line L2.

  The branching device 31 of the entrance system 30 is provided to branch the transmission line L extending from the control device 60 and connect it to the entrance system 30 of each dwelling unit. The base unit 41 of each dwelling unit can execute transmission and reception of signals with the base unit 41 of the desired dwelling unit via the branching unit 31 by performing appropriate settings. Thirty interphone slave units (hereinafter simply referred to as slave units) 32 of the entrance system are arranged at the entrance of each dwelling unit of the apartment house. The subunit | mobile_unit 32 contains the microphone (not shown) and speaker (not shown) which input / output an audio | voice, and the camera (not shown) which images a visitor. Video signals and audio signals captured by a camera (not shown) of the slave unit 32 are transmitted to the master unit 41 via the transmission line L3. The subunit | mobile_unit 32 has a call button (not shown). When the call button of the handset 32 is operated, a ringing tone is output from each speaker of the base unit 41 and the sub base units 42 and 43.

  Base unit 41 is included in indoor system 40. The base unit 41 includes a microphone (not shown) and a speaker (not shown) for inputting and outputting sound, and a monitor device (not shown). Moreover, the indoor system 40 includes a secondary master unit (monitored secondary master unit 42 and call secondary master unit 43) as necessary. The monitor-equipped sub-master device 42 includes a microphone (not shown) and a speaker (not shown) for inputting and outputting audio, and a monitor device (not shown). Each of the master device 41, the monitor-equipped sub-master device 42, and the call sub-master device 43 constitutes an information terminal. The monitor-attached sub-master device 42 is connected to the master device 41 via the transmission line L4, and can exchange voice information and video information with the master device 41. Further, the call sub-master unit 43 has a microphone (not shown) and a speaker (not shown) for inputting and outputting voice. The call sub-master device 43 is connected to the monitor-equipped sub-master device 42 via the transmission line L5. The call sub-master unit 43 can exchange voice information with the master unit 41 via the transmission line L4 and the transmission line L5. The master unit 41 has a function of relaying communication between the lobby intercom device 21 and the slave unit 32 and the sub master units 42 and 43, and the person uses the sub master unit 42 and 43 to operate the lobby interphone main body. 22 and a person who uses the handset 32 can make a call.

  The base unit 41 may be capable of exchanging signals with a mobile device 47 such as a mobile phone or a tablet via the wireless LAN router 46 and the monitor-equipped sub-base unit 42, the mobile device adapter 45, and the wireless LAN router 46. The portable device adapter 45 converts, for example, a communication standard signal used in communication between the parent device 41 or the sub-master devices 42 and 43 and a communication standard signal used in the portable device. In the intercom system 10, a person can respond to a call from the lobby intercom device 21 or the handset 32 using the portable device 47. It should be noted that the LAN wiring coming out of the base unit 41 can be connected to the wireless LAN router 46 without the monitor-side sub-base unit 42 and the media conversion portable device adapter 45, regardless of whether or not the monitor-type sub-base unit 42 is present. It may be connected directly to. In addition, the LAN wiring connection terminal (not shown) of the base unit 41 is connected to one end of a LAN wiring that is directly connected to the Internet via a wired or wireless connection without any media conversion device. Good.

  The fire detection system 70 is provided to detect a fire in a common area, and includes a plurality of fire detectors (hereinafter simply referred to as detectors) 71 and a receiver 72. Each sensor 71 is provided in the common part and is connected to the sensor 71 only through the transmission line, or is connected to the receiver 72 via one or more other sensors 71 and the transmission line. The sensor 71 may be a smoke sensor, but is preferably a heat sensor. For example, if the thermal detection sensor detects the expansion rate of air at a predetermined time and determines that the expansion rate is a predetermined expansion rate or higher, the temperature change correlated with the expansion rate is equal to or higher than the predetermined temperature. Judgment and reporting (fire detection). Alternatively, the heat-sensing type sensor may have a structure in which the bimetal is turned over when the temperature is higher than a predetermined temperature, and may be activated to report when the bimetal is turned over.

  The receiver 72 receives a signal from the sensor 71. The receiver 72 has, for example, a number of display windows corresponding to the number of warning areas, and when a signal representing the notification is received from a specific sensor 71, the display window of the warning area including the sensor is displayed. The lamp lights up. Alternatively, the receiver 72 has a display unit composed of a liquid crystal panel or the like, and when a signal representing the notification is received from a specific sensor 71, the sensor 71 that is notified by character information is installed on the display unit. Display location.

  The receiver 72 has a built-in main acoustic device composed of a bell or the like. Although not shown in the figure, an external acoustic device composed of a bell or the like is installed in the collective facility, for example, at each floor or every predetermined distance (for example, every 25 m radius), and the external acoustic device receives a control signal from the receiver 72. Receive. When the receiver 72 receives a signal representing the notification from the sensor 71, the receiver 72, for example, causes the main acoustic device to ring and transmits a ringing signal representing execution of the ringing to one or more external acoustic devices. The received external sound device rings. In this way, the person who needs to evacuate in the building is notified of the occurrence of a fire and urged to evacuate.

  The type and structure of the sound device vary depending on the size and structure of the housing complex, and the manner of ringing (warning of the alarm sound) varies depending on the housing complex. For example, if one of the detectors reports, all sound devices may ring all at once, or in large condominiums, it is installed on the floor where the sensor was reported and on the floor directly above it. An alarm sound may be issued only by an external sound device.

  Next, the interlocking operation of the intercom system 10 and the fire detection system 70 will be described. Specifically, in the intercom system 10, when any one of the detectors 71 reports, the master unit 41, the sub-master unit (the sub-master unit with a monitor 42 and the call sub-master unit 43), and the mobile phone are one or more dwelling units. The sound which alert | reports fire information to the apparatus 47 can be output. Also, fire information is notified to the base unit 41 and the sub-base unit (the sub-base unit with monitor 42, the call sub-base unit 43, and the portable device 47) only in a specific dwelling unit in association with the location of the sensor 71 that issued the alarm. It is also possible to output sound. The configuration and settings that enable these operations will be described below.

  As shown in FIG. 1, in the intercom system 10, the master unit 65 is connected to the receiver 72 via a transmission line L6. Specifically, the pipe master 65 has a connection terminal to which the other end of the transmission line L6 whose one end is connected to the receiver 72 is connected, and information can be acquired from the receiver 72 via this connection terminal. It is like that. The information acquired by the master unit 65 from the receiver 72 via the connection terminal includes notification related information related to the notification of the sensor 71, and the notification related information includes the location of the sensor 71 that issued the notification. Informational location information about is included.

  The master unit 65 further includes an operation unit, a storage unit, and a control unit. The operation unit includes a plurality of operation buttons, a touch panel, and the like, and the operation unit includes a setting unit. The setting unit allows the person to set the base unit 41 of the dwelling unit that performs the notification by using the setting unit. For example, when any one of the detectors 71 is activated, the base unit 41 of all the dwelling units is notified by fire. Can be set to do. Alternatively, the person can use the setting unit to set the parent device 41 of one or more specific dwelling units to perform a fire notification by voice in association with the position of the sensor 71 that has issued the alarm. And, for example, a person uses the setting unit to fire only the base unit 41 of all the dwelling units on the floor where the sensor 71 that has been reported is installed, and the base unit 41 of all the dwelling units directly above that level. It is possible to execute a fire notification including the position of the sensor 71 that has reported that it is considered that the alarm has occurred. Alternatively, the person uses the setting unit to set the base unit 41 of all the dwelling units on the floor where the sensor 71 that has issued the alarm is installed, and the base unit 41 of all the dwelling units on all floors above that floor. Only, it is possible to execute a fire notification including the position of the sensor 71 that has reported that it is considered that a fire has occurred.

  In recent apartment buildings with excellent fire resistance, even if a fire breaks out at a point where a common area is located, it is often possible to contain the effects of the fire only around that point. According to this setting, it is possible to prevent the fire alarm from being given to the base unit 41 of the dwelling unit that is not affected by the fire. Accordingly, it is possible to prevent unnecessary inconvenience from the residents of the dwelling unit.

  Alternatively, the setting unit may be able to make settings so that a plurality of master units 41 are notified of fire with a time difference. For example, when a sensor 71 on a certain floor reports, a fire is notified to the base units 41 of all the dwelling units on the floor where the sensor 71 is reported within the first predetermined time after the sensor 71 reports You may let them. In addition, within a second predetermined time (> first predetermined time) after the sensor 71 issues a report, the floor one floor lower than the installation floor where the sensor 71 that issued the alarm is installed and the installation floor A fire may be notified to the base unit 41 of all the dwelling units on the first floor. In addition, within a third predetermined time (> second predetermined time) after the sensor 71 issues a report, all of the dwelling units on the second floor below the installation floor and on the second floor above the installation floor are displayed. You may make the main | base station 41 alert | report a fire. In other words, the setting unit may be set so that the plurality of parent devices 41 included in the apartment house include two or more parent devices 41 that perform fire notification at different times. It may be executed in association with the position. In addition, the setting unit may be able to set a time for performing fire notification in the parent device 41. Alternatively, the setting unit may be able to set the time for performing fire notification in the master unit 65, and can be set so that the fire notification in the master unit 41 ends at the same time as the fire notification in the master unit 65 ends. May be.

  The control unit of the master unit 65 includes, for example, a CPU (Central Processing Unit) suitably configured by a microcomputer, and the CPU reads and executes a program or the like stored in advance in the storage unit of the master unit 65. . The storage unit includes a RAM (Random Access Memory), a ROM (Read Only Memory), and the like. The RAM temporarily stores the read program and processing data, and the ROM stores a control program, a predetermined threshold value, and the like in advance. The fire alarm operation setting of the sensor 71 set by the setting unit is stored in the storage unit.

  The control unit of the master unit 65 receives position information of the sensor 71 issued from the receiver 72 via the connection terminal. Based on the position information and the setting information of the sensor 71 stored in the storage unit, the control unit sends a notification signal including information on one or more master units 41 that execute fire notification via the control device 60. Output to at least the one or more master units 41. The notification signal includes information based on information from the receiver 72 of the fire detection system 70 and is notified. For example, the notification information includes information indicating that a fire has occurred around the common hall north side corridor on the third floor. The control unit of the master unit 65 also serves as an acquisition unit that acquires information from the receiver 72 and a notification signal transmission unit that transmits a notification signal including notification information.

  The operation unit of the master device 65 may further include a notification cancellation operation unit. The sensor may output an alarm signal to the tube master unit 65 due to a false alarm due to a failure or the like. Similarly to the master unit 41, the pipe master unit 65 includes a microphone (not shown) and a speaker (not shown) for inputting and outputting audio, and a monitor device (not shown). When the sensor 71 outputs a notification signal to the pipe master unit 65 due to a false alarm, the pipe master unit 65 performs fire notification. The notification signal includes notification related information related to the notification of the sensor 71, and the fire notification notifies the notification notification information based on the notification related information. The notification information includes, for example, position information of the sensor 71 that issued the notification. Since the master unit 65 has the notification canceling operation unit, the manager or the like represents that the master unit 41 is not notified using the notification canceling operation unit when it is determined that the fire notification is due to a false report of the sensor 71. The notification prohibition signal can be input to the control unit constituting the notification signal transmission unit. As a result, it is possible to cancel the transmission of the notification signal including the notification information to the base unit 41.

  In other words, in the intercom system 10, when the control unit of the master unit 65 acquires the report related information related to the report of the sensor 71 provided in the shared unit, the master unit 65 receives the report related information. You may alert | report the alerting | reporting alerting | reporting information based on. When the notification prohibition signal indicating that the parent device 41 is not notified is not input to the pipe parent device 65 within a predetermined time after the notification notification information is notified, one or more of the parent devices 41 are The report related information related to the report related information may be notified. Furthermore, the operation unit of the master unit 65 may include a notification stop operation unit, and when the person operates the notification stop operation unit, it is possible to stop the fire notification of the parent unit 41 that performs the fire notification. Also good. In this case, the notification stop operation unit may coincide with the notification cancellation operation unit, and the notification cancellation operation unit may also serve as the notification stop operation unit.

  Next, typical control possible with the intercom system 10 will be described. FIG. 2 is a flowchart showing an example of a processing procedure of control of the intercom system 10 that causes a plurality of master units 41 to notify notification information based on information from the fire detection system 70.

  Referring to FIG. 2, when setting is made using the setting unit so that pipe master unit 65 can receive a signal from receiver 72 and can execute the processing procedure described below, Starts. Then, in step S <b> 1, the control unit of the master unit 65 determines whether or not a notification signal indicating that at least one sensor 71 has generated a notification is received from the receiver 72. If the control unit makes a negative determination in step S1, step S1 is repeated. On the other hand, if the control unit makes an affirmative determination in step S1, the process proceeds to step S2, and the control unit causes the master unit 65 to perform a fire notification, and the process proceeds to step S3.

  In step S3, the control unit determines whether or not the notification cancellation operation unit has been operated. If an affirmative determination is made in step S3, the process proceeds to step S4, the fire notification by the master unit 65 is stopped, and the control returns to the beginning. On the other hand, if a negative determination is made in step S <b> 3, the process proceeds to step S <b> 5, and the control unit determines whether or not a first predetermined time has elapsed after receiving the notification signal from the receiver 72. If a negative determination is made in step S5, step S3 is repeated. On the other hand, if an affirmative determination is made in step S5, the process proceeds to step S6, and the control unit causes the base unit of all the dwelling units on the installation floor of the sensor 71 that has issued the alarm and the base unit of all the dwelling units on the floor directly above it to the control unit. The first notification signal indicating that the fire notification is performed is output to all the parent devices 41 via the control device 60.

  Each parent device 41 performs a fire notification by outputting a sound when one or more addresses included in the first notification signal include its own address. The voice includes the location of the sensor 71 that issued the alarm and a word meaning that a fire has occurred. The voice is composed of words such as “A fire has occurred around the north side corridor on the 3rd floor common area. Please confirm the safety and evacuate.” Output alternately with sound.

  In step S7 following step S6, the control unit determines whether or not the notification stop operation unit has been operated. The operation of the notification stop operation unit means that the fire has ended or that the fire is expected to end. If an affirmative determination is made in step S7, the process proceeds to step S14, where the fire alarm is stopped by the pipe master 65 and the fire alarm is stopped by the master 41 performing the fire alarm, and then the control returns. And return to the beginning. On the other hand, when a negative determination is made in step S7, the process proceeds to step S8, and the control unit determines whether or not a second predetermined time (> first predetermined time) has elapsed since the notification signal was received. . If a negative determination is made in step S8, step S7 is executed again. On the other hand, if an affirmative determination is made in step S8, the process proceeds to step S9, where the control unit makes a base unit 41 of all the dwelling units on the installation floor of the sensor 71 that has issued the alarm and all floors above it. The second notification signal indicating that the fire notification is executed by the master unit 41 of all the dwelling units is output to all the master units 41 via the control device 60.

  Each parent device 41 performs a fire notification by outputting a sound when one or more addresses included in the second notification signal include its own address. The voice includes the location of the sensor 71 that issued the alarm and a word meaning that a fire has occurred. As the sound, for example, the same sound as that described in step S6 can be adopted, and the sound is alternately output with a sound effect such as an alarm. Since the notification stop operation unit has not been operated until step S9, for example, it is considered that the fire does not end in a short time. In step S9, it is considered that the second floor is higher than the installation floor of the sensor 71 that has been notified, which is considered to have the highest risk next to the residents of the installation floor of the sensor 71 that has issued the alarm and the floor one floor higher than that. By making a fire alert to the residents on the floor via the master unit 41, the safety of residents on the higher floors is fully secured.

  In step S10 after step S9, the control unit determines whether or not the notification stop operation unit has been operated. When an affirmative determination is made in step S10, the process proceeds to step S14 to stop fire notification by the master unit 65 and stop fire notification of the base unit 41 performing the fire notification, and then control returns. And return to the beginning. On the other hand, if a negative determination is made in step S10, the process proceeds to step S11, in which the control unit determines whether or not a third predetermined time (> second predetermined time) has elapsed since the notification signal was received. . If a negative determination is made in step S11, step S10 is executed again.

  On the other hand, if an affirmative determination is made in step S <b> 11, the process proceeds to step S <b> 12, and a third notification signal indicating that the master device 41 of all the dwelling units performs a fire notification is transmitted to all the master devices via the control device 60. 41 is output. The third notification signal includes address information of all the parent devices 41. The voice includes the location of the sensor 71 that issued the alarm and a word meaning that a fire has occurred. As the sound, for example, the same sound as that described in step S6 can be adopted, and the sound is alternately output with a sound effect such as an alarm. Since the notification stop operation unit has not been operated until step S12, it is considered that the fire is in a longer period. In step S12, by making a fire notification to the residents of all the dwelling units via the master unit 41, it is possible to ensure the safety of all the residents of the apartment house.

  In step S13 after step S12, the control unit determines whether or not the notification stop operation unit has been operated. If a negative determination is made in step S13, step S12 is executed again. On the other hand, if an affirmative determination is made in step S13, the process proceeds to step S14, where the fire alarm is stopped by the pipe parent machine 65 and the fire alarm is stopped by the parent machine 41 performing the fire alarm, and then the control is performed. Returns to the beginning.

  As described above, the interphone system 10 is an interphone system that controls a call between the master unit 41 provided in each dwelling unit of the apartment house and the master unit 65 provided in the common part of the apartment house. . The collective housing is an example of a collective facility, the dwelling unit is an example of a facility, and the master unit 65 is an example of a shared terminal. The intercom system 10 includes an acquisition unit that is provided in the master unit 65 and acquires information from the receiver 72 of the fire detection system 70 that detects a fire in the common unit. In the above-described embodiment, the acquisition unit is configured by the control unit of the master unit 65.

  Therefore, since the intercom system 10 includes an acquisition unit that acquires information from the receiver 72 of the fire detection system 70, information such as fire occurrence information detected by the sensor 71 of the fire detection system 70 is obtained via the acquisition unit. The information can be transmitted to the base unit 41 of each dwelling unit, and the information can be notified by the base unit 41 of each dwelling unit. Therefore, compared with the case where the fire detection system is installed in a common part independently of the intercom system, the information such as the fire occurrence information acquired by the fire detection system 70 can be quickly and reliably stored in each stage. Can be used to ensure the safety of residents in apartment buildings.

  Further, the information acquired by the acquisition unit from the receiver 72 of the fire detection system 70 may include notification related information related to the notification of the sensor 71 provided in the shared unit.

  According to the said structure, the resident of each dwelling unit can acquire the report relevant information regarding the report of the sensor 71 via the main | base station 41, and can act now based on the report relevant information.

  Further, the notification related information may include notification location information related to the location of the fire detector that issued the notification.

  According to the said structure, the resident of each dwelling unit can acquire the alerting | reporting place information regarding the place of the sensor 71 which alert | reported via the main | base station 41. FIG. Therefore, the resident can evacuate so as to avoid the surrounding area of the sensor 71 that has reported that the fire is considered to have occurred, and the evacuation of the resident can be promoted safely.

  Further, the acquisition unit may be provided in the master unit 65 as a shared unit terminal as in the above embodiment. Alternatively, as shown in FIG. 3, that is, a schematic configuration diagram of the housing complex system 101 of the modified example, the intercom system 110 includes a master unit 165 as a shared unit terminal, a master unit 165, and an information terminal (for each dwelling unit). You may provide the control apparatus 160 which controls the telephone call between (it comprises with a main | base station etc.). Then, the receiver 172 of the fire detection system 170 may be connected to the control device 160 instead of the master device 165 as a shared terminal, and the acquisition unit may be provided in the control device. Or an acquisition part may be provided in both the main | base station machine as a shared part terminal, and a control apparatus.

  In the above configuration, when the acquisition unit is provided in the master unit 65 operated by the manager, information from the fire detection system can be quickly notified to the manager. When the acquisition unit is provided in the control device 160 that performs overall control of the intercom system 110, a signal based on information from the fire detection system 170 can be smoothly transmitted to the master unit 165 and the master unit of each dwelling unit 190.

  In addition, the intercom system 10 may include a notification signal transmission unit that transmits a notification signal including notification information that is information based on information acquired from the receiver 72 of the fire detection system 70 and is notified. In addition, the notification signal transmission unit may be included in the control unit of the master unit 65 as a shared unit terminal as in the present embodiment. Alternatively, the notification signal transmission unit may be included in the control device, and may be provided in any device connected to the control device via a signal line or wireless in the interphone system.

  According to the said structure, the alerting signal containing alerting | reporting information can be transmitted to the main | base station 41 of each dwelling unit, and the resident of each dwelling unit can know alerting | reporting information.

  In addition, the intercom system 10 may include a setting unit that sets the parent device 41 that outputs the notification information. Further, the setting unit may be provided in the master unit 65 as a shared unit terminal as in the present embodiment. Alternatively, the setting unit may be provided in any device connected to the control device via a signal line or wirelessly in the intercom system.

  According to the above configuration, for example, the base unit 41 that outputs the notification information can be set in association with the location of the sensor 71 that issued the notification. Therefore, the master unit 41 of the dwelling unit that is far from the alarming sensor 71 and has no fear of danger can be prevented from outputting the notification information. Therefore, it is not necessary to notify unnecessary information to a resident who is not related to a fire, and it is possible to prevent the resident from being inconvenienced.

  In addition, when the acquisition unit acquires the notification related information related to the notification of the sensor 71 provided in the common unit, the master unit 65 may notify the notification notification information based on the notification related information. . Then, when the notification prohibition signal indicating that the master unit 41 is not notified is not input to the pipe master unit 65 within a predetermined time after the notification notification information is notified, at least one of the master units 41 is notified by the notification unit. Notification related information related to related information may be notified.

  According to the above configuration, when the master unit 65 notifies the notification notification information, an administrator or the like inputs a notification prohibition signal to the master unit 65 within a predetermined time, so that all the master units 41 are notified. The related information can be prevented from being notified. Therefore, when any one of the detectors 71 is erroneously notified due to a failure or the like, it is possible to prevent the residents of the housing complex from being disturbed by the erroneous report notified by the master unit 41.

  Note that the present disclosure is not limited to the above-described embodiment and the modifications thereof, and various improvements and modifications can be made within the matters described in the claims of the present application and the equivalent scope thereof.

  For example, in the above-described embodiment, a case has been described in which the acquisition unit, the notification signal transmission unit, and the setting unit are provided in the shared unit terminal, and the shared unit terminal in which they are provided is the master unit 65. However, at least one of the acquisition unit, the notification signal transmission unit, and the setting unit may be provided in the shared unit terminal, and the shared unit terminal in which at least one of the acquisition unit, the notification signal transmission unit, and the setting unit is provided may be a lobby intercom device.

  Further, the information from the receiver 72 of the fire detection system 70 includes notification related information related to the notification of the sensor 71 provided in the common unit, and the information related to the notification includes the location of the sensor 71 that issued the alarm. The case where the information location location was included was explained. However, the information from the receiver of the fire detection system may include notification related information that does not include the notification location information, for example, only the notification related information indicating that one of the detectors has reported. You may have.

  Further, a case has been described in which the information from the receiver 72 of the fire detection system 70 includes notification related information regarding the notification of the sensor 71 provided in the common unit. However, the information from the receiver of the fire detection system may not include information related to the alarm, for example, the information from the receiver is information on an operation test periodically performed for each sensor. Also good.

  Moreover, the case where an acquisition part was provided in at least one of a shared part terminal and a control apparatus was demonstrated. However, the acquisition unit may not be provided in either the shared unit terminal or the control device, and may be provided in a device other than the control device that can be connected to the shared unit terminal. For example, the master unit 41 of each dwelling unit May be provided.

  Moreover, the case where the intercom system 10 includes a notification signal transmission unit that transmits information signals that are information based on information from the receiver 72 and includes notification information to be notified has been described. However, the intercom system may not have a notification signal transmission unit, for example, information from the receiver may be notified only by a device having an acquisition unit, and notification is made only by a master unit having an acquisition unit. May be.

  Moreover, the case where the intercom system 10 includes a setting unit that sets the parent device 41 that outputs the notification information has been described. However, the intercom system may not be able to set the parent device that outputs the notification information. For example, when any one of the sensors issues a notification, all the parent devices may output the notification information. .

  Moreover, the case where the notification prohibition signal indicating that the information terminal is not notified can be input to the master unit 65 has been described. However, the device that can receive the notification prohibition signal indicating that the parent device is not notified may be a shared terminal other than the parent device. Alternatively, the notification prohibition signal indicating that the information terminal such as the parent device is not notified may not be input to all devices included in the intercom system.

  Moreover, it goes without saying that a secondary master unit can be appropriately added to an information terminal provided in each facility of the collective facility and informing information based on information from the receiver of the fire detection system. In addition, although not provided in each facility of the collective facility, an information terminal that is not included in the interphone system may be included in the information terminal that notifies information based on information from the receiver of the fire detection system. For example, information based on information from the receiver of the fire detection system is included in the interphone system by transmitting signals from the master and secondary masters to mobile phones and tablets such as smartphones received wirelessly May be notified to an unrecognized information terminal.

  In addition, the fire detection system may have one or more transmitters that perform operations such as pressing when a resident finds outbreak of a fire at a predetermined location of the collective facility, and the receiver can remove it from the transmitter. You may receive the signal showing that was operated. And the acquisition part may be the structure which can acquire the information based on the information from a transmitter via a receiver, and may make information information based on the information which the acquisition part acquired inform information terminals, such as a main unit. Good.

  Moreover, the case where an acquisition part was provided in the apparatus which can be connected to a shared part terminal or a shared part terminal with a signal line was demonstrated. However, the acquisition unit may be provided in the shared unit terminal or a device that can be wirelessly connected to the shared unit terminal. In addition, in the connection between all the devices described in the above-described embodiments and modifications, the devices connected via the signal line may be connected via radio instead of the signal line. Moreover, the case where the intercom system 10 includes the control device 60 that controls a call between the information terminal such as the parent device 41 and the shared terminal such as the pipe parent device 65 has been described. However, the intercom system does not have to have a control unit that selects a partner to communicate with the shared unit terminal while having the shared unit terminal and the information terminal.

  In addition, the transmission of information from the receiver to the acquisition unit may be performed by communication, and may be performed using only a contact output using a switch unit or an electromagnetic relay including a transistor or the like. Good.

  Furthermore, a fire information transmission method that satisfies the following conditions may be used. Specifically, in the fire information transmission method, a signal including transmission information based on the reception information received by the receiver of the fire detection system that detects the fire of the common unit is transmitted from the receiver to the acquisition unit in the intercom system for a collective facility. Sending. The collective facility intercom system is an intercom system for collective facilities that controls a call between an information terminal provided in each facility of the collective facility and a shared terminal provided in a common part of the collective facility. The acquisition unit is provided in the shared unit terminal or a device connectable to the shared unit terminal.

  Moreover, you may use the fire information transmission program which satisfy | fills the following conditions. The fire information transmission program is a signal for transmitting, from the receiver, a signal including transmission information based on the reception information received by the receiver of the fire detection system that detects the fire of the common unit to the acquisition unit in the intercom system for the collective facilities. Have the computer execute the transmission process. The collective facility intercom system is an intercom system for collective facilities that controls a call between an information terminal provided in each facility of the collective facility and a shared terminal provided in a common part of the collective facility. The acquisition unit is provided in the shared unit terminal or a device connectable to the shared unit terminal.

  As is clear from the above description, using these fire information transmission methods and fire information transmission programs, the information acquired by the fire detection system can be smoothly transmitted to each facility of the intercom system for collective facilities. And, for example, compared with the case where the fire detection system is installed in a common part independent of the intercom system, the information such as the fire occurrence information acquired by the fire detection system is quickly and reliably stored in each stage. So that the safety of people in the facility can be ensured.

  10,110 intercom system, 41 master unit, 60,160 control device, 65,165 pipe master unit, 70,170 fire detection system, 71 sensor, 72,172 receiver, 190 dwelling unit.

Claims (9)

An intercom system for a collective facility that controls a call between an information terminal provided in each facility of the collective facility and a shared unit terminal provided in a shared unit of the collective facility,
The shared unit terminal, or an acquisition unit that is provided in a device connectable to the shared unit terminal, acquires information from a receiver of a fire detection system that detects a fire of the shared unit,
An intercom system for collective facilities.   2. The intercom system for a collective facility according to claim 1, wherein the information includes notification related information related to the notification of a fire detector provided in the common unit.   The intercom system for a collective facility according to claim 2, wherein the notification related information includes reporting location information regarding a location of the fire detector that issued the notification.   The said acquisition part is provided in at least one of the said share part terminal and the control apparatus which controls the telephone call between the said information terminal and the said share part terminal, The any one of Claim 1 thru | or 3 provided. Intercom system for collective facilities described in 1.   The intercom system for a collective facility according to any one of claims 1 to 4, further comprising a notification signal transmitter that transmits a notification signal that is information based on the information and includes notification information to be notified.   The intercom system for a collective facility according to claim 5, further comprising a setting unit configured to set the information terminal that outputs the notification information. When the acquisition unit acquires the notification related information related to the notification of the fire detector provided in the shared unit, the shared unit terminal notifies the notification notification information based on the notification related information,
When the notification prohibition signal indicating that the information terminal is not notified is not input to the shared terminal within a predetermined time after the notification notification information is notified, at least one of the information terminals The intercom system for a collective facility according to any one of claims 1 to 6, wherein notification related information related to information is notified.   An intercom system for a collective facility that controls a call between an information terminal provided in each facility of the collective facility and a common unit terminal provided in a common unit of the collective facility, wherein the common unit terminal or the Transmission information based on the reception information received by the receiver of the fire detection system that detects the fire of the common unit is acquired in the acquisition unit in the intercom system for a collective facility provided with an acquisition unit provided in a device connectable to the common unit terminal. A method for transmitting fire information, comprising: transmitting a signal including the signal from the receiver.   An intercom system for a collective facility that controls a call between an information terminal provided in each facility of the collective facility and a common unit terminal provided in a common unit of the collective facility, wherein the common unit terminal or the Transmission information based on the reception information received by the receiver of the fire detection system that detects the fire of the common unit is acquired in the acquisition unit in the intercom system for a collective facility provided with an acquisition unit provided in a device connectable to the common unit terminal. A fire information transmission program causing a computer to execute signal transmission processing for transmitting a signal including the signal from the receiver.

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