JP2020074158A - Disaster prevention coordination facility - Google Patents

Abstract

To provide a disaster prevention coordination facility capable of obtaining a room-staying state of persons in a fire occurrence zone when a fire occurs, so as to enable performance of a rescue activity and a fire fighting activity.SOLUTION: A building or a facility includes: a fire alarm facility 100 for receiving a fire signal from an analog sensor 16 connected to a transmission path 14 pulled out to a warning zone by a receiver 12 so as to output wire warning; and an entering/leaving management facility 200 for unlocking an electric lock 22 when personal information recorded in an IC card carried by a user is read by a card reader 20 and the collation of the read personal information and pre-registered personal information is established, and managing room-staying information by preservation by a client device 15-2. When the receiver 12 of the fire alarm facility 100 detects a fire in the building or the facility, a fire transfer signal is transmitted to the entering/leaving management facility 200, so that the client device 15-2 acquires room-staying information of rooms existing on a fire occurrence floor. Then, displaying is performed to indicate rooms where persons exist, the number of persons, the gender-based number of persons, and room-staying of rescue requiring persons in a disaster such as children and aged persons.SELECTED DRAWING: Figure 2

Description

  The present invention relates to a disaster prevention cooperation facility that cooperates with a disaster prevention monitoring facility that monitors and warns a fire and an entrance / exit management facility that manages entry / exit of people.

  2. Description of the Related Art Conventionally, in buildings such as office buildings and public facilities, disaster prevention monitoring equipment for detecting and alarming a fire or gas leak is installed. The disaster prevention monitoring equipment receives the fire signal from the fire detector connected to the signal line drawn to the warning area with the receiver installed in the disaster prevention center or the control room, and displays the fire representative and displays the main sound and the area. Sound is emitted to control fire doors and shutters.

  In addition, there are cases where entrance / exit management equipment is installed in a building in which such disaster prevention monitoring equipment is installed. In the entrance / exit management facility, for example, a signal line from an entrance / exit management control panel installed on each floor of a building is connected to a card reader outside the entrance door of the room and to an electric lock provided on the door.

  An entrance / exit management control panel provided on each floor is connected to a center device or a client device installed in a disaster prevention center, a management room or the like via a local area network (hereinafter referred to as “LAN”). The center device displays management information such as a map of the building where the entrance / exit management facility is installed. The client device performs various settings and processing such as registration, deletion, history search, and occupancy status of personal information with respect to the entrance / exit management control panel.

  A user who goes in and out of a room carries, for example, an IC card with personal information registered, and by reading the personal information by holding the IC card over a card reader, the personal information is sent to the entrance / exit management control panel, and the advance / exit management panel is used in advance. When a match with the registered personal information is obtained, the electric lock is unlocked so that the door can be opened and closed.

  In a building equipped with disaster prevention monitoring equipment and entrance / exit management equipment in this way, if the fire signal is output from the fire detector at the receiver of the disaster prevention monitoring equipment and a fire alarm is output, It outputs a fire transfer signal, outputs a simultaneous unlock signal to the electric lock from the entrance / exit management control panel of the entrance / exit management facility, unlocks all electric locks and allows the door to be opened, and fire fighting activities associated with a fire It does not interfere with evacuation behavior.

Japanese Patent No. 3251839 Japanese Patent Laid-Open No. 08-044967 JP, 2011-178483, A JP, 2014-070865, A JP, 09-245279, A

  By the way, when the receiver of the fire alarm equipment receives a fire signal and a fire alarm is output, the disaster prevention manager or the person in charge of disaster prevention goes to the place where the fire occurred and confirms the fire. The procedure is to automatically cancel the transfer stop and the interlocking stop, and then issue the 119th call, and further perform initial fire extinguishing and evacuation guidance.

  However, when the fire brigade who rushes to receive the 119th call conducts fire-fighting and rescue activities, it is necessary to go to the disaster prevention center or the manager's office and ask the disaster prevention manager about the fire situation and evacuation situation to deal with it. It is impossible to know if there is a possibility that there is a person who has escaped to the fire floor where the danger from the fire is approaching, unless you go to the fire site, and if there is a person who escapes late, It is necessary to prepare appropriate equipment and equipment to carry out fire-fighting activities with the highest priority on life-saving, but if this decision is taken in time, there is a risk of serious damage to human life.

  The present invention is a disaster prevention cooperation that enables a fire brigade or the like to quickly and surely grasp the situation of people in a fire area when a fire occurs, and perform effective rescue and fire fighting activities. The purpose is to provide equipment.

(Disaster prevention cooperation facility)
The present invention is
Disaster prevention monitoring equipment that detects fires in each of the predetermined warning areas,
An entrance / exit management facility that stores and manages user occupancy information,
When a fire is detected by the disaster prevention monitoring facility, a cooperative display device that displays the information about the presence of the room,
The cooperation display device can switch and display in-room information of an area including a fire occurrence location and in-room information of an area that does not include a fire occurrence location as separate screens. A disaster prevention cooperation facility, characterized in that, when a screen relating to occupancy information of an area that does not include a fire location is displayed, after a lapse of a predetermined time, the screen is switched to a screen display relating to occupancy information of an area that includes the fire occurrence location.

(Basic effect)
The present invention relates to a disaster prevention cooperation facility, a disaster prevention monitoring device that detects a fire in each predetermined warning area, an entrance / exit management device that saves and manages user occupancy information, and a fire at the disaster prevention monitoring device. When it detects, the cooperation display device that performs a display regarding the presence information, and the cooperation display device, the presence information of the area including the fire occurrence location, and the presence of the area that does not include the fire occurrence location. Information can be switched and displayed as separate screens, and when a screen related to occupancy information of an area that does not include the fire occurrence location is displayed when a fire occurs, after a predetermined time has elapsed, the presence of the area that includes the fire occurrence location is displayed. By switching to the screen display related to room information, when the disaster prevention monitoring equipment detects a fire, the occupancy information managed by the entrance / exit management equipment is acquired and displayed on the cooperative display device The fire brigade who rushed in response to the information was able to immediately see where the person was located by looking at the display of the room information on the linked display device, and it was not necessary to check all the places, but to go to the place where there were people and confirm. All that is required is to enable fire-fighting activities with quick and appropriate rescue operations.

  Further, even when the disaster prevention manager or the person in charge of disaster prevention guides evacuation, it is possible to properly guide evacuation by grasping the situation in the room from the information on the room where the fire occurred.

(Effects of displaying information about occupancy in areas that include and do not include the location of a fire)
In addition, since the linked display device acquires the occupancy information of the area that includes the fire occurrence area and the area that does not include the fire occurrence area, and displays it by switching to another screen, the area that includes the fire occurrence area with the highest fire risk is displayed. By displaying the information separately from the occupancy information of the areas that do not include, the fire brigade can quickly and appropriately perform rescue and fire fighting activities.

(Effects of displaying where you are in the room)
Further, since the cooperation display device displays the place where the person is in the room based on the presence information, the fire brigade grasps the place where the person in the fire occurrence place was, for example, Enables quick and appropriate rescue and fire support activities.

(Effect of displaying the number of people in the room)
In addition, since the linked display device displays the location where the person is in the room and the number of people who are in the room based on the presence information, the fire brigade can take measures such as proceeding with confirmation from a location with a large number of people. It will be possible to perform quick and appropriate rescue activities and fire support activities.

(Effect of displaying the number of men and women in the room)
Further, since the cooperation display device displays the place where the person is in the room and the number of people who are in the room based on the presence information, it is divided into the number of men and women and the fire brigade is It is possible to take measures such as proceeding with confirmation from a place with a large number of people, which enables quick and appropriate rescue activities and fire support activities.

(Effect of the display of the person in need of care at the time of disaster)
In addition, the cooperation display device displays the place where the person is in the room and the number of people who are in the room based on the room information, and the person requiring care at the time of disaster such as the elderly, children, and the disabled is present in the room. Is displayed, in this case,
Since the linked display device displays the place where the person requiring care at the time of the disaster is in the room with a high priority, the fire brigade will be able to identify the elderly, children, persons with disabilities, etc. who are likely to have escaped late. In the event of a disaster, it is possible to take measures such as prioritizing confirmation from the place where the care recipient was present in the room, enabling quick and appropriate rescue activities and fire support activities.

(Effect of character or combination display of character and map)
In addition, since the linked display device is configured to display the room presence information by characters or a combination of characters and a map, the fire brigade can easily grasp the displayed contents of the person in which place, and can promptly and appropriately rescue the person. Enable activities and fire support activities.

(Effect of location of linked display device)
Further, since the cooperation display device is at least one of the display device provided in the disaster prevention monitoring facility and the display device provided in the center side of the entrance / exit management facility, it is not necessary to provide a new cooperation display device, and it is provided in the disaster prevention monitoring facility. By using the liquid crystal display, the display of the center device or the client device that uses a personal computer or the like provided on the center side of the entrance / exit management facility, it is possible to easily and easily display the room information.

(Effect of presence confirmation display)
In addition, the linked display device changes the occupancy information of the place where the occupancy confirmation is completed to the display content indicating the confirmation completion or lowers the display priority by a predetermined operation. It is possible to emphasize the presence information of a place where the presence of the member is not confirmed by the members.

(Effects of fixed display and updated display of occupancy information)
In addition, the linked display device fixedly displays the occupancy information acquired immediately after the fire or displays the occupancy information that reflects the entrance / exit information after the fire, so it is possible to respond to the fire. Regarding the location of the fire area where the electric lock was unlocked, there is no problem if you fix the information in the room immediately after the fire because the entrance / exit control is not performed after that. With respect to the location of the area apart from the fire occurrence area where is not unlocked, the presence information that reflects the subsequent entry / exit information can be displayed to ensure real-time presence information.

Explanatory diagram showing the outline of disaster prevention monitoring equipment and access control equipment installed in the building Block diagram showing the functional configuration of disaster prevention monitoring equipment and entrance / exit management equipment that displays presence information when a fire occurs due to equipment cooperation Explanatory diagram showing the display screen of the linked display device that displays the room information in text Explanatory drawing showing the display screen of the linked display device in which the room information is displayed together with the number of people Explanatory diagram showing a display screen of a linked display device in which room information is displayed in text together with the number of people and persons requiring care at the time of a disaster Explanatory diagram showing the display screen of the linked display device that displays the room information in text and map Explanatory diagram showing the display screen of the linked display device that displays the room presence information with characters and a map together with the number of people Explanatory diagram showing the display screen of the cooperation display device that displays the room information together with the number of people and the person requiring care at the time of disaster in characters and maps

[Outline of disaster prevention equipment]
(Outline of disaster prevention monitoring equipment and access control equipment)
FIG. 1 is an explanatory diagram showing an outline of disaster prevention monitoring equipment and entry / exit management equipment provided in a building. FIG. 1 shows the first floor of a building having a plurality of floors, and a disaster prevention center 11 of the building 10 is provided with a receiver 12 of an R-type disaster prevention monitoring facility. A transmission line 14 is drawn from the receiver 12 into the building, and an analog sensor 16 installed in each of the rooms A1 to A8 in the building is connected to the transmission line 14.

  In addition, the disaster prevention center 11 is provided with an entrance / exit center equipment 15 for entrance / exit management equipment and an entrance / exit management control board 18, and the entrance / exit management control board 18 is arranged on each floor of the building 10. The entrance / exit management control panel 18, including this floor, is connected to the entrance / exit center equipment 15 by a LAN 26, and the entrance / exit center equipment 15 is provided with a center device and a client device as will be described later. ing.

  A card reader 20 is arranged outside the door serving as an entrance / exit of each room A1 to A8 of the building 10, and an electric lock 22 is provided on the door. The card reader 20 and the electric lock 22 are connected to the entrance / exit management control panel 18 by a transmission line 24.

  When a receiver 12 of the disaster prevention monitoring equipment detects a fire, the entrance / exit center equipment 15 of the entrance / exit management equipment acquires at least room presence information of a room existing in the fire occurrence area and functions as a cooperation display device. The cooperation process of displaying the presence information on the display of the above or the display provided in the receiver 12 is performed.

(Outline of functional configuration of disaster prevention monitoring equipment and access control equipment)
FIG. 2 is a block diagram showing an outline of the functional configuration of the disaster prevention monitoring equipment and the entrance / exit management equipment for displaying the presence information when a fire occurs due to the equipment cooperation.

  As shown in FIG. 2, the disaster prevention monitoring facility 100 has a receiver 12 installed at a disaster prevention center, and the receiver 12 has a receiver control unit 30, a transmission unit 32, a display unit 34, an operation unit 36, and an alarm. The unit 38, the transfer unit 40, and the adapter 42 are provided.

  The receiver control unit 30 is configured by a computer circuit having a CPU, a memory, and various input / output ports, and realizes a predetermined receiver control function by executing a program. A transmission line 14 is drawn out from the receiver 12 toward the security area of the building, and an analog sensor 16 is connected to the transmission line 14.

  The analog sensor 16 has a transmission function of bidirectionally transmitting information to and from the receiver 12, and a unique address including the receiver 12 is assigned in advance. With respect to the number of analog sensors 16 that can be connected to one transmission line 14, for example, when the maximum number of addresses is 256, the receiver addresses are excluded, so that 255 or less analog sensors 16 can be connected.

  A repeater is connected to the transmission path 32, an on / off detector and a transmitter are connected to the detector line drawn from the repeater, and a gas leak detector is connected to another repeater. , Illustration is omitted. Furthermore, a transmission line for control is drawn out from another transmission unit provided in the receiver 12, and a control device such as a district audio device or smoke proof device is connected to the transmission line for control. However, the illustration is omitted.

  The downlink signal from the receiver 12 to the analog sensor 16 is transmitted in voltage mode. The voltage mode signal is transmitted as a voltage pulse that changes the voltage of the transmission line 14 between, for example, 18 volts and 30 volts.

  On the other hand, the upstream signal from the analog sensor 16 is transmitted in the current mode. In this current mode, a signal current is passed through the transmission line 14 at the timing of bit 1 of the transmission data, and an upstream signal is transmitted to the receiver as a so-called current pulse train.

  Reception control by the receiver control unit 30 is as follows. During normal monitoring, the receiver 12 sends a polling command for normal monitoring in which the terminal addresses are sequentially specified, and the analog sensor 16 receives the polling command matching its own set address and performs normal monitoring. Give a response. Therefore, the receiver 12 can detect a failure by using the analog sensor 16 that has not responded to the polling command as a failure.

  Further, the receiver 12 repeatedly transmits the batch AD conversion command at every transmission cycle of the polling command for all the terminal addresses. Upon receiving the batch AD conversion command from the receiver 12, the analog sensor 16 samples analog detection data such as detected smoke density and temperature and compares it with a predetermined fire level.

  When the analog detection data sampled by the analog sensor 16 exceeds the fire level, an interrupt signal is transmitted to the receiver 12 at a response timing to the polling command. As the interrupt signal, a signal which is not normally used, such as setting the response bit string to all 1, is sent.

  When the receiver 12 receives the interrupt signal from the analog sensor 16, the receiver 12 issues a group search command, and receives an interrupt response from the group including the analog sensor 16 that has detected a fire to determine the group.

  Subsequently, the individual analog sensors 16 included in the determined group are sequentially polled by specifying an address, and by receiving the fire response of the analog data, the sensor address of the analog sensor 16 that detected the fire is detected. Recognize and fire alarm will be activated.

  The display unit 34 is provided with a fire representative lamp, a gas leak representative lamp, various indicator lamps indicating a failure of an external device, a liquid crystal display equipped with a touch panel, and the like. The operation unit 36 is provided with a fire / gas leak determination switch, a sound stop switch, a district sound stop switch, etc. exposed. The alarm unit 38 includes a speaker and outputs various alarm sounds and voice messages. The transfer unit 40 outputs a fire transfer signal to an external device or device.

  The adapter 42 is an interface that transmits and receives signals to and from the entrance / exit management facility 200 using the LAN 26, and when the receiver control unit 30 receives a fire signal and outputs a fire alarm, a fire notification signal is transmitted. It is possible to transmit the information to the entrance / exit management facility 200 side via the LAN 26, and to obtain the information stored and managed by the entrance / exit management facility 200 as necessary.

  The entrance / exit management facility 200 has a center device 15-1 and a client device 15-2 as entrance / exit center facilities installed in the disaster prevention center of the building, and the entrance / exit management control panel 18 corresponding to each floor of the building. Is provided. A card reader 20 and an electric lock 22 are installed in each room A1, A2, ... Of the building, and each is connected to a signal line included in a transmission line 24 pulled out from the entrance / exit management control panel 18. ..

  The card reader 20 reads, for example, a magnetic card or a non-contact IC card carried by the user and collates it with personal information registered in advance. When the authentication succeeds by the collation match, the card reader 20 sends an authentication signal to the entry / exit management control panel 18. Send.

  Upon receipt of the authentication signal from the card reader 20, the entrance / exit management control panel 18 outputs a control signal to the electric lock 22 provided at the corresponding entrance / exit to control unlocking, thereby enabling entrance / exit.

  The center device 15-1 is a personal computer with a liquid crystal display, is connected to the entrance / exit management control panel 18 via the LAN 26, and displays management information such as a map of a building in which the entrance / exit management facility 200 is installed.

  The client device 15-2 is a personal computer with a liquid crystal display, is connected to the entry / exit management control panel 18 via the LAN 26, and is connected to a card reader 20 via the entry / exit management control panel 18 with a magnetic card or the like. Various settings and processing such as registration, deletion and history search of personal information corresponding to the contactless IC card are performed.

  Further, the client device 15-2 generates the in-room information of each room in the building from the personal information of the magnetic card or the non-contact IC card read by the card reader 20 via the entrance / exit management control panel 18. Save and manage. The in-room information managed by the client device 15-2 includes personal information such as the sex, age, and presence / absence of disability of the person in each room.

  In the present embodiment, the liquid crystal display provided in the client device 15-2 provided in the entrance / exit management facility 200 is used as the cooperative display device, and the fire signal is received by the receiver 12 of the disaster prevention monitoring facility 100. Then, when a fire alarm is output, the receiver control unit 30 outputs a fire transfer signal to the client device 15-2 of the LAN 26 via the adapter 42. The fire notification signal from the receiver 12 may be supplied by directly connecting the notification signal line from the notification unit 40 to the client device 15-2.

  When the client device 15-2 receives the fire transfer signal from the receiver 12, the client device 15-2 fires in the entry / exit management control panel 18 provided on all floors or the entry / exit management control panel 18 provided on the fire occurrence floor and the floor immediately above. The transmission / receipt signal is transmitted, and the entrance / exit management control panel 18 that has received this fire notification signal outputs an unlocking control signal to all electric locks 22 to automatically and simultaneously unlock the electric locks 22. , Make the doors of the room open so that they do not interfere with firefighting activities or evacuation.

  In addition, the client device 15-2, which has received the fire notification signal from the receiver 12, selects the room on the fire floor from the room information of each room in the building that is currently stored and managed in the memory. The in-room information is read, and the in-room information of the fire occurrence floor is displayed on the liquid crystal display of the client device 15-2 that functions as a cooperative display device.

  Further, the client device 15-2 reads out the presence information of the fire-occurring floor, which has the highest risk of fire, as well as the presence information of the immediately upper floor, which has the next highest risk of fire, and expands it in the display memory. For example, the in-room information on the floor immediately above can be displayed by switching the display screen of the in-room information on the floor where the fire occurred. In addition, presence information other than the floor where the fire occurred and the floor immediately above can also be displayed by, for example, an operation that specifies the floor.

  The presence information in the case of a fire may be displayed on a liquid crystal display with a touch panel provided on the display unit 34 of the receiver 12 of the disaster prevention monitoring facility 100. In this case, the client device 15-2, which has received the fire transfer signal from the receiver 12, reads the in-room information of the room of the building, which is stored at that time, and controls the receiver via the LAN 26 and the adapter 42. The information is transmitted to the unit 30 and the presence information is displayed on the liquid crystal display provided on the display unit 34 of the receiver 12.

  In addition, the presence information in the event of a fire may be displayed on both the liquid crystal display of the client device 15-2 and the liquid crystal display of the receiver 12. Furthermore, when a disaster prevention display panel or an R-type display panel is connected to the receiver 12 via a transmission path such as RS232, the room information is sent from the receiver 12 to the disaster prevention display panel or the R-type display panel. You may make it display it.

[Display example of presence information at the time of fire]
(Display of room information by text screen)
FIG. 3 is an explanatory view showing a display screen of the cooperative display device in which the room information is displayed in characters. The display screen of FIG. 3 shows an example in which the analog sensor 16 in the room A7 on the first floor of the building 10 shown in FIG. 1 detects a fire and outputs a fire alarm at the receiver 12, and for example, the client device 15 -On the screen of the linked display device 50 realized by the liquid crystal display of -2, the fire signal 52 was sent as the fire occurrence location 54, for example, "Main Building South 1F Room 7" following the fire display 52 "Fire is happening". Based on the sensor address of the analog sensor 16, the building information pre-registered is read out and displayed.

  Then, the occupancy information 56 is displayed. In the present embodiment, the display of the in-room information 56 based on the character information is "Room number is in-room" and only the room in which the room is present is displayed. Fire information is added.

  When the members of the fire brigade who receives the 119th call and confirms the room presence information 56 displayed on the cooperation display device 50, rooms 1 to 8 existing on the first floor, which is the floor where the fire occurs, are confirmed. Among them, it was found that there were rooms in Room 7, Room 1 and Room 4, and it was possible to quickly check whether there was a person who was late to escape by going to the room that had been room.

  In addition, the display of the in-room information 56 of the present embodiment is arranged such that the room 7 in the fire is at the top, and priority is given to the confirmation from the room 7 in the fire that has the highest risk of fire. I can do it.

  Further, at the upper right of the screen of the linked display device 50, there is provided an operation button 58 for instructing switching display of in-room information on the upper floor. It is possible to switch to the room information on the upper floor, which is the next highest risk from a fire, by operating the screen, and to check the room status on the upper floor. When the operation button 58 is used to switch to the display of the in-room information of the floor immediately above, it is desirable to automatically return to the original display screen of the in-room information of the fire-occurring floor after a predetermined time such as one minute. ..

  Further, by arranging an operation button for switching to an appropriate floor other than the floor immediately above, it is possible to display the in-room information of the floor other than the floor where the fire occurred and the floor immediately above. In addition, the presence information of the floor where the fire occurred and the floor immediately above may be simultaneously displayed on the same screen.

  FIG. 4 is an explanatory diagram showing a display screen of the cooperative display device in which the room information is displayed together with the number of people in characters. The display screen of the linked display device 50 shown in FIG. 4 displays the room in which a person is present and the number of people in the room as the room information 56, and further divides the number of people in the room into male and female. Are displayed.

  By displaying the in-room information 56 by the cooperation display device 50, the fire brigade can take measures such as proceeding with confirmation from a room with a large number of people. In addition, by displaying the numbers of men and women separately, the fire brigade can take measures such as proceeding with confirmation from a room with a large number of women.

  FIG. 5 is an explanatory view showing a display screen of the cooperative display device in which the room information is displayed in text together with the number of persons and the person requiring care at the time of disaster. The display screen of the cooperative display device 50 shown in FIG. 5 displays the room in which a person is present and the number of people in the room as the room information 56, and is also required in the event of a disaster such as an elderly person, a child, or a disabled person. It displays that the caregiver is in the room. Furthermore, the cooperation display device 50 displays the room in which the person requiring care at the time of the disaster is present at the top so that the priority is high.

  By displaying the presence information 56 by the cooperation display device 50 as described above, the fire brigade gives priority to the room in which the person requiring care at the time of disaster, such as an elderly person, a child, or a disabled person who is likely to have escaped late, was present. It is possible to take measures such as confirming the situation in advance, and it becomes possible to perform rescue activities with priority given to the care recipient in the event of a disaster.

(Display of occupancy information by text and map)
FIG. 6 is an explanatory diagram showing a display screen of the cooperative display device in which the room presence information is displayed by characters and a map. The display screen of the linked display device 50 shown in FIG. 6 displays a map 60 showing the presence of a room, in addition to the presence information 56 of character information. The map 60 is a layout map of the first floor, which is the floor on which the fire occurred. 1, No. 4 and No. Room No. 1, Room No. 4, and Room No. 7 shown by 7, for example, may be colored and displayed in red, and may be displayed as flicker if necessary. A fire outbreak mark 62 is displayed in room 7 of 7.

  By displaying the room presence information 56 by the cooperation display device 50 as described above, the fire brigade confirms, in addition to the character presence information 56, the room and the place where there was a room on the floor where the fire occurred from the map 60, You can go to the room you were in and quickly check if there is any person who was late.

  FIG. 7 is an explanatory view showing a display screen of the cooperative display device in which the room presence information is displayed in characters and a map together with the number of people. In addition to the room presence information 56 using the same character information as in FIG. 4, a map 60 showing the room presence is shown. Is displayed. In addition, the No. displayed in red in the map 60, which indicates that there is a room, is displayed. 1, No. 4 and No. The number of persons in the room is displayed for Room 1, Room 4, and Room 7 indicated by 7.

  By displaying the room presence information 56 and the map 60 by the cooperation display device 50 as described above, the fire brigade can take measures such as proceeding with confirmation from a room with a large number of people, and by displaying the number of people separately for men and women. The fire brigade can take measures such as proceeding with confirmation from a room with a large number of women.

  FIG. 8 is an explanatory view showing a display screen of the cooperative display device in which the room presence information is displayed in the form of characters and a map together with the number of people and persons requiring care at the time of disaster, in addition to the room presence information 56 using the same character information as shown in FIG. The map 60 indicating the room is displayed. In addition, the No. displayed in red in the map 60, which indicates that there is a room, is displayed. 1, No. 4 and No. With regard to room 1, room 4, and room 7 shown in FIG. 7, the number of people who were in the room is displayed, and the No. As for room 1 indicated by 1, the elderly person's room 64 is displayed by blowing out.

  By displaying the room presence information 56, the map 60, and the elderly person room 64 by the cooperation display device 50, the fire brigade can find a person requiring nursing care during a disaster, such as an elderly person who is likely to have escaped late. It is possible to take measures such as prioritizing confirmation from the room where it used to be, enabling more reliable rescue activities that prioritize care recipients in the event of a disaster.

[Embodiment of unlocking control by manual operation from receiver]
As another embodiment of the disaster prevention cooperation equipment according to the present invention, in addition to the disaster prevention cooperation equipment shown in FIGS. 1 and 2, a signal is sent from the receiver 12 of the fire alarm equipment 100 to the entrance / exit management control panel 18 of the entrance / exit management equipment 200. The receiver control unit has a function of remotely connecting and disconnecting an electric lock by sending an unlock control signal directly to the entry / exit management control panel 18 by operating the operation unit 36 provided in the receiver 12. 30.

  In the embodiment of FIG. 1, when a fire is detected by the receiver 12, the entry / exit management control of the fire-occurring floor and the floor immediately above the floor via the adapter 42 via the client device 15-2 of the entry / exit management facility 200. Although a fire notification signal is transmitted to the panel 18 and the electric locks 22 on the floor where the fire occurred and the floor immediately above are unlocked at the same time, depending on the evacuation route and the status of the building, you may want to manually operate the electric lock 22. is assumed.

  In addition, since the electric lock 22 is manually operated, it is possible to log in and operate the entrance / exit center facility 15, but in a confused situation due to a fire, log in to the entrance / exit center facility 15 and manually operate the electric lock 22. I doubt that the operation can be done quickly. Further, the entry / exit center facility 15 of the entry / exit management facility 200 is backed up by the uninterruptible power supply when a power failure occurs, but it shuts down in about several minutes and becomes inoperable during a power failure due to a fire.

  In order to solve such a problem, according to the present embodiment, the unlocking control signal is directly sent to the entrance / exit management control panel 18 by the manual operation of the operation unit 36 provided in the receiver 12, and the fire occurrence floor and the fire occurrence occur. It is possible to remotely unlock any electric lock 22 according to the district, the evacuation route, the situation of the building, etc. In addition, for a power failure due to a fire, the receiver 12 switches to a standby power source and operates for a fixed time (for example, 30 minutes or more) defined in the standard, so even when a power failure due to a fire occurs, the reception is performed for a time required for evacuation guidance. The electric lock 22 can be operated from the machine 12.

  In the present embodiment, when a fire is detected by the receiver 12 of the disaster prevention monitoring equipment 100 shown in the embodiments of FIGS. 1 and 2, the presence / absence of a room existing in at least the fire occurrence area from the entrance / exit management equipment 200 is detected. It is also possible to use cooperative equipment that does not include a cooperative display device that acquires and displays room information.

[Modification of the present invention]
(Availability confirmation display)
The cooperative display device 50 of the above-described embodiment changes the presence information of the room whose presence confirmation has been completed to a display content indicating confirmation completion by a predetermined operation by the operation unit 36 of the receiver 12, or displays it. You may display it by lowering the priority. As a result, it is possible to emphasize the presence information of the room that has not been confirmed by the firefighters.

(Fixed display and updated display of occupancy information)
The linked display device 50 of the above-described embodiment fixedly displays the occupancy information acquired immediately after the fire occurs, or acquires the occupancy information reflecting the entrance / exit information after the fire from the entrance / exit management facility 200. Then, it may be updated and displayed. As a result, with respect to the room in the fire occurrence area such as the fire occurrence floor or the floor directly above where the electric lock 22 is unlocked in response to the fire, the entrance / exit management by the entrance / exit management facility 200 is performed by unlocking the electric lock 22 thereafter. Since it is not done, it is necessary to display the fixed information in the room information immediately after the fire. On the other hand, for rooms in areas away from the fire occurrence area where the electric lock has not been unlocked in response to a fire, the room information that reflects the subsequent entry / exit information is used to ensure real-time presence. Information can be displayed.

(Cooperation between P-type disaster prevention monitoring equipment and access control equipment)
In the above-described embodiment, an example is shown in which the R-type disaster prevention monitoring equipment and the entrance / exit management equipment are linked to display the presence information at the time of a fire. The presence information may be displayed when a fire occurs by linking the monitoring equipment with the entrance / exit management equipment.

(Access control equipment)
In addition, the entrance / exit management facility is common in that it has an electric lock with an authentication device such as a card reader, but its control mode is various, and the occupancy information obtained by the reading authentication of the card reader is stored and managed. It suffices if it is sufficient, and the present invention is not limited to the above embodiment.

  Further, the present invention includes appropriate modifications that do not impair the object and advantages thereof, and is not limited by the numerical values shown in the above embodiments.

10: Building 11: Disaster prevention center 12: Receiver 14, 24: Transmission unit 15: Entrance / exit center facility 15-1: Center device 15-2: Client device 16: Analog sensor 18: Entrance / exit management control panel 20: Card Reader 22: Electric lock 26: LAN
30: receiver control unit 32: transmission unit 34: display unit 36: operation unit 38: alarm unit 40: notification unit 42: adapter 50: cooperation display device 52: fire display 54: fire occurrence location 56: presence information 58 : Operation button 60: Map 100: Disaster prevention monitoring equipment 200: Access control equipment

Claims (1)

Disaster prevention monitoring equipment that detects fires in each of the predetermined warning areas,
An entrance / exit management facility that stores and manages user occupancy information,
When a fire is detected by the disaster prevention monitoring facility, a cooperative display device that displays the information about the presence of the room,
The cooperation display device can switch and display in-room information of an area including a fire occurrence location and in-room information of an area that does not include a fire occurrence location as separate screens. A disaster prevention cooperation facility, characterized in that, when a screen relating to occupancy information of an area that does not include a fire location is displayed, after a lapse of a predetermined time, the screen is switched to a screen display relating to occupancy information of an area that includes the fire occurrence location.

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