JP2006155291A - Disaster prevention receiver - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To enable even an operator unfamiliar with a disaster prevention receiver to simply and quickly restore a working terminal device. <P>SOLUTION: The disaster prevention receiver 10 is communicably connected with interlocking devices for activating predetermined mechanism in response to a warning signal and terminal devices such as a fire alarm and the like, and shifts from the normal monitoring state to the fire alarm state in a case of receiving the warning signal and displays on a display unit 30 the status of working terminal devices and guidance for confirming whether fire occurs or not. The disaster prevention receiver 10 is provided with a simple restoration switch S4 for restoring the working terminal devices 3 and the receiver itself in a predetermined procedure, transmits a restoration signal to the automatic restoration terminal for restoration in case the simple restoration switch S4 is turned on in the fire alarm state, and resets the state of the receiver itself to the normal monitoring state when receiving the normal signal from all the working terminal devices 3 and the working terminal device 3 is eliminated. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a disaster prevention receiver including a display unit that is connected to a terminal device such as a fire detector and displays information related to the terminal device.

  When receiving a warning signal or fire signal from a terminal device such as a detector or transmitter, the disaster prevention receiver that controls the disaster prevention system transitions from the normal monitoring state to the fire alarm state, and the fire location is displayed on the display. In addition to displaying, interlock control of necessary smoke prevention terminal etc. is performed. With this configuration, the operator can recognize the fire place displayed on the display unit of the receiver and go straight to the site to confirm whether or not a fire has actually occurred. When a fire actually occurs, necessary work, for example, contact with the fire department, conduct fire broadcasting, evacuation guidance, etc. is performed. On the other hand, if there is no fire, the display screen displaying the alarm recovery operation and the location of the fire is deleted, and the disaster prevention receiver is returned to the normal monitoring state.

  Here, the disaster prevention receiver is provided with a restoration switch for transmitting a restoration signal to the terminal device in order to reset the display state of the disaster prevention receiver and various interlocking functions and restore the preset terminal device. ing. Further, in order to return the disaster prevention receiver to the normal monitoring state, it is necessary to individually perform a recovery operation for terminal devices other than those set in advance. For example, when the smoke evacuation terminal is activated by the alarm of the sensor or when the transmitter is pressed, it is necessary to go to the site and perform a recovery operation of the smoke evacuation terminal or the transmitter.

  If the recovery operation of this terminal device is not performed reliably and the reset to the normal monitoring state of the disaster prevention receiver is performed, an operation signal is sent from the active terminal device to the disaster prevention receiver and reset. Nevertheless, the location of the fire is displayed on the display unit of the disaster prevention receiver or the operation of the smoke prevention terminal is displayed. However, it is difficult for an operator unaccustomed to the recovery operation to reliably grasp such a complicated recovery operation procedure, and the disaster prevention receiver cannot be easily returned to the normal monitoring state.

  Therefore, for example, as shown in FIG. 13, a display screen W200 showing a recovery operation procedure at the time of non-fire is known. However, on the above-described display screen W200, only the outline of the work procedure of the recovery operation is shown by characters and the like, and detailed work procedures and operation diagrams are not individually shown. For this reason, it is difficult for an operator who is still unfamiliar with the recovery operation to reliably perform all the recovery operations described above.

Therefore, when a non-fire confirms that a non-fire has been input by the operator to the operation means, a plurality of non-fire guidance display screens indicating the work procedures required until the recovery operation is switched are displayed on the display means. A fire alarm device has been devised (see, for example, Patent Document 1).
JP-A-8-96271

  However, in the above-described conventional fire alarm device (for example, Patent Document 1), a plurality of non-fire guidance display screens are switched to display a detailed recovery operation procedure. This is for the purpose of confirming the location of the detected sensor and the cause of the report one by one, and the work procedure of the recovery operation was still difficult to understand for workers unfamiliar with the recovery operation. . In addition, in order to pursue the cause of the report, it is necessary to perform a confirmation / recovery operation for each terminal device, and there is a problem that the recovery operation takes time and effort.

  An object of the present invention is to provide a disaster prevention receiver that can easily and quickly restore a terminal device that is operating even if an operator is unfamiliar with the operation of the disaster prevention receiver.

In order to solve the above problem, the invention according to claim 1
Normal when connected to a terminal device (for example, terminal device 3 in FIG. 1 (a)) such as an interlocking device that activates a predetermined mechanism in conjunction with the alarm signal and a fire detector and receives the alarm signal. A display unit (for example, FIG. 1A) that makes a fire alarm by transitioning from a monitoring state to a fire alarm state and confirms whether the terminal device is in operation and whether a fire has occurred. In the disaster prevention receiver (for example, the disaster prevention receiver 10 in FIG. 1A) displayed on the display unit 30)
A first recovery switch (for example, manual recovery operation switch S15 in FIG. 11) for collectively recovering a predetermined terminal device and its own device among the operating terminal devices;
A second restoration switch for restoring the terminal device in operation by the test operation;
A third recovery switch (for example, simple recovery switch S4 in FIG. 3) for recovering the operating terminal device and its own device according to a predetermined order;
When the first recovery switch is operated in a fire alarm state, first recovery control means (for example, FIG. 1) performs a recovery signal to the predetermined terminal device and reset control to the normal monitoring state of the own device. (B) CPU 11);
When the second recovery switch is operated, second recovery control means (for example, the CPU 11 in FIG. 1B) that performs control to transmit the recovery signal to the terminal device that is operating by the test operation to recover the terminal device. When,
When the third recovery switch is operated in the fire alarm state, a recovery signal is sent to a terminal device that is set in advance so that it can be recovered remotely without requiring on-site recovery work. When a normal signal is received from all operating terminal devices, including terminal devices that require on-site recovery work, and there are no operating terminal devices, Third recovery control means (for example, the CPU 11 in FIG. 1B) that performs control for resetting to the normal monitoring state;
It is characterized by having.

  According to the first aspect of the present invention, when the alarm signal is received and the fire alarm is performed from the normal monitoring state to the fire alarm state, the third recovery switch is operated to A recovery signal is transmitted to terminal devices set in advance so that remote recovery is possible without requiring recovery work, and these terminal devices can be recovered collectively. Thereby, the recovery process can be performed easily and quickly. Also, when normal signals are received from all operating terminal devices including terminal devices that require restoration work at the site and there are no terminal devices in operation, the state of the device is transitioned to the normal monitoring state. For this reason, it is possible to prevent the disaster prevention receiver from transitioning to the fire alarm state again by inputting a signal indicating that the terminal device is operating from the operating terminal device. Thereby, the disaster prevention receiver can be reliably reset to the normal monitoring state, and the recovery process can be completed.

The invention according to claim 2 is the disaster prevention receiver according to claim 1,
The display unit is a touch panel type display unit,
It is further characterized by further comprising recovery switch display control means (for example, the CPU 11 in FIG. 1B) for displaying at least one of the first to third recovery switches on the display unit.

  According to the second aspect of the present invention, the first to third recovery switches are displayed on the display unit on the touch panel type display unit, and the operability is improved by enabling the touch operation on the display unit. Can do.

Moreover, invention of Claim 3 is a disaster prevention receiver of Claim 1 or 2,
The terminal device includes a remotely recoverable device that can be remotely recovered by a recovery signal (for example, the fire detector 3a in FIG. 1A), and a remotely unrecoverable device that cannot be remotely recovered ( For example, there is a transmitter 3b) in FIG.
When the third switch is operated, an operation diagram (for example, the sub screen 105b in FIG. 6) of the device for recovering the device that cannot be remotely recovered in the field in response to the operator's operation. An operation procedure display control unit (for example, the CPU 11 in FIG. 1B) that performs control to display on the display unit is further provided.

  According to the third aspect of the present invention, it is possible to accurately grasp the restoration processing procedure in the field by browsing the operation diagram of the device that cannot be remotely restored displayed on the display unit, and is unfamiliar with the restoration operation. Even an operator can easily perform recovery processing for devices that cannot be remotely recovered.

The invention according to claim 4 is the disaster prevention receiver according to claim 1 or 2,
The terminal device includes a remotely recoverable device that can be remotely recovered by a recovery signal and a remote unrecoverable device that cannot be remotely recovered,
When the third recovery switch is operated in a fire alarm state, the remote recovery impossible device list display control unit (for example, FIG. 1) performs control to display a list of active remote recovery impossible devices on the display unit. (B) CPU 11) is further provided.

  According to the fourth aspect of the present invention, it is possible to easily grasp an operating device that cannot be remotely recovered and requires a recovery operation at the site, and can reliably perform the recovery process.

The invention according to claim 5 is the disaster prevention receiver according to claim 2,
The terminal device includes a remotely recoverable device that can be remotely recovered by a recovery signal and a remote unrecoverable device that cannot be remotely recovered,
The remotely recoverable device includes a batch recovery setting device (for example, the district bell 3d in FIG. 1 (a)) set in advance to allow batch recovery control by the third recovery control means, 3 and a collective restoration setting release device (for example, smoke prevention equipment 3c in FIG. 1A) set in advance as not permitting collective restoration control by the restoration control means 3;
In the case of the recovery control by the third recovery control means, if there is a collective recovery setting release device in operation, a fourth recovery switch (for example, the terminal of FIG. 8) for recovering the collective recovery setting release device. A fourth restoration switch display control means (for example, the CPU 11 in FIG. 1B) for displaying the switch S12) for restoring the display on the display unit;
A fourth recovery control means (for example, the CPU 11 in FIG. 1B) for performing control to transmit a recovery signal to the batch recovery setting release device and perform recovery when the fourth recovery switch is touched;
Is further provided.

  According to the fifth aspect of the present invention, it is possible to easily grasp the presence of the remotely recoverable equipment that is not recovered by the third recovery control means and is recovered collectively by the third recovery means. The collective recovery setting device can be distinguished from the collective recovery setting release device that is not recovered collectively by the third recovery means, and the recovery processing can be selectively performed according to the function or type of the terminal device.

The invention according to claim 6 is the disaster prevention receiver according to any one of claims 2 to 5,
When the third recovery control means makes a transition from the fire alarm state to the normal monitoring state, the recovery completion display control means (for example, CPU 1 in FIG. 1B) displays the completion of the recovery on the display unit. Is further provided.

  According to the invention described in claim 6, it is possible to easily confirm the completion of restoration of the terminal device by browsing the display unit of the disaster prevention receiver.

  According to the present invention, even an operator who is unfamiliar with the operation of the disaster prevention receiver can perform the recovery operation with a simple operation, and easily grasp the recovery operation of the terminal device to be recovered quickly. Recovery processing can be performed.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. However, the scope of the invention is not limited to the illustrated examples.

1. Functional Configuration FIG. 1A shows a schematic configuration of a disaster prevention system 1 including a disaster prevention receiver 10 as an example of the present embodiment. The disaster prevention system 1 is an R-type system including a disaster prevention receiver 10, repeaters 2, 2 and the like. The disaster prevention receiver 10 is connected to the fire detector 3a, transmitter 3b, smoke prevention equipment 3c (smoke prevention terminal) such as fire doors and smoke outlets, district bell 3d, etc. A large number of terminal devices 3 are connected. When the repeaters 2 and 2 receive a notification signal from the connected terminal device 3, the corresponding terminals from the setting data (address, type, installation location, etc. of the terminal device) stored in the storage means (not shown) The address of the device 3 is searched, and the address is added to the notification signal and transmitted to the disaster prevention receiver 10. Reference numeral 4 denotes a fire display device installed at a location away from the disaster prevention receiver 10 and displays predetermined information when a fire occurs. In FIG. 1A, only two repeaters 2 are shown for convenience, but three or more repeaters 2 may be connected. It is also well known that one repeater is connected to one terminal device as a sensor repeater, transmitter repeater, and smoke prevention terminal repeater.

  The disaster prevention receiver 10 performs overall control of the disaster prevention system 1 and monitors events such as fires and gas leaks in a normal monitoring state, for example. Further, when an event occurs, the state transits to a fire alarm state, and predetermined information is displayed on the display unit (FIG. 1 (b)) 30 or the smoke prevention equipment 3c is interlocked with reception of the alarm signal. And drive control of the district bell 3d and the like.

  Specifically, when the disaster prevention receiver 10 receives a notification signal to which an address is added by each repeater 2, the disaster prevention receiver 10 changes its own state from a normal monitoring state to a fire alarm state, and operates based on the address. The fire detector 3 a or the transmitter 3 b is detected, an alarm screen is displayed on the fire display device 4 and the display unit 30, and an alarm sound is output from the sound output unit 18. Moreover, when the disaster prevention receiver 10 receives the notification signal, the disaster prevention receiver 10 drives and controls the terminal devices 3 such as the smoke prevention equipment 3c and the district bell 3d, which are set in advance to be linked to the notification signal. A fire alarm is issued by outputting a control signal to the smoke exhaust equipment 3c, the district bell 3d, and the like.

  In the case of a non-fire, the disaster prevention receiver 10 controls the disaster prevention system 1 and resets its own state from a fire alarm state to a normal monitoring state. For example, the disaster prevention receiver 10 causes the display unit 30 to display a recovery switch (a “manual recovery operation” switch S15 described below) for collectively recovering the predetermined terminal device 3 and its own device in operation. In response to the operation of the recovery switch, transmission of a recovery signal to a predetermined terminal device 3 and reset control to the normal monitoring state of the own device are performed.

  In addition, the disaster prevention receiver 10 displays on the display unit 30 a recovery switch (a “easy recovery” switch S4 described later) for recovering the operating terminal device 3 and its own device according to a predetermined order in a fire alarm state. When the recovery switch is operated in the fire alarm state, the terminal device 3 that is in operation is restored to the terminal device 3 that is set in advance so that it can be restored remotely without requiring on-site restoration work. Operates by sending signals to restore and receiving normal signals (signals received by the receiver in the normal monitoring state) from all operating terminal devices 3 including those that need to be restored on site When the terminal device 3 inside disappears, the own device is reset to a normal monitoring state.

  Furthermore, the disaster prevention receiver 10 causes the display unit 30 to display an operation diagram of the terminal device 3 for recovering the terminal device 3 that cannot be recovered remotely by a recovery signal at the site. In addition, when the simple recovery switch S4 is operated, if there is a terminal device 3 that can be remotely recovered during the recovery control by the simple recovery switch S4, a list of the terminal devices 3 (list) ) Is displayed on the display unit 30 and a recovery switch for restoring the terminal device 3 (a “return terminal” switch S12 described later) is displayed on the display unit 30, and the switch S12 for returning the terminal is operated. If it is, control is performed to restore the corresponding terminal device 3 by transmitting a restoration signal.

  Here, among the terminal devices 3 described above, an automatic recovery terminal (collective recovery setting device), which is set in advance as allowing collective recovery control by operating the simple recovery switch S4, is remotely connected by a recovery signal. Can be restored, but the terminal device 3 set in advance as not allowing the collective restoration control by operating the simple restoration switch S4 is remotely operated by the remote operation terminal (collective restoration setting release device) and remotely restored by the restoration signal. The terminal device 3 that cannot be recovered and is restored at the site is called a site restoration terminal (device that cannot be remotely restored).

  FIG. 1B is a control block diagram illustrating a main configuration of the disaster prevention receiver 10. In the disaster prevention receiver 10, a CPU 11, a RAM 12, a ROM 13, and I / Fs (interfaces) 14 a to 14 g are connected to each other via a bus so as to be able to input and output data. Moreover, each repeater 2 is connected via I / F14a, and the fire display apparatus 4 is connected via I / F14b. Furthermore, the display part 30, the operation part 15, the indicator lamp 16, the printing part 17, and the sound output part 18 are connected via I / F14c-14g.

  The CPU 11 controls various processes in the disaster prevention receiver 10 using the RAM 12 as a work area according to the control program and control data in the ROM 13. The RAM 12 stores detection data and information. The ROM 13 stores control programs and control data used for various processes of the disaster prevention receiver 10. For example, the ROM 13 stores the terminal device 3 and the like that are operated in conjunction with each other when the alert signal is received, and permits collective recovery control by operating the simple recovery switch S4. The terminal device 3 set in advance is stored as automatic recovery terminal data. Further, the CPU 11 is provided with a timer circuit 11a for measuring a certain time.

  The operation unit 15 includes switches and buttons for performing various operations such as interlocking stop and fire recovery, a touch panel provided so as to cover the display unit 30, and the like. The indicator lamp 16 is lit to notify the occurrence of a fire or the like, and includes an LED (light emitting diode). The printing unit 17 prints out that a notification signal has been received. The sound output unit 18 outputs an alarm sound by outputting an alarm or a voice message.

  The display unit 30 is for displaying various functions and for selecting the displayed functions. The display unit 30 includes a touch panel type liquid crystal display (LCD), displays various functions and information, displays switches associated with predetermined functions, and performs various functions by touching the switches. Is to execute.

2. Display Screen Examples Various display screens displayed on the display unit 30 will be described with reference to FIGS. FIG. 2 is a diagram illustrating an example of the initial screen W101 in the normal monitoring state. As shown in FIG. 2, the initial screen W101 includes a main screen 101a that mainly displays functions and information, a sub-screen 101b that is provided on the right side of the main screen 101a and displays messages, various switches, and the like for the operator. A tab display portion 101c including tab buttons and a title portion 101d indicating the title and date of the currently displayed screen are provided.

  The main screen 101a is classified into three areas, and is classified into events of “fire”, “smoke prevention / various indications”, and “gas leak” from the top, and a terminal that is activated when the event is issued Information about the device 3 is displayed. Further, on the right side of each area, a feed button for displaying information that is not displayed when four or more pieces of information regarding the terminal device 3 are displayed is provided. Note that no event has occurred on the initial screen W101 in the normal monitoring state, so no information is displayed on the main screen 101a. Accordingly, the feed button is displayed in a light display color and cannot be operated.

  The sub screen 101b displays a message for the worker and various switches. Specifically, a message such as “The following operation can be performed after selecting an alarm message” and switches S1 to S6 are displayed. The switches S1 to S6 are assigned with functions of “trend graph”, “corresponding guide”, “overall map”, “easy recovery”, “printing stop”, and “screen erase”, respectively, and are operated by the operator. The corresponding function is realized.

  For example, when the “trend graph” switch S1 is operated, the trend graph of the terminal device 3 that has issued the event is displayed. When the “response guide” switch S2 is operated, guidance on how to respond to the event is displayed. When the “overall map” switch S3 is operated, a floor diagram on which the terminal device 3 that has issued the event is installed is displayed.

  The “trend graph” switch S1, the “corresponding guide” switch S2, and the “overall map” switch S3 are information on one of the information related to the terminal device 3 displayed on the main screen 101a when an event is issued. This switch is operable when is selected. Therefore, the initial screen W101 in which no event has occurred is displayed in a light display color and cannot be operated.

  Further, when the “simple recovery” switch S4 is operated, a recovery process described later is started. The “simple recovery” switch S4 is a switch that can be operated after an event occurs (that is, after transition to the fire alarm state), and is a switch that is operated when there is no fire. Therefore, in the initial screen W101 in which no event has occurred, the “simple recovery” switch S4 is displayed in a light display color and cannot be operated. Further, the “print stop” switch S5 is a switch for stopping the printing process started in response to the occurrence of the event, and the “screen erase” switch S6 is for non-displaying the currently displayed screen. Switch.

  The tab display portion 101c is provided with various tab buttons T1 to T6. The tab buttons T1 to T6 are respectively “1 alarm”, “2 abnormal / failure”, “3 smoke prevention control”, and “4 interlock stop”. ”,“ 5 training ”, and“ screen list ”are associated with each other. That is, when the operator operates each tab button, the corresponding screen is switched and displayed. In the title portion 101d, for example, “100 alarm” and “Friday, March 26, 2000 (Friday) 09:30” are displayed as the title and date of the currently displayed screen. Has been.

  FIG. 3 is a diagram illustrating an example of an alarm screen W102 displayed on the display unit 30 when a notification signal is received from the terminal device 3. As shown in FIG. 3, the main screen 102a displays information related to each terminal device 3 in association with “fire”, “smoke prevention / various display”, and “gas leak”, respectively. For example, in the item “fire”, the number of operating terminal devices “1 (total 1)” and the information “001 main building 01 floor 0001 ... Is displayed.

  In the item “Smoke prevention / various display”, the number of operating terminal devices “5 (total 5)” and information on the terminal device 3 “001 main building 01 floor 0101...” Are displayed. Moreover, in order to be able to display the information regarding the terminal device 3 that is not displayed, the feed button is displayed in a display mode that can be operated. In the “gas leak” item, information regarding the terminal device 3 is not displayed, and there is no terminal device 3 operating in response to the gas leak event notification, that is, no gas leak has occurred. ing.

  On the sub screen 102b, switches S1 to S6 are displayed in a display mode in which the “easy restoration” switch S4 and the “printing stop” switch S5 can be operated. The “trend graph” switch S1, the “corresponding guide” switch S2, the “overall map” switch S3 and the “screen erase” switch S6 are displayed in a light display color and cannot be operated.

  Here, when information related to any of the terminal devices 3 is selected on the main screen 102a, the “trend graph” switch S1, the “corresponding guide” switch S2, and the “overall map” switch S3 are displayed in an operable manner. Is displayed. Note that if an event such as a fire or a gas leak has occurred, the “screen erase” switch S6 remains disabled.

  The tab display unit 102c and the title display unit 102d are configured in substantially the same manner as the initial screen W101 described above, and thus detailed description thereof is omitted.

  Next, the screen transition when the “easy recovery” switch S4 is operated on the alarm screen W102 will be described. FIG. 4 is a diagram showing an example of a recovery-in-progress screen W103 displayed when the “easy recovery” switch S4 is operated. As shown in FIG. 4, the main screen and the sub screen are not displayed on the recovery-in-progress screen W103, and a message for the worker is displayed in the center of the screen. Specifically, messages such as "Recovering easily!" And "Please wait for a while" are displayed, "Bell (district sound) has been stopped.", "Receiver sound has been stopped." , "Sensor alarm has been released" and "Interlocking function has been stopped." Further, a “stop operation” switch S7 is provided at the lower right of the recovery screen W103. When the switch S7 is operated, the simple recovery processing is stopped and the display is switched to the alarm screen W102.

  Here, the disaster prevention receiver 10 displays the recovery-in-progress screen W103, the fire detector 3a that outputs the alarm signal, the district bell 3c that is driven and controlled in conjunction with the alarm signal, and the disaster alarm receiver 10 A recovery signal is transmitted to the sound output unit 18 and other terminal devices 3 that are driven and controlled in conjunction with each other, and each terminal device 3 and the disaster prevention receiver 10 itself (system) are collectively recovered. Details of the process will be described later.

  Subsequently, when the recovery-in-progress screen W103 is displayed for a predetermined time (for example, 3 seconds), the screen transitions to the site recovery terminal screen W104. FIG. 5 is a diagram illustrating an example of the site recovery terminal screen W104. As shown in FIG. 5, the main screen 104a displays a message for the worker, the number of target site recovery terminals, and a list of target site recovery terminals.

  Specifically, in the upper part of the main screen 104a, a message such as “The following terminals cannot be returned automatically. Please restore them on site”, “Number of target terminals in operation: 3 (total 5) "The number of on-site recovery terminals is displayed. Here, “number of active target terminals: 3” means that there are 3 active site recovery terminals, and “total number of 5” means that there are 3 active site recovery terminals in operation. This indicates that there are five terminal devices 3. That is, these five cases include three on-site recovery terminals and two remote operation terminals.

  In the lower part of the main screen 104a, as the list of site recovery terminals, information including the location of the site recovery terminal, the type of the site recovery terminal, and the operating status is displayed as, for example, “Main Building 01F 0111 Convention Room Transmitter Operation”. It is displayed.

  A message for the operator and various switches are displayed on the sub screen 104b. Specifically, a message such as “The following button operations can be performed after selecting an alarm message” and switches S7 to S8 are displayed. The switches S7 to S8 are assigned with functions of “how to return the terminal” and “cancel the operation”, and the corresponding functions are realized when operated by the operator. For example, when the “terminal return” switch S8 is operated, an operation diagram showing a detailed recovery procedure for recovering the site recovery terminal selected on the main screen 104a on the site is displayed on the sub screen 104b. . Further, when the “stop operation” switch S7 is operated, the simple recovery process is stopped, and the on-site recovery terminal screen W104 is switched to the alarm screen W102.

  Next, a screen transition when the “terminal return” switch S8 is operated on the site restoration terminal screen W104 will be described. FIG. 6 is a diagram showing an example of a recovery procedure screen W105 displaying an operation diagram showing a detailed recovery procedure for recovering the site recovery terminal at the site. As shown in FIG. 6, information similar to the main screen 104a of the on-site recovery terminal screen W104 is displayed on the main screen 105a, and “transmitter” is selected from the on-site recovery terminals displayed in the list. Indicates the state.

  The sub-screen 105b displays an operation diagram showing a detailed recovery procedure for recovering the selected “transmitter” on site. Specifically, the sub-screen 105b displays an external view of the transmitter 3b and a sentence explaining a procedure to be operated according to the external view. Further, switches S10 to S11 are displayed on the sub screen 105b, and the functions of “other terminals” and “erase” are associated with the switches S10 to S11, respectively.

  For example, when the “other terminal” switch S10 is operated, an operation diagram for the site restoration terminal (for example, “fire door”) displayed in the lower part of the transmitter currently selected on the main screen 105a is shown. Transition to the screen. When the “erase” switch S11 is operated, the sub screen 105b is not displayed.

  Next, the screen transition when another site restoration terminal is selected on the main screen 105a and the “other terminal” switch S10 is operated will be described. FIG. 7 is a diagram showing an example of a recovery procedure display screen W106 when “fire door” is selected as another on-site recovery terminal. As shown in FIG. 7, information similar to the main screen 104a of the on-site recovery terminal screen W104 is displayed on the main screen 106a, and “fire door” is selected among the on-site recovery terminals displayed in the list. Indicates the state.

  The sub-screen 106b displays an operation diagram showing a detailed restoration procedure for restoring the selected site restoration terminal “fire door” on site. Specifically, the sub-screen 106b displays an external view of the fire door and a sentence explaining a procedure to be operated according to the external view. The sub-screen 106b is provided with an “erase” switch S11. In the main screen 106a, since the field recovery terminal displayed at the bottom of the list of field recovery terminals displayed in the list is selected, the “other terminal” switch S10 is not displayed.

  Here, when a normal signal is transmitted to the disaster prevention receiver 10 from the site restoration terminal that has been restored by the restoration operation at the site by the operator, the disaster prevention receiver 10 is displayed on the site restoration terminal screens W104 to W106. Delete the corresponding field recovery terminal from the field recovery terminal list. Then, when the restoration operation is performed on the site for each site restoration terminal in operation and the normal signal is received from all the site restoration terminals, the disaster prevention receiver 10 displays the remote operation terminal display from the site restoration terminal screens W104 to W106. The screen is changed to the screen W107.

  FIG. 8 is a diagram illustrating an example of the remote operation terminal display screen W107. As shown in FIG. 8, the main screen 107a displays a message for the worker, the number of target remote operation terminals, and a list of target remote operation terminals. Specifically, in the upper part of the main screen 107a, a message such as “The following terminals can be restored remotely from the receiver” and the number of remote operation terminals such as “number of target terminals being worked on” are displayed. It is displayed.

  In the lower part of the main screen 107a, as a list of remote operation terminals, information including the location of the remote operation terminal, the type of the remote operation terminal, and the operating state is, for example, “main building 01 floor 0101 convention room smoke exhaust operation "Is displayed.

  A message for the worker and various switches are displayed on the sub screen 107b. Specifically, use the “Return to device” button to restore the device. And the switches S7 and S12 are displayed. A function of “stop operation” is assigned to the switch S7, and a function of “return terminal” is assigned to the switch S12. Specifically, when the “return terminal” switch S12 is operated, a recovery signal is transmitted to the two remote operation terminals “smoke vents” selected on the main screen 107a, and remote recovery is performed. The terminal device 3 that can perform the recovery is performed. When the “Cancel operation” switch S7 is operated, the simple restoration process is stopped and the screen is changed to the alarm screen W102.

  Then, when the restoration operation is finished for each terminal device 3 and normal signals are received from all operating terminal devices 3, an end confirmation screen W108 is displayed. Here, the disaster prevention receiver 10 displays the end confirmation screen W108 and resets the state of the own device from the fire alarm state to the normal monitoring state.

  FIG. 9 is a diagram showing an example of the end confirmation screen W108. As shown in FIG. 9, a message for the operator and a switch S13 are displayed on the end confirmation screen W108. Specifically, a message such as “Returned to the normal monitoring state. Press the end confirmation button.” And a switch S13 to which the function of “end confirmation” is assigned are displayed. When the switch S13 is operated, the end confirmation screen W108 is not displayed, that is, the simple recovery process is ended and the display screen is turned off.

  In the alarm screen W102 shown in FIG. 3, when information on the terminal device 3 is selected on the main screen 102a and the “corresponding guide” switch S2 is operated, a fire guidance screen W109 showing an operation procedure at the time of fire occurrence is displayed. Is done. FIG. 10 is a diagram illustrating an example of the fire guidance screen W109. As shown in FIG. 10, the main screen 109a displays substantially the same information as the main screen 102a of the alarm screen W102, and displays a state in which information related to one terminal device 3 is selected.

  A message for the worker and various switches are displayed on the sub screen 109b. Specifically, the message “There is a possibility of a fire. Please perform the following work.”, Work procedure (for example, “1. Confirmation of the site” → “Report 2.119” → “3. Fire. Broadcast execution ”→“ 4. Evacuation guidance ”→“ 5. Organizing fire information (report to fire brigade) ”), switches S14 and S16 are displayed. The switch S16 is assigned a “non-fire” function, and the switch S14 is assigned a “window erase” function.

  Here, when the “non-fire” switch S16 is operated, the screen transitions from the fire guidance screen W109 to the non-fire guidance screen W110. Further, when the “window deletion” switch S14 is operated, the sub screen 109b is not displayed and the screen transitions to the alarm screen W102.

  The screen transition when the “when no fire” switch S16 is operated on the fire guidance screen W109 will be described. FIG. 11 is a diagram illustrating an example of the non-fire guidance screen W110. As shown in FIG. 11, information similar to the fire guidance screen 109 is displayed on the main screen 110 a. In addition, a message for the operator and various switches are displayed on the sub screen 110b. Specifically, in the upper part of the sub-screen 110b, “Recover easily when non-fired” or manual operation is performed. Is displayed.

  Further, a switch S4 and a switch S15 are displayed in the middle of the sub-screen 110b. The switch “S4” is assigned a “simple recovery” function, and the switch “S15” is assigned a “manual recovery operation” function. When the “easy recovery” switch S4 is operated, a recovery-in-progress screen W103 shown in FIG. 4 is displayed. The “manual recovery operation” switch S15 corresponds to a so-called conventional recovery switch, and when the “manual recovery operation” switch S15 is operated, the disaster prevention receiver 10 is connected to the operating terminal device. 3, a restoration signal is transmitted to a predetermined terminal device 3 and the device is reset to a normal monitoring state. Further, a switch S14 is displayed in the lower part of the sub-screen 110b, and a function of “delete window” is assigned to the switch S14. When the “delete window” switch S14 is operated, the sub screen 110b is not displayed and the screen transitions to the alarm screen W102.

3. Process Flow Next, the operation of the disaster prevention receiver 10 in the present embodiment will be described. FIG. 12 is a flowchart showing a recovery process executed by the CPU 11 of the disaster prevention receiver 10, and is a flowchart showing a main part of a process related to “easy recovery”.

  As shown in FIG. 12, the CPU 11 determines whether or not a notification signal has been received from the terminal device 3 or the like (step ST2). When the CPU 11 receives the notification signal (step ST2; YES), the CPU 11 starts from the normal monitoring state. State transition to a fire alarm state, and a terminal device 3 that is predetermined to operate in conjunction with the alarm signal or an interlocking device that operates a predetermined mechanism, such as the district bell 3c, the sound output unit of the disaster prevention receiver 10 18. Control signals are transmitted to various interlocking functions and the like to operate these terminal devices 3 and the like (step ST4). Furthermore, the CPU 11 displays a warning screen W102 (see FIG. 3) on the display unit 30 (step ST6).

  Subsequently, the CPU 11 determines whether or not the “simple recovery” switch S4 is operated on the alarm screen W102 (step ST8). Here, when the “simple recovery” switch S4 is not operated and another switch is operated (step ST8; NO), the process proceeds to another process corresponding to the operated switch. On the other hand, when the “easy restoration” switch S4 is operated (step ST8; YES), the CPU 11 restores the terminal device 3 that has transmitted the alert signal and the terminal device 3 that is operated in conjunction with the alert signal. A signal is transmitted to recover these automatic recovery terminals (step ST10).

  Then, the CPU 11 displays the restoring screen W103 (see FIG. 4) on the display unit 30, and determines whether or not a predetermined time has elapsed from the display of the restoring screen W103 by the timer circuit 11a (step ST14). When the predetermined time has elapsed (step ST14; YES), the CPU 11 displays the site restoration terminal screen W104 (see FIG. 5) on the display unit 30 (step ST16).

  Next, in the main screen 104a of the site recovery terminal screen W104, it is determined whether or not one site recovery terminal has been selected and the terminal return switch S8 has been operated (step ST16). When the terminal return switch S8 is operated (step ST16; YES), the CPU 11 displays a recovery procedure screen W105 (see FIG. 6) in which the recovery procedure of the selected site recovery terminal is displayed on the sub screen 105b. 30 (step ST20).

  Further, when another site recovery terminal is selected and another terminal switch S10 is operated on the main screen 105a of the recovery procedure screen W105 (step ST22; YES), the CPU 11 proceeds to step ST20 and is selected. A recovery procedure screen W106 (see FIG. 7) showing the recovery procedure of the site recovery terminal is displayed.

  And CPU11 discriminate | determines whether the normal signal was received from the site restoration terminal (step ST24), and when the normal signal was received from the site restoration terminal restored by the restoration operation at the site (step ST24; YES), It is determined whether or not there is an operating remote control terminal (step ST26). Here, when there is no active remote operation terminal (step ST26; NO), the CPU 11 proceeds to step ST34. On the other hand, when there is an active remote operation terminal (step ST26; YES), the CPU 11 causes the display unit 30 to display a remote operation terminal screen W107 (see FIG. 8) displaying a list of remote operation terminals.

  The CPU 11 determines whether or not the switch S12 for returning the terminal is operated on the remote operation terminal screen W107 (step ST30), and when the switch S12 for returning the terminal is operated (step ST30; YES). The CPU 11 transmits a recovery signal to the remote operation terminal to recover the remote operation terminal (step ST32).

  And CPU11 discriminate | determines whether the normal signal (signal which a disaster prevention receiver receives at the time of a normal monitoring state) was received from all the connected terminal devices 3, and if it confirms having received the normal signal, fire alarm The state is reset from the state to the normal monitoring state, and the normal monitoring state confirmation screen W108 (see FIG. 9) is displayed on the display unit 30 (step ST34). Further, it is determined whether or not the end confirmation switch S13 has been operated on the normal monitoring state confirmation screen W108 (step ST36). When the end confirmation switch S13 has been operated (step ST36; YES), the CPU 11 displays the display unit 30. Is turned off (step ST38), and the recovery process is terminated.

4). As described above, the disaster prevention receiver 10 according to the present embodiment is communicatively connected to a terminal device such as an interlocking device or a fire detector that operates a predetermined mechanism in conjunction with the alarm signal. When the display unit 30 receives a guidance, the display unit 30 makes a transition to the fire alarm state from the normal monitoring state to perform a fire alarm, and confirms the state of the operating terminal device among the terminal devices and whether or not a fire has occurred. In the disaster prevention receiver 10 to be displayed, a simple restoration switch S4 is provided for restoring the operating terminal device 3 and its own device according to a predetermined order, and is activated when the simple restoration switch S4 is operated in a fire alarm state. Among the terminal devices 3 in the middle, a recovery signal is sent to the automatic recovery terminal set in advance so that remote recovery is possible without requiring on-site recovery work. When the normal signals are received from all the terminal devices 3 that are operating and there are no terminal devices 3 that are operating, the state of the own device is reset to the normal monitoring state.

  Accordingly, when a warning signal is received and a fire alarm is issued after a transition from the normal monitoring state to the fire alarm state, it is only necessary to operate the simple recovery switch S4 displayed on the display unit 30 to operate a predetermined operating state. The terminal device 3 can be restored collectively by transmitting a restoration signal to the terminal device 3. In addition, when normal signals are received from all operating terminal devices 3 including the terminal devices 3 that require restoration work at the site and there are no terminal devices 3 in operation, the state of the device itself is normally monitored. Therefore, it is possible to prevent the disaster prevention receiver 10 from transitioning to the fire alarm state again by transmitting a signal indicating that the terminal device 3 is in operation.

  That is, when individually recovering the terminal devices 3 that are operated in conjunction with the alarm signal, after the disaster prevention receiver 10 is reset to the normal monitoring state, a signal indicating that the terminal devices 3 that are operating are operating. When transmitted to the disaster prevention receiver, there was a problem that the disaster prevention receiver 10 would transition to the fire alarm state again. Moreover, even if the predetermined terminal device 3 is collectively recovered by the conventional recovery switch, if the on-site recovery terminal or the like is operating, the disaster prevention receiver 10 transitions to the fire alarm state again. I was sorry. Thus, in order to reliably reset the disaster prevention receiver 10 to the normal monitoring state, it is necessary to reset the disaster prevention receiver 10 to the normal monitoring state after all the operating terminal devices 3 are first restored. It was necessary to consider the restoration order.

  However, in the disaster prevention receiver 10 of the present embodiment, after receiving normal signals from all the operating terminal devices 3 and confirming that there are no operating terminal devices 3, the disaster prevention receiver 10 By resetting the state to the normal monitoring state, it is possible to reliably reset the disaster prevention receiver 10 to the normal monitoring state without inputting a signal indicating that the terminal device 3 is operating. As a result, the recovery process can be performed reliably only by operating the simple recovery switch S4. In addition, since a plurality of preset terminal devices 3 can be restored at the same time by a single touch operation, the work process can be simplified. Thereby, even an operator who is unfamiliar with the recovery operation can easily and quickly perform the recovery process.

  In addition, by displaying the simple recovery switch S4 on the display unit 30 in an inoperable state until receiving an alarm signal from the fire detector 3a, etc., and receiving an alarm signal in an operable state, The worker can sensuously know whether or not the restoration process using the simple restoration switch S4 can be performed, and can easily perform the restoration process.

  In addition, the terminal device 3 connected to the disaster prevention receiver 10 includes an automatic recovery terminal and a remote operation terminal that can be recovered remotely by a recovery signal, and recovery processing at the site that cannot be remotely recovered. There is a necessary site restoration terminal, and the disaster prevention receiver 10 displays an operation diagram of the terminal for restoring the site restoration terminal in operation on the display unit 30. Thereby, by browsing the display unit 30, it is possible to easily grasp the restoration procedure of the on-site restoration terminal at the site, and even an operator unfamiliar with the restoration operation can easily restore the on-site restoration terminal. Can do.

  Further, the disaster prevention receiver 10 displays a list of active site recovery terminals on the display unit 30 after the recovery signal is transmitted to the automatic recovery terminal by the operation of the simple recovery switch S4 and recovered. As a result, the operator can easily grasp the operating terminal device 3 that requires a recovery operation at the site, and can accurately perform the recovery process.

  In addition, the disaster prevention receiver 10 recovers by not displaying the displayed site restoration terminal when receiving a normal signal from the site restoration terminal restored by the on-site restoration operation for the working site restoration terminal. Announce that is completed. Therefore, the operator can easily confirm the recovery of each on-site recovery terminal by browsing the display unit 30 of the disaster prevention receiver 10. Further, when the restoration of the terminal device 3 that has been operating is completed and a normal signal has been received from all the terminal devices 3 that have been operating, by displaying on the display unit 30 that the recovery has been completed, It is possible to accurately grasp that the restoration processing has been completed for the terminal device 3.

  In addition, the disaster prevention receiver 10 operates the remote operation terminal and the remote operation terminal when there is an active remote operation terminal after the automatic recovery terminal is restored by operating the simple restoration switch S4. A switch S12 for returning the terminal for recovery is displayed on the display unit 30, and when the switch S12 for returning the terminal is operated, a recovery signal is transmitted to the remote operation terminal to recover the remote operation terminal. Let

  Thereby, it is possible to easily grasp that there is a remote operation terminal that is not restored according to the operation of the simple restoration switch S4, and the terminal equipment 3 that is restored at the same time as the terminal equipment 3 that has output the alarm signal. And selectively recovering according to the function, type, etc. of the terminal device 3 by distinguishing and recovering the terminal device 3 that is recovered after the terminal device 3 that has output the alarm signal is recovered Can do.

  Further, when there are a plurality of remote operation terminals, a state in which a plurality of remote operation terminals are selected in advance is displayed on the display unit 30, and when the switch S12 for returning the terminals is operated, the plurality of remote operation terminals are collectively displayed. Therefore, the work process can be simplified and the restoration process can be performed quickly.

5. Modifications As described above, the preferred embodiments of the present invention have been described. However, the present invention is not limited to the above-described embodiments, and various modifications can be made without departing from the spirit of the invention. For example, in the present embodiment, a case has been described in which the terminal device 3 restored by the operation of the simple restoration switch S4 is the district bell 3c, the sound output unit 18 of the disaster prevention receiver 10, the detector 3a, and the like. It is not limited to the example described above, and other terminal devices 3, for example, a transmitter 3a capable of remote recovery, smoke prevention equipment 3c, and the like may be included. Further, any terminal device 3 can be stored in the ROM 13 of the disaster prevention receiver 10 in such a manner that the terminal device 3 to which a recovery signal should be transmitted when the simple recovery switch S4 is operated is rewritable as automatic recovery terminal data. Can be recovered collectively. Thereby, the disaster prevention receiver 10 with high versatility according to the utilization mode of the worker can be provided.

  Further, in the present embodiment, when a normal signal is received by the recovery operation at the site of the site recovery terminal, the case where the corresponding site recovery terminal is sequentially deleted on the site recovery terminal screen W104 has been described. However, the present invention is not limited to this, and may be configured such that a message indicating that the restoration is completed is displayed on the display unit 30 for each site restoration terminal. Thereby, restoration of a field restoration terminal can be checked by various display forms.

  In the present embodiment, when there is an active remote operation terminal after the site recovery terminal is restored, a list of the remote operation terminals is displayed and the switch S12 for returning the terminal is operated. In this case, the recovery signal is transmitted to all the remote control terminals and the recovery is described. For example, after the recovery of the remote control terminal, the site recovery terminal screen W106 is displayed to display the site The configuration may be such that the recovery terminal is restored, or the configuration may be arbitrarily switched. As a result, the work procedure can be changed flexibly and the recovery operation can be performed efficiently.

  In addition, when there is a plurality of operating remote operation terminals and the switch S12 for returning the terminals is operated, the case where the plurality of remote operation terminals are collectively recovered has been described. On the main screen 107a of W107, a configuration may be adopted in which each remote operation terminal is selected and individually restored. As a result, it is possible to perform the recovery operation while grasping the operating status of each remote control terminal.

  In addition, the detailed configuration and detailed operation of the disaster prevention receiver 10 in the present embodiment can be appropriately changed without departing from the spirit of the present invention.

(A) It is a block diagram which shows the structure of the disaster prevention system 1 in this Embodiment. (B) It is a block diagram which shows the structure of the disaster prevention receiver 10. FIG. It is a figure which shows an example of an initial screen. It is a figure which shows an example of an alarm screen. It is a figure which shows an example of the screen during recovery. It is a figure showing an example of a field restoration terminal screen. It is a figure which shows an example of a recovery procedure screen. It is a figure which shows an example of a recovery procedure screen. It is a figure which shows an example of a remote control terminal screen. It is a figure which shows an example of a completion | finish confirmation screen. It is a figure which shows an example of a fire guidance screen. It is a figure which shows an example of a non-fire guidance screen. It is a flowchart which shows a recovery process. It is a figure which shows the guidance screen at the time of the conventional non-fire.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Disaster prevention system 2 Repeater 3 Terminal equipment 4 Fire display apparatus 10 Disaster prevention receiver 11 CPU
12 ROM
13 RAM
14a-g I / F
15 Operation section 16 Indicator lamp 17 Printing section 18 Sound output section 30 Display section

Claims (6)

When connected to an interlocking device that activates the specified mechanism in conjunction with the alarm signal or a terminal device such as a fire detector, and when the alarm signal is received, it transitions from the normal monitoring state to the fire alarm state and issues a fire alarm In the disaster prevention receiver that displays on the display unit a guidance for confirming whether the terminal device is in operation and whether a fire has occurred in the terminal device,
A first recovery switch for collectively recovering a predetermined terminal device and its own device among operating terminal devices;
A second restoration switch for restoring the terminal device in operation by the test operation;
A third recovery switch for recovering the operating terminal device and its own device according to a predetermined order;
First recovery control means for transmitting a recovery signal to the predetermined terminal device and performing reset control to the normal monitoring state of the own device when the first recovery switch is operated in a fire alarm state;
A second recovery control means for performing a control of transmitting a recovery signal to a terminal device in operation by a test operation when the second recovery switch is operated;
When the third recovery switch is operated in the fire alarm state, a recovery signal is sent to a terminal device that is set in advance so that it can be recovered remotely without requiring on-site recovery work. When a normal signal is received from all operating terminal devices, including terminal devices that require on-site recovery work, and there are no operating terminal devices, Third recovery control means for performing control for resetting to a normal monitoring state;
A disaster prevention receiver comprising: The display unit is a touch panel type display unit,
The disaster prevention receiver according to claim 1, further comprising recovery switch display control means for displaying at least one of the first to third recovery switches on the display unit. The terminal device includes a remotely recoverable device that can be remotely recovered by a recovery signal and a remote unrecoverable device that cannot be remotely recovered,
When the third switch is operated, an operation for performing control to display on the display unit an operation diagram of the device for recovering the device that cannot be remotely recovered in the field according to the operation of the operator. The disaster prevention receiver according to claim 1, further comprising a procedure display control unit. The terminal device includes a remotely recoverable device that can be remotely recovered by a recovery signal and a remote unrecoverable device that cannot be remotely recovered,
And further comprising a remote recovery impossible device list display control means for performing a control to display a list of active remote recovery impossible devices on the display unit when the third recovery switch is operated in a fire alarm state. The disaster prevention receiver according to claim 1 or 2, wherein the receiver is a disaster prevention receiver. The terminal device includes a remotely recoverable device that can be remotely recovered by a recovery signal and a remote unrecoverable device that cannot be remotely recovered,
The remote recovery capable device permits batch recovery setting device preset as allowing batch recovery control by the third recovery control unit and batch recovery control by the third recovery control unit. There is a batch recovery setting release device that is preset as
In the case of the recovery control by the third recovery control means, if there is a collective recovery setting cancellation device in operation, a fourth recovery switch for recovering the collective recovery setting cancellation device is displayed on the display unit. A fourth recovery switch display control means;
A fourth recovery control means for performing a control of transmitting a recovery signal to the batch recovery setting release device and recovering when the fourth recovery switch is touch-operated;
The disaster prevention receiver according to claim 2, further comprising:   The recovery completion display control means for displaying the completion of recovery on the display unit when the third recovery control means is reset from a fire alarm state to a normal monitoring state. The disaster prevention receiver according to any one of 5.

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