JP4683448B2 - Disaster prevention monitoring equipment - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
  The present invention relates to a disaster prevention monitoring facility for registering a district name and providing an alarm with an abnormal district display and a voice message specifying the district name in the event of an abnormality such as a fire.
[0002]
[Prior art]
  Conventionally, as a disaster prevention monitoring facility that receives a fire detection signal from a fire detector in a monitoring area, identifies a district name, and gives a warning by a fire district display and a voice message, there is a disaster prevention monitoring facility for an apartment house.Disaster prevention monitoring equipmentFire alarm system for apartment housesIf it isIn a disaster prevention monitoring panel that can display a variety of displays, such as a liquid crystal display, a fire detector is connected to a sensor line drawn out from a receiver for intercom function installed in the dwelling unit. Fires are monitored every time, and the receivers for each dwelling unit are connected to a disaster prevention monitoring panel installed in a manager's room, etc., and fire signals are sent to the disaster prevention monitoring panel for centralized monitoring.
[0003]
  In addition, in common areas such as stairs and corridors, fire detectors are connected directly to the detector lines drawn from the disaster prevention monitoring panel to monitor fires directly. Furthermore, in order to give an alarm by voice message in the event of a fire, a speaker is provided in the common unit and the receiver for dwelling units. When the fire prevention monitoring board receives a fire from the receiver for the dwelling unit, it displays the name of the fire area on the liquid crystal display unit, and gives a sound alarm indicating the location of the fire from the speaker provided in the common unit and the receiver for the dwelling unit .
[0004]
[Problems to be solved by the invention]
  For this reason, in order to display the district name indicating the location where the fire has occurred or to give a sound alarm on the disaster prevention monitoring board side, it is necessary to register the district name in advance for each of the common unit and the dwelling unit. In the past, as the registration work for this district name, for the district name that changes for each property, the property data set in advance by an external device such as a personal computer is created and written in the EEPROM.EEPROMIs used inside the disaster prevention monitoring panel.
[0005]
  In addition, voice data for voice alerts for producing various tones and messages is created separately from the property data for district display, and dedicated settings for voice alerts are made to the disaster prevention monitoring panel. ing.
[0006]
  For this reason, for disaster prevention monitoring facilities that require display and audio output of a wide variety of district names for each dwelling unit and common area, such as apartment buildings, the district names using external devices such as personal computers are displayed and voiced. The task of setting and registering for alarm purposes is complicated, and the district name is often changed after registration at the construction stage, and it takes a lot of time and effort to register and change the registration contents using an external device such as a personal computer. However, there was a problem that work efficiency was low.
[0007]
  It is an object of the present invention to provide a disaster prevention monitoring facility that can efficiently register and change a district name used for alarm display and voice alarm by a simple operation.
[0008]
[Means for Solving the Problems]
  In order to achieve this object, the present invention is configured as follows. First, the present invention is intended for a disaster prevention monitoring facility that receives an abnormality detection of a sensor installed in a monitoring area by a disaster prevention monitoring panel, displays the name of the occurrence area on a display screen, and outputs a voice message specifying the occurrence area. And
[0009]
  In the present invention for such disaster prevention monitoring equipment, a character set database in which a set of character set display data and character set voice data is registered in advance for each character set constituting the district name on the disaster prevention monitoring board, and a display screen A registration processing unit is provided that creates district name display data and district name audio data by selecting one or a plurality of character sets and registers them in the district name database.
[0010]
  Here, the registration processing unit displays on the display screen a setting screen on which one or a plurality of character sets can be selected based on a set of character set display data and character set audio data registered in the character set database.
[0011]
  The detector is at least one of a fire detector, a gas leak detector, and a security detector. For example, in the case of facilities for apartment buildings, the detector is installed in the dwelling unit of the apartment house and in common areas. The
[0012]
  The character set database pre-registers a set of character set display data and character set voice data related to the district name of the common unit, and the registration processing unit selects the one or more character sets on the setting screen, Name display data and common area district name voice data are created and registered in the district name database.
[0013]
  In addition, the character set database pre-registers a set of character set display data and character set voice data of the dwelling unit name composed of the floor and name of the dwelling unit, and the registration processing unit stores the level and name displayed on the setting screen. By setting the character set for the input frame, dwelling unit name display data and dwelling unit name voice data composed of floors and names are created and registered in the district name database.
[0014]
  As described above, according to the present invention, it is possible to easily register a district name by a simple operation of selecting character set data prepared as a database or combining a plurality of character set data as necessary.
[0015]
  Moreover, since the character set data registered in the database can be selected while being displayed on the screen, the contents can be grasped on the screen, and a conversion table between the character set and the district name is not particularly required.
[0016]
  In addition, since display data and audio data are automatically set by setting the district name for display, registration and change can be performed more efficiently than when they are set separately. Furthermore, since the district name of the display and the voice alarm can be made the same, the content of the voice alarm can be inferred by looking at the district display, and the fireofSometimes sound alarms can be confirmed properly.
[0017]
DETAILED DESCRIPTION OF THE INVENTION
  FIG. 1 illustrates the present invention.Disaster prevention monitoringIt is explanatory drawing of the disaster prevention monitoring board used with an installation. In FIG. 1, the disaster prevention monitoring panel 1 is installed in a manager's room of an apartment house, and as shown in the figure, a fire alarm representative lamp and other operation switches constituting a fire monitoring unit 2 are arranged on the front of the panel. In addition, a handset and a key switch are provided as the interphone master unit 3 that can communicate with the collective entrance machine of the common entrance and the intercom equipment of each dwelling unit.
[0018]
  FIG. 2 is an enlarged view of the disaster prevention monitoring panel 1 of FIG. The fire monitoring unit 2 is provided with a liquid crystal display unit 4. The liquid crystal display unit 4 is supervised at the time of fire monitoring.VisionIf a fire is received during monitoring, the name of the district showing the location of the fireNameindicate.
[0019]
  The liquid crystal display unit 4 can display a predetermined number of alarms at the same time, and sequentially display them in the order in which a fire has occurred. The liquid crystal display unit displays not only a fire display but also an alarm display such as a gas leak and a display in the event of a failure. A display screen is provided for each type of alarm or failure, and the screen is switched and displayed by operating the screen selection switch.
[0020]
  The liquid crystal display unit 4 is used as a work screen for registering display data and voice data of the district name targeted by the present invention. On the right side of the liquid crystal display section 4 is a fire representative light, a warning display that lights up in response to the display screen of the fire or fault being switched to the liquid crystal display section 4, a dwelling unit alarm display, a panel fault display, a line fault In addition to indicators such as indicators, screen selection keys for switching display screens such as the alarm display screen displayed on the liquid crystal display unit 4, scrolling alarm information when there are multiple alarm information and cannot be displayed on the LCD screen at once Key switches such as a shift key and an alarm recovery key to be displayed are provided.
[0021]
  The intercom base unit 3 is provided below the liquid crystal display unit 4, and the key switch 5 is provided on the right side of the handset 37. The key switch 5 is provided with a * key 5a and a # key 5b in addition to the number keys 0, 1,... 9 and a cancel key for intercom control, a call key, a message reset key, a message set key below the key switch 5 Further, an unlock key, a dwelling unit sound stop key, a ringing volume adjustment key, and the like are provided below the key switch 5.
[0022]
  On the right side of the interphone main unit 3, various displays with indications 1, 2 and 3 are displayed, such as AC power supply, standby power supply operation, switch attention, failure representative, district sound complete stop, telephone, transmitter, accumulation A light is provided.
[0023]
  Furthermore, an execution switch 6, an upper shift switch 7, a lower shift switch 8, and a menu display / previous screen switch 9 are arranged as switches used for the registration of the district name using the liquid crystal display unit 4 of the present application. Yes. On the right side, there are indicator lights for test recovery, storage cancellation, maintenance sound stop, and district sound simultaneous sound, and regional sound simultaneous sound and recovery switches, and an emergency telephone jack is on the bottom. Is provided.
[0024]
  FIG. 3 illustrates the present invention.Disaster prevention monitoringIt is the block diagram which showed the whole structure of the installation. In FIG. 3, a transmission line 28 and a communication line 29 are drawn out from the disaster prevention monitoring panel 1 to each dwelling unit side, and a dwelling unit receiver 10 is connected to each transmission unit 28 and the communication line 29 for each dwelling unit. Yes.
[0025]
  The dwelling unit receiver 10 includes a dwelling unit control unit 11, and the dwelling unit control unit 11 exchanges sound such as the control unit 12, fire information and call control information with the disaster prevention monitoring panel, and intercom. Is composed of a speech circuit 14 for performing a speech, and a speech synthesizer 15 for outputting a sound such as a fire alarm.
[0026]
  For the dwelling unit control unit 11, a fire indicator lamp 21, an interphone function handset 22 for making a call with a collective entrance machine or a disaster prevention monitoring panel, a relay 24 operated by a transistor 23, and a voice from the voice synthesis unit 15. An amplifier 25 for amplifying the signal and a dwelling unit speaker 26 are provided.
[0027]
  The sensor line 18 is connected with a fire detector 20 for dwelling units that monitors the fire in the dwelling unit.19Is connected. Part or all of the configuration of the dwelling unit control unit 11 can be realized by a control function of an MPU (microprocessor).
[0028]
  Furthermore, a door phone 27 installed at a dwelling entrance or the like is connected to the dwelling unit receiver 10. The door phone 27 is provided with an outdoor indicator 27a for displaying a fire alarm when a fire is detected.
[0029]
  Here, the transmission by the transmission line 28 between the disaster prevention monitoring panel 1 and the dwelling unit receiver 10 sets a unique address on the dwelling unit receiver 10 side, and the dwelling reception by the designation of the address from the disaster prevention monitoring panel 1 is performed. A so-called R-type transmission system is employed in which a signal is transmitted by calling the machine 10. Address setting to the dwelling unit receiver 10 is performed by an address setting unit 16 configured by a dip switch or the like.
[0030]
  The relay 24 serving as a load of the transistor 23 that is turned on and off by the control output of the dwelling unit control unit 11 includes switching relay contacts 24a and 24b. The switching relay contact 24a connects the telephone line 29 to the telephone circuit 14 in the normal monitoring state so that a telephone call can be made between the intercom master unit from the disaster prevention monitoring panel and the handset 22 provided in the receiver 10 for dwelling units. ing.
[0031]
  Further, the switching relay contact 24b is closed to the voice synthesizer 15 in the normal monitoring state as shown in the figure, and the fire monitoring unit 17 is triggered by the intercom ringing sound or the alarm signal from the fire detector 20 in the dwelling unit receiver 10. When a fire is detected, an audio alarm is issued in the dwelling unit.
[0032]
  When the relay 24 receives a voice alarm output control signal for outputting a voice message for the neighborhood fire alarm based on the fire judgment or the whole building simultaneous sounding from the disaster prevention monitoring panel 1 via the transmission circuit 13, the relay unit 24 receives it. When the transistor 23 is turned on by the control unit 12, the switching relay contacts 24a and 24b are switched as indicated by broken lines, and a voice message signal for a fire alarm in the vicinity by the call line 29 from the disaster prevention monitoring panel 1 is directly supplied to the amplifier 25. In addition, it is possible to output a neighbor fire alarm and a voice message for the entire building to be sounded from the dwelling unit speaker 26 to the dwelling units on the upper floor or the fire floor.
[0033]
  The disaster prevention monitoring panel 1 includes a main control unit 30 using an MPU, and the main control unit 30 has a function as a monitoring control unit 31 and a registration processing unit 32 according to the present invention by its program control. Of course, the main control unit 30 constituted by the MPU is provided with a ROM, a RAM, and the like.
[0034]
  The liquid crystal display unit 4 and the operation unit 33 are connected to the main control unit 30. The configurations of the liquid crystal display unit 4 and the operation unit 33 are as shown in FIGS. Further, a main sound speech synthesizer 43 is provided for the main control unit 30, and a main sound speaker 45 is connected to the output via an amplifier 44.
[0035]
  The disaster prevention monitoring panel 1 is provided with an interphone control unit 34, and functions of a transmission circuit 35 and a call circuit 36 are provided. The transmission circuit 35 provided in the intercom control unit 34 designates the address of the dwelling unit side receiver 10 connected via the transmission line 28 and the address of the repeater 40 built in the disaster prevention monitoring panel 1, An R-type transmission function for transmitting control signals (control commands) and data is realized.
[0036]
  From the repeater 40 provided in the disaster prevention monitoring panel 1, a common part sensor line 41 is drawn out to the common part of the apartment house.2aIs connected. A repeater 40 and a fire detector for the common part are provided as appropriate depending on the size and number of the common part. A collective entrance machine 38 is connected to the transmission circuit 35 and the call circuit 36.
[0037]
  For this reason, it is possible to perform communication between the collective entrance machine 38 and the handset 37 of the intercom master unit connected to the intercom control unit 34, and to control opening and closing of the collective entrance door and the call between the handset 22 of the receiver 10 for dwelling units. InBecomeing.
[0038]
  The main controller 30 of the disaster prevention monitoring panel 1 is provided with a voice synthesizer 46 for neighborhood fire alarm, and its output is connected to a line selector 49 via a power amplifier 47. Shared line speakers 50a to 50n installed in the shared part are connected to the line selecting part 49.
[0039]
  Selection control of the line selection unit 49 is performed by an input / output control unit 48 provided for the main control unit 30. That is, when the main control unit 30 determines the fire and the fire occurrence area based on the reception of the fire confirmation signal from the dwelling unit receiver 10 or the fire signal from the repeater 40, the input / output control unit 48 is notified, for example, by a neighborhood fire alarm. If there is, the line selection is instructed to the common part of the fire floor and directly above floor, and based on this, the input / output control part 48 turns on the relay provided in the line selection part 49 corresponding to the fire floor and directly above floor, and the contact is set. By turning on the power amplifier 47, the corresponding speaker among the shared-part speakers 50a to 50n provided in the common part on the fire floor and directly above floor is connected to the output of the power amplifier 47.
[0040]
  At the same time, the main control unit 30 sends an audio warning output control signal to the receiver 10 for the dwelling unit on the fire floor and the directly above floor via the transmission circuit 35 of the intercom control unit 34, and sends an audio alarm output control signal to the transistor 23. When the relay 24 is driven by turning on, the switching relay contacts 24a and 24b are switched to the broken line side.
[0041]
  Furthermore, the intercom control unit 34IsA switching circuit including a transistor 51, a relay 52, and a switching relay contact 52a is provided, and the relay 52 is operated by driving the transistor 51 by an audio alarm output control signal from the main control unit 30, and the switching relay contact 52a. Is switched to the broken line side, and in this state, the voice synthesizer 46 outputs a fire warning voice message signal, so that a fire warning voice message can be output from the speakers of the dwelling unit and the common unit.
[0042]
  Further, the disaster prevention monitoring panel 1 is provided with a power supply unit 53, which generates a DC power supply voltage for the inside by a commercial AC100V.
[0043]
  Next, the operation in the disaster prevention monitoring facility of FIG. 3 will be described. If a fire occurs in a certain dwelling unit in which the dwelling unit receiver 10 is installed, the dwelling unit fire detector 20 issues a report, and the fire monitoring unit 17 receives the notification signal, and the fire from the fire monitoring unit 17 Upon receiving the notification signal, the control unit 11 for dwelling unit turns on the fire indicator lamp 21 by the control unit 12 and blinks the outdoor indicator 27 a provided in the door phone 27.
[0044]
  In addition, the voice synthesizer 15 is activated, and a voice message such as “Fire detector has been activated. Check fire” is output from the dwelling unit speaker 26.
[0045]
  If the resident confirms a fire in response to the fire receiving operation in the receiver 10 for a dwelling unit, a fire confirmation signal is sent to the disaster prevention monitoring panel 1 through the transmission line 28 when a fire confirmation button (not shown) is operated. Is done.
[0046]
  Even if the fire confirmation button is not operated, a fire confirmation signal is automatically transmitted from the transmission line 28 to the disaster prevention monitoring panel 1 when a predetermined time, for example, within 2 to 5 minutes has elapsed since the reception of the fire. . If a warning sound stop button or a recovery button provided in the dwelling unit receiver 10 is operated before a certain period of time has elapsed since the fire reception, the fire confirmation signal is not sent to the disaster prevention monitoring panel 1 and the initial state is restored.
[0047]
  When the fire prevention signal is received by the main control unit 30 via the transmission circuit 35 of the intercom control unit 34, the disaster prevention monitoring panel 1 fires due to the function of the monitoring control unit 31. And determine the unit where the fire occurredShiAfter the main sound voice synthesizing unit 43 is activated and amplified by the amplifier 44, a main sound voice message indicating the occurrence of a fire is output from the main sound speaker 45.TheFor example, the main sound message such as “Fire is fire. Fire is fired in room △△△△.” Is output.
[0048]
  At the same time, the district name (fire-breaking dwelling unit) such as “Fire has occurred in room XX floor ΔΔΔΔ” is displayed on the liquid crystal display unit 4 as authentication of the fire-breaking dwelling unit. Figure 2As shown inThe alarm indicator lamp is turned on to indicate that the fire representative display and the fire alarm screen are displayed.
[0049]
  Subsequently, the main control unit 30 recognizes the address of the fired floor and the upper floor, and the address of the common part from the fired floor, and the transmission circuit 35 of the intercom control unit 34 is connected to the fired floor and the floor directly above. Send an audio alarm output control signal for neighborhood fire alarms by specifying the address via.
[0050]
  For this reason, in the dwelling unit on the floor where the fire occurred and the dwelling unit directly above,
A voice alarm output control signal from the disaster prevention monitoring panel 1 is discriminated in the dwelling unit control unit 11, and the switching relay contacts 24 a and 24 b are switched to the broken line side by the operation of the relay 24, and the intercom control unit 34 is also in the disaster prevention monitoring panel 1. The relay 52 is operated by the control output to switch the switching relay contact 52 a to the broken line side, and the output of the voice synthesizer 46 is connected to the call line 29.
[0051]
  At the same time, the main control unit 30 instructs the input / output control unit 48 to control the line selection of the fire occurrence floor and the directly above floor common line, and receives the control instruction to the fire occurrence floor and the immediately above floor line of the line selection unit 49. The corresponding relay is activated, and the common floor speakers on the fire floor and directly above floor are connected to the output of the power amplifier 47.
[0052]
  In a state where the output control of the neighborhood fire alarm is completed, the main control unit 30 operates the voice synthesis unit 46 and outputs a voice message signal of the neighborhood fire alarm. The voice message signal for this neighborhood fire alarm is “Finphone Finphone Finphone” as the first signal, and then “Fire is fire. Fire is fired. "Please evacuate after confirming safety." Is output, and finally the second signal "Fififi" is output and this is repeated.
[0053]
  By the audio signal from the voice synthesis unit 46 for the neighborhood fire alarm, the common unit provided in the common unit on the fire floor and the directly above floor, as well as the speaker 26 for the dwelling unit 10 on the fire floor and the directly above floor. The voice message of the neighborhood fire alarm is output from the speaker. In the case of a fire alarm, the telephone line 29 is used for an audio alarm.CallThe function will be stopped.
[0054]
  On the other hand, when a fire occurs in the common unit, the repeater 40 receives the alarm signal from the common unit fire detector 42 and outputs the fire signal to the transmission circuit 35 of the intercom control unit 34. In the same manner as when a fire confirmation signal is received from the receiver 10 for dwelling units, fire alarm control is performed in which the fire place is determined as a common part.
[0055]
  In order to perform alarm control in the event of a fire in such a fire alarm system according to the present invention, the disaster prevention monitor panel 1 displays a place where the fire has occurred in advance on the liquid crystal display unit 4 or outputs a voice message by a fire alarm. Name registration is required. Registration of the display data and voice data of the district name used at the time of this fire alarm is performed by the registration processing unit 32 of the main control unit 30 constituted by the MPU provided in the disaster prevention monitoring panel 1.
[0056]
  FIG. 4 is a block diagram of a registration processing function for the district name by the registration processing unit 32 of the disaster prevention monitoring panel 1 of FIG.
[0057]
  In FIG. 4, for the registration processing unit 32, the character set database 54 and the district where registration has been completed.NameA district name database 55 for storing name information is provided, and a liquid crystal display unit 4 and an operation unit 33 are provided for a district name registration operation by the registration processing unit 32.
[0058]
  Character set database 54 isThis is a database in which a plurality of words / phrases that are supposed to be used as names to be registered are registered in advance when registering each district name of each dwelling unit name or shared department name. The minimum unit word used as the name is a character set, and the district name is composed of a combination of characters in the character set.
[0059]
  For each character set of words and phrases that make up the district name, the district name is indicated by the character set display data and voice alert used when displayed on the liquid crystal display screen 4.When outputtingThe character set voice data to be used is registered in advance as a set.
[0060]
  5 and 6 are explanatory diagrams of the character set database 54 of FIG. In the character set database 54 of FIG. 5, registration data in one character set includes an ID number 56, a district name 57, a district alarm location message 58, a common use line usable flag 60, a dwelling unit usable flag 61, and an end sentence 62. It is configured. The last remarks are shown for explanation.
[0061]
  In this embodiment, the character set database 54 prepares numbers 0 to 59 as ID numbers 56. The district name 57 is display data used when displaying the district name on the liquid crystal display unit 4 at the time of a fire alarm or the like. The district alarm location message 58 is voice data used when the district name is described by voice alert on the speaker corresponding to the district name 57 displayed on the liquid crystal display.
[0062]
  The common use line availability flag 60 is an identification flag for specifying data that can be used for setting the district name of the common use. In this embodiment, ID numbers 0 to 59 can be used for setting the district name of the shared section. The dwelling unit availability flag 61 is an identification flag for specifying data that can be used for setting the district name of each dwelling unit. Further dwelling unit useable flag61Consists of a floor flag and a room flag, and specifies data that can be used to set the floor name and room name of the dwelling unit.
[0063]
  The ID number 1 in this example isAs district name「○ Floor」 「△△△△Room "There are three "shared areas"Is, Each has a floor flag, a room flag and a common flag,As district nameIDnumber1Set the numberIf determined, the type of district name (dwelling unit or common use)The district name corresponding to the flag ofAutomatically selected and used as display or audioIsThe
[0064]
  About the room flag of a dwelling unit useable flag, it can set about ID numbers 27-31, 33, 35, 39, 41-44, 47-53. thisIsThis is so that a necessary name can be set for a room other than the dwelling unit of the apartment house. In the actual registration, as shown in the remarks, the ID number 1 is the district name for both the dwelling unit and the common use department.DefaultIs set.
[0065]
  Whether the type of each area to be monitored is a dwelling unit or a shared unit is registered in the control unit in advance, and according to this type of information, if it is a shared unit, the shared unit line usable flag with ID number 1 is attached. “Shared part” is used as display data, and in the dwelling units, “○ floor” and “ΔΔΔΔ room” of dwelling unit usable flags are used as display data.
[0066]
  In addition, for the dwelling unit floor and dwelling unit room, the numerical value indicating the floor and the numerical value indicating the room number are in advance.As defaultIt is registered. For this reason, for example, the default names are “first floor” and “room 101”. If it is desired to use a name other than the default ID number 1 as the district name, it is possible to change to a district name using an ID number for which the room flag is valid.
[0067]
  In this way, the district name character set is registered as the default first, so the room name of the apartment house in particularofHow to putSame as default registrationIf so,Name the roomThere is no need to change, and the registration work is simplified.
[0068]
  5 and FIG. 6, when the registered contents of the character set database 54 are viewed, ID numbers 2 to 18 are floor numbers used as district names of the common areas, and 19 to 22 are the common areas. No. 23 to No. 26 are identification symbols of A to D for the names of common areas, and Nos. 27 to 55 are names of specific rooms and places in the apartment house.
[0069]
  Further, the ID number 59 is one space character used for the shared section name by setting the shared section line availability flag 60. Of course, the contents of the character set database 54 used in the present invention are not limited to the embodiment shown in FIGS. 5 and 6, and display data and voice data of various character sets that are assumed to be used as district names of the housing complex. The registration form can be defined. This character set registration form may be additionally set.
[0070]
  FIG. 7 is an explanatory diagram of district name data registered in the district name database 55 of FIG. Fig. 7 (A) shows a general data format and shows individual addresses of dwelling units and common areas.IDisplay data 102 is provided following the D number 100, and subsequently, audio data 104 corresponding to the display data is stored.
[0071]
  The voice synthesis unit 46 of the disaster prevention monitoring panel 1 is composed of a voice synthesis IC, and each ROM address in the voice synthesis IC.In5 and 6Shown inThe sound of the district warning place message 58 is stored one by one. When a voice alarm is issued, a voice is output by telling a voice synthesis IC of a ROM address storing a voice content to be output.
[0072]
  The voice data 104 stores the ROM address of the voice synthesis IC. Further, as other 106, data of additional information set for each ID number such as presence / absence of an accumulation function in fire determination is stored. As will be described later, as the display data 102, characters displayed by free word input can be added in addition to the character set data.
[0073]
  FIG. 7B is an example of district name data for a specific dwelling unit name. Following the ID number 100, as the display data 102, “No. 101” and “No. 101” of ID number 1 in the character set database 54 are displayed. Are registered, and “1st floor” and “In room 101” are registered as the audio data 104.
[0074]
  FIG. 8 shows a voice message for fire alarm using the data stored in the district name database 55 of FIG.TheIt is an example. Thissound ofVoice messageThe 108 is divided into three messages 108a, 108b, and 108c, and the first message 108a and the last message 108c are fixed voice data.
[0075]
  On the other hand, the central message 108b is a message that is changed in accordance with the district name, and “○ floor Δ △ Δ △ in the room” therein is, for example, the voice data 104 of the district display database 55 in FIG. Created by reading.
[0076]
  This is the same for the district name displayed on the liquid crystal display unit 4, and the display data “Room △△△△ Room No. fire fire”, which is the district name display data prepared in advance, is “ In the “Floor △△△△ Room No.” part, the district name is arbitrarily displayed according to the district where the fire occurred. For example, it is set by reading the display data 102 of the district name database in FIG. The name of the area where the fire occurred is displayed.
[0077]
  FIG. 9 shows FIG.sound of8 is a voice alarm output pattern using the voice message 108. The voice message 108 of FIG. 8 is output following the first signal 110, the first signal 110 and the voice message 108 are repeated twice, and then the second signal 112 is output. Output. As described above, the first signal 110 is a continuous sound of “Finphone Finphone Finphone”, and the second signal 112 is a continuous sound of “Fififi”, and this sound pattern is repeated.
[0078]
  Next, the registration processing of the district name display data and voice data using the character set database 54 by the registration processing unit 32 of FIG. 4 will be described.
[0079]
  FIG. 10 shows data displayed on the liquid crystal display unit 4 used when registering the district name.SettingMenu-Show. This initial pictureSurface 64 includes a menu of “7 districts and various display names”. When this number “7” is selected by operating the upper shift switch 7 or the lower shift switch 8 and the execution switch 6 is pressed, the menu is displayed below. The area / display name setting screen 65 is switched to.
[0080]
  In this area / various display name setting screen 65, there are four menu items of “shared line”, “dwelling unit”, “smoke prevention” and “various display”. Accordingly, when, for example, “1” is selected and the execution switch 6 is pressed by operating the upper shift switch 7 or the lower shift switch 8 in FIG. 2, the screen is switched to the common part line number selection screen 66 in FIG. 11.
[0081]
  When the number “2” is selected on the district / various display name setting screen 65 in FIG. 10 and the execution switch 6 is pressed, the display switches to the dwelling unit number selection screen 68 in FIG. Further, when the number “3” is selected on the district / various display name setting screen 65 in FIG. 9 and the execution switch 6 is pressed, the screen switches to the smoke-exhaust and smoke line number selection screen 70 in FIG. The display of the number “4” on the area / display name setting screen 65 in FIG.WhatAny nameOptions to setBecauseExplainOmittedYouThe
[0082]
  The common part line number selection screen 66 in FIG. 11 shows a setting frame 66a for setting the line number of the setting line. The line number of the common part for which name setting is performed with the numeric keypad 5 in FIG. Is selected and the execution switch 6 is pressed, the screen is switched to the shared section line name setting screen 67 shown below.
[0083]
  FIG. 12 is an enlarged view of the common part line name setting screen 67 of FIG. The common section line name setting screen 67 is provided with a window 72 used for setting operation.. CThe window 72 has an input frame for 8 items composed of “No” as the item number 73 and the character set frame 74. The item number 73 is a field for inputting the ID number 56 of the character set database 54 of FIG. 5. When the ID number 56 is selected and entered as the item number 73, the district name of the character set database 54 corresponding to the input ID number is entered. 57 is a character set frame 7 of the window 724Automatically displayed.
[0084]
  Here, as a data structure corresponding to the eight item numbers 73 of the window 72, eight character set item areas 75a to 75h are prepared as shown in FIG. Is selected and confirmed, the character set combined data 76 shown in FIG. 13B is obtained by combining the character set information input to the eight item numbers 73. This character set synthesis data 76 becomes the display data 102 and the voice data 104 of FIG.
[0085]
  Therefore, in setting the shared line name in FIG. 12, the item number 73 at the head position is selected, and the ID number 56 of the character set database 54 shown in FIGS. 5 and 6 is selected. By performing this for the second and subsequent items as necessary, it is possible to set a district name consisting of a combination of a plurality of character sets.
[0086]
  The procedure for setting the district name is as follows.
(1) The item to be input is selected from among the eight items in the window 72 by using the upper shift switch 7 or the lower shift switch 8.
(2) In the selected item, the ID number displayed in the item number 73 is changed by the * key 5a as the item number down key or the # key 5b as the item number up key. The change of the ID number can also be directly input by the numeric keys 0-9. By selecting the ID number displayed in the item number 73, the names displayed in the character set frame 74 are sequentially switched.
(3) Since the name of the district obtained by combining the eight items is displayed in the “name” portion immediately above the window 72, confirming this and pressing the execution switch 6 displays the display data about the set district name. The district name data having the data format shown in FIG. 7, which is a set of audio data, is registered in the district name database 55 shown in FIG.
[0087]
  A specific description of FIG. 12 is as follows. FIG. 12 shows an example in which the name “1st floor shared section” is registered in the shared section of line 01. When the first item number 73 is selected with the upper shift switch 7 or the lower shift switch 8 in the window 72 of the shared section line name setting screen 67, the item number is highlighted. In this state, the # key 5b in the key switch 5 is pressed to change the ID number that is “01” in the default state to “04” in the initial state.
[0088]
  This ID numberOfWhen the change is made, the data read from the district name 57 in the character set database 54 of FIGS. 5 and 6 is displayed in the right character set frame 74 correspondingly. For the illustrated ID number “04”, “first floor” is displayed in the character set frame 74.
[0089]
  Next, the second item is selected by operating the lower shift switch 8, and the ID number “59” is selected by the * key 5a or the # key 5b. This ID number “59” is a space as shown in FIG. 6, and by placing a space of ID number 59 between the floor and the character set to be set next, the district name is easy to see and is a voice message. Since there is no sound for 200 msec, the floor and place names are clearly separated and can be heard smoothly.
[0090]
  Next, the lower shift switch 8 is operated to select the third item, and in this state, the ID number “48” is selected by the * key 5a or the # key 5b, as is apparent from the character set database 54 of FIG. , “Shared part” is displayed as the corresponding district name 57.
[0091]
  Here, “*” is appended to the “shared part” selected as the character set, which is an end sentence mark provided in the set of end sentences 62 in the character set database 54 of FIG. If a character set having an end sentence mark is selected in this way, the district name can no longer be registered on that line.
[0092]
  When a character set with an end sentence mark is selected, as shown in the district warning location message 58 in FIG. 5 or FIG. And the message “Fire has occurred at XX” is smooth.
[0093]
  Note that even if a character set without an end sentence mark is at the end of the message, the item next to the item in which the last character set is input is displayed in the item number 73 as “00”Is input, as shown in FIG. 5,“ 0 ”of the ID number 56 is output as a voice message, so that a smooth message is obtained.
[0094]
  When the character set over the three item numbers is selected in this way, the name part “1st floor common part” immediately above the window 72 is displayed, and this is confirmed and the execution key 6 is pressed. Then, district name data including the set of display data and voice data having the structure shown in FIG. 7 is automatically generated and registered in the district name database 55 of FIG. If it is desired to cancel the set district name, the previous screen switch 9 in FIG. 2 may be pressed.
[0095]
  FIG. 14 is a flowchart of the common part line name registration process by the registration processing unit 32 of FIG. In this shared section line name registration process, an item in the window 72 is selected as shown in the shared section line name setting screen 67 of FIG. 12 in step S1.
[0096]
  Subsequently, the character set ID number is set for the item selected in step S2. The character set frame 74 is automatically switched according to the selection of the ID number. Steps S1 and S2 are repeated until the character name is entered in step S3.
[0097]
  When the setting process for one or more items by the ID number of the character set is completed, the execution operation is determined in step S3 by confirming the set line name and pressing the execution switch 6, and in step S4 the district Registration of name display data and voice data to the district name database 55 is performed.
[0098]
  FIG. 15 is a dwell unit number selection screen 68 that is opened when the number “2” is selected on the district name setting screen 65 of FIG. When the unit name is set, the number of the unit to be set is set in the setting frame 68.aAnd press the execution switch 6. In this exampleSettingFrame 68a“101” is entered as the dwelling unit number and the execution switch 6 is pressed, thereby switching to the dwelling unit name setting screen 69 shown below.
[0099]
  FIG. 16 is an enlarged view of the dwelling unit name setting screen 69 of FIG. In the dwelling unit name setting screen 69, a window 77 has a floor setting area 78, a room setting area 79, and a free setting area 80, each of which has an item number 81 and a character set frame 82.
[0100]
  Here, the values of the item numbers 81 of the floor setting area 78 and the room setting area 79 are “01” and “01”. That is, the item number “01” is “◯ floor” corresponding to the first head item in the ID number 56 of the character set database 54 in FIG. Can be down with the # key 5b. Furthermore, it can also be changed directly with the numeric keys 0-9.
[0101]
  In the next room setting area 79 as well, "△△△△ 号 室" is displayed as the character set 82 as the character set for the fixed portion of the item number "01", and the "△△△△" portion is displayed as the * key in FIG. It can be set by going down with 5a, up with #key 5b, or by directly entering numeric keys 0-9. In this case, since an end sentence mark “*” is shown at the end of the character set in the room setting area 79, the character set cannot be input here.
[0102]
  Furthermore, in this embodiment, a free setting area 80 is provided. In the free setting area 80, for example, the name of a resident of a dwelling unit is set by inputting characters such as hiragana, katakana, and pictographs. be able to. The input to the free setting area 80 is a free word input, which is another operation by pressing a screen selection switch provided at the lower right side of the liquid crystal display unit 4 in FIG. In FIG. 16, “Suzuki” is input.
[0103]
  For this reason, when the character set is set for the floor setting area 78 and the room setting area 79 for the window 77, “1st floor, room 101, Suzuki” is displayed as the floor name in the “name” portion immediately above the window 77. By confirming this and pressing the execution switch 6, the district name database 5 in FIG. 4 of the district name data including the set of display data and voice data of the set dwelling unit name5Is registered.
[0104]
  FIG. 17 is a flowchart of the dwelling unit name registration process by the registration processing unit 32 of FIG. In this dwelling unit name registration process, as shown in the district name setting screen 69 of FIG. 16, a floor item is selected in step S1 using a window 77, and then the floor number is set to a character set in step S2. Set to.
[0105]
  Next, the next room item is selected in step S3, and a room number is set in the corresponding character set in step S4. When the execution operation by the operation of the execution switch 6 is discriminated in step S5, the district name data including the set name display data and the voice data is obtained in the district name database in step S6.55Register with.
[0106]
  18 shows the district of FIG.・This is a smoke prevention line number selection screen 70 opened by selecting number 3 on the display name setting screen 65 and pressing the execution switch 6. In this case, for example, when “1” is set as the line number in the input frame 70a and the execution switch 6 is pressed, the screen switches to the smoke prevention name setting screen 71 shown below.
[0107]
  The setting of the district name on the smoke prevention name setting screen 71 is the same as the setting operation on the common part line name setting screen 67 shown in FIG. 12, but the item is selected as shown and the character set is selected. When the execution switch 6 is pressed after the name is determined, there is no voice alarm facility with a speaker such as a shared part for the smoke prevention line, so no voice data corresponding to the set district name is created, and the voice of FIG. The portion of the data 104 becomes empty, and the district name data in the data format in which the name data set for only the portion of the display data 102 is stored is registered in the district name database 55 of FIG.
[0108]
  In the above embodiment, the case where the district name is registered with the disaster prevention monitoring panel of the disaster prevention monitoring facility of the apartment house is taken as an example. For the appropriate equipment to be used, the district name display data and district name can be selected by one or more selection operations using a character set database in which a set of display data and character set audio data is registered in advance for each character set constituting the district name. Registration processing for creating audio data can be applied as it is.
[0109]
  The method of setting the district name using the work screen of the liquid crystal display unit is not limited to the specific setting screen shown in the above embodiment, and one or more character sets registered in advance in the character set database. Any setting operation can be used as long as it can be selected and combined.
[0110]
  Moreover, in this embodiment, it was an example of performing a fire display and a fire alarm by issuing a fire detector. However, in response to an abnormal signal from a gas leak detector or a security detector, an abnormal display or an abnormal alarm is performed. Applicable in configuration.
[0111]
  Furthermore, in this embodiment, the district name is set on the liquid crystal display unit of the disaster prevention monitoring panel, but it can be connected to the disaster prevention monitoring panel and displayed on the display such as a CRT that can display the abnormal district name. It may be settable. The operation unit at the time of setting may be performed on the same touch panel display screen as the display unit.
[0112]
  In addition, after registering the district name by combining the character set, the main sound of the disaster prevention reception boardAlarm speakerThe voice message registered by 45 or another speaker may be output by monitoring and confirmed. It is only necessary to select a district to be monitored by the operation unit 33 and confirm the voice message. Further, the present invention is not limited by the numerical values shown in the above embodiments.
[0113]
【The invention's effect】
  As described above, according to the present invention, it is possible to easily and easily register a district name by a simple operation of selecting character set data prepared as a database or combining a plurality of character set data as necessary. .
[0114]
  In addition, since the character set data registered in the database can be selected while being displayed on the screen, the contents of the character set database can be easily grasped on the screen without knowing the contents of the character set database. The district name can be easily registered by operating the screen without the need for conversion tables.
[0115]
  Furthermore, since both display data and audio data are automatically set by setting the district name, the district name registration and change operations can be performed more easily and efficiently than when the district name is set separately.
[Brief description of the drawings]
FIG. 1 is an explanatory diagram of a disaster prevention reception board used in the present invention.
FIG. 2 is an enlarged explanatory diagram of the display operation section of the disaster prevention monitoring panel of FIG.
FIG. 3 is a block diagram showing the overall configuration of the disaster prevention monitoring facility according to the present invention.
4 is a block diagram of a functional configuration for registering a district name using the disaster prevention monitoring panel in FIG. 3;
FIG. 5 is an explanatory diagram of the character set database of FIG.
FIG. 6 is an explanatory diagram of a character set database following FIG.
7 is an explanatory diagram of district name data registered in the district name database of FIG.
FIG. 8 is an explanatory diagram of a voice message used for the neighborhood fire alarm according to the present invention.
FIG. 9 is an explanatory diagram of a voice pattern in the neighborhood alarm according to the present invention.
FIG. 10 is an explanatory diagram of a data setting screen which is an initial screen for registering a district name according to the present invention and a next district / name setting screen.
FIG. 11 is an explanatory diagram of the shared section line selection screen and the next shared section line name setting screen following FIG.
12 is an explanatory diagram of a setting operation on the common part line name setting screen of FIG. 11;
13 is an explanatory diagram of a character set and a data structure set by a plurality of items in FIG.
FIG. 14 is a flowchart of shared part line number registration processing according to the present invention;
FIG. 15 is an explanatory diagram of the unit number selection screen and the next unit name setting screen following FIG.
FIG. 16 is an explanatory diagram of a setting operation on the dwelling unit name setting screen of FIG.
FIG. 17 is a flowchart of dwelling unit name registration processing according to the present invention.
18 is an explanatory diagram of a smoke prevention / exhaust number selection screen and a next smoke prevention name setting screen following FIG.
[Explanation of symbols]
1: Disaster prevention monitoring panel
2: Fire monitoring department
3: Interphone master unit
4: Liquid crystal display
5: Numeric keypad
5a: * key
5b: # key
6: Execution switch
7: Upshift switch
8: Down shift switch
9: Previous screen switch
10: Receiver for dwelling unit
11: CPU for dwelling unit
12: Control unit
13, 35: Transmission circuit
14, 36: Call circuit
15: Speech synthesis unit for dwelling units
16: Address setting part
17: Fire monitoring department
18: Dwelling unit detector line
20: Fire detector for dwelling units
21: Fire indicator light
22, 37: Handset
23, 51: Transistor
24, 52: Relay
24a, 24b, 52a: switching relay contact
25, 44: Amplifier
26: Speaker for dwelling unit
27: Door phone
27a: Outdoor display
28: Transmission line
29: Telephone line
30: Main control unit
31: Monitoring control unit
32: Registration control unit
33: Operation unit
34: Intercom control unit
38: Collective entrance
40: Repeater
41: Common use sensor line
42: Fire detector for common use
43: Main sound alarm voice synthesizer
45: Main acoustic alarm speaker
46: Speech synthesis unit
47: Power amplifier
48: Input / output control unit
49: Line selector
50: Speaker for common use
53: Power supply
54: Character set database
55: District name database
56: ID number
57: District name
58: District warning location message
59: Number of district acoustic data
60: Common use line available flag
61: Dwelling unit available flag
62: Endless sentence flag
64: Data setting menu screen
65: District / display name setting screen
66: Common part line number selection screen
67: Common department line name setting screen
68: Unit number selection screen
69: Unit name setting screen
70: Smoke prevention line number selection screen
71: Smoke prevention name setting screen
72,77: Window
73, 81: Item number
74, 82: Character set frame
75a to 75h: Character set item area
76: Character set composition data
78: Floor setting area
79: Room setting area
80: Free setting area

Claims (6)

In the disaster prevention monitoring equipment that detects the abnormality of the detector installed in the monitoring area with the disaster prevention monitoring board and displays the name of the occurrence area on the display screen, and outputs a voice message specifying the occurrence area,
In the disaster prevention monitoring panel,
A character set database in which a set of character set display data and character set voice data is registered in advance for each character set constituting the district name;
A registration processing unit that creates district name display data and district name audio data by selecting one or more character sets on the display screen and registers them in the district name database;
Disaster prevention monitoring equipment characterized by the establishment of The disaster prevention monitoring facility according to claim 1, wherein the registration processing unit has a setting screen on which one or a plurality of character sets can be selected based on a set of character set display data and character set voice data registered in the character set database. A disaster prevention monitoring facility characterized by displaying on the display screen. 3. The disaster prevention monitoring facility according to claim 2, wherein the detector is at least one of a fire detector, a gas leak detector, and a crime prevention detector. In disaster prevention monitoring facility according to claim 2 or 3, wherein said sensor is disaster prevention monitoring facility, characterized in that installed in dwelling units within and shared portions of the housing complex. In the disaster prevention monitoring facility according to claim 4 ,
The character set database pre-registers a set of character set display data and character set voice data related to the district name of the common department,
The registration processing unit, by selection of one or more character sets on the setting screen, and registers the district name database to create a shared portion district name audio data and the shared unit area name display data Disaster prevention monitoring equipment. In the disaster prevention monitoring facility according to claim 4 ,
The character set database pre-registers a set of character set display data and character set voice data of a dwelling unit name composed of the floor and name of the dwelling unit,
The registration processing unit is configured by setting the character set for an input frame of the displayed floor and names on the setting screen, floors and the creation of the dwelling unit name display data and dwelling name audio data composed of the names and district name database Disaster prevention monitoring equipment characterized by registering with

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