JP2008065846A - Disaster prevention monitoring control panel - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To easily and clearly perform acquisition and confirmation of line numbers in registration, change or deletion of various information data. <P>SOLUTION: The control panel is started in a general monitoring mode when a power supply switch is on without operation of a registration mode switch, and assigns functions of switch and indicator lamp necessary for maintenance inspection or testing to a plurality of switches and indicator lamps provided on an operation display panel. The control panel is started in a data registration mode when the power supply switch is on while pressing the registration mode setting switch, and assigns functions of switch and indicator lamp necessary for registration, change or deletion of setting information data to the plurality of switches and indicator lamps provided on the operation display part. At that time, a plate 15 displaying handling as a switch and display part for data registration is attached to the operation display part to operate the plurality of switches and indicator lamps provided on the operation display part. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

The present invention is a disaster prevention monitoring control for registering various setting information data such as line type information, link information, idle line information, individual storage cancellation information, etc. in a memory and monitoring abnormalities such as fires and transferring information to external devices. Regarding the board.

  Conventionally, for example, in a disaster prevention monitoring control panel that monitors and detects abnormalities such as fire in units of lines known as P type, for example, line type information registered in memory, link information, empty line information, individual Based on various setting information data such as accumulation cancellation information, abnormal monitoring such as a fire and transfer control to external devices are performed.

  In order to register, change, and confirm the various setting information data, a data registration mode is set in the disaster prevention monitoring control panel, and the data registration mode is set in the operation display section on the front panel or in the panel. The operation switch group, the line display unit, and the district display unit are used (Patent Documents 1 and 2).

  In such registration work of various setting information of the conventional disaster prevention monitoring control panel, the registered line can be confirmed by turning on the district indicator lamp corresponding to the registered line number.

  For example, in the case of link information registration work, after operating the link source selection switch and operating the line selection switch to display the link source line number on the line display section, the link source line number The area indicator corresponding to the line number that has already been registered as the link destination lights up, and the link relationship between the link source and link destination can be confirmed.

  If you want to register a new link destination, operate the link selection switch, and then operate the line selection switch to display the link destination line number on the line display. Registered in the memory as the link destination. When registered, the district indicator lamp corresponding to the registered line number lights up.

Registration work such as vacant line information and individual accumulation cancellation information can be done in the same way, and the registered line number can be confirmed by looking at the lighting of the district indicator lamp.
Japanese Patent Laid-Open No. 9-097390 JP-A-10-198874 JP-A-8-016969 Japanese Patent Laid-Open No. 10-326398

  However, in such a conventional disaster prevention monitoring control panel, for example, the registered line is turned on by turning on the district indicator corresponding to the registered line number such as the linked line number for the linked source line number. Because the number can be confirmed, for disaster prevention monitoring control panels with more than 50 lines, for example, the area indicator lights will increase in size as the area indicator lights increase. The work of confirming the line number is complicated and may be mistaken.

  For example, if the panel itself has an area indicator on every 10 lines (2 steps per 5 lines), it takes time to confirm the line number, but it is still counted. Depending on the type of board, there is a map board in which district indicator lights are arranged on a map. In the case of a map board, it is difficult to easily confirm the line number using only the district indicator lights.

The present invention has been made in view of such a conventional problem, and disaster prevention monitoring control that makes it easy and clear to grasp and confirm the line number when registering, changing, and deleting various information data. The purpose is to provide a board.

  In order to solve such a problem, the present invention is configured as follows.

The present invention comprises an operation display unit having a plurality of input means and display means, has a plurality of operation modes having different assignment functions of the plurality of input means and display means, and changes the operation mode. In the disaster prevention monitoring control panel equipped with means,
The operation display unit includes a fixed display plate for displaying functions assigned to each of the plurality of input means and display means in one operation mode, and the plurality of input means and One or a plurality of different retrofit display plates are provided detachably for displaying the functions assigned to each of the display means and mounting them on one display plate.

The present invention is a disaster prevention monitoring control panel,
An operation display unit with a plurality of switches and indicators that indicate the handling necessary for maintenance and testing,
A power switch provided in the panel;
Registration mode setting switch provided in the panel,
When the power switch is turned on without operating the registration mode switch, it starts up in the normal monitoring mode and receives the functions of the switches and indicators necessary for maintenance and inspection and testing to the switches and indicators provided in the operation display section. A control unit;
When the power switch is turned on while pressing the registration mode setting switch, it starts up in the data registration mode, and the switches and indicators necessary for registering, changing, and deleting the setting information data are displayed on the switches and indicators provided in the operation display section. A registration processing unit for assigning functions;
A plate that is configured to be attachable to the operation display unit, and displays a switch for data registration and handling as a display unit for a plurality of switches and indicator lamps provided in the operation display unit,
Disaster prevention monitoring control panel characterized by comprising.

  Here, the operation display part is provided in a part of the operation display panel, and a child door is provided in the part of the operation display panel provided with the operation display part.

  The present invention also provides a line display unit for displaying a line number, a next line indicator lamp, a next line indicator in a disaster prevention monitoring control panel for registering various setting information data in a memory and monitoring abnormalities such as fires and controlling devices. A line selection switch and a registration processing unit are provided.

  In the data registration mode, the registration processing unit displays the already registered line number on the line display when selecting specific setting information, and multiple lines are registered and cannot be displayed on the line display at once. Each time the next line indicator is turned on and the next line selection switch is operated while the next line indicator is lit, the line number registered as the next line is sequentially displayed on the line display unit.

  For this reason, the disaster prevention monitoring control panel of the present invention can confirm the line number by using the line display unit, the next line indicator lamp, and the next line selection switch provided on the operation display panel. Since it is not necessary to confirm the line number while viewing the information, operations for registering, changing and erasing various information data are simple and easy, and there is no possibility of mistakes.

  In addition, when the next line selection switch is operated while the last line number of the registered line number is displayed on the line display part, the registration processing part displays the last line number on the line display part. A character or symbol indicating that there was a problem is displayed. This makes it easy to see that it is the last line number.

Furthermore, when the next line selection switch is operated while the character or symbol indicating the last line number is displayed on the line display unit, the registration processing unit is registered in the line display unit. Displays the first line number that is on. In this way, the line numbers for which information data has already been set are switched and displayed in a round robin manner, so that the reconfirmation of the registered line numbers and the like can be performed easily and easily.

  According to the present invention, a line display unit for displaying a line number, a next line indicator lamp, a next line selection switch, and a registration processing unit are provided, and when the registration processing unit selects specific setting information in the data registration mode, The line number that has already been registered is displayed on the line display section. When multiple lines are registered and cannot be displayed on the line display section at the same time, the next line indicator lamp is lit. Each time the line selection switch is operated, the line number registered as the next line is sequentially displayed on the line display part. By checking the line number displayed on the line display part, It is not necessary to check the line number while looking at the district indicator light, and the operation for registering, changing, and deleting various information data is simple and easy, and there is no possibility of mistaken line numbers.

  In addition, the registration processing unit displays the last line number on the line display section when the next line selection switch is operated while the last line number of the registered line number is displayed on the line display section. Since a character or a symbol indicating that there was an error is displayed, when a plurality of lines are registered in this way, it can be easily understood that it is the last line number.

Further, the registration processing unit displays the first registered in the line display unit when the next line selection switch is operated while a character or symbol indicating the last line number is displayed on the line display unit. Since the line number is displayed, the registered line number can be reconfirmed easily and easily.

  FIG. 1 is an external view of the disaster prevention monitoring control panel according to the present invention, which can perform monitoring and control on a line-by-line basis. For example, the maximum number of lines connected to the reception line and the control line can be 130 lines each. it can.

  In FIG. 1, a disaster prevention monitoring control panel 1 is provided with a district display panel 2 and an operation display panel 3 on the front door surface that can be opened and closed with respect to the main body. On the right side of the operation display panel 3, there is provided a small door 5 that can be opened and closed horizontally around the right end as a rotation axis. The operation display panel 3 is arranged at a height that allows easy operation and confirmation of display.

  The district display panel 2 is provided with 13 panels, for example, 10 lines as a unit, and can display a maximum of 130 lines.

  FIG. 2 shows the operation display panel 3 of FIG. 1 with the small door 5 opened. In FIG. 2, various switches and indicator lights necessary for normal operation of the disaster prevention monitoring control panel are provided on the left side portion of the operation display panel 3 that is always exposed.

  First, a fire representative lamp 7, a smoke prevention representative lamp 8, and a gas leak representative lamp 9 are provided in the upper horizontal row. Below this fire representative lamp 7 is an AC power supply lamp, a standby power supply lamp, a circuit voltage indicator lamp, a storage lamp, a switch warning lamp, a district acoustic complete stop lamp, a transmitter lamp, a telephone lamp, and an indicator lamp 1-8. Is provided.

  On the left side, a speaker acoustic window 11 for providing a main acoustic alarm is provided. Further, a line display unit 10 is provided in the lower part of the operation display panel 3. The line display unit 10 can display a 3-digit numerical value using three 7-segment display elements. On the upper side of the line display unit 10, a fire determination / gas leak determination switch, an acoustic stop switch, and a district acoustic stop switch are provided.

  The operation display unit 4 which is the mounting portion of the small door 5 on the right side of the operation display panel 3 is provided with a switch group and an indicator lamp group which are used for maintenance inspections and tests which are not used in a normal operation state. In the disaster prevention monitoring control panel according to the present invention, the switch group and the indicator light group provided in the operation display unit 4 which is the mounting portion of the small door 5 are set in a data registration mode such as when the disaster prevention monitoring control panel is started up. Sometimes, it is used as a switch and a display unit for registering various setting information such as line type information, idle line information, individual accumulation cancellation information, and interlocking information in the memory. In addition, when registering various setting information in the memory, the line display unit 10 provided on the operation display panel 3 side is also used.

  As an original switch function, the operation display unit 4 is provided with a district sound simultaneous sound switch, a test recovery switch, and a recovery switch from the left side in the upper row. When viewed from the left in the middle, the main sound stop switch for fire, smoke prevention, gas leakage, alarm failure, fault line confirmation switch, start switch, standby power test switch, fire test switch, gas leak test A switch, an accumulation release switch, a gas leak delay release switch, an interlock / start-off switch, and a message stop switch 1-5 are provided. An indicator lamp is provided in the vicinity of the left side of most of these various switches in correspondence with the switch function.

  Further, a line selection switch 12 is provided below the operation display unit 4. This line selection switch 12 corresponds to the line display section 10 provided on the left operation display panel 3, and is provided with respective switch knobs of the first, tenth and 100th positions, and further increases and decreases the line number. A switch knob is provided for each direction.

  FIG. 3 is an explanatory diagram of a plate that is mounted on the operation display unit 4 of FIG. 2 and used to handle the switch group and the indicator lamp as a data registration switch and display unit. The plate 15 has projections 20 formed at two upper portions and two lower portions, and the projections 20 are fitted on the plate holding portions 14 provided on the upper and lower sides of the operation display unit 4 side of FIG. it can.

  The plate 15 displays the handling of various switches provided in the operation display unit 4 for maintenance and inspection used in the data registration mode as data registration switches. As for the display of the plate 15 surface, first, the display relating to the interlocking setting is performed in the upper two horizontal rows.

  The display related to the interlocking setting is configured by a bell category setting display part 24a, a smoke prevention signal type display part 25a, an interlocking source display part 26a, and an interlocking destination display part 27a. Here, since the switch knob is located in the rectangular hole portion of each display portion with the plate 15 attached and held on the operation display portion 4 of FIG. 2, the numbers indicating the switch functions of the switch knob are described. Shown for convenience.

  That is, for the interlock setting, a switch knob that functions as the bell category setting switch 24, the smoke / exhaust prevention signal type switch 25, the interlock source switch 26, and the interlock destination switch 27 is located. A recovery display portion 35a is provided at the upper right corner of the plate 15, and the recovery switch 35 is located here.

  Below the display section of the interlocking setting relationship, in the vertical direction from the left side, an expanded alarm timer setting display section 28a, an empty line setting display section 29a, a classification cut display section 30a, an alarm holding setting display section 31a, an individual An accumulation cancellation display unit 32a, a confirmation mask setting display unit 33a, a next line display unit 23a, a set display unit 21a, a clear display unit 22a, and a sound presence / absence setting display unit 36a are provided.

  The right set display unit 21a is a switch display unit used for registering various setting information data in the memory, and the clear display unit 22a is used for a clear operation for clearing the contents registered in the memory. It is a switch display part. Further, if there is a next line registered in the current line selection state, the next line display unit 23a lights the round next line indicator lamp 23a, and the next line can be selected by operating the switch in this state.

  Corresponding to such a switch display section, the enlarged alarm timer setting switch 28, the empty line setting switch 29, the type separation switch 30, the alarm holding setting are set by the switch of the operation display section 4 for maintenance and inspection located in the rectangular area. Switch functions of a switch 31, an individual accumulation release switch 32, a confirmation mask setting switch 33, a next line selection switch 23, a set switch 21, a clear switch 22, and a sound presence / absence setting switch 36 are provided.

  Further, each of the indicator lamps provided in correspondence with each of these switches, that is, a bell category setting indicator lamp 24b, a start indicator lamp 25b, a confirmation indicator lamp 25c, an interlocking source indicator lamp 26b, an interlocking destination indicator lamp 27b, an enlargement The alarm timer setting indicator lamp 28b, the empty line setting indicator lamp 29b, the alarm holding setting indicator lamp 31b, the individual accumulation release indicator lamp 32b, the confirmation mask setting indicator lamp 33b, and the sound presence / absence setting indicator lamp 36b are lit with the respective setting information. Turns off when setting is canceled.

  FIG. 4 is an enlarged view of the operation display section 4 for maintenance and inspection on the panel side where the plate 15 of FIG. 3 is mounted, and shows switches and indicator lamps used for data registration when the plate 15 is mounted. .

  FIG. 5 is a block diagram of the disaster prevention monitoring control panel 1 according to the present invention. In FIG. 5, the main CPU 102 is provided in the disaster prevention monitoring control panel 1. Line units 103 a and 103 b are provided for the main CPU 102. A fire alarm sensor line 104a is drawn out from the line unit 103a and connected to a fire sensor 106a. Further, a control line 105a is drawn out from the line unit 103a, and the district audio apparatus 107 is connected.

  A sensor line 104b for smoke prevention is drawn out from the line unit 103b and connected to a fire sensor 106b. Further, a control line 105b is drawn out from the line unit 103b, and a smoke prevention device 108 is connected. A plurality of line units 103a and 103b are provided, and the maximum number of lines that can be drawn to the outside is, for example, 130 lines. Corresponding to the maximum 130 sensor lines, the control line can also draw a maximum of 130 lines. One line unit includes, for example, 10 reception lines and 10 control lines.

  The main CPU 102 is further provided with an operation unit 110, a display unit 111, a main acoustic device 112 using a voice synthesis speaker, district display units 113a and 113b, and a message output unit 115. The operation unit 110 is provided with a registration mode setting switch 100 for setting the data diary mode in addition to the switches shown in the operation display panel 3 and the operation display unit 4 inside the small door 5 in FIG.

  This registration mode setting switch 100 is provided inside the disaster prevention monitoring control panel 1 of FIG. 1, and when the power switch is turned on while pressing the registration mode setting switch 100, the main CPU 102 starts up in the data registration mode. When the power is turned on without operating the registration mode setting switch 100, the normal mode is started.

  An SRAM 116 operating as a work memory is connected to the main CPU 102 via a CPU bus 117. Further, the flash memory 120 built in the ROM pack (memory pack) 119 can be connected to the connector 118 provided on the CPU bus 117 as a nonvolatile memory.

  The flash memory 120 includes basic data such as the number of lines and line types necessary for monitoring control of the disaster prevention monitoring control panel, and interlocking data for interlocking control of the district sound device 117 and smoke control device 118 to the sensor lines. Are pre-registered, loaded from the flash memory 120 to the SRAM 116 when the power is turned on, and used for monitoring control of the main CPU 102.

  The line units 103a and 103b, the district display units 113a and 113b, and the transfer output unit 115 provided in the disaster prevention monitoring control panel 1 are each provided with a one-chip CPU and serially connected to the main CPU 102. Data is exchanged by communication.

  The main CPU 102 realizes a function as the reception control unit 102a and a function as the registration processing unit 102b by program control. When the power is turned on without operating the registration mode setting switch 100 provided in the operation unit 110, the main CPU 102 operates in the normal monitoring mode by the function of the reception control unit 102a.

  The reception control unit 102 monitors the line alarm data sent from the local CPUs of the line units 103a and 103b by serial communication, and displays a representative display by the display unit 111 when an abnormality such as a fire is determined. The main sound device 112 issues a representative fire alarm, further causes the district display units 113a and 113b to display the district of the alert line, and in addition, causes the report output unit 115 to perform the migration output.

  For example, when the reception control unit 102a determines that the fire alarm sensor line 104a has been issued, the reception control unit 102a uses the alarm line as the link source based on the link data in the SRAM 116 developed from the flash memory 120, and responds to this. The control line of the link destination is determined, and for example, a control output is performed so as to activate the district sound device 117 connected to the control line 105a.

  When the power is turned on while operating the registration mode setting switch 100 provided in the operation unit 110, the data registration mode is activated by the function of the registration processing unit 102b of the main CPU 102. In the operation state of the data registration mode, it is possible to register, change, and delete various setting information data of basic data and interlocking data developed from the flash memory 120 to the SRAM 116.

  In this case, the plate 15 shown in FIG. 3 is attached and held on the operation display unit 4 on the panel side in FIG. 4 and a switch operation for data registration is performed. Here, in the registration processing unit 102b of the present invention, when specific setting information is selected, the already registered line number is displayed on the line display unit 10 in FIG. 2, and a plurality of lines are registered. If the display cannot be made on the line display unit 10 at once, the next line indicator lamp 23b in FIG. 3 is turned on.

  When the next line indicator lamp 23b is lit, the registration processing unit 102b sequentially displays the line number registered as the next line on the line display unit 10 in FIG. 2 each time the operation of the next line selection switch 23 is determined. It has a function.

  Next, the registration operation of various setting information using the switch display for data registration on the plate 15 in FIG. 3 will be described.

  First, registration of fire and smoke prevention type information will be described. In order to set the registration mode, the power switch provided in the main body is also opened while the door of the disaster prevention monitoring control panel 1 in FIG. 1 is opened and the registration mode setting switch 100 provided on the control board or the like in the main body is pressed. 5, the main CPU 102 in FIG. 5 recognizes the ON state of the registration mode setting switch 100, and after the initial setting, shifts to the data registration mode by the registration processing unit 102b.

  If the data registration mode can be set, either type information of fire alarm or smoke prevention is set for the sensor line as the interlocking source by the type separation switch 30 in FIG. That is, by operating the line selection switch 12 after operating the type cut-off switch 30 to display an arbitrary line number on the line display unit 10 and operating the set switch 21, the line before the displayed line number is operated. Will be registered with automatic classification as fire alarm and subsequent lines as smoke prevention.

  If the fire alarm / smoke prevention / smoke type can be set for the sensor line that is the link source, the link destination and the link corresponding to the line for which the fire alarm is set as the link source type by the bell classification setting switch 24 are set. Among the control lines, the number of control lines for setting the type of the bell classification for ringing the district bell is registered.

  The bell category setting registration method will be described as follows. When the bell category setting switch 24 is operated, the bell category setting mode is set and the bell category setting indicator lamp 24b is turned on. In this state, the line selection switch 12 is operated to display the number of control lines to be set for the bell section on the line display unit 10, and the set switch 21 is operated to register the control line for the bell section. Finally, the bell switch setting mode is ended by operating the recovery switch 35.

  Note that the smoke prevention type is automatically registered for the control line corresponding to the reception line for which smoke prevention is set as the type of linkage source.

  Next, a description will be given of a method for setting linked information for the district sound classification ringing. In this regional sound segment ringing, the link source is a sensor line with fire alarm set, and the link destination is a control line with bell set. When the bell category setting switch 24 is operated, the bell category setting mode is set and the bell category setting indicator lamp 24b is turned on.

  When the interlock source switch 26 is operated in this state, the interlock source indicator lamp 26b is turned on and the interlock source selection state is set. Subsequently, the line selection switch 12 is used to display the link source line number on the line display unit 10. Next, when the linkage destination switch 27 is operated, the linkage destination indicator lamp 27b is turned on and the linkage destination selection state is set.

  At this time, if the link destination is already set, the set line number is displayed in the line display section. When the link destination is not set, “---” is displayed on the line display unit 10 and it can be confirmed that there is no line number registered as the link destination.

  When two or more linked destinations are registered, the next line indicator lamp 23b is turned on. When the next line indicator lamp 23b is lit in this way, each time the next line selection switch 23 is operated, the line numbers registered as the link destinations are displayed one after another on the line display unit 10 in ascending order. It is possible to confirm the registration of the link destination described above.

  Furthermore, when the next line selection switch 22 is operated in a state where the last line number of the registered link destination is displayed, “End” is displayed on the line display unit 10. By displaying “End”, it is possible to confirm that the line number displayed before the operation is the last line number of the link destination.

  Further, when the next line selection switch 22 is operated in the display state of “End”, the line display unit 10 becomes a round robin display in which the registered first line number is displayed. At this time, the next line indicator lamp 23b is continuously lit.

  When a new link destination is set, the link number to be set is selected by the line selection switch 12 using the line display unit 10 and the set switch 21 is operated to newly register the link destination. Is called.

  Further, when it is desired to cancel the interlocking destination, the line number of the interlocking destination to be cancelled is selected by the line selection switch 12 using the line display unit 10, and the clearing switch 22 is operated to cancel the interlocking destination. Finally, the bell switch setting mode is ended by operating the recovery switch 35.

  Next, the setting method of the interlocking information about the smoke control line will be described. In the interlocking for the smoke prevention line, the interlock source is a sensor line in which smoke prevention type is set, and the interlock destination is a control line in which smoke prevention type is set. When the interlock source switch 26 is operated, the interlock source indicator lamp 26b is turned on and the interlock source selection state is set.

  Subsequently, the line selection switch 12 is used to display on the line display unit 10 the link source line number for which smoke prevention type is set. In this state, by operating the smoke-proof / smoke-proof signal type switch 25, it is selected whether the interlock source signal is to be confirmed or activated. The smoke evacuation line has confirmation and activation as interlocking source signals, and it can be set by operating the smoke evacuation signal type switch 25 whether the confirmation or activation is linked.

  Normally, activation is set, and the activation indicator lamp 25b is lit to indicate the set state. By operating the smoke prevention signal type switch 25, switching from activation to confirmation is set and the confirmation indicator lamp 25c is turned off. Here, every time the smoke-proof / smoke-proof signal type switch 25 is operated, activation and confirmation are reversed. If this smoke prevention signal type can be set, then the interlocking destination switch 27 is operated. Subsequent operations are the same as the setting information registration method of the linked information about the district sound classification ringing.

  Next, the setting of an empty line will be described. When the idle line setting switch 29 is operated in the data registration mode, the idle line setting mode is entered. At this time, when there is a line for which an empty line has already been set, the head number of the line for which the empty line is set is displayed on the line display unit 10 and the empty line setting indicator lamp 29b is lit. When an empty line is not registered, “---” is displayed on the line display unit 10 and it can be confirmed that there is no registered empty line.

  When two or more empty lines are registered, the next line indicator lamp 23b is turned on. When the next line selection switch 23 is operated while the next line indicator lamp 23b is lit, the line numbers registered as empty lines are displayed one after another on the line display unit 10 in ascending order for each switch operation, and two or more empty lines are displayed. Can be confirmed.

  When the next line selection switch 22 is operated while the last registered line number is displayed on the line display unit 10, "End" is displayed on the line display unit 10. By displaying “End”, it is possible to confirm that the line number displayed before the operation is the last line number registered as an empty line.

  Further, when the next line selection switch 22 is operated while “End” is displayed on the line display unit 10, a round robin display in which the first registered line number is displayed on the line display unit 10 is performed. At this time, the next line indicator lamp 23b is continuously lit.

When a new empty line is set, a line is selected using the line display unit 10 by the line selection switch 12 and the set switch 21 is pressed. As a result, the empty line setting indicator lamp 29b is turned on, so that it can be confirmed that the empty line has been registered. When canceling the registration of the empty line, the line selection switch 12 is used to select the line to be canceled using the line display unit 10 and the clear switch 22 is pressed. At this time, since the empty line setting indicator lamp 29b is turned off, it can be confirmed that the setting of the empty line can be canceled. Finally, operating the recovery switch 35 ends the idle line setting mode.

  Other settings for the alarm holding setting switch 31, the setting by the individual accumulation release switch 32, the setting by the confirmation mask setting switch 33, and the setting by the sound presence / absence setting switch 36 are the same as in the case of the empty line setting switch 29. A corresponding data registration mode state is created by operation, and a new registration can be performed by selecting a new line to be set by the line display unit 10 and pressing the set switch in that state, and a line selection switch 12 for an already registered line. If the clear switch 22 is pressed in the state where the line number has been selected, it can be canceled.

  Further, when two or more lines are already registered, the next line indicator lamp 23b is lit, and each time the next line selection switch 23 is operated, the registered line numbers are sequentially displayed on the line display unit 10 in ascending order. Is done. If the next line selection switch 22 is operated while the last registered line number is displayed, “End” is displayed on the line display section.

  Further, when the next line selection switch 22 is operated in this state, the first registered line number is displayed on the line display unit 10.

  Since the registration processing unit 102b registers each setting information in ascending order when two or more lines are registered, each time the next line selection switch is operated, the line display unit 10 stores the line number. Are displayed sequentially in ascending order. Therefore, it is easy to confirm the registered line number.

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

External view of the disaster prevention monitoring control panel according to the present invention Explanatory drawing of the operation display panel of FIG. 1 with the small door open Illustration of the plate showing the handling of the data registration switch 2 is an enlarged view of a small door mounting portion on the operation panel of FIG. 2 corresponding to the switch handling display of the plate of FIG. Block diagram of disaster prevention control panel according to the present invention

Explanation of symbols

1: Disaster prevention monitoring control panel 2: District display panel 3: Operation display panel 4: Operation display section 5: Small door 7: Fire representative lamp 8: Smoke prevention representative lamp 9: Gas leak representative lamp 10: Line display section 11: Acoustic window 12: Line selection switch 15: Plate 20: Protrusion 21: Set switch 21a: Set display 22: Clear switch 22a: Clear display 23: Next line selection switch 24: Bell section setting switch 24a: Bell section setting display section 24b: Bell section setting indicator lamp 25: Smoke prevention signal type switch 26: Interlock source switch 26a: Interlock source display section 27: Interlock destination switch 27a: Interlock destination display section 28: Extended alarm timer setting switch 28a: Extended alarm timer setting Display unit 29: Empty line setting switch 29a: Empty line setting display unit 30: Type cut switch 30a: Type cut display unit 31: Alarm hold setting switch 31a: Alarm hold setting display unit 32: Individual storage solution Switch 32a: Individual accumulation cancellation display unit 33: Confirmation mask setting switch 33a: Confirmation mask setting display unit 35: Recovery switch 35a: Recovery display unit 36: Sound presence / absence setting switch 36a: Sound presence / absence setting display unit 100: Registration mode setting switch 102 : Main CPU
102a: reception control unit 102b: registration processing unit

Claims (3)

An operation display unit having a plurality of input means and display means, a plurality of operation modes having different assignment functions of the plurality of input means and display means, and a mode change means for changing the operation mode In the disaster prevention monitoring control panel,
The operation display unit includes a fixed display plate for displaying functions assigned to the plurality of input means and display means in one operation mode, and the plurality of input means for each other operation mode. One or a plurality of different retrofit display plates that display the functions assigned to each of the display means and are mounted on the one display plate in a detachable manner.
An operation display unit with a plurality of switches and indicators that indicate the handling necessary for maintenance and testing,
A power switch provided in the panel;
Registration mode setting switch provided in the panel,
When the power switch is turned on without operating the registration mode switch, it starts up in a normal monitoring mode, and a plurality of switches and indicator lamps provided in the operation display unit have functions of switches and indicator lamps necessary for maintenance inspection and testing. A reception control unit for assigning,
When the power switch is turned on while pressing the registration mode setting switch, it starts in the data registration mode, and a plurality of switches and indicator lamps provided in the operation display unit, switches necessary for registration, change, and deletion of setting information data and A registration processing unit for assigning the indicator light function;
A plate that is configured to be attachable to the operation display unit, and displays a plurality of switches and indicator lamps provided on the operation display unit, as data registration switches and display units, and
Disaster prevention monitoring control panel characterized by comprising.
  3. The disaster prevention control panel according to claim 2, wherein the operation display unit is provided in a part of the operation display panel, and a child door is provided in a part of the operation display panel provided with the operation display unit. Disaster prevention monitoring control panel.

Images