JP6366942B2 - Disaster prevention monitoring equipment and its remote operation method - Google Patents

Description

The present invention relates to a disaster prevention monitoring facility for receiving a fire signal from a fire detector and receiving a warning and a remote operation method thereof.

  Conventionally, for example, in a disaster prevention monitoring facility for monitoring and alarming a fire on a line-by-line basis by connecting an on / off type sensor to a sensor line drawn from a receiver known as P type, it is registered in a memory. Based on various setting information such as line type information, vacant line information, individual accumulation cancellation information, etc., abnormal monitoring such as a fire and control of transfer to an external device are performed.

  In addition, in disaster prevention monitoring equipment that connects an analog sensor with an address to a transmission line drawn out from a receiver known as R-type, and monitors and alerts fire on a terminal-by-terminal basis, it is registered in the memory. Based on the setting information of the terminal device corresponding to the specified address, an abnormality such as a fire is monitored and a transfer control to an external device is performed.

  To register, change, and confirm the various setting information, set the registration mode in the receiver, and in the setting state of the registration mode, switch group of the operation unit provided on the front panel or in the panel and the display lamp group of the display unit Etc. are used.

  Also, during the operation of the disaster prevention monitoring equipment, regular maintenance inspections are carried out. At the time of maintenance inspection, the maintenance inspection mode is set in the receiver, and the receiver is set in this maintenance inspection mode setting state. Tests on fire detectors, transmitters, district indicators, etc. have confirmed that the equipment functions normally.

Japanese Patent Laid-Open No. 9-097390 JP-A-10-198874 JP 2008-065846 A

  However, registration, change, and confirmation of receiver setting information in such conventional disaster prevention monitoring facilities are performed using the front panel or the operation unit and display unit in the panel. For example, in a receiver having more than 50 lines, the operations of registration, change, and confirmation while using the switch group of the operation unit and the indicator lamp of the display unit are complicated and may be mistaken.

  In addition, receiver testing in maintenance and inspection is complicated while using the switch group of the operation unit and the indicator lamp group of the display unit, etc., and the test operation may be incorrect or necessary test items may be omitted. There was a possibility.

The present invention provides a disaster prevention monitoring facility that enables remote processing operations related to setting information and tests of a receiver using a mobile terminal easily and reliably without depending on an operation unit or a display unit provided in the receiver. And it aims at providing the remote control method.

(Disaster prevention equipment)
The present invention relates to a disaster prevention monitoring facility that receives a fire signal from a fire detector installed in a monitoring area and issues a warning.
A wireless communication adapter connected to an input / output port of a control unit provided in the receiver and connected to and communicates with an external device through a wireless line;
A mobile phone terminal provided with processing means for instructing and operating a predetermined process to the control unit of the receiver via a communication connection with the wireless communication adapter and receiving and displaying the operation result;
Equipped with a,
The processing means of the portable terminal transmits a test request signal to the control unit of the receiver when testing the operation unit provided in the receiver, and receives an operation instruction signal of a predetermined operation target from the control unit of the receiver. When received, display the operation instructions for the operation target,
When the control unit of the receiver receives a test request signal from the processing means of the portable terminal, the control unit generates an operation state of the receiver that requires an operation of a predetermined operation target, and operates the operation target for the operation state. An instruction signal is transmitted to the portable terminal .
In the disaster prevention monitoring facility of the present invention,
The processing means of the portable terminal transmits a test request signal to the control unit of the receiver when performing a test of the display unit, the alarm unit or the transfer unit provided in the receiver. When the test operation confirmation request signal is received, the test operation confirmation request is displayed, and then when the test operation confirmation operation is input, the next test object test request signal is received. To the control unit of the machine,
When the control unit of the receiver receives a test request signal from the processing means of the mobile terminal, the control unit performs a predetermined test target test operation and transmits the test operation confirmation request signal to the mobile terminal. Good.

(Processing of setting information)
The processing means of the mobile terminal operates by instructing the control unit of the receiver to switch from the monitoring mode to the registration mode based on a predetermined authentication process and then instructing registration, change or confirmation of the setting information. And display the processing result.

(Fire reception test)
The processing means of the portable terminal instructs the receiver control unit to switch from the monitoring mode to the maintenance / inspection mode based on a predetermined authentication process, and then instruct the receiver to test the fire signal. and is operated, turns on the indicator lamp of a receiver corresponding to the operation Rutotomoni, it displays the test result to the mobile terminal.

(Examination of each part such as operation part)
The processing means of the portable terminal directs the control unit of the receiver to change over from the monitoring mode to the maintenance / inspection mode based on a predetermined authentication process, and then makes an operation unit, a display unit provided in the receiver, The alarm unit and / or the transfer unit are instructed to operate and display the test results.

(Remote terminal test)
The processing means of the portable terminal instructs the reception control unit to switch from the monitoring mode to the maintenance / inspection mode based on a predetermined authentication process, and then instruct the test of the terminal device connected to the receiver. And display the test results.

(Remote operation method of disaster prevention monitoring equipment)
The present invention relates to a remote operation method of a disaster prevention monitoring facility for receiving a fire signal from a fire detector installed in a monitoring area and receiving a warning.
Connect to the mobile terminal via a wireless LAN adapter connected to the input / output port of the control unit provided in the receiver,
The processing means provided in the portable terminal is characterized by instructing a receiver control unit to perform a predetermined process via a communication connection with a wireless LAN adapter and operating it, and receiving and displaying an operation result.

Other features of the remote control method for disaster prevention monitoring equipment according to the present invention are basically the same as those of the fire detection system.

(Basic effect)
The disaster prevention monitoring facility of the present invention enables a communication connection with an external device by connecting a wireless communication adapter to an input / output port of a control unit provided in the receiver, for example, a general-purpose serial passport (USB port), Since the processing means of the mobile terminal, for example, the mobile phone terminal, instructs the receiver control unit to perform predetermined processing via the communication connection with the wireless communication adapter and operates the mobile terminal so that the operation result is received and displayed. It is possible to remotely perform necessary instructions and control to the receiver provided in the disaster prevention monitoring facility by the operation of the processing means, depending on the function of the operation unit and display unit provided in the receiver This makes it possible to provide necessary instructions and control to the receiver without any restrictions.

(Effects of setting information processing)
Further, the processing means of the portable terminal instructs the control unit of the receiver to register, change or confirm the setting information after instructing the transition from the monitoring mode to the registration mode based on a predetermined authentication process. For example, it is easy to register, change, and confirm line setting information registered in advance in the memory of the receiver by operating the processing means implemented as an application program on the mobile terminal. And it is possible to perform reliably.

  In addition, since the setting information can be operated on the premise of changing to the registration mode based on the authentication process using a password or ID, it is possible to prevent unauthorized operations by a third party other than those involved. To do.

(Effects of receiver test)
Further, the processing means of the portable terminal instructs the receiver control unit to switch from the monitoring mode to the maintenance / inspection mode based on a predetermined authentication process, and then makes a test of the receiver accompanying the reception of the fire signal. Instruct and operate the operation unit, display unit, alarm unit and / or transfer unit test provided in the receiver, the test of the terminal equipment connected to the receiver, etc. and receive and display the test results As a result, it is possible to remotely and easily test the disaster prevention monitoring facility centered on the receiver by operating the processing means implemented as an application program in the portable terminal.

Explanatory drawing which showed the outline of the disaster prevention monitoring equipment which provided P type receiver Block diagram showing outline of functional configuration of P-type receiver Explanatory diagram showing input line setting information and output line setting information registered in the memory of the P-type receiver Explanatory diagram showing operation unit setting information and display unit setting information registered in the memory of the P-type receiver Explanatory diagram showing an outline of the functional configuration of the mobile phone terminal Explanatory drawing showing authentication screen and menu screen of mobile phone terminal Explanatory drawing showing data setting screen and maintenance inspection screen of mobile phone terminal Explanatory drawing showing the individual test screen of the mobile phone terminal Flow chart showing remote control by mobile phone terminal Flow chart showing reception control of P-type receiver Explanatory drawing which showed the outline of the disaster prevention monitoring equipment which installed R type receiver Block diagram showing outline of functional configuration of R-type receiver Explanatory diagram showing terminal device setting information registered in the memory of the R-type receiver

[Disaster prevention monitoring equipment using P-type receiver]
(Outline of disaster prevention monitoring equipment)
FIG. 1 is an explanatory diagram showing an outline of a disaster prevention monitoring facility provided with a P-type receiver. As shown in FIG. 1, a P-type receiver 10 is installed in a disaster prevention center, a manager's room, or the like of a building. From the P-type receiver 10, a fire alarm line L01 to L10 and a smoke prevention line DL11 are provided. DL18, control lines D11 to D18, and an alarm line (not shown) are drawn out.

  The fire alarm lines L01 to L10 are connected to an on / off sensor 14, a transmitter 16, and the like, as representatively represented by the fire alarm line L1.

  The smoke prevention lines DL11 to DL18 are connected to a smoke prevention sensor 18, as representatively shown by the smoke prevention line DL11. The control lines D11 to D18 connect the fire door 20 as representatively shown by the control line D11. The fire door 20 is held in a closed position by an automatic opening device (latch release device), and the control line D11 is connected to the automatic opening device of the fire door 20.

  The P-type receiver 10 has a built-in wireless LAN adapter that functions as a wireless communication adapter. Between the antenna 15 and a portable terminal held by a person concerned, for example, a portable telephone terminal 12 known as a smartphone. The communication connection by the wireless LAN line is possible. Here, the mobile phone terminal 12 using a smartphone or the like has a wireless LAN communication function (for example, a dithering function) that functions as a wireless LAN access point, and is provided in the P-type receiver 10 without going through a wireless router. The wireless LAN communication connection with the wireless communication adapter is enabled.

(Functional configuration of P-type receiver)
FIG. 2 is a block diagram showing an outline of a functional configuration of the P-type receiver. As shown in FIG. 2, the P-type receiver 10 includes a control unit 22, and the control unit 22 includes a computer circuit including a CPU, a memory, and various input / output ports. For the control unit 22, a line reception unit 24, a line control unit 26, a display unit 28, an operation unit 30, an alarm unit 32, and a transfer unit 34 are provided. A USB port 36 serving as a bus port is provided, and a wireless LAN adapter 38 having an antenna 15 is connected to the USB port 36.

  The line receiver 24 is provided corresponding to the fire alarm lines L01 to L10 and the smoke prevention lines DL11 to DL18, and is connected to the on / off sensor 14 and the smoke prevention sensor 18 shown in FIG. The line receiving unit 24 receives the alarm current that flows when the on / off sensor 14 or the smoke prevention sensor 18 detects fire and operates as a fire signal.

  The line control unit 26 is provided corresponding to the control lines D11 to D18, and outputs a control signal to the fire doors 20 shown in FIG. 1 connected to the control lines D11 to D18 to release the latches when the fire doors 20 are closed. I try to make it work.

  The display unit 28 includes various indicators and indicators provided on the front of the panel or in the panel. For example, the display unit 28 displays a fire representative lamp that displays reception of a fire signal from a sensor, a smoke prevention representative lamp that displays reception of a fire signal from a smoke control sensor, and supply of AC power. AC power supply lamp, standby power supply lamp for indicating switching to standby power supply, fault representative lamp for displaying fault detection, switch warning lamp for indicating that there is a switch that is not located, and for areas corresponding to fire alarm lines L01 to L10 Area indicator to display fire, storage lamp to indicate that fire signals are being received and stored, transmitter lamp to indicate reception of transmission signals from transmitters, emergency broadcast lamp to indicate emergency broadcasts In addition, a telephone lamp or the like is provided for displaying an emergency telephone call connection.

  In addition to the above, the display unit 28 includes a switch operation invalid light, a district sound pause light, a main sound stop light, a message stop light, a test recovery light, an attached sound stop light, a failure sound stop light, and a storage cancellation. There are lamps, self-diagnosis lights, and local sound lights.

  The operation unit 30 includes various operation switches provided on the front surface of the panel or in the panel. For example, the operation unit 30 includes a fire determination switch, a district sound temporary stop switch, a recovery switch, a voice guidance switch, an emergency broadcast interlocking stop switch, a main sound stop switch, an attached sound stop switch, an obstacle sound stop switch, a test recovery switch, a fire A test switch, a self-diagnosis switch, a standby power test switch, a district sound simultaneous ring switch, a storage release switch, and the like are provided.

  The alarm unit 32 is provided with a speaker, a buzzer and the like for performing an acoustic alarm and voice guidance. The transfer unit 34 is provided with a transfer circuit using a non-voltage relay contact that outputs a fire representative transfer signal or a line transfer signal to an externally connected display panel, for example.

(Reception control unit USB port and wireless LAN adapter)
A general-purpose serial bus (Universal Serial Bus) known as USB is drawn from the CPU mounted on the board of the control unit 22, and one or more USB ports 36 by USB connectors are provided on the general-purpose serial bus. A wireless LAN adapter 38 is connected to one.

  The wireless LAN adapter 38 functions as an interface conversion adapter, and performs conversion between a signal according to the USB communication protocol and a signal according to the wireless LAN communication protocol. For example, the wireless LAN adapter 38 converts between a signal in accordance with the USB 2.0 or USB 3.0 standard and a signal by wireless LAN communication based on IEEE 802.11 based on a wireless network based on Ethernet (registered trademark). I do. In this wireless LAN communication, the wireless LAN adapter 38 functions as a wireless LAN station, and establishes a communication connection with the mobile phone terminal 12 functioning as an access point to communicate packet signals.

  As the wireless LAN adapter 38, a small interface conversion device known as a WiFi (registered trademark) dongle used by being inserted into the USB port 36 can be used.

  By connecting the wireless LAN communication adapter 38 to the USB port 36 of the control unit 22 in this way, communication connection with, for example, the mobile phone terminal 12 having a wireless LAN communication function as an external device of the P-type receiver 10 is possible. And

  Here, for example, a WiFi (R) dongle that functions as a wireless LAN adapter 38 is directly inserted into the USB port 36. However, the operation and maintenance of the setting information stored in the memory of the P-type receiver are performed by the P-type receiver 10. Since the front door constituting the front of the panel is opened, communication connection with an external mobile phone terminal 12 is possible even if the antenna 15 of the wireless LAN adapter 38 is in the panel.

  In addition, in order to be able to perform setting information operations and test instructions from the external mobile phone terminal 12 without opening the front door of the receiver, one connector of the USB connector cable is connected to the USB port 36 of the control unit 22. Connected, and the other connector insertion port is exposed on the front of the receiver panel, and the WiFi (R) dongle is directly inserted into the antenna 15 so that the antenna 15 is exposed to the outside. The communication connection may be made more reliable.

(Receiver control unit)
The control unit 22 of the P-type receiver 10 functions in a fire monitoring mode setting state, and performs control to receive a fire signal from the on / off sensor 14 and output a fire alarm.

  Further, the control unit 22 performs registration, change or confirmation of the setting information after the transition from the fire monitoring mode to the registration mode through a predetermined authentication process based on an instruction from the mobile phone terminal 12, and the processing result is transmitted to the mobile phone. Control to notify the terminal 12 is performed.

  Further, the control unit 22 performs a test of the receiver accompanying the reception of the fire signal, the P-type receiver 10 after the transition from the fire monitoring mode to the registration mode through a predetermined authentication process based on an instruction from the mobile phone terminal 12. The test unit 28, the display unit 30, the alarm unit 32 and / or the transfer unit 34, and the terminal device such as a display panel connected to the P-type receiver 10 are tested and the test results are transmitted to the mobile phone. Control to notify the terminal 12 is performed.

(Receiver line setting information)
FIG. 3 is an explanatory diagram showing the setting information registered in the memory of the P-type receiver 10, FIG. 3 (A) shows the input line setting information, and FIG. 3 (B) shows the output line setting information. .

  In FIG. 3, the input line setting information 46 and the output line setting information 48 are created, for example, as an Excel sheet using a design support computer system or the like based on the configuration of the disaster prevention monitoring equipment targeted at the manufacturing stage of the P-type receiver. The data is stored in a memory provided in the control unit 22 of the P-type receiver 10 using a dedicated data setting device.

  The input line setting information 46 is composed of items such as a line number, line type, storage setting, idle line, and line status. In the case of the disaster prevention monitoring facility shown in FIG. 1, the line numbers L01 to L10 are fire alarm lines. For the line numbers L01 and L02, for example, storage is set because they are laid in places such as kitchens where error reports are likely to occur. Further, the line numbers L09 and L10 are unconnected free lines and can be expanded. The status of the line is currently set to “line alert” when a fire signal is received or “non-report” when no fire signal is received. With regard to this line status item, it is possible to write a “line alert” from the outside during the receiver test, thereby generating a pseudo line alert and enabling the test operation of the receiver. .

  The same applies to the smoke-proof line with line numbers DL11 to DL18 and the alarm line with line numbers S19 and S20.

  The output line setting information 48 includes items such as a line number, a line type, an empty line, and a line state. In the case of the disaster prevention monitoring facility shown in FIG. 1, the line numbers D11 to D18 are controlled for smoke prevention. Line numbers EA19 and EA20 are transfer lines, and line numbers D17, D18, and EA20 are empty lines and can be expanded. As the line state, the control output or control output stop state for the control line is set at the present time.

(Setting information for each part of the receiver)
FIG. 4 is an explanatory diagram showing the setting information of each part of the receiver registered in the memory of the P-type receiver, FIG. 4 (A) shows the operation part setting information, and FIG. 4 (B) shows the display part setting. Indicates information.

  As shown in FIG. 4, the operation unit setting information 50 is setting information indicating a group of operation switches provided in the operation unit 30 and includes items such as a switch name, a switch state, and a localization setting. Sound pause switch, recovery switch, voice guidance switch, emergency broadcast interlocking stop switch, main sound stop switch, attached sound stop switch, fault sound stop switch, test recovery switch, fire test switch, self-diagnosis switch, standby power test switch, The district sound simultaneous ring switch and the accumulation release switch are registered. In the switch state, only the voice guidance switch is on and all other switches are off. In the localization setting, all of the illustrated switch states are set to localization.

  The display unit setting information 52 is setting information indicating a group of indicator lamps provided in the display unit 28, and includes items such as a name and a state. For example, a fire representative lamp, a smoke prevention representative lamp, an AC power supply lamp, a standby power supply, and the like. Light, failure representative light, switch warning light, district indicator light, accumulation light, transmitter light, emergency broadcast light, telephone light, switch operation invalid light, district sound pause light, main sound stop light, news stop Lamps, test recovery lights, attached sound stop lights, failure sound stop lights, accumulation release lights, self-diagnosis lights, and district sound simultaneous sound lights. As for the display state, for example, in the normal monitoring state, only the AC power supply lamp is turned on, and the other display lights are turned off.

  The state of the display unit setting information 52 indicates the display state at that time. However, in the receiver test, the display operation can be performed on a trial basis by writing the display state from the outside.

[Mobile phone terminal]
(Functional configuration of mobile phone)
FIG. 5 is an explanatory diagram showing an outline of the functional configuration of a mobile phone terminal, taking as an example a smartphone known as a mobile phone terminal having the functions of a personal mobile computer.

  In FIG. 5, a mobile phone terminal 12 includes a control unit 60, a mobile phone communication unit 62, a wireless LAN communication unit 64, a high-speed mobile communication unit 66, a GPS communication unit (global positioning system communication unit) 68, a camera unit 70, a SIM. A card 72, a display 74, a touch panel 76, a voice input / output unit 78, a USB terminal unit 80, an operation unit 82, a memory card 84, and the like are provided.

  The control unit 60 is implemented by an LSI having a CPU, a memory, and various input / output interfaces constituting a processor, and executes an installed program.

  The mobile phone communication unit 62 performs mobile phone communication by W-CDMA known as a third generation mobile communication system (3G).

  The wireless LAN communication unit 64 performs wireless communication conforming to IEEE 802.11 based on a wireless network based on Ethernet (registered trademark), and wirelessly communicates with the wireless LAN adapter 38 provided in the P-type receiver 10 of FIG. A LAN line is established to perform data transmission. Therefore, the wireless LAN communication unit 64 has a wireless LAN communication function that functions as a wireless LAN access point, for example, a dithering function.

  The high-speed mobile communication unit 66 performs mobile high-speed mobile communication using mobile WiMAX® conforming to IEEE 802.16e.

  The GPS communication unit 68 performs communication for acquiring the longitude and latitude of the current position by using a global positioning system using an orbiting satellite operated by the United States.

  The camera unit 70 captures an image using a CMOS image sensor and acquires a still image and a moving image.

  The SIM card 72 is a card that stores an International Mobile Subscriber Identity (IMSI) number that is a number for identifying a mobile phone number. By replacing the SIM card 72, a plurality of mobile phone terminals can use the same mobile phone number. Make it possible.

  The display 74 uses a display device such as a liquid crystal panel or an organic EL panel, and a touch panel 76 is disposed on the panel surface. The voice input / output unit 78 includes a microphone, a speaker, and an audio codec (Audio CODEC), and performs voice input / output.

  The USB terminal unit 80 connects a digital interface connector for connecting an appropriate peripheral device. The operation unit 82 accepts a user operation using a keypad or operation buttons and notifies the control unit 60 of the operation. The memory card 84 is a detachable external memory, and is used for external storage of various data such as images captured by the camera unit 70.

  The control unit 60 performs communication connection such as call connection, mail connection, and Internet connection and various related controls.

  In addition, the control unit 60 instructs the control unit 22 of the P-type receiver 10 to perform predetermined processing via the communication connection with the wireless LAN adapter 38 illustrated in FIG. 2, and receives and displays the operation result. Control as processing means is performed.

(Access point control function of wireless LAN communication unit)
The access point control function of the wireless LAN communication unit 64 provided in the mobile phone terminal 12 is as follows. Here, the wireless LAN communication unit 64 of the mobile phone terminal 12 serves as a wireless LAN access point, and the wireless LAN adapter 38 of the P-type receiver 10 serves as a wireless LAN station.

  An ESS-ID (Extended Service Set Identifier) that is an identifier of an access point is set in advance in the wireless LAN adapter 38 of the P-type receiver 10 that is connected to the wireless LAN communication unit 64 of the mobile phone terminal 12 that functions as an access point. Register. As a result, the wireless LAN communication unit 64 of the mobile phone terminal 12 can communicate with only the terminal of the identifier ESS-ID that has been set and registered.

  The access point control function for performing communication connection between the wireless LAN communication unit 64 of the mobile phone terminal 12 serving as an access point and the wireless LAN adapter 38 of the P-type receiver 10 serving as the station includes a passive scan method and an active scan method. It is divided roughly into.

(Passive scan method)
In the passive scan method, a beacon frame periodically broadcast by the wireless LAN communication unit 64 of the mobile phone terminal 12 is received by the wireless LAN adapter 38 of the P-type receiver 10, and the wireless LAN adapter 38 is set and registered in advance. A probe request frame for inquiring whether the identifier ESS-ID of the wireless LAN communication unit 64 of the telephone terminal 12 is the same as the identifier ESS-ID of the wireless LAN communication unit 64 of the mobile phone terminal 12 to be connected is transmitted. If the identifier ESS-ID received by the probe request frame is the same as its own identifier ESS-ID, the wireless LAN communication unit 64 of the mobile phone terminal 12 returns a probe response frame and the wireless LAN adapter 38 of the P-type receiver 10. Receives this, and confirms that the identifier ESS-ID of the wireless LAN communication unit 64 of the mobile phone terminal 12 is the same as that set and registered.

  Subsequently, authentication is performed using a preset authentication method between the wireless LAN adapter 38 of the P-type receiver 10 and the wireless LAN communication unit 64 of the mobile phone terminal 12, and if the authentication is successful, the P-type receiver 10 When the wireless LAN adapter 38 transmits an association request frame as a connection request to the wireless LAN communication unit 64 of the mobile phone terminal 12, and the wireless LAN communication unit 64 of the mobile phone terminal 12 returns an association response frame as a permission response, the connection is completed. Communicate packet signals.

(Active scan method)
In the active scan method, when the wireless LAN adapter 38 of the P-type receiver 10 cannot receive the beacon frame from the wireless LAN communication unit 64 of the mobile phone terminal 12 for a certain period of time, the wireless LAN adapter of the P-type receiver 10 If the information of the identifier ESS-ID to be connected is transmitted by a probe request frame and a probe response frame is obtained from the wireless LAN communication unit 64 of the mobile phone terminal 12, authentication and association requests are obtained as in the passive scan method. And the response is completed, the connection is completed, and packet signal communication is performed.

(Screen of mobile phone terminal accompanying receiver processing)
6 to 8 are explanatory diagrams showing an authentication screen, a menu screen, a data setting screen, a maintenance inspection screen, and an individual test screen of the mobile phone terminal used for the receiver processing operation.

  FIG. 6A shows an authentication screen 85 that is first used when a receiver processing operation is performed. By inputting a user ID 86 and a password 88 registered in advance on the receiver side by the user, the OK button is operated. 2 establishes a communication connection with the control unit 22 via the wireless LAN adapter 38 in FIG. 2, and transmits a packet signal addressed to the control unit 22 of the P-type receiver 10 including the input user ID 86 and password 88. If the authentication is successful, a packet signal addressed to the control unit 60 of the mobile phone terminal 12 including the authentication success notification from the control unit 22 is received, and the menu screen 90 shown in FIG. By such authentication processing, only the user who has registered the user ID and password can perform processing operations on the receiver, and unauthorized processing operations by outsiders can be suppressed.

  In the following description, the control unit 22 of the P-type receiver 10 or the control unit 60 of the mobile phone terminal 12 shown as the destination of the packet signal is simplified and described as the P-type receiver 10 or the mobile phone terminal 12. Further, a predetermined network address used as a destination of packet communication is set and registered in advance in the control unit 22 of the P-type receiver 10 and the control unit 60 of the mobile phone terminal 12.

(Setting information processing operation)
In the menu screen 90 of FIG. 6B, menu buttons of a data setting button 92 and a maintenance / inspection button 94 are arranged.

  When the data setting button 92 on the menu screen 90 is operated, the screen is switched to the data setting screen 96 of FIG. Also, in response to the operation of the data setting button 92, the registration mode switching request packet signal destined for the P-type receiver 10 is transmitted from the mobile phone terminal 12, and the control unit 22 of the P-type receiver 10 that has received this transmits the registration mode switching request packet signal. Switch from fire monitoring mode to registration mode.

  When the mode is switched to the registration mode, for example, a switch caution light provided on the front surface of the receiver 10 blinks to indicate that the mode is switched to the registration mode. When the P-type receiver 10 is switched to the registration mode, the operator attaches a display board indicating that the registration work is being performed to the front of the receiver 10 with a magnet or the like, and indicates that the registration work is being performed. To understand.

  The data setting screen 96 is provided with a fire report line button 98, a smoke / evacuation line button 100, and an alarm line button 102, and a line type to be registered, changed or confirmed can be selected by any button operation.

  For example, when the fire alarm line button 98 is operated, a fire alarm line selection request packet signal destined for the P-type receiver 10 is transmitted from the mobile phone terminal 12, and the control unit 22 operates to display the information shown in FIG. The setting information of the line numbers L01 to L10 is read from the input line setting information 46, and a setting information read packet signal destined for the mobile phone terminal 12 is transmitted and displayed on the screen.

  Therefore, the worker searches for, for example, an empty line from the setting information of the fire alarm line displayed on the screen of the mobile phone terminal 12, and registers a new fire alarm line by canceling the setting of the empty line. In addition, for example, when many false alarms occur for the line number L03 for which accumulation cancellation is set, an operation for changing the accumulation setting from “accumulation cancellation” to “accumulation” is performed. Such operations for registering, changing, and confirming the line setting information can be performed in the same manner for the smoke prevention line and the alarm line.

  When the setting information processing operation is completed and the screen returns to the menu screen 90 in FIG. 6A, a registration mode release packet signal destined for the P-type receiver 10 is transmitted from the mobile phone terminal 12 and received. The control unit 22 of the type receiver 10 cancels the previous registration mode and switches to the fire monitoring mode.

(Test processing operation)
When the maintenance / inspection button 94 on the menu screen 90 shown in FIG. 6 (B) is operated, the screen is switched to the maintenance / inspection screen 104 in FIG. 7 (B). In response to the operation of the maintenance / inspection button 94, the mobile phone terminal 12 transmits a request packet signal for switching to the maintenance / inspection mode with the P-type receiver 10 as the destination. Switch from the fire monitoring mode to the maintenance inspection mode in the normal monitoring state.

  During switching to the maintenance / inspection mode, for example, a switch caution light provided on the front panel of the receiver blinks to indicate that the mode has been switched to the maintenance / inspection mode. In addition, when switching the P-type receiver 10 to the registration mode, the operator must attach a display board indicating that maintenance / inspection work is being performed to the front of the receiver panel with a magnet or the like, and be in the maintenance / inspection work. So that the people concerned can understand.

  An individual test button 106 and an automatic test button 108 are provided on the maintenance inspection screen 104. When the individual test button 106 is operated, the screen is switched to the individual test screen 110 shown in FIG. The individual test screen 110 is provided with a fire reception test button 112, an operation unit test button 114, a display unit test button 116, an alarm unit test button 118, and a transfer unit test button 120. The P-type receiver 10 of FIG. In response to an operation instruction to the control unit 22, a predetermined test operation is performed on the control unit 22, the display unit 28, the operation unit 30, the alarm unit 32, and the transfer unit 34.

(Fire reception test)
When the fire reception test button 112 is operated, a fire reception test request packet signal destined for the P-type receiver 10 is transmitted from the cellular phone terminal 12, and when this is received, the control unit 22 operates to operate the fire alarm lines L01 to L10. A state in which a fire signal is received by the line receiving unit 24 corresponding to the above is generated in a pseudo manner, and a test operation for operating the display unit 28 and the alarm unit 32 to output a fire alarm is sequentially performed.

(Operation section test)
When the operation unit test button 114 is operated, an operation unit test request packet signal destined for the P-type receiver 10 is transmitted from the mobile phone terminal 12, and the control unit 22 operates by receiving the operation unit test request packet signal. ) To generate an operating state of the receiver that requires switch operation, and transmit a switch operation instruction packet signal corresponding to this operating state to the mobile phone terminal 12 as a destination, When an instruction is given by the screen display and voice message output of the mobile phone terminal 12 and the operator operates the switch of the P-type receiver 10 instructed based on the instruction, a test operation based on the switch operation is performed.

  For example, when testing the main sound stop switch, the control unit 22 operates the alarm unit 32 to output a main sound alarm, and also transmits an operation instruction for the main sound stop switch to the mobile phone terminal 12. When the main sound stop switch of the P-type receiver 10 instructed by the screen display and voice message output of the terminal 12 is operated by the operator based on this, a test operation for stopping the main sound is performed. Such test control is individually determined according to the function of each switch.

(Display test)
When the display unit test button 116 is operated, a display unit test request packet signal destined for the P-type receiver 10 is transmitted from the mobile phone terminal 12 and received, and the control unit 22 of the P-type receiver 10 operates. Then, based on the display unit setting information 52 shown in FIG. 4B, a test display is performed in which each indicator lamp is turned on and off in turn.

  Along with this test display, the control unit 22 of the P-type receiver 10 transmits a confirmation request packet signal for the test display to the mobile phone terminal 12 every time the test display of the indicator lamp is performed. Ask for confirmation by display and voice message. On the other hand, when the operator confirms the test display of the receiver indicator light and operates the confirmation screen of the mobile phone terminal 12, an acknowledgment packet signal destined for the P-type receiver 10 is transmitted from the mobile phone terminal 12. The control unit 22 of the P-type receiver 10 that has received this positive response packet signal repeats the control to stop the current display lamp test display and shift to the next display lamp test display. Thereby, it is possible to confirm whether or not all the indicator lamps provided in the P-type receiver 10 function normally.

(Alarm test)
When the alarm unit test button 118 is operated, an alarm unit test request packet signal destined for the P-type receiver 10 is transmitted from the mobile phone terminal 12 and received, and the control unit 22 of the P-type receiver 10 operates. Then, a test operation for outputting alarm sounds and alarm messages prepared in advance from a speaker provided in the alarm unit 32 in a predetermined order is performed.

  The control unit 22 transmits a confirmation request packet signal from the P-type receiver 10 with the mobile phone terminal 12 as the destination each time an alarm is output in accordance with this alarm test, and confirms the screen display and voice message of the mobile phone terminal 12. Ask. On the other hand, when the operator confirms the alarm output of the receiver and operates the confirmation screen of the mobile phone terminal 12, the confirmation response packet signal is transmitted from the mobile phone terminal 12 to the P-type receiver 10 as the destination. The control unit 22 of the P-type receiver 10 that has received the response packet signal repeats the control to shift to the next alarm output. This makes it possible to check whether all alarm outputs provided in the P-type receiver 10 function normally.

(Transportation department test)
Further, when the transfer section test button 120 is operated, a transfer section test request packet signal destined for the P-type receiver 10 is transmitted from the mobile phone terminal 12 and received, and the control section 22 of the P-type receiver 10 is received. Is operated, and a test operation for outputting a transfer signal from the transfer unit 34 is performed. Along with this transfer test, the control unit 22 of the P-type receiver 10 transmits a confirmation request packet signal destined for the mobile phone terminal 12 each time a transfer output is made, and asks for confirmation through a screen display and a voice message. On the other hand, when the worker confirms the operation of the external device by the transfer output and operates the confirmation screen of the mobile phone terminal 12, the mobile phone terminal 12 transmits an acknowledgment packet signal destined for the P-type receiver 10. Then, the control unit 22 of the P-type receiver 10 that has received this acknowledgment packet signal repeats the control to stop the current message output and move to the next message output. Thereby, it is possible to confirm whether or not all the transmission outputs provided in the P-type receiver 10 function normally.

(Automatic test)
When the automatic test button 108 provided on the maintenance / inspection screen 104 in FIG. 7B is operated, the P-type receiver 10 is automatically tested. This automatic test is a test in which a fire reception test, an operation unit test, a display unit test, an alarm unit test, and a transfer unit test are continuously performed on the individual test screen 110 of FIG.

  Note that the test processing of the P-type receiver 10 in accordance with the instruction from the mobile phone terminal 12 described above is an example, and an appropriate test pattern can be prepared and operated as necessary.

  In addition, at the time of maintenance inspection, a test is performed to confirm the receiving operation by reporting the on / off sensor installed in the monitoring area by the test jig by the worker. For example, it is possible to use such that the reception result of the line notification is transmitted from the P-type receiver 10 to the mobile phone terminal 12 and displayed.

[Receiver remote processing of mobile phone terminals]
FIG. 9 is a flowchart showing remote control by the mobile phone terminal, which is controlled by the control unit 60 provided in the mobile phone terminal 12 of FIG.

  As shown in FIG. 9, at step S1 (hereinafter “step” is omitted), the authentication screen 85 of the mobile phone terminal 12 shown in FIG. When the request is made and authentication is successful, a communication connection is established between the mobile phone terminal 12 and the P-type receiver 10 via the wireless LAN adapter 38 connected to the USB port 36 of the control unit 22.

  Subsequently, the process proceeds to S2, and a menu screen 90 is displayed as shown in FIG. Subsequently, when the menu selection of the data setting on the menu screen is determined in S3, the process proceeds to S4 to instruct the P-type receiver 10 to switch to the registration mode, and in S5 the fire alarm line transmitted from the P-type receiver 10 or Display setting information such as smoke prevention line, and register, change and / or confirm necessary setting information. When the end of information setting is determined in S6, the P-type receiver 10 is instructed to cancel the registration mode, and the process proceeds to S7.

  When the selection of the test menu on the menu screen is determined in S7, the process proceeds to S8 to instruct the P-type receiver 10 to switch to the maintenance / inspection mode, and in S9 to instruct the P-type receiver 10 to perform an individual test or an automatic test. The test operation is performed. If the test end is determined in S10, the P-type receiver 10 is instructed to cancel the maintenance / inspection mode, and the process proceeds to S11. If there is another menu selection, the process is performed, and from S2 until the end operation is determined in S12. Repeat the process.

[Receiver control processing]
FIG. 10 is a flowchart showing the control process of the P-type receiver, which is controlled by the control unit 22 provided in the P-type receiver 10.

  As shown in FIG. 10, after performing a predetermined initialization process in response to power-on in step S21, the process proceeds to S22 to set a fire monitoring mode and perform fire monitoring control. Fire monitoring control receives a fire signal from a sensor and outputs a fire alarm. If a communication connection request by the mobile phone terminal 12 via the wireless LAN adapter 38 connected to the USB port 36 is determined in S23 during the fire monitoring control in the monitoring mode, the process proceeds to S24, and the user ID transmitted from the mobile phone terminal 12 and Authentication processing using a password is performed, and if the authentication is successful, a communication connection with the mobile phone terminal 12 is established.

  Subsequently, when it is determined in S25 that the instruction to switch to the registration mode by the packet signal from the mobile phone terminal 12 is made, the process proceeds to S26, where the fire monitoring mode so far is canceled and the registration mode is switched. Subsequently, in S27, processing based on an instruction for registration, change, confirmation, etc. of setting information by a packet signal from the mobile phone terminal 12 is executed, and the execution result is transmitted to the mobile phone terminal 12 as necessary in S28, and in S29. The processing from S27 is repeated until the registration mode release instruction is determined from the packet signal from the cellular phone terminal 12. When the registration mode cancel instruction is determined in S29, the registration mode is canceled in S30 and the mode is switched to the fire monitoring mode.

  Subsequently, when the switching instruction to the maintenance / inspection mode is determined in S31 by the packet signal from the mobile phone terminal 12, the process proceeds to S32, where the test operation is executed based on the test instruction by the packet signal from the mobile phone terminal 12, and the execution result in S33. Is transmitted to the mobile phone terminal 12 as necessary, and the processing from S32 is repeated until the maintenance / inspection mode release instruction is determined by the packet signal from the mobile phone terminal 12 in S34. When the maintenance / inspection mode cancel instruction is determined in S34, the registration mode is canceled in S35, the mode is switched to the fire monitoring mode, and the process returns to S22.

[Disaster prevention equipment using R-type receiver]
(Outline of disaster prevention monitoring equipment)
FIG. 11 is an explanatory diagram showing an outline of a disaster prevention monitoring facility provided with an R-type receiver. As shown in FIG. 11, the R-type receiver 150 is installed in a disaster prevention center of a building, an administrator room, or the like, and the transmission lines SL1 to SL10 are drawn from the R-type receiver 150 to the monitoring area. The transmission lines SL1 to SL10 are composed of a pair of signal lines and a pair of power supply lines, for example.

  A plurality of analog sensors 152 are connected to the transmission lines SL1 to SL10, as shown by the transmission line SL1, and the district acoustic device 155 is connected via the district acoustic repeater 154. The on / off sensor 14 and the transmitter are connected to the fire alarm line L1 drawn from the repeater 156. Further, as representatively shown in the transmission line SL10, a damper 162 provided in the fire door 160 or the smoke exhaust duct is connected via the smoke exhaust repeater 158, and an addressable transmitter 164 having a repeater function. Is connected. Here, the fire alarm repeater 156 can draw out four fire alarm lines, and the smoke prevention repeater 158 can connect four smoke prevention devices.

  The transmission lines SL1 to SL10 can be assigned, for example, 128 addresses per line, so that a maximum of 128 terminal devices can be connected per line. For example, a unique address is set for each of the analog sensor 14, the district acoustic repeater 154, and the fire report repeater 156 connected to the transmission line SL1.

  Also, the R-type receiver 150 has a built-in wireless LAN adapter, which enables communication connection via a wireless LAN line between the antenna 182 and the mobile phone terminal 12 known as a smartphone owned by the parties concerned. Yes.

(Functional configuration of R-type receiver)
FIG. 12 is a block diagram showing an outline of a functional configuration of the R-type receiver. As shown in FIG. 12, the R-type receiver 150 includes a control unit 166, and the control unit 166 includes a computer circuit including a CPU, a memory, and various input / output ports. The control unit 166 includes a transmission unit 168, a display unit 170, an operation unit 172, an alarm unit 174, and a transfer unit 176. The control unit 166 further includes a USB port 178 serving as a general-purpose serial bus port. A wireless LAN adapter 180 having an antenna 182 is connected to the port 178 by a connector.

  The transmission unit 168 is provided corresponding to the transmission lines SL1 to SL10, and transmits a predetermined command or data specifying an address with the analog sensor 152 or various relays connected as a terminal device.

  The display unit 170, operation unit 172, alarm unit 174, and transfer unit 176 are basically the same as the display unit 28, operation unit 30, alarm unit 32, and transfer unit 34 provided in the P-type receiver 10 shown in FIG. Will be the same.

  A general-purpose serial bus (Universal Serial Bus) known as USB is drawn out from the CPU mounted on the board of the control unit 166, and one or more USB ports 178 by USB port connectors are provided on the general-purpose serial bus. One of these is connected to the wireless LAN adapter 180.

  By connecting the wireless LAN communication adapter 180 to the USB port 178 of the control unit 166 in this way, communication connection with, for example, the mobile phone terminal 12 having a wireless LAN communication function as an external device of the R-type receiver 150 is possible. And

  The control unit 166 transmits a batch AD conversion command for each transmission line, for example, at a period of 1 minute, causes the detection terminal device such as the analog sensor 152 to perform AD conversion of the detection signal, and holds the detection data. A polling command in which the addresses of the terminal devices are sequentially designated is transmitted to send detection data as a response, and for example, a fire is determined from the received detection data.

  When a fire is detected by the analog sensor 152 or the fire alarm repeater 156, an interrupt signal is transmitted to the R-type receiver 150. In response to this interrupt signal, the control unit 166 detects a fire by transmitting a search command, identifies the detection terminal device that has transmitted the interrupt signal, and outputs a fire alarm indicating the district identified by the terminal address.

  Moreover, the control part 166 performs the terminal control which transmits the control command which designated the address which specifies the terminal device for control about smoke prevention control and district sound ringing accompanying a fire detection, and is required.

(Receiver terminal device setting information)
FIG. 13 is an explanatory diagram showing terminal device setting information registered in the memory of the R-type receiver 150.

  In FIG. 13, the terminal device setting information 188 is created as an Excel sheet using a design support computer system or the like based on the configuration of the disaster prevention monitoring equipment targeted at the manufacturing stage of the R-type receiver 150, and dedicated data setting The data is stored in a memory provided in the control unit 166 of the R-type receiver 150 using the device.

  The terminal device setting information 188 is configured by items such as address, type, state, and district for each line system, and sets information on terminal devices connected to the transmission lines SL1 to SL10 shown in FIG. Here, regarding the item of the device status, “normal” and “failure” are shown, but “fire” is written as the status when the fire detection by the analog fire detector at address 001 is determined, for example. The control unit 166 performs receiver control according to the device state.

  For this reason, it is possible to write “fire” for testing in the corresponding device state of the terminal device setting information 188 from the outside during the receiver test by the processing operation of the mobile phone terminal 12, thereby Generate a fire detection to enable the corresponding test operation of the receiver.

  Further, display unit setting information and display unit setting information are registered in the memory of the control unit 166 provided in the R-type receiver 150. This is because the operation unit setting information 50 of the P-type receiver 10 shown in FIG. The display unit setting information 52 is basically the same.

(Remote processing of mobile phone terminal receiver)
The configuration and function of the mobile phone terminal 12 used for the remote processing operation of the R-type receiver 150 of FIG. 12 are basically the same as those of the P-type receiver 10 shown in FIGS. In addition, control based on an instruction from the mobile phone terminal 12 by the control unit 166 of the R-type receiver 150 in FIG. 12 also registers, changes, and changes the terminal device setting information 188 shown in FIG. Except for the case where it is used for confirmation, it is basically the same as the control unit 22 of the P-type receiver 10 of FIG.

  The remote processing operation of the R-type receiver 150 by the mobile phone terminal 12 will be described with reference to FIG.

  When the user ID and password are input using the authentication screen 85 of the mobile phone terminal 12 shown in FIG. 6 and the authentication request packet signal is transmitted to the P-type receiver 10 and the authentication is successful, the USB of the control unit 166 A communication connection is established between the mobile phone terminal 12 and the R-type receiver 150 via the wireless LAN adapter 180 connected to the port 178.

  Subsequently, when the data setting menu is selected from the menu screen 90 of the cellular phone terminal 12 shown in FIG. 6B, switching to the registration mode is instructed by transmitting a packet signal to the R-type receiver 150, and the R-type receiver 150 The transmitted terminal device setting information of the target line system shown in FIG. 13 is displayed, and necessary setting information is registered, changed, and / or confirmed. When the information setting end operation is performed on the mobile phone terminal 12, a packet signal is transmitted to the R-type receiver 150 to instruct to cancel the registration mode, and the R-type receiver 150 cancels the registration mode and switches to the fire monitoring mode. .

  In addition, when a test menu is selected on the menu screen of the mobile phone terminal 12, switching to the maintenance / inspection mode is instructed by transmitting a packet signal to the R-type receiver 150, and an individual test or an automatic test is instructed to the R-type receiver 150. Then, a predetermined test operation is performed. When the test end operation is performed on the mobile phone terminal 12, the R-type receiver 150 is instructed to release the maintenance / inspection mode, and the R-type receiver 150 releases the maintenance / inspection mode and switches to the fire monitoring mode.

[Modification of the present invention]
(Mobile phone terminal)
The above embodiment is an example in which a processing operation is instructed to a receiver from a mobile phone terminal such as a smartphone as a mobile terminal, but a telephone function such as a tablet having a wireless LAN communication function is used instead of the mobile phone terminal. It is good also as a portable terminal device which does not have.

(I / O port)
In the above embodiment, the USB port is taken as an example of the input / output port provided in the control unit of the receiver, but other appropriate input / output ports such as an RS232 serial port are included.

(Receiver operation processing)
In the above embodiment, the processing operation for registering, changing, and confirming the setting information of the receiver by the mobile phone terminal and the processing operation for performing the receiver test are taken as an example. Appropriate processing operations necessary for maintenance and inspection can be performed.

(Abnormality monitoring)
In addition, the above embodiment is an example of a disaster prevention monitoring facility for monitoring a fire, but the same applies to a disaster prevention monitoring facility for detecting and alarming an appropriate abnormality such as a gas leak or theft in addition to a fire. it can.

(Other)
The present invention is not limited to the above-described embodiment, includes appropriate modifications without impairing the object and advantages thereof, and is not limited by the numerical values shown in the above-described embodiment.

10: P-type receiver 12: Mobile phone terminal 14: ON / OFF sensor 16: Transmitter 18: Smoke prevention sensor 20: Fire door 22, 166: Control unit 24: Line reception unit 26: Line control unit 28, 170: Display section 30, 172: Operation section 32, 174: Alarm section 34, 176: Transfer section 36, 178: USB port 38, 180: Wireless LAN adapter 62: Mobile phone communication section 64: Wireless LAN communication section 150: R-type receiver 152: analog sensor 154: district acoustic repeater 155: district acoustic device 156: fire alarm repeater 158: smoke prevention repeater 168: transmission unit

Claims (12)

In disaster prevention monitoring equipment that receives a fire signal from a fire detector installed in the monitoring area and alerts it,
A wireless communication adapter connected to an input / output port of a control unit provided in the receiver and connected to and communicates with an external device by a wireless line;
A portable terminal provided with processing means for instructing and operating a predetermined process to the control unit of the receiver via a communication connection with the wireless communication adapter and receiving and displaying an operation result;
Equipped with a,
The processing means of the portable terminal transmits a test request signal to the control unit of the receiver when performing a test of the operation unit provided in the receiver, and a predetermined operation target is transmitted from the control unit of the receiver. When an operation instruction signal is received, an operation instruction for the operation target is displayed,
When the control unit of the receiver receives the test request signal from the processing unit of the portable terminal, the control unit generates an operation state of the receiver that requires an operation of a predetermined operation target, and performs an operation on the operation state. A disaster prevention monitoring facility characterized by transmitting a target operation instruction signal to the portable terminal .
In disaster prevention monitoring equipment that receives a fire signal from a fire detector installed in the monitoring area and alerts it,
A wireless communication adapter connected to an input / output port of a control unit provided in the receiver and connected to and communicates with an external device by a wireless line;
A portable terminal provided with processing means for instructing and operating a predetermined process to the control unit of the receiver via a communication connection with the wireless communication adapter and receiving and displaying an operation result;
With
The processing means of the portable terminal transmits a test request signal to the control unit of the receiver when performing a test of a display unit, an alarm unit or a transfer unit provided in the receiver, and controls the receiver When a test operation confirmation request signal for a predetermined test object is received from the test unit, the confirmation request for the test operation is displayed. Sending a request signal to the control unit of the receiver;
The control unit of the receiver, when receiving the test request signal from the processing means of the mobile terminal, performs a test operation for a predetermined test target and transmits a confirmation request signal for the test operation to the mobile terminal. Disaster prevention monitoring equipment characterized by that.
The disaster prevention monitoring facility according to claim 1 or 2 , wherein the processing means of the portable terminal instructs the control unit of the receiver to switch from the monitoring mode to the registration mode based on a predetermined authentication process. After that, a disaster prevention monitoring facility characterized in that it is operated by instructing registration, change or confirmation of setting information and displaying a processing result.
3. The disaster prevention monitoring facility according to claim 1 or 2 , wherein the processing means of the portable terminal instructs the control unit of the receiver to switch from the monitoring mode to the maintenance / inspection mode based on a predetermined authentication process. after allowed to instructs the test of the receiver with the received fire signal is operated Rutotomoni to light the indicator lamp of the receiver corresponding to the operation, to display the test result to the mobile terminal Special disaster prevention monitoring equipment.
3. The disaster prevention monitoring facility according to claim 1 or 2 , wherein the processing means of the portable terminal instructs the control unit of the receiver to switch from the monitoring mode to the maintenance / inspection mode based on a predetermined authentication process. after allowed to disaster prevention monitoring facility, characterized in that receiving and displaying test results with operating instructs the test.
3. The disaster prevention monitoring facility according to claim 1 or 2 , wherein the processing means of the portable terminal instructs the control unit of the receiver to switch from the monitoring mode to the maintenance / inspection mode based on a predetermined authentication process. After that, a disaster prevention monitoring facility characterized by instructing and operating a test of a terminal device connected to the receiver and displaying a test result.
In the remote control method of disaster prevention monitoring equipment that receives a fire signal from a fire detector installed in a monitoring area and alerts it by a receiver,
A wireless communication adapter is connected to the input / output port of the control unit provided in the receiver to enable communication with the mobile terminal,
When performing a test of the operation unit provided in the receiver,
When the processing means provided in the mobile terminal transmits a test request signal to the control unit of the receiver and receives an operation instruction signal of a predetermined operation target from the control unit of the receiver, Display operating instructions,
When the test request signal is received from the processing means of the portable terminal by the control unit of the receiver, the predetermined operation target is set to the operation state of the receiver that requires the operation, and the operation target for the operation state A remote operation method for disaster prevention monitoring equipment, characterized in that an operation instruction signal is transmitted to the portable terminal .
In the remote control method of disaster prevention monitoring equipment that receives a fire signal from a fire detector installed in a monitoring area and alerts it by a receiver,
A wireless communication adapter is connected to the input / output port of the control unit provided in the receiver to enable communication with the mobile terminal,
When testing the display unit, alarm unit or transfer unit provided in the receiver,
When the processing means provided in the portable terminal transmits a test request signal to the control unit of the receiver and receives a confirmation request signal for a test operation of a predetermined test object from the control unit of the receiver, When a test operation confirmation request is displayed, and then when the test operation confirmation operation is input, a test request signal for the next test target is transmitted to the control unit of the receiver,
When the test request signal is received from the processing unit of the mobile terminal by the control unit of the receiver, a test operation for a predetermined test target is performed and a confirmation request signal for the test operation is transmitted to the mobile terminal The remote operation method of the disaster prevention monitoring equipment characterized by this.
9. The remote control method for disaster prevention monitoring equipment according to claim 7 or 8 , wherein the processing means of the portable terminal instructs the control unit of the receiver to switch from the monitoring mode to the registration mode based on a predetermined authentication process. The remote operation method of the disaster prevention monitoring facility is characterized by instructing registration, change or confirmation of the setting information to operate after the transition and displaying the processing result.
9. The remote control method for disaster prevention monitoring equipment according to claim 7 or 8 , wherein the processing means of the portable terminal switches the control unit of the receiver from the monitoring mode to the maintenance / inspection mode based on a predetermined authentication process. after allowed to transition to instruct, instructs the test of the receiver with the received fire signal is operated Rutotomoni to light the indicator lamp of the receiver corresponding to the operation, the test result to the mobile terminal A remote operation method for disaster prevention monitoring equipment characterized by displaying.
9. The remote control method for disaster prevention monitoring equipment according to claim 7 or 8 , wherein the processing means of the portable terminal switches the control unit of the receiver from the monitoring mode to the maintenance / inspection mode based on a predetermined authentication process. after allowed to transition instructs remote operation method of disaster prevention monitoring equipment, characterized in that receiving and displaying test results with operating instructs the test.
9. The remote control method for disaster prevention monitoring equipment according to claim 7 or 8 , wherein the processing means of the portable terminal switches the control unit of the receiver from the monitoring mode to the maintenance / inspection mode based on a predetermined authentication process. A remote operation method for disaster prevention monitoring equipment, characterized by instructing and operating a test of a terminal device connected to the receiver and displaying a test result after making a transition by instructing.

Images