JP2003298772A - Support system for disaster-preventing facilities - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a support system for disaster preventing facilities which allows a disaster-preventing center personnel or a watchman such as guards, etc., to operate a fire receiver, a general control panel or a fire-extinguishing control panel in proper operating procedures in the event of a fire, if not daily using them. <P>SOLUTION: When the support system is called from any disaster-preventing receiver through a calling means, it displays building information of a concerned building and receiver information of the disaster-preventing receiver from a first memory means on a display, and has a first means for displaying information of circumstances received from the disaster-preventing receiver on the display in addition to the concerned receiver information. <P>COPYRIGHT: (C)2004,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a support system for disaster prevention equipment such as automatic fire alarm equipment and fire extinguishing equipment.

[0002]

2. Description of the Related Art In many cases, a fire receiver, a general operation panel or a fire extinguishing control panel of a disaster prevention facility is installed in a disaster prevention center or a guard room, and when a fire detector detects a fire, it receives a fire notification. Display on the machine or integrated control panel, eg C
The fire warning area where the fire occurred is displayed on the RT.

When the sprinkler head operates,
The point at which water has started is displayed on the display of the fire extinguisher control panel. Based on this display, the personnel of the disaster prevention center or the guards of the guard room, etc. can confirm the fire, control the fire and extinguish fire using various switches on the operation unit, and report to the fire department. And so on.

[0004]

Surveillance personnel have undergone some training, but fire receivers, general control panels or fire extinguishing control panels should not be used on a daily basis, but should be used during a fire. Yes, there are cases in which operations cannot be performed with the correct operating procedure in an emergency.

According to the present invention, even if a fire receiver, a general operation panel or a fire extinguishing control panel is not routinely used by monitoring personnel such as disaster prevention center personnel and security guards, it is possible to protect the disaster prevention center personnel and security guards during a fire. It is an object of the present invention to provide a support system for disaster prevention equipment, which enables an observer to operate them in a correct operating procedure.

That is, an object of the present invention is to support the operation of a fire receiver of a supervisor such as a disaster prevention center staff member or a guard at the time of a fire, and a disaster prevention receiver such as a general operation panel or a fire extinguishing control panel. Is.

Another object of the present invention is to support training of surveillance personnel for receivers for disaster prevention.

[0008]

The first invention of the present invention is as follows:
A disaster prevention receiver installed in each of multiple buildings such as buildings, factories, and underground malls is connected to the central support device of the support center via a wired or wireless communication line. Information about the status of the disaster prevention receiver and the first calling means for calling the central support device to make the communication possible when the connected equipment connected to the machine is operated or the disaster prevention receiver is operated. First transmitting means for transmitting to a central support device is provided, and the central support device has building information of the plurality of buildings and receiver information of disaster prevention receivers respectively installed in the plurality of buildings. A first storage unit that stores (display unit information, operation unit information, etc.) and, when called by any one of the disaster prevention receivers by the calling unit, the structure of the building from the first storage unit. Building information and receipt for the disaster prevention And displays the receiver information of the machine on the display unit, the cause information of the state where in addition to the receiver information received from the disaster prevention receiver is displayed on the display unit 1
The display means is provided.

According to a second aspect of the present invention, in the first aspect of the present invention, the central support device includes a first control command creating means for creating a control command for the disaster prevention receiver that has called.
Second control means for transmitting the control command generated by the first control command generation means to the disaster prevention receiver is provided, and the disaster prevention receiver transmits the control command from the central support device. For receiving and controlling the receiver
The control means is provided.

A third aspect of the present invention is to connect the disaster prevention receiver installed in each of a plurality of buildings such as buildings, factories, and underground malls with the central support device of the support center by a wired or wireless communication line to provide the disaster prevention. Second calling means for calling the central support device to make it in a communicable state in order to perform a simulation in the receiver for use, execution means for performing simulation based on simulation information received from the central support device, and the execution means. And a third transmitting means for transmitting operation information and status information of the disaster prevention receiver being executed by the central support device, the central support device comprising:
Second storage means for storing the building information of the plurality of buildings and the receiver information and the simulation information of the disaster prevention receivers respectively installed in the plurality of buildings, and one of the disaster prevention receivers. Fourth calling means for reading and transmitting simulation information for the disaster prevention receiver from the second storage means when called by the second calling means, and the building from the second storage means. The building information and the receiver information of the disaster prevention receiver are displayed on the display unit, and the operation information and the status information transmitted from the third transmitting unit in addition to the receiver information are displayed on the display unit. It is characterized in that it is provided with a second display means.

A fourth aspect of the present invention is to connect a disaster prevention receiver installed in each of a plurality of buildings such as buildings, factories, and underground malls with a central support device of a support center by a wired or wireless communication line to provide the disaster prevention. And a disaster prevention receiver, a first calling means for calling the central support device to make it in a communicable state when the connected device connected to the external disaster prevention receiver is operated or the disaster prevention receiver is operated; Transmitting means for transmitting information on the state of the receiver for use to the central support device, second calling means for calling the central support device to make it in a communicable state for performing simulation, and the central support device A third means for executing a simulation based on the simulation information received from the third operation means, and transmitting the operation information and the status information of the disaster prevention receiver being executed by the execution means to the central support device. A transmitting means is provided, and the central support device stores building information of the plurality of buildings and receiver information (display section information, operation section information) of disaster prevention receivers respectively installed in the plurality of buildings. And a first storage means for storing the building information of the plurality of buildings and receiver information and simulation information of disaster prevention receivers respectively installed in the plurality of buildings. Two
Of the disaster prevention receiver and the disaster prevention receiver, the building information of the building and the receiver information of the disaster prevention receiver are read from the first storage means. First display means for displaying the information on the state displayed on the display unit and added to the receiver information and received from the disaster prevention receiver on the display unit; Fourth calling means for reading out and transmitting the simulation information for the disaster prevention receiver from the second storage means when called by the calling means, and any one of the disaster prevention receivers makes the first call. When called by the means, the building information of the building and the receiver information of the disaster prevention receiver are displayed on the display unit from the first storage means, and the disaster prevention is added to the receiver information. The state information received from the receiver is displayed on the display unit, and when called by the second calling unit, the building information of the building and the disaster prevention receiver are received from the second storage unit. Third display means for displaying the machine information on the display part and for displaying the operation information and the status information transmitted from the third transmitting means in addition to the receiver information on the display part. It is characterized by becoming.

A fifth aspect of the present invention is to connect a disaster prevention receiver installed in each of a plurality of buildings such as buildings, factories, and underground malls with a central support device of a support center by a wired or wireless communication line to prevent the disaster prevention. Second calling means for calling the central support device to make it in a communicable state in order to perform a simulation in the receiver for radio communication; third storage means for storing simulation information of the disaster prevention receiver; Second execution means for performing a simulation based on the simulation information stored in the third storage means, and operation information and status information of the disaster prevention receiver being executed by the second execution means to the central support device. Fifth transmission means for transmitting is provided, and the central support device includes building information of the plurality of buildings and a disaster prevention receiver installed in each of the plurality of buildings. Fourth storage means for storing receiver information and, when called by any one of the disaster prevention receivers by the second calling means, the building information of the building from the fourth storage means. And a third step of displaying the receiver information of the disaster prevention receiver on the display section and displaying the operation information and the status information transmitted from the fifth transmitting means on the display section in addition to the receiver information. The display means is provided.

According to a sixth aspect of the present invention, in any one of the first, second or fourth aspects of the invention, when the central assistance device is called by the first calling means for each of the plurality of buildings. A first call means for making a call with the support center is provided, and the support center has a second call for making a call with the first call means when receiving a call by the first calling means. It is characterized in that means are provided.

A seventh invention is the third, fourth or fifth invention, wherein each of the plurality of buildings has the second structure.
Is provided with a third call means capable of communicating with the support center when the central support device is called by the call means. It is characterized in that a fourth call means capable of making a call with the first call means is provided.

[0015]

DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 is a system diagram of an embodiment of the present invention.

In FIG. 1, 1 is a building of a user who receives support, 2 is a disaster prevention center of the building 1, 3 is a general operation panel as an example of a disaster prevention receiver installed in the disaster prevention center 2,
Reference numeral 4 is a building with a support center 5, 6 is a central support device, and 7 is a public telephone line as an example of a wired or wireless communication line. The central support device 6 of the support center 5 communicates with various disaster prevention receivers such as a fire receiver, a general operation panel, a fire extinguisher control panel, etc., which are respectively installed in buildings such as buildings, factories, and underground malls. Although connected via line 7, FIG.
Then, as a representative of these, only one building 1 and one integrated operation panel 3 are shown.

The general control panel 3 has a CRT 31 which is a display unit.
In addition to the above, an operation unit having various switches, a display unit having various indicator lights, a modem for transmitting and receiving information such as data to and from the central support device 6, and a dialer, which are not shown, are provided.

The central support device 6 is composed of a main device 61 and a server 63 in this embodiment. The main device 61 is
An operation unit having a main CRT 62, which is a main display unit of the display unit, and various switches not shown,
A display unit having various kinds of indicator lights, a modem for transmitting and receiving information such as data to and from the general control panel 3, a dialer, and the like are provided. The server 62 has a sub CRT 6 which is a sub display unit of the display unit.
4, an operation unit having various switches, a display unit having various indicator lights, a storage device for storing various property data, and the like, which are not shown, are provided. A liquid crystal display, a plasma display or the like may be used instead of the main and sub CRTs 62 and 64.

FIG. 2 is a flow chart for explaining the operation of the general control panel 3.

The same operation is performed in other disaster prevention receivers (not shown). FIG. 3 is a flowchart explaining the operation of the central support device 6.

4 to 6 are flowcharts for explaining the detailed operation of the flowchart of FIG.

7 to 9 are flowcharts for explaining the detailed operation of the flowchart of FIG.

FIGS. 4 and 7 correspond to each other, FIGS. 5 and 8 correspond to each other, and FIGS. 6 and 9 correspond to each other.

As shown in FIG. 2, the general control panel 3 monitors the states of fire detectors and transmitters (not shown) arranged in the building 1 (S10), and when a fire occurs (S10).
Y), the fire occurrence process (S100) whose detailed operation flow is shown in FIG. 4 is performed. When the simulation start switch of the operation unit (not shown) of the general control panel 3 is turned on (Y in S20), the simulation process (S200) showing the detailed operation flow in FIG. 5 is performed. Further, when the control command is received from the central support device 6 (Y of S30), the control execution process showing the detailed operation flow in FIG. 6 (S300).
I do.

The central support device 6 constantly monitors whether a call is received from any of the plurality of disaster prevention receivers (S40). For example, when a call is received from the general reception panel 3 of the building 1 (Y of S40), is the general operation panel 3 received the fire information transmitted in the fire occurrence processing S100 (S5).
0) In the simulation process S200, it is determined whether a simulation request is received (S60). If the fire information is received (Y of S50), the fire process (S500) whose detailed operation flow is shown in FIG. 7 is performed, and if the simulation request is received (Y of S60), the detailed operation is shown in FIG. A simulation request process (S600) showing a flow is performed. Further, when there is a control input from the operation unit (not shown) of the main device 61 of the central support device 6 (Y of S70), the control process (S700) whose detailed operation flow is shown in FIG. 9 is performed.

Next, the operation during a fire in the above embodiment,
Will be described with reference to FIGS. 2, 3, 4 and 7.

When the general control panel 3 judges that a fire has occurred based on the information received from the connected fire detector (not shown) (Y in S10), it activates the dialer and modem (not shown) to activate the central support device of the support center 5. 6 is called (S10
2). Calling between the integrated operation panel 3 and the central support device 6 and subsequent communication may be performed in the Internet format, so-called personal computer communication format, or any other format.
Any method may be used as long as it can communicate various kinds of information between the general operation panel 3 and the central support device 6.

When the central support device 6 responds to this call (S40), the general operation panel 3 transmits property information about the building 1 and the general operation panel 3, for example, a property identification number (ID number) (S104), Data of the status of the general control panel 3 such as the status of receiving fire signals, the status of various switches, the status of various indicators, etc. is sent as fire information, and the sent fire information is sent to a storage device (memory) not shown. It is stored as completed fire information (S10).
6). In addition, when there is a response to the call from the support center 5 (S40), a hands-free telephone (not shown) is automatically activated to call a telephone (not shown) of the support center 5, and the personnel in the disaster prevention center 2 and the support center 5 are called. Securing a call with the waiting support staff so that future support can be carried out smoothly. Instead of using a normal telephone, a so-called Internet telephone may be used.

When the main unit 61 of the central support unit 6 receives a call from the general operation panel 3 of the building 1, it returns a response signal (Y in S40), and subsequently receives property information and fire information (Y in S50). ), From the received ID number, that is, the property information, property data of the corresponding property from the property database (DB) stored in a storage device such as a hard disk (not shown) of the server 63, for example, property name (name of building 1), property The location, the model name of the disaster prevention receiver used, the model name of the integrated operation panel 3 in the present embodiment, various devices connected to the integrated operation panel 3 and the warning area information are read out, and the type of the integrated operation panel 3 is read out. Based on the name, the model information of the general control panel 3 is read from the device DB that stores the model information such as the display screens and operation screens of the disaster prevention receivers in the storage device (S502). Then, in the main CRT 62, necessary information of the property data read from the property DB, for example, property name, property location, property size, monitoring devices such as fire detectors connected to the general control panel 3, and fire doors. , The connection status of controlled devices such as smoke exhaust devices, etc.
The RT64 displays the display unit screen information and the operation unit screen information of the general operation panel 3 read from the device DB, and the fire information received from the general operation panel 3 from the display unit and the operation unit of the general operation panel 3 of the building 1. A display screen of the board state is created and displayed (S504).

As a result, the board surface state of the general operation panel 3 and the display state of the sub CRT 64 of the central support device 6 coincide with each other, and the support staff is in front of the general operation panel 3 of the disaster prevention center 2 of the building 1. In this state, appropriate advice is given to the monitoring staff of the disaster prevention center 2 through the telephone or by operating the keyboard that is the operation unit of the main device 61 to send information to the general operation panel 3 and display it on the CRT 31. It will be possible.

Next, the general operation panel 3 determines whether or not the control command is received from the central support device 6 (S108), and if not received (N of S108), the state of the general operation panel 3 has changed. That is, it is determined whether there is changed information with respect to the previously sent fire information, for example, whether a fire has occurred in a new fire caution area or the switch state of any of a plurality of switches of the operation unit has changed (S112). ). As a result of the determination, if there is a change in the state of the integrated operation panel 3 (S112
Y), the information on the state change is transmitted to the central support device 6 as new fire information (S114).

Upon receiving the new fire information (Y in S506), the central support device 6 determines whether or not there is a change from the contents currently displayed on the sub CRT 64 (S508), and if there is a change (Y in S508). Deputy CRT based on new fire information
The display content of 64 is updated (S510).

The main device 61 of the central support device 6 is
From the received fire information and the display content of the sub CRT 64, it is determined whether or not a guide is necessary by referring to the guide DB of the storage device of the server 62 (S512), and if necessary (Y of S512), the guide content is set to the main CRT 62. Displayed on (S51
4). Supporters are the guide display of this main CRT62 and sub CR
When it is determined that the monitoring staff of the disaster prevention center 2 needs to be assisted by looking at the display content of T64, the necessary advice is sent using the telephone in the call state. The display contents in S514 may be transmitted to the general operation panel 3 automatically or by a switch operation of a support staff, and may be displayed on the CRT 31 of the general operation panel 3 as well.

The main device 61 of the central support device 6 determines the server 6 from the received fire information and the display contents of the sub CRT 64.
It is determined whether or not the control for the integrated control panel 3 is necessary by referring to the control information for the building 1 in the control DB provided in the second storage device (S516), and if necessary (Y in S516), the control content Is displayed on the main CRT 62 (S51
6). Looking at the display of the required control contents of the main CRT 62 and the display contents of the sub CRT 64, the support staff operates the control command transmission switch when he / she determines that it is necessary to support the monitoring staff of the disaster prevention center 2 for control (S520). Y), the control command and control data are transmitted (S522). On the other hand, when the support staff judges that control is unnecessary from the display contents of the main CRT 62 and the sub CRT 64, he operates the control unnecessary switch (S52).
0, Y in S524), the required control contents displayed on the main CRT 62 are cleared, and the control data and the like are cleared (S526). It should be noted that the control command and control data based on the required control content in S518 may be automatically transmitted, or the automatic transmission and the transmission by the operation of the support staff may be switched. It may be possible to store in advance in the DB whether it is automatic transmission or transmission by operation of a support member, and to perform based on that, in this case, if the transmission is automatic or manual is displayed on the main CRT. Good.

When the general operation panel 3 receives a control command from the central support device 6 (Y of S108), it performs necessary control processing based on the control data received together with the control command, for example, control of the district sound device, smoke proof equipment. And the control of fire extinguishing equipment (S110). Then, the general operation panel 3 transmits the state change caused by the processing of this control command as new fire information (Y of S112, S114), and the central support device 6 updates the display content based on the newly received fire information. It is displayed (S506 to S510).

When the fire recovery switch of the operation section (not shown) of the general operation panel 3 is operated (Y in S116), the display of the fire area (not shown) is cleared, and the ringing of the main sound device and the area sound device is canceled. The fire recovery operation is performed, the recovery information is transmitted to the central support device 6, the connection with the central support device 6 is then cut off (S118), and the normal monitoring state is restored.

When the central monitoring device 6 receives the restoration information (Y in S528), the information transmitted / received to / from the general operation panel 3 is stored as history information in the portion corresponding to the building 1 of the property support record DB of the storage device ( S530) together with the main CRT
The display screens of 62 and the sub-CRT 64 and their information are cleared (S532), and the normal monitoring state is returned to.

Next, the operation during the simulation is shown in FIG.
This will be described with reference to FIGS. 3, 5 and 8.

When the simulation start switch of the general control panel 3 is turned on (Y in S20), a dialer and a modem (not shown) are activated to call the central support device 6 (S202). When the central support device 6 responds to the call (Y in S40), the general operation panel 3 transmits, for example, an ID number as property information (S204) and simulation request information (S206), and the current general operation panel 3 The state information of No. 3 is stored in the storage device (not shown) as start state information.

Upon receiving the simulation request information (Y in S60), the central support device 6 searches the property DB of the server 63 for the information of the building 1 based on the property information and reads it out, and in this case the disaster prevention receiver Is the total control panel 3
Necessary simulation data is read from the simulation DB based on the model and other information (S60).
2) The first execution data is created and transmitted together with the execution command to the general operation panel 3 (S604). And the main CRT
The necessary display is performed on 62 as in the case of a fire, and the screen information of the display section and the operation section of the general control panel 3 is read from the device DB and the panel display is performed on the sub CRT 64 (S606).

When the general operation panel 3 receives the execution command (Y of S208), the simulation operation such as the pseudo operation of the fire detector and the pseudo control process for the controlled device is executed based on the simulation data received together with the execution command. Yes (S210). When the state of the display content of the CRT 31 of the general operation panel 3 is changed by this execution processing, or the state of the switch content is changed by the monitor operating the switch in the operation unit (S212), the change is made. The content status information is transmitted (S214).

When the central support device 6 receives this status information (Y in S608), the sub CRT 6 is based on the status information.
The display screen of No. 4 is updated to match the state of the general operation panel 3 (S610). Then, if the received status information, for example, the operation result by the observer is the correct answer to the previously transmitted execution data (Y of S612), the next execution data is transmitted (S614). If the received state information is not the correct answer, the correct guide data is transmitted to the general operation panel 3 together with the execution command (S616) so that the correct operation or the like is performed.

The general operation panel 3 which has received this execution command,
The correct answer is displayed on the CRT 31 based on the guide data, and the monitor is prompted to perform the next operation (Y in S208, S210). As a result, the observer who performed the wrong operation can perform the correct operation.

At the same time as the transmission of the simulation request information, as in the case of a fire, a telephone call or the like is formed between the disaster prevention center 2 and the support center 5 so that the support staff can explain the correct response to the monitoring staff. You may do it.

When the simulation end switch of the general operation panel 3 is operated (Y in S216), the simulation end information is transmitted, and the general operation panel 3 is set immediately before the simulation based on the stored start state information. The process of returning to the above state is performed, the connection with the central support device 6 is cut off, and the simulation ends (S21).
8).

Upon receiving the simulation end information (Y in S618), the central support device 6 clears the display of the main CRT 62 and the sub CRT 64, and records the simulation results of the general operation panel 3 of the building 1 in the property support memory DB. It is stored as information (S620).

Next, the operation of calling and controlling the disaster prevention receiver on the user side from the central support device 6 will be described with reference to FIGS. 2, 3, 6 and 9.

When it becomes necessary to control the general operation panel 3 of the building 1 from the support center 5, the call number of the general operation panel 3 is input from the operation unit of the main unit 61 of the central support device 6 and the control contents are controlled. Enter. When the calling number and the control content are input (Y of S70), the calling number and the control content are read (S702), the dialer and the modem are activated, and the general operation panel 3 is called (S704). When there is a response to the call from the general operation panel 3 (S706), the control command and the control content are transmitted (S708).

When the control panel 3 receives the control command and the control content (Y of S30), the control panel 3 executes the control content by the control command (S302) and transmits the information of the processed result (S304).

Upon receiving the processing result information (Y in S710), the central support device 6 displays the processing result on the main CRT 62 (S712). Then, when all the control contents are transmitted (Y in S714) and the control end is input from the operation unit of the main device 61 (Y in S716), the control contents and the processing result information are combined into the comprehensive operation of the building 1. The history information of the panel 3 is stored in the property support DB, the communication connection state with the general operation panel 3 is shut off, and the control process ends.

In the above explanations, the basic data for display concerning the display part of each disaster prevention receiver and the panel of the operation part are stored as a database in the central support device, but each disaster prevention receiver is stored. It is also possible to store basic data for display of its own display unit and operation unit, and transmit the basic display data from the disaster prevention receiver to the central support device at the time of fire or simulation.

In the above-mentioned simulation, the central support device stores the simulation data for each disaster prevention receiver in the storage device. However, instead of the central support device, the disaster prevention receiver storage device stores the simulation data. In each disaster prevention receiver, the simulation is executed based on the data of its own storage device when the simulation start switch is turned on, and the execution contents and the status information of the disaster prevention receiver at that time are stored in the center. It may be transmitted to the support device and displayed.

Further, the central support device may be a single device, and the disaster prevention receiver and the central support device may be always connected via the Internet. The central support device side can immediately know when there is any change in the state, so that appropriate support can be provided more finely.

[0054]

According to the present invention, even if the fire receiver, the general operation panel or the fire extinguishing control panel is not used daily by the monitoring personnel such as the disaster prevention center personnel and security guards, the disaster prevention center personnel and There is an effect that a guard such as a guard can operate them in a correct operation procedure.

[Brief description of drawings]

FIG. 1 is a system diagram of an embodiment of the present invention.

FIG. 2 is a flowchart illustrating an operation of the disaster prevention receiver.

FIG. 3 is a flowchart illustrating an operation of the central support device.

FIG. 4 is a flowchart illustrating a detailed operation of the disaster prevention receiver.

FIG. 5 is a flowchart illustrating a detailed operation of the disaster prevention receiver.

FIG. 6 is a flowchart illustrating a detailed operation of the disaster prevention receiver.

FIG. 7 is a flowchart illustrating a detailed operation of the central support device.

FIG. 8 is a flowchart illustrating a detailed operation of the central support device.

FIG. 9 is a flowchart illustrating a detailed operation of the central support device.

[Explanation of symbols]

1 ... Building, 2 ... Disaster prevention center 3 ... Comprehensive operation panel, 5 ... Support center, 6 ... Central support device, 61 ... Main device, 62 ... Main CRT, 63 ... server, 64 ... Sub CRT, 7 ... communication line.

Claims (7)

[Claims] 1. A disaster prevention receiver installed in each of a plurality of buildings such as buildings, factories, and underground malls, and a central support device of a support center are connected by a wired or wireless communication line to obtain the disaster prevention reception. And a first calling means for calling the central support device so as to be in a communicable state when the connected equipment connected to the external disaster prevention receiver is operated or the disaster prevention receiver is operated; First transmitting means for transmitting information on the state of the receiver for use to the central support device, wherein the central support device is installed in each of the building information of the plurality of buildings and the plurality of buildings. A first storage means for storing receiver information (including display section information and operation section information) of a disaster prevention receiver being provided; when called by any one of the disaster prevention receivers by the calling means From the first storage means, The building information of the building and the receiver information of the disaster prevention receiver are displayed on the display unit, and the state information received from the disaster prevention receiver in addition to the receiver information is displayed on the display unit. And a first display means for controlling the disaster prevention equipment. 2. The central support device according to claim 1, wherein the central support device includes a first control command creating unit that creates a control command for the disaster prevention receiver that has called, and is created by the first control command creating unit. Second transmitting means for transmitting the control command to the disaster prevention receiver, and the disaster prevention receiver receives the control command transmitted from the central support device and controls the receiver. A support system for disaster prevention equipment, comprising a first control means. 3. A disaster prevention receiver installed in each of a plurality of buildings such as buildings, factories, and underground malls, and a central support device of a support center are connected by a wired or wireless communication line to provide the disaster prevention reception. A second calling means for calling the central support device to make it in a communicable state in order to perform a simulation; an execution means for performing a simulation based on simulation information received from the central support device; Third transmitting means for transmitting the operation information and the status information of the disaster prevention receiver being executed by the means to the central support device, wherein the central support device is a building of the plurality of buildings. Second storage means for storing information and receiver information and simulation information of disaster prevention receivers installed in a plurality of buildings respectively; from any disaster prevention receiver, Fourth calling means for reading out and transmitting the simulation information for the disaster prevention receiver from the second storage means when called by the second calling means; and constructing the building from the second storage means. The product information and the receiver information of the disaster prevention receiver are displayed on the display unit, and the operation information and the status information transmitted from the third transmitting unit in addition to the receiver information are displayed on the display unit. A support system for disaster prevention equipment, comprising: second display means; 4. A plurality of structures such as a building, a factory, an underground mall, etc.
Disaster prevention receivers installed in each and the center of the support center
The support device is connected by a wired or wireless communication line, and the disaster prevention receiver operates or prevents the connected equipment connected to the external disaster prevention receiver.
When the disaster receiver is operated, the central support device is called.
First calling means to put out and make communication possible; for disaster prevention
Transmitting the receiver status information to the central support device
1 transmission means; above for performing a simulation
A second call that calls the central support device to enable communication
Output means; simulation received from the central support device
Execution means to perform simulation based on the simulation information
And; operation of the disaster prevention receiver being executed by the executing means.
Third, transmitting information and status information to the central support device
The central support device includes the building information of the plurality of buildings and the building information of the plurality of buildings.
Receiver information (display section information) of each disaster prevention receiver installed
Information, including operation unit information)
Steps; Building information of the above multiple buildings, and multiple buildings
The receiver information of the disaster prevention receivers installed in each
Second storage means for storing the simulation information
And; from any disaster prevention receiver, by the first calling means
Is called from the first storage means.
Building information of the building and receiver information of the disaster prevention receiver
And are displayed on the display and added to the receiver information.
Then, the information on the status received from the disaster prevention receiver is
First display means to be displayed on the display unit; either disaster prevention
Is called by the second calling means from the receiver for use.
First, from the second storage means to the disaster prevention receiver
The fourth transmission that reads and transmits the simulation information
Communication means; from one of the disaster prevention receivers to the first caller
The first storage means when called by the Dan
Building information of the building and the receiver of the disaster prevention receiver
Information is displayed on the display and
In addition, status information received from the disaster prevention receiver above
Is displayed on the display unit and the second calling means calls the
When the building is ejected from the second storage means,
Display building information and receiver information of the disaster prevention receiver
And add it to the receiver information,
The operation information and the status information transmitted from the third transmitting means.
And third display means for displaying on the display unit.
A support system for disaster prevention equipment that is characterized by: 5. A disaster prevention receiver installed in each of a plurality of buildings such as a building, a factory, and an underground mall, and a central support device of a support center are connected by a wired or wireless communication line to obtain the disaster prevention reception. A second calling means that calls the central support device to perform a simulation to make it in a communicable state; a third storage means that stores simulation information of the disaster prevention receiver; and a third storage means. Second execution means for performing a simulation based on the simulation information stored in the storage means; and the central support device for the operation information and status information of the disaster prevention receiver being executed by the second execution means. And a fifth transmitting means for transmitting the information to the central support device, wherein the central support device has building information of the plurality of buildings and receiver information of disaster prevention receivers installed in the plurality of buildings. A fourth storage means for storing the bets; from any disaster prevention receiver,
When called by the second calling means, the building information of the building and the receiver information of the disaster prevention receiver are displayed on the display unit from the fourth storage means, and the reception is performed. A support system for disaster prevention equipment, comprising: third display means for displaying on the display section operation information and status information transmitted from the fifth transmission means, in addition to machine information. 6. The method according to claim 1, 2, or 4, wherein when the central support device is called by the first calling means for each of the plurality of buildings. First call means capable of making a call with the support center is provided, and when the support center receives a call by the first calling means, a first call means capable of making a call with the first call means is provided. A support system for disaster prevention equipment, which is provided with two calling means. 7. The method according to claim 3, claim 4, or claim 5, wherein when the central support device is called by the second calling means for each of the plurality of buildings. A third call means capable of communicating with the support center is provided, and when the support center receives a call by the first calling means, the third call means enables communication with the first call means. A support system for disaster prevention equipment, which is provided with four communication means.