JP2017224193A - Information processing system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To support the use of a history of positional information of a private firefighter or operation information of a disaster prevention facility.SOLUTION: An operation information acquisition part 61 in a support server 6 acquires operation information indicating an operation state of a disaster prevention facility from a fire receiver 3. An operation information storage part 62 stores the acquired operation information as history information in association with time information in an operation information database DB 5 of a storage part. A receiver ID acquisition part 63 acquires a transmitter ID from a portable terminal 5. A firefighter positional information acquisition part 64 acquires positional information corresponding to the acquired transmitter ID with reference to a transmission information database DB 3. A firefighter positional information storage part 65 stores the acquired positional information of the portable terminal 5 as history information in association with the time information in a firefighter positional information database DB 4 of the storage part.SELECTED DRAWING: Figure 2

Description

  The present invention relates to an information processing system that records a history of location information of self-defense fire fighters or operation information of disaster prevention equipment.

  Conventionally, a disaster prevention support system that supports the activities of a self-defense fire brigade in the event of an emergency such as a fire is known. For example, Patent Document 1 describes a disaster prevention support system that displays a map of the current position of a member on a portable terminal carried by a self-defense firefighting member.

JP2015-225426A

In the conventional disaster prevention support system, the location information history of the self-defense fire brigade cannot be stored, and the activities of the self-defense fire brigade cannot be analyzed and evaluated after the fact.
This invention is made in view of such a situation, and in order to analyze and evaluate the activity of a self-defense fire brigade, the history information of the position information of the self-defense fire brigade or the operation information of the disaster prevention equipment can be used. The object is to provide an information processing system.

  In order to solve the above-described problems, the present invention stores a member position information acquisition unit that acquires position information of a portable terminal carried by a self-defense fire brigade member, and stores the acquired position information as history information in association with time information. There is provided an information processing system comprising a member position information storage unit stored in a department.

  According to the information processing system concerning the present invention, in order to analyze and evaluate the activity of the self-defense fire brigade, the position information of the self-defense fire brigade or the history of the operation information of the disaster prevention equipment can be used.

2 is a block diagram illustrating an example of a configuration of a self-reporting facility 100 and an information processing system 200. FIG. It is a block diagram which shows an example of the function of the fire receiver 3, the portable terminal 5, and the support server 6. FIG. It is a figure which shows an example of member position information database DB4. It is a figure which shows an example of the action | operation information database DB5. It is a sequence diagram showing an example of a history recording operation. It is a sequence diagram showing an example of a history display operation. It is a figure which shows an example of an in-house log | history acquisition screen. It is a figure which shows an example of an in-house history display screen. It is a figure which shows an example of a map history display screen. It is a figure which shows an example of the map history display screen which has seek bar S3.

1. Embodiment FIG. 1 is a block diagram showing an example of the configuration of an automatic fire alarm facility 100 (hereinafter referred to as “self-fire alarm facility 100”) and an information processing system 200 according to an embodiment of the present invention. FIG. 2 is a block diagram illustrating an example of functions of the fire receiver 3, the mobile terminal 5, and the support server 6.

<Configuration of self-reporting equipment 100>
The self-reporting equipment 100 is installed in a building that is a fire prevention object. Here, the building refers to a housing complex such as a hotel or a condominium, an office building, or a commercial facility. The self-reporting equipment 100 includes a plurality of fire detectors 1 arranged at various locations in the building, a plurality of fire doors 2 disposed at various locations in the building, and a fire receiver 3 installed at the disaster prevention center of the building. Prepare. The fire receiver 3 is connected to the fire detector 1 via a signal line, and the fire door 2 is connected to the fire door 2 via a repeater 4 and a signal line. The self-reporting equipment 100 may be a P-type system or an R-type system.

<Configuration of fire detector 1>
The fire detector 1 as an example of the disaster prevention facility is a detector such as a smoke detector, a heat detector, or a flame detector. In the present embodiment, a photoelectric smoke detector is assumed. Although not specifically shown, the fire detector 1 detects a fire by detecting smoke generated in the event of a fire, and fires a fire signal including an address that is identification information when the fire detector detects a fire. A fire signal transmission unit for transmission to the receiver 3.

<Configuration of fire door 2>
The fire door 2 that is an example of the disaster prevention equipment is connected to the fire receiver 3 via the repeater 4 that is also an example of the disaster prevention equipment. The fire door 2 is not particularly shown, but a drive unit for operating (specifically closing) the self and an operation signal for outputting to the repeater 4 an operation signal indicating that the self is operated by the drive unit. And an output unit. The repeater 4 monitors and receives an operation control unit that controls the operation of the fire door 2 based on a control signal transmitted from the fire receiver 3, and an operation signal output from the fire door 2, although not particularly illustrated. When the operation signal monitoring unit receives the operation signal, the operation signal monitoring unit includes an operation signal transmission unit that transmits an operation signal including an address as its identification information to the fire receiver 3. The function of the repeater 4 may be incorporated into the fire door 2 and integrated.

<Configuration of fire receiver 3>
Although not particularly shown, the fire receiver 3 includes a calculation unit such as a CPU, a storage unit such as an HDD and a flash memory, a display unit such as a liquid crystal display and an organic EL display, an operation unit such as an operation button and a touch panel, A communication unit for communicating with the information processing system 200. As shown in FIG. 2, the storage unit stores an equipment information database DB1. The facility information database DB1 stores an address, facility type information, and installation location information in association with each disaster prevention facility installed in a building. As shown in FIG. 2, the fire receiver 3 has functions of a fire signal acquisition unit 31, an operation signal acquisition unit 32, and an operation information transmission unit 33. These functions are realized when the arithmetic unit executes a program stored in the storage unit.

  The fire signal acquisition unit 31 acquires a fire signal transmitted from the fire detector 1. The operation signal acquisition unit 32 acquires the operation signal transmitted from the repeater 4. When the fire signal acquisition unit 31 acquires the fire signal, the operation information transmission unit 33 refers to the facility information database DB1 and identifies the facility type and installation location of the disaster prevention facility corresponding to the address included in the fire signal, These information and the occurrence event (specifically, notification) are notified to the support server 6 as operation information. In addition, when the operation signal acquisition unit 32 acquires the operation signal, the operation information transmission unit 33 refers to the facility information database DB1 and specifies the facility type and installation location of the disaster prevention facility corresponding to the address included in the operation signal. The information and the occurrence event (specifically, operation) are notified to the support server 6 as operation information.

<Configuration of Information Processing System 200>
The information processing system 200 includes a portable terminal 5 carried by a self-defense fire brigade member in a building that is a fire prevention object, and a support server 6 that supports the activities of the self-defense fire brigade. The portable terminal 5, the support server 6, and the fire receiver 3 are connected to each other via a communication line 7 such as the Internet. Here, the self-defense fire brigade is an organization that is installed in each building in order to smoothly carry out initial activities and emergency measures in the event of a disaster such as a fire or an earthquake, for example, to ensure the safety of building users. The self-defense fire brigade is composed of, for example, an initial fire extinguisher, an evacuation guidance officer, a safety protection officer, a report liaison officer, an emergency rescue officer, an emergency take-off officer, and a commander.

<Configuration of mobile terminal 5>
The mobile terminal 5 is a portable computer such as a smartphone, a tablet terminal, or a mobile phone. Specifically, the portable terminal 5 is not particularly illustrated, but includes a calculation unit such as a CPU, a storage unit such as a flash memory and an HDD, a display unit such as a liquid crystal display and an organic EL display, a touch sensor, an operation button, and the like. An operation unit, a communication unit for communicating with the support server 6, and a reception unit for receiving a beacon signal periodically transmitted from a beacon transmitter installed in each place of the building. Here, a transmitter ID, which is identification information of the beacon transmitter that transmits the signal, is superimposed on the beacon signal transmitted from the beacon transmitter. The beacon signal is transmitted in accordance with, for example, BLE (Bluetooth (registered trademark) Low Energy) or ZigBee (registered trademark), which are short-range wireless communication standards. The beacon transmitter may be integrated with the fire detector 1 described above.

  As shown in FIG. 2, the portable terminal 5 includes functions of a transmitter ID transmission unit 51, a time designation information transmission unit 52, a history information acquisition unit 53, and a display control unit 54. These functions are realized when the arithmetic unit executes a program stored in the storage unit.

  When the transmitter ID superimposed on the beacon signal received by the receiver is different from the one superimposed on the beacon signal received last time (that is, when the mobile terminal 5 moves) The transmitter ID superimposed on the received beacon signal is transmitted to the support server 6 together with the terminal ID which is identification information of the own terminal. Here, the terminal ID is specifically a manufacturing number or a telephone number of the portable terminal 5.

  The time designation information transmitting unit 52 obtains time designation information for designating history information to be acquired when acquiring history information on the position of the portable terminal 5 and the operation status of the disaster prevention equipment from the support server 6. Send to. This time designation information is designated by the user and indicates the start date and time and end date and time of the history information to be acquired. That is, it indicates a predetermined period. The history information acquisition unit 53 acquires the history information transmitted from the support server 6 in response to the transmission of the time specification information by the time specification information transmission unit 52.

  The display control unit 54 displays various screens on the display unit. Specifically, an in-house history acquisition screen for inputting time designation information is displayed. Further, the display control unit 54 displays the in-building history display screen and the map history display screen based on the history information acquired by the history information acquisition unit 53. When the in-house history display screen is displayed, a list in which the acquired history information (including the location information of the mobile terminal 5 and the operation information of the disaster prevention equipment) is arranged in time series is displayed. Moreover, the elevation which illustrates the position of the portable terminal 5 which the acquired log | history information shows, or the operation condition of disaster prevention equipment is displayed. This elevation view illustrates the position of the mobile terminal 5 indicated by the history information corresponding to the specified time within the specified period of the acquired history information or the operating status of the disaster prevention equipment. On the other hand, when displaying the map history display screen, a plan view illustrating the position of the mobile terminal 5 indicated by the acquired history information or the operating status of the disaster prevention equipment is displayed. This plan view illustrates the position of the mobile terminal 5 indicated by the history information corresponding to the specified time within the specified period of the acquired history information or the operating status of the disaster prevention equipment. The detailed configuration of each screen will be described later.

<Configuration of support server 6>
The support server 6 is a computer that records the location information of the self-defense fire brigade member (the portable terminal 5 possessed) and the history of operation information of the disaster prevention equipment. Specifically, the support server 6 includes an operation unit such as a CPU (not shown), a storage unit such as an HDD or a flash memory, a display unit such as a liquid crystal display or an organic EL display, and an operation unit such as an operation button or a touch sensor. And a communication unit for communicating with the fire receiver 3 and the portable terminal 5. Note that the storage unit may be installed in an external server connected via the communication line 7. As shown in FIG. 2, the storage unit stores a member information database DB2, a transmitter information database DB3, a member position information database DB4, and an operation information database DB5.

  The member information database DB2 stores the terminal ID of the portable terminal 5 carried by the member, the name, the name of the floor in charge, and the name of the person in charge for each self-defense firefighter member in the building in association with each other. The transmitter information database DB3 stores a transmitter ID and an installation location in association with each beacon transmitter installed in the building. The member position information database DB4 stores a history of position information of the self-defense fire brigade. FIG. 3 is a diagram illustrating an example of the member position information database DB4. As shown in the figure, the member position information database DB4 stores the date and time, the position of the member, the name of the member, the name of the floor in charge of the member, and the name of the member in charge in association with each other. The operation information database DB5 stores a history of operation information of disaster prevention facilities. FIG. 4 is a diagram illustrating an example of the operation information database DB5. As shown in the figure, the operation information database DB5 stores the date and time, the installation location of the disaster prevention facility, the facility type of the disaster prevention facility, and the occurrence event in association with each other.

  As shown in FIG. 2, the support server 6 includes an operation information acquisition unit 61, an operation information storage unit 62, a transmitter ID acquisition unit 63, a member position information acquisition unit 64, a member position information storage unit 65, A time designation information acquisition unit 66, a member position information extraction unit 67, an operation information extraction unit 68, and a history information transmission unit 69 are provided. These functions are realized when the arithmetic unit executes a program stored in the storage unit.

  The operation information acquisition unit 61 acquires operation information indicating the operation status of the disaster prevention facility from the fire receiver 3. The operation information storage unit 62 associates the operation information acquired by the operation information acquisition unit 61 with time information and stores it in the operation information database DB5 of the storage unit as history information.

  The transmitter ID acquisition unit 63 acquires the transmitter ID and the terminal ID from the portable terminal 5. The member position information acquisition unit 64 acquires position information of the portable terminal 5 carried by the self-defense fire brigade. Specifically, referring to the transmitter information database DB3, the position information corresponding to the transmitter ID acquired by the transmitter ID acquisition unit 63 is acquired. The member position information storage unit 65 stores the position information acquired by the member position information acquisition unit 64 in association with time information in the member position information database DB4 of the storage unit as history information. At that time, the member position information storage unit 65 refers to the member information database DB2 and specifies the name, the floor name, and the person in charge name corresponding to the terminal ID acquired by the transmitter ID acquisition unit 63. The information is also stored in the member position information database DB4 in association with the position information and time information.

  The time designation information acquisition unit 66 acquires time designation information transmitted from the mobile terminal 5 in order to obtain history information. The member position information extraction unit 67 extracts position information corresponding to the designated time from the member position information database DB4 of the storage unit. Here, the designated time is the time indicated by the time designation information acquired by the time specification information acquisition unit 66. In addition, when a period (in other words, a continuous time between two times) is designated, the member position information extraction unit 67 stores a plurality of pieces of position information corresponding to the designated period in the member position of the storage unit. Extracted from the information database DB4. When extracting the position information, the member position information extracting unit 67 extracts, in addition to the position information, a member name, a responsible floor name, and a responsible person name corresponding to the position information as history information. The operation information extraction unit 68 extracts operation information corresponding to the designated time from the operation information database DB5 of the storage unit. Here, the designated time is the time indicated by the time designation information acquired by the time specification information acquisition unit 66. In addition, when a period is designated, the operation information extraction unit 68 extracts a plurality of operation information corresponding to the designated period from the operation information database DB5 of the storage unit. When extracting the operation information, the operation information extraction unit 68 extracts, in addition to the operation information, the installation location, the equipment type, and the occurrence event corresponding to the operation information as history information. The history information transmission unit 69 transmits the history information extracted by the member position information extraction unit 67 or the operation information extraction unit 68 to the mobile terminal 5.

<History recording operation>
The operation in which the support server 6 records the history of the position information of the self-defense fire brigade and the operation information of the disaster prevention equipment will be described with reference to FIG. FIG. 5 is a sequence diagram showing an example of the history recording operation.

  When the fire signal acquisition unit 31 of the fire receiver 3 acquires a fire signal from the fire detector 1 (Sa1), the operation information transmission unit 33 of the fire receiver 3 refers to the facility information database DB1 and acquires the fire acquired. The equipment type and installation location corresponding to the address included in the signal are specified (Sa2), and these information and the generated event are notified to the support server 6 as operation information (Sa3).

  When the operation information acquisition unit 61 of the support server 6 acquires the operation information notified from the fire receiver 3, the operation information storage unit 62 of the support server 6 associates the acquired operation information with time information and records history information. Is stored in the operation information database DB5 of the storage unit (Sa4).

  As another example, when the operation signal acquisition unit 32 of the fire receiver 3 acquires the operation signal from the repeater 4 (Sa5), the operation information transmission unit 33 of the fire receiver 3 refers to the facility information database DB1, The equipment type and installation location corresponding to the address included in the acquired operation signal are specified (Sa6), and the information and the generated event are notified to the support server 6 as operation information (Sa7).

  When the operation information acquisition unit 61 of the support server 6 acquires the operation information notified from the fire receiver 3, the operation information storage unit 62 of the support server 6 associates the acquired operation information with time information and records history information. Is stored in the operation information database DB5 of the storage unit (Sa8).

  As another example, when the transmitter ID acquisition unit 63 of the support server 6 acquires the transmitter ID and the terminal ID from the portable terminal 5 (Sa9), the member position information acquisition unit 64 of the support server 6 acquires the transmitter information database. With reference to DB3, position information corresponding to the acquired transmitter ID is acquired (Sa10). The member position information storage unit 65 refers to the member information database DB2 and specifies a name, a floor name in charge, and a person in charge name corresponding to the acquired terminal ID (Sa11). The member position information storage unit 65 associates the specified information and the acquired position information with the time information and stores it as history information in the member position information database DB4 of the storage unit (Sa12).

<History display operation>
The operation in which the portable terminal 5 displays the position information of the self-defense firefighters and the history of the operation information of the disaster prevention equipment will be described with reference to FIG. FIG. 6 is a sequence diagram showing an example of the history display operation.

  When the user of the portable terminal 5 instructs execution of a predetermined program to display history information, the display control unit 54 of the portable terminal 5 displays an in-building history acquisition screen on the display unit (Sb1). FIG. 7 is a diagram showing an example of this in-house history acquisition screen. The in-building history acquisition screen is a screen for inputting time designation information for designating history information to be displayed. The in-building history acquisition screen has input fields F1 and F2 for inputting start date and time and end date and time. When the user inputs the start date and time and the end date and time and selects the acquisition button B1, the time designation information transmitting unit 52 of the portable terminal 5 receives the time designation information indicating the input start date and time and the end date and time. (Sb2).

  When the time specification information acquisition unit 66 of the support server 6 acquires the time specification information transmitted from the mobile terminal 5, the member position information extraction unit 67 of the support server 6 corresponds to the period indicated by the acquired time specification information. A plurality of history information to be extracted is extracted from the member position information database DB4 of the storage unit (Sb3). Specifically, history information stored after the designated start date and time and before the end date and time is extracted. The operation information extraction unit 68 of the support server 6 extracts a plurality of history information corresponding to the period indicated by the acquired time designation information from the operation information database DB5 of the storage unit (Sb4). Specifically, history information stored after the designated start date and time and before the end date and time is extracted. The history information transmitting unit 69 of the support server 6 transmits the history information extracted by the member position information extracting unit 67 and the operation information extracting unit 68 to the portable terminal 5 (Sb5).

  When the history information acquisition unit 53 of the portable terminal 5 acquires the history information transmitted from the support server 6, the display control unit 54 of the portable terminal 5 displays the resident history display screen based on the acquired history information. (Sb6). FIG. 8 is a diagram showing an example of the resident history display screen. The stay history display screen is a screen for displaying the history of the location information of the self-defense fire brigade and the operation information of the disaster prevention equipment. The in-house history display screen includes a list L in which acquired history information is arranged in time series, and an elevation view C illustrating a position or an operation state indicated by the acquired history information. The list L is arranged to extend in the vertical direction on the same screen, and the history information is arranged in ascending order. The history information listed in the list L is specifically the location information of the self-defense fire fighters or the history information regarding the operation information of the disaster prevention equipment, and these information are listed in a mixed form. When the list L does not fit in the display area of the display unit, a scroll bar S1 is displayed at the end of the list L. The elevation C is a view of the building from the side, and the floors constituting the building are arranged in ascending order. Each floor is classified into a plurality of sections, and the history information is arranged in the area of the corresponding floor and section. In FIG. 8, a notification mark M1 is arranged in the fourth floor area as history information of the operation information. When the elevation C does not fit in the display area of the display unit, a scroll bar S2 is displayed at the end of the elevation C. Elevation C is placed next to list L.

  The history information listed in the list L is displayed so as to be selectable. When any of the history information is selected by the user using a cursor, for example, the elevation C shows the storage time of the selected history information. The location of the self-defense fire brigade and the operation status of the disaster prevention equipment are illustrated. That is, the content shown in the elevation view C changes in conjunction with the selection of history information in the list L. Here, the position of the self-defense fire brigade and the operation status of the disaster prevention equipment at the storage time of the selected history information are specifically the history information stored before the storage time and the latest history information is It is the position of the self-defense firefighters shown and the operating status of the disaster prevention equipment.

  The floor name button B2 arranged at the left end of the elevation C is displayed so as to be selectable. When any one of the floor name buttons B2 is selected by the user, the display control unit 54 displays a map of the selected floor. A history display screen is displayed on the display unit. FIG. 9 is a diagram showing an example of this map history display screen. The map history display screen has a plan view P of the selected floor. Plan view P illustrates a horizontal section of the building. In addition, the plan view P illustrates the position of the self-defense fire brigade and the operation status of the disaster prevention equipment at the storage time of the history information selected in the list L. That is, the contents shown in the plan view P are linked to the selection of history information in the list L. Here, the position of the self-defense fire brigade and the operation status of the disaster prevention equipment at the storage time of the selected history information are specifically the history information stored before the storage time and the latest history information is It is the position of the self-defense firefighters shown and the operating status of the disaster prevention equipment. In plan view P shown in FIG. 9, member mark M2 is shown as history information of position information. Further, a warning mark M1 and a thick fire door mark M3 are shown as history information of the operation information. The fire door mark M3 is indicated by a bold line to indicate that it has been activated. When the plan view P does not fit in the display area of the display unit, a scroll bar (not shown) is displayed at the end of the plan view P. When the user selects the cancel button B3, the map history display screen is switched to the above-mentioned resident history display screen.

  According to this embodiment described above, the user of the portable terminal 5 can refer to the location information of the self-defense fire brigade and the history of operation information of the disaster prevention equipment. As a result, the activities of the self-defense fire brigade can be analyzed and evaluated after the fact. In addition, since the list L and the elevation C are arranged side by side on the building history display screen, and the illustration content of the elevation C is linked to the selection on the list L, the position of the self-defense fire brigade and the operation status of the disaster prevention equipment The changes over time are easy to understand. In addition, since the contents shown in the plan view P of the map history display screen are linked to the selection on the list L, it is easier to understand the changes over time in the position of the self-defense fire brigade and the operation status of the disaster prevention equipment.

2. Modifications The above embodiment may be modified as follows. Further, the following modifications may be combined with one or more other modifications.

<Modification 1>
In the above embodiment, the user of the portable terminal 5 displays the history information on the terminal. However, instead of the portable terminal 5, the fire receiver 3, the self-reporting equipment 100 etc. provided in the disaster prevention center of the building are monitored. Or, the user of the general operation panel or the support server 6 that performs the operation collectively may display the history information on each device. That is, the fire receiver 3, the general operation panel, or the support server 6 may have each function shown in FIG.

  In the above embodiment, the support server 6 is provided with the member position information database DB4 and the operation information database DB5, and the history information is stored in the support server 6. However, instead of the support server 6, the fire receiver 3, the general operation The board or the portable terminal 5 may be provided with these databases to store history information. That is, the fire receiver 3, the general operation panel, or the portable terminal 5 may have the functions shown in FIG.

<Modification 2>
In the above embodiment, the history of both the position of the self-defense fire brigade and the operation status of the disaster prevention equipment is recorded, but only one of them may be recorded.

<Modification 3>
In the above embodiment, the history is recorded when the position of the self-defense fire brigade changes or when the operation status of the disaster prevention equipment changes, but the history is regularly recorded regardless of the occurrence of the event. You may make it do.

<Modification 4>
In the history display operation described above, when the user of the portable terminal 5 requests history information from the support server 6, in addition to the time, the name of the member, the person in charge of the member, the type of disaster prevention equipment, the location in the building, etc. The conditions may be specified.

<Modification 5>
In the above history display operation, history information corresponding to the time designated by the user of the mobile terminal 5 is extracted in the support server 6, but the history information extracted in the support server 6 corresponds to a predetermined time. It may be history information. For example, history information corresponding to a period from when the first fire detector 1 is issued until a predetermined time has elapsed may be automatically extracted by the support server 6.

<Modification 6>
In the above embodiment, the mobile terminal 5 transmits the transmitter ID of the beacon transmitter to the support server 6 as the position information of the own terminal, but the transmitter ID is an example of the position information of the mobile terminal 5. As another example, instead of the transmitter ID of the beacon transmitter, the location information is periodically transmitted to the beacon transmitter, and the portable terminal 5 uses the location information of the terminal itself transmitted from the beacon transmitter. Information may be transmitted to the support server 6 as information. As another example, the portable terminal 5 receives a beacon signal transmitted from a wireless LAN access point, performs positioning of the terminal based on the radio field intensity, and notifies the support server 6 of the measured position. It may be. In that case, the portable terminal 5 may use PDR (pedestrian dead reckoning) together. As a positioning method, a method using IMES (Indoor Messaging System) or a method using a sound wave signal may be employed. As another example, the fire detector 1 is provided with a communication module compliant with a short-range wireless communication standard such as Bluetooth (registered trademark), and the terminal ID received from the portable terminal 5 by the fire detector 1 and its own address. May be transmitted to the support server 6 as position information of the terminal, and the position of the portable terminal 5 may be specified by the installation location information of the fire detector 1.

<Modification 7>
In the above embodiment, the self-defense fire brigade carries the portable terminal 5, but the self-defense fire brigade is an example of a person in the building. A general resident who is not a self-defense fire brigade or a public fire brigade may carry the portable terminal 5.

<Modification 8>
Although the list L and the elevation C are arranged side by side on the above-mentioned resident history display screen, the list L and the elevation C may be displayed as separate screens. As another example, the plan view P of the above map history display screen may be arranged in the resident history display screen together with the list L and the elevation view C. As another example, a plan view P may be arranged beside the list L instead of the elevation view C on the above-mentioned resident history display screen.

<Modification 9>
The history information may be arranged in descending order in the list L of the in-house history display screen. In the elevation C, the floors of the building may be arranged in descending order. The list L and the elevation C may be arranged side by side in the vertical direction. The map history display screen may have a pull-down menu for switching the display target floor. The fire door mark M3 on the map history display screen illustrated in FIG. 9 indicates that it has been activated by being illustrated by a bold line, but it has been activated by the shape and color of the mark and the display method (for example, blinking). You may represent that.

<Modification 10>
Although it is assumed that the history information is selected using the cursor in the list L on the in-house history display screen, the method for selecting the history information is not limited to this. For example, a history information selection frame is fixedly provided at the center of the list L in the longitudinal direction, and the history information is scrolled by operating the scroll bar S1 to specify the history information stored in the frame as a selection target. May be.

<Modification 11>
The map history display screen may include a seek bar S3 for designating history information illustrated by the plan view P. FIG. 10 is a diagram illustrating an example of a map history display screen having a seek bar S3. The seek bar S3 is a graphical user interface having a bar S31 indicating a time axis and a slider S32 moving on the bar S31. The seek bar S3 indicates the time according to the position of the slider S32. The start time is displayed near one end of the seek bar S3, and the end time is displayed near the other end. When the slider S32 of the seek bar S3 is moved along the bar S31, the position of the self-defense fire brigade and the operation status of the disaster prevention equipment shown in the plan view P change over time according to the amount of movement.

  Note that the movement of the slider S32 of the seek bar S3 may be automated. That is, in the plan view P, the position of the self-defense fire brigade and the change in the operation status of the disaster prevention equipment may be displayed as an animation. As another example, the resident history display screen may have a seek bar S3. In that case, the contents shown in the elevation view C of the resident history display screen change over time according to the amount of movement of the slider S32 of the seek bar S3. As another example, one seek bar S3 may be shared between the map history display screen and the in-house history display screen. That is, the contents shown in the plan view P and the elevation view C may change over time according to the amount of movement of the slider S32 of one seek bar S3.

<Modification 12>
The fire door 2 is an example of smoke prevention equipment that is a disaster prevention equipment. The fire door 2 may be replaced by a shutter, a hanging wall, or a smoke evacuator. The fire detector 1 is an example of an automatic fire alarm facility for disaster prevention maintenance. The fire detector 1 may be replaced by a transmitter or a district sound device.

DESCRIPTION OF SYMBOLS 1 ... Fire detector, 2 ... Fire door, 3 ... Fire receiver, 4 ... Repeater, 5 ... Portable terminal, 6 ... Support server, 7 ... Communication line, 31 ... Fire signal acquisition part, 32 ... Operation signal acquisition part , 33 ... operation information transmission unit, 51 ... transmitter ID transmission unit, 52 ... time designation information transmission unit, 53 ... history information acquisition unit, 54 ... display control unit, 61 ... operation information acquisition unit, 62 ... operation information storage unit 63 ... Transmitter ID acquisition unit, 64 ... Member position information acquisition unit, 65 ... Member position information storage unit, 66 ... Time designation information acquisition unit, 67 ... Member position information extraction unit, 68 ... Operation information extraction unit, 69 ... History information transmission unit, 100 ... Self-reporting equipment, 200 ... Information processing system, B1 ... Acquisition button, B2 ... Floor name button, B3 ... Cancel button, C ... Elevation, DB1 ... Equipment information database, DB2 ... Member information Database, DB3 ... Transmitter information Database, DB4 ... member position information database, DB5 ... operation information database, F1, F2 ... input field, L ... list, M1 ... notification mark, M2 ... member mark, M3 ... fire door mark, P ... plan view, S1, S2 ... Scroll bar, S3 ... Seek bar, S31 ... Bar, S32 ... Slider

Claims (4)

A member location information acquisition unit that acquires location information of a mobile terminal carried by a self-defense fire brigade,
An information processing system comprising: a member position information storage unit that associates the acquired position information with time information and stores it in the storage unit as history information. A member position information extraction unit that extracts position information of the mobile terminal corresponding to the specified time from the storage unit;
The information processing according to claim 1, further comprising: a display control unit that displays at least one of a plan view and an elevation view illustrating the position indicated by the extracted position information of the mobile terminal on the display unit. system. When the period is specified, the member position information extraction unit extracts the position information of the mobile terminal corresponding to the specified period from the storage unit,
The display control unit includes a list in which the extracted location information of the mobile terminal is arranged in time series, and a mobile phone corresponding to a specified time within the specified period of the extracted location information of the mobile terminal. The information processing system according to claim 2, wherein at least one of a plan view and an elevation view illustrating a position indicated by position information of the terminal is displayed side by side on the display unit. An operation information acquisition unit for acquiring operation information indicating the operation status of the disaster prevention equipment;
An operation information storage unit that stores the acquired operation information in the storage unit as history information in association with time information;
An operation information extraction unit for extracting operation information corresponding to a specified period from the storage unit;
A plan view or an upright view illustrating a list in which the extracted operation information is arranged in time series and an operation state indicated by operation information corresponding to a specified time within the specified period of the extracted operation information. An information processing system comprising: a display control unit configured to display at least one of the surface views side by side on the display unit.

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