JP2015095033A - Support system, support device, terminal, and control program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To assist a person near sensing means which has sensed abnormality in confirming a job site.SOLUTION: A specification unit 111 of a support device 1 which has received an abnormality signal that a receiver 4 which determines that sensing means has sensed abnormality transmits while reporting a warning in a first stage specifies an abnormality position by referring to an installation place DB 121 on the basis of abnormality position information included in the abnormality signal. A selection unit 112 selects a terminal which is the nearest to the abnormality position on the basis of the abnormality position information specified by the specification unit 111 and the terminal position information of the terminal. A request unit 113 requests the display of a confirmation screen to the terminal selected by the selection unit 112. A determination unit 114 determines whether to shift the warning in the first stage to a waning in a second stage on the basis of a response from the terminal to the confirmation screen. An instruction unit 115 instructs whether to instantaneously shift the warning in the first stage to the warning in the second stage or stop the shift to the receiver 4 in accordance with the determination of the determination unit 114.

Description

  The present invention relates to a technology for supporting an activity for confirming an abnormality such as a fire.

  An automatic fire alarm system (hereinafter referred to as a self-fire alarm system) that automatically senses and notifies of abnormalities such as a fire may give a fire alarm even if no fire actually occurs. For example, a sensor that detects a secondary physical phenomenon caused by a fire such as heat or smoke and sends an abnormal detection signal may malfunction due to another phenomenon or due to some strong noise. In some cases, even if the sensor is activated to send an abnormality detection signal, an abnormality such as a fire does not actually occur (this is called a non-fire report).

  Therefore, when the sensor sends out an abnormality detection signal, the alarm means such as the district sound device is not included in the alarm process, including the process of disaster prevention personnel confirming the site, rather than notifying the alarm prompting evacuation immediately. There is a self-reporting system that controls so as to notify.

  For example, when the receiver receives an abnormality detection signal from a detection means such as a fire detector or a gas leak detector, and the receiver determines that there is an abnormality, the contents of the audio message broadcast from the district acoustic device that outputs the audio message There is a self-reporting facility for notifying a time difference between them, or an emergency broadcast facility operating in conjunction with the self-reporting facility (hereinafter also described as being included in the self-reporting facility). Such a self-reporting equipment first performs “fire detection broadcasting” that notifies only that the sensing means has been activated as a first-stage alarm by a voice message, and after a predetermined time has passed, an abnormal condition is detected as a second-stage alarm. A “fire broadcast” that alerts the occurrence by a voice message is performed to evacuate. Also, after the fire detection broadcast, when the disaster prevention personnel confirm the site abnormality within the predetermined time, the operator of the disaster prevention center immediately performs the fire broadcast operation with the receiver etc. without waiting for the predetermined time, and the second stage alarm Is notified. Conversely, when disaster prevention personnel confirm that no abnormality has occurred within the specified time, the disaster prevention center operator performs a non-fire broadcast operation with the receiver, etc., and stops the transition to the second-stage alarm. Then, “non-fire broadcasting” is performed to announce that it was not a fire by voice message.

  In addition, for example, there is a self-reporting facility (not including an emergency broadcast facility in this case) that informs the alarm from the district sound device using a bell, an electronic siren, or the like so as to provide a time difference. Such a self-reporting system, for example, first sounds the district acoustic devices on the fire floor and directly above the floor as a first-stage alarm, and alerts the second-stage alarm after a predetermined time. Sounds a warning all together. Then, after the first stage warning, if the disaster prevention personnel confirm the site abnormality within the predetermined time and the operator of the disaster prevention center performs a fire determination operation with the receiver, the district acoustics of the entire building are immediately not waiting for the predetermined time. The device is sounded to alert the second stage alarm. Conversely, when the disaster prevention personnel confirm that no abnormality has occurred within a predetermined time, the operator of the disaster prevention center performs a recovery operation of the receiver to stop the alarm.

  This increases the reliability of the self-reporting equipment. In other words, when an abnormality such as a fire occurs, the alarm is promptly notified to promote prompt evacuation to protect human life, and when it is confirmed that there is no abnormality such as a fire, the alarm is stopped, or further non-fire broadcasting is performed. In this way, loss due to stagnation of economic activity, confusion during evacuation, and the induction of theft can be prevented.

  On the other hand, it may be difficult for disaster prevention personnel to quickly rush to the site where the sensor is activated, such as a high-rise building or a large factory. In order to solve this problem, it is considered that users on each floor of the building become self-defense fire fighters and confirm the fire.

  For example, Patent Documents 1 and 2 describe a mobile phone that displays an alarm screen when a fire alarm signal is effectively received from an abnormality monitoring server (paragraph 98). Patent Document 3 describes an example in which information is transmitted to portable terminals around the evacuation guidance device (paragraph 11 and FIG. 1). Patent Document 4 describes the position of the detected mobile phone slave unit. An area determination reporting means for transmitting an urgent message to the mobile phone slave when in the alert area is described (claim 1).

JP 2013-012183 A JP2013-012179A JP 2008-134806 A JP 2001-216591 A

  By the way, as described above, the self-reporting equipment that performs multi-stage notification including the process of confirming the site by the disaster prevention personnel, the second time when a predetermined time (for example, 60 seconds) elapses from the viewpoint of priority on human life. A stage alarm is reported. Therefore, if it takes too much time to check for abnormalities such as fires, it will lead to a delay in the start of evacuation if it is actually abnormal, and if it is not abnormal due to non-fire reports etc., it will not be a fire The second-stage alarm will be notified.

  However, in the techniques described in Patent Documents 1 to 4 described above, a user of a portable device who is prompted to confirm an abnormality such as a fire cannot grasp the predetermined time, so how long should the site be confirmed? I can't know. Moreover, when the user confirms the site within the predetermined time, the user of the portable device may determine that the user cannot arrive at the site within the predetermined time. Technology has no way to communicate the results of that decision.

  In the present invention, when a sensing means such as a fire detector senses an abnormality such as a fire and issues an abnormality detection signal, or when a receiver that has received the abnormality detection signal determines an abnormality and issues an abnormality signal. The purpose is to support prompt field confirmation by a person near the sensing means.

  (1) In order to solve the above-described problem, the support system according to the present invention, when an abnormality is detected, notifies the first-stage alarm from the alarm device and sends an abnormal signal including abnormal position information, and after a predetermined time, A support system comprising: a support device connected to an automatic alarm facility that shifts notification to a second-stage alarm; and a plurality of terminals that communicate with the support device via a communication line. A positioning unit that obtains terminal location information, which is location information, a display unit, and an operation unit, and the support device includes a first communication unit connected to the automatic alarm facility, and a communication line. A second communication unit that communicates with the terminal; a selection unit that selects one or more terminals based on the abnormal position information and the terminal position information when the abnormal signal is received; and the selected terminal The predetermined display A request unit that displays a request for confirmation of the abnormality until a time elapses, a determination unit that determines presence or absence of the abnormality based on a response from the terminal to the request until the predetermined time elapses, And an instruction unit that instructs the automatic alarm facility to immediately execute or stop the transition to the second-stage alarm based on the determination.

  (2) Further, in the support system according to the present invention, in (1), the automatic alarm equipment detects a malfunction when sensing the malfunction, and detects a malfunction when receiving the malfunction detection signal. A determination means for determining that an abnormality has occurred; and when the determination means determines that an abnormality has been detected, the alarm device notifies the first alarm, transmits the abnormality signal, and receives the abnormality detection signal. Output means for outputting an abnormal alarm signal including position information, and when the support device receives the abnormal alarm signal, a predetermined determination time until the determining means determines that an abnormality has been detected. Is required, the selection time is added to the predetermined time, and the selection unit selects one or more terminals based on the abnormal position information and the terminal position information.

  (3) In the support system according to the present invention, in (1) and (2), the selection unit receives a response from the terminal that the abnormality cannot be confirmed before the predetermined time has elapsed. In this case, a new terminal other than the terminal is selected, and the request unit displays the request on the display unit of the new terminal selected by the selection unit.

  (4) In the support system according to the present invention, in (1) to (3), when the determination unit receives a plurality of responses from a plurality of the terminals before the predetermined time elapses, the response The presence / absence of the abnormality is determined on the basis of the content and number.

  (5) Further, in the support system according to the present invention, in (4), the terminal includes an imaging unit that transmits an image via the communication unit at the time of the response, and the determination unit attaches the image. The determination is performed with respect to the response being made as information having a weight more than the response to which no image is attached.

  (6) In addition, in the support system according to the present invention, when the determination unit determines that there is no abnormality in (1) to (5), the instruction unit notifies the fact that there is no abnormality. Instruct the automatic alarm equipment.

  (7) The support device or terminal according to the present invention is used in any of the support systems (1) to (6).

  (8) The control program for the support device according to the present invention notifies the first stage of alarm from the alarm device when an abnormality is detected, and sends an abnormality detection signal including abnormality position information, and notifies the notification after a predetermined time. When the abnormal signal is received from the automatic warning equipment that shifts to the second-stage alarm, the notification is shifted to the second-stage alarm, or the transition of the notification to the second-stage alarm is stopped. A control program of a support device for instructing the automatic alarm equipment to obtain terminal position information, to obtain the abnormal position information when the abnormal signal is received, and the abnormal position information. And a step of selecting one or more terminals based on the terminal location information, and a display requesting confirmation of the abnormality before the predetermined time elapses on the display unit of the selected terminal A step of determining the presence or absence of the abnormality based on the response when receiving a response from the terminal to the request before the predetermined time elapses, and a second stage based on the determination Instructing the automatic alarm facility to immediately execute or stop the transition to the alarm.

  (9) The terminal control program according to the present invention notifies the first stage of alarm from the alarm device when an abnormality is detected, sends an abnormality detection signal including abnormality position information, and notifies the notification after a predetermined time. Whether the notification is shifted to the second-stage alarm when the abnormal signal is received from the automatic alarm facility that shifts to the two-stage alarm, or the transition to the first-stage alarm of the notification is stopped A terminal control program that communicates via a communication line to a support device that instructs the automatic alarm facility, and a step of acquiring a self position as terminal position information by a positioning unit, and a step of transmitting the terminal position information And requested by the support device based on the abnormal position information and the terminal position information to confirm and respond to the presence or absence of the abnormal condition before the predetermined time elapses. A confirmation screen on the display unit, a step of inputting and transmitting the fact when the presence / absence of the abnormality cannot be confirmed before the predetermined time elapses, and the predetermined time elapses And the step of confirming the presence or absence of the abnormality and inputting and transmitting the response when the presence or absence of the abnormality can be confirmed.

  According to the present invention, when a detection means such as a fire detector emits an abnormality detection signal, or when the receiver determines that an abnormality has occurred, it assists a person in the vicinity of the detection means to quickly confirm the site. can do.

  In addition, according to the present invention, if the abnormality detection signal from the detection means such as a fire detector is a false alarm, if a person near the detection means confirms whether there is an abnormality before the predetermined time has passed, Alarms due to false alarms can be prevented.

It is a figure which shows the structure of the assistance system which concerns on this invention, and a self-report apparatus. It is an operation | movement flowchart of the self-reporting equipment to which the support system which concerns on this invention is connected. It is a block diagram which shows the structure of the assistance apparatus which concerns on this invention. It is a block diagram which shows the structure of the terminal which concerns on this invention. It is a figure which shows an example of the external appearance of the terminal which concerns on this invention. It is a figure explaining an example of the positional relationship at the time of a sensor action | operation. It is an operation | movement flowchart of the assistance apparatus which concerns on this invention. It is an operation | movement flowchart of the terminal which concerns on this invention. It is a figure which shows the whole structure of the example which applied this invention to the emergency broadcast equipment.

1. Embodiment 1-1. Configuration and Operation of Automatic Fire Notification Facility First, an automatic fire notification facility 200 (hereinafter referred to as “self-fire notification facility 200”) as an automatic alarm facility to which the support system 100 according to the present embodiment is connected is described with reference to FIGS. I will explain.

  The self-fire alarm equipment 200 is a known automatic fire alarm equipment, and has a fire detector 5 and a gas leak detector 6 as sensing means for sensing abnormalities, and these sensing means are buildings that are fire prevention objects. It is arranged. These sensing means are connected to the receiver 4 via the signal line 10 or via the repeater 8 as the relay means and the signal line 10. When these sensing means sense an abnormality, an abnormality detection signal including abnormal position information is sent to the receiver 4.

  In addition, the self-warning equipment 200 has a voice alarm device 7 that notifies a warning by a voice message as a warning device (district acoustic device), and the voice alarm device 7 is arranged in a building that is a fire prevention object. This acoustic alarm device 7 is connected to the receiver 4 directly via the signal line 10 or via the repeater 9 and the signal line 10 which are relay means. The voice alarm device 7 outputs a fire detection broadcast, a fire broadcast, and a non-fire broadcast, which will be described later, in response to a signal from the receiver 4.

  The receiver 4 includes an abnormality confirmation unit (not shown) that determines whether the abnormality detection signal is a signal based on an abnormality due to a fire or the like according to the situation. The receiver 4 waits until an abnormality detection signal is received via the signal line 10 (No in S001). When the abnormality detection signal is received (Yes in S001), the received abnormality detection signal is abnormal based on an artificial operation. Whether or not it is a sensing signal is confirmed by the abnormality confirmation means (S002). When a transmitter (not shown) is activated or when an emergency call is activated, it is determined that the abnormality has been confirmed as being operated by the person who has confirmed the abnormality (Yes in S002). Immediately, as a second-stage alarm to be described later, a fire broadcast by a predetermined voice message is notified from the voice alarm device 7 (S009). The voice message of this fire broadcast is, for example, “It is a fire. It is a fire. There was a report of a fire. (Please evacuate calmly.)” This is a prompt (S009).

  Further, the receiver 4 has known abnormality determination means such as a storage function (not shown). If it is determined that the abnormality detection signal received by the receiver 4 is not based on the operation of the transmitter or the activation of the emergency telephone (No in S002), an abnormality notification signal indicating that the abnormality detection signal has been received is generated. It is sent out (S003). Then, after sending the abnormality notification signal, the abnormality determination means determines whether or not there is an abnormality based on the received abnormality detection signal (S004). When it is determined that the abnormality determination means is not abnormal, that is, when it is determined that the abnormality detection signal is a transient signal due to a factor other than abnormality such as a fire (No in S004), the detection means is reset, etc. ) Return to the state of waiting for the abnormality detection signal again (S001). When the abnormality determination means determines that there is an abnormality (Yes in S004), the receiver 4 sends out the received abnormality detection signal as an abnormality signal, and fire detection by a predetermined audio message from the audio alarm device 7 as a first-stage alarm. Broadcasting is notified (S005). The voice message of this fire detection broadcast is, for example, “Now the fire detector (of the ○ floor) has been activated. Please be aware of the next broadcast because it has been confirmed.” It is not a warning to evacuate. Then, the receiver 4 sends an abnormal signal including abnormal position information to the support device 1 of the support system 100 connected via the signal line C1. After sending the abnormal signal, when the second detecting means that can be distinguished from the detecting means that sent the abnormal detecting signal first sends out the abnormal detecting signal, the abnormal confirming means confirms the abnormality as the fire has expanded Judge. Also, when the operator confirms an abnormality such as a fire and performs an abnormality determination operation such as a fire determination in the receiver 4, it is determined that the abnormality confirmation means has confirmed the abnormality (the presence of S006). When the abnormality confirmation means determines that the abnormality has been confirmed, a fire broadcast by a predetermined audio message is notified from the audio alarm device 7 as a second-stage alarm (S009).

  After the receiver 4 outputs the fire detection broadcast (S005), the abnormality confirmation unit does not confirm that the abnormality is abnormal (no S006), and a predetermined time (for example, 60 seconds) has elapsed (Yes in S007). The fire broadcast is notified (S009). The voice message of this fire broadcast is, for example, “Fire is fire. Fire is on (○ floor). Fire is calm. Please evacuate calmly.” It is.

  That is, the self-reporting equipment 200, when an abnormality is detected, sends an alarm signal including anomaly position information from the alarm device and sends an alarm signal including anomalous position information, except in the case of an artificial operation. Is an automatic alarm facility that shifts to the second stage alarm.

  Note that when the operator determines that there is no fire after the fire detection broadcast, the receiver 4 can be operated at any time to perform a non-fire broadcast from the voice alarm device 7 (not shown in FIG. 2). This non-fire broadcast voice message is, for example, “The fire detector has not been activated as a result of confirmation. Please rest assured.” It is something to tell.

  Then, in relation to the support system 100 according to the present invention, the receiver 4 receives an abnormality confirmation signal instructing to immediately perform a transition to the second-stage alarm from the support device 1 described later (in S008). [After the immediate warning to the second stage alarm]), immediately fire broadcast. That is, even before the predetermined time has elapsed, the second-stage alarm is performed (S009). In addition, when a non-fire signal is received from the support device 1 to instruct to stop the transition to the second stage alarm (S008 [stop transition to the second stage alarm]), the second stage alarm is entered. Is stopped (S010). At this time, the non-fire broadcasting may be performed.

1-2. Configuration of Support System Next, the configuration of the support system 100 according to the present embodiment will be described with reference to FIG. The support system 100 includes one or more terminals 2 that are carried and carried by disaster prevention personnel, and a support device 1 connected to the receiver 4. The support apparatus 1 and the terminal 2 communicate with each other via the communication line 3. The communication line 3 is, for example, a wireless communication network compliant with IMT-2000.

1-3. Configuration of Support Device Next, the configuration of the support device 1 configuring the support system 100 will be described with reference to FIG. The support device 1 includes a first communication unit 14, a second communication unit 13, a storage unit 12, and a control unit 11. The first communication unit 14 is an interface that is connected to the receiver 4 via the signal line C1 and communicates control information and the like. The second communication unit 13 is an interface that communicates control information and the like between the terminal 2 connected via the signal line C <b> 2 and the communication line 3. The storage unit 12 is a non-volatile storage unit such as a ROM, a flash memory, or a hard disk, and stores a program that executes a process for supporting an activity of confirming an abnormality such as a fire. The control unit 11 is a control unit that controls the operation of each unit of the support device 1 based on a program stored in the storage unit 12.

  The control unit 11 includes an arithmetic processing device such as a CPU (not shown), and includes a specifying unit 111, a selection unit 112, a request unit 113, a determination unit 114, and an instruction unit 115 as functional configurations. The specifying unit 111 is an abnormal position specifying unit that specifies an abnormal position with reference to an installation location database 121 to be described later based on the abnormal position information included in the abnormal signal received via the first communication unit 14. The selection unit 112 is a terminal selection unit that selects one or more terminals 2 based on abnormal position information and terminal position information described later when an abnormal signal is received. The requesting unit 113 is a requesting unit for a terminal that causes the display unit of the terminal 2 selected by the selecting unit 112 to display a request for confirmation of an abnormality before the predetermined time has elapsed. The determination unit 114 is a determination unit that determines whether there is an abnormality based on a response from the terminal 2 to the request before the predetermined time elapses. The instruction unit 115 is an instruction unit that instructs the receiver 4 via the first communication unit 14 to immediately execute or stop the transition to the second-stage alarm based on the determination.

  In addition to the program, the storage unit 12 is an installation location database (where “database” in the figure is “DB”) that describes locations where a plurality of sensing means such as the fire detector 5 and the gas leak detector 6 are installed. 121). The installation location database 121 includes an identifier (or section number) unique to the fire detector 5 or the gas leak detector 6 given as abnormal position information via the receiver 4, and coordinates (or, for example, ridges, floors, and floors). The data of the installation location (or section) indicated by (section) is stored in association with each other. For example, the installation location information of the sensor represented by the identifier “AL2” in FIG. 6 is “1 building (building), 20th floor (hierarchy), X1Y2 (planar coordinate)”. Store in the storage unit 12. Further, for example, the installation location of the sensor “AL2” in FIG. 6 is “1 building (building), 20th floor (hierarchy), 1st section (section)”. To remember. The data stored as the installation location is not limited to the above, and any data may be used as long as it is stored in association with the abnormal position information and can be compared with a plurality of terminal position information to be described later and the mutual positional relationship can be grasped. For example, it is possible to identify the terminal 2 that is closest to the sensing means that senses the abnormality (for example, the fire detector 5) or one or more terminals 2 that are located within a predetermined range from the sensing means that senses the abnormality. It is data.

1-4. Next, the configuration of the terminal 2 constituting the support system 100 will be described with reference to FIGS. FIG. 4 is a block diagram showing the configuration of the terminal 2, and FIG. 5 is a diagram showing an example of the appearance of the terminal 2.

  The terminal 2 includes a control unit 21, a storage unit 22, a communication unit 23, an operation unit 24, a display unit 25, and a positioning unit 26. The terminal 2 is a portable terminal device possessed by a disaster prevention person appointed at various places of the building that is a fire prevention object. As shown in FIG. 5, the terminal 2 is, for example, a smartphone or a tablet terminal. . The terminal 2 is provided with a touch panel 241 that detects that an operator's finger or the like has touched the screen 251 to be described later.

  The control unit 21 includes a CPU, a ROM, a RAM, and the like, and controls each unit of the terminal 2 when the CPU reads and executes a program stored in the ROM or the storage unit 22.

  The display unit 25 includes a screen 251 that uses liquid crystal or the like, and displays an image on the screen 251 in response to an instruction from the control unit 21. In particular, the display unit 25 displays a confirmation screen to be described later on the screen 251 in response to an instruction from the control unit 21 based on a request from the support apparatus 1. For example, a fire confirmation button 2511, a non-fire confirmation button 2512, a confirmation impossible button 2513, a message display 2514, a map display 2515, and a remaining time display 2516 are displayed on the confirmation screen. The message display 2514 displays a message requesting that the abnormality of the abnormal position be confirmed as the content of the request from the support apparatus 1. The display content of the message display 2514 is, for example, a message such as “A fire detector in the △△ floor corridor has been activated. Please refer to the map and check the site by the remaining time”. In response to this message, the map display 2515 displays a planar map near the abnormal position, and the remaining time display 2516 displays the remaining time. When the remaining time display 2516 is displayed so that the remaining time displayed is counted down, it is desirable in that the disaster prevention personnel who are requested to confirm the abnormality can check the remaining time in real time. When the fire confirmation button 2511 confirms that there is an abnormality at the abnormal position, the non-fire confirmation button 2512 confirms that there is no abnormality at the abnormal position, and the non-confirmation button 2513 is abnormal before the requested remaining time. When the position abnormality cannot be confirmed, the position to be operated is displayed in the shape of an operation button.

  The operation unit 24 includes a touch panel 241. The touch panel 241 is operated by an indicator such as an operator's finger, and detects an operator's operation indicating a position in an area overlapping the screen 251 of the display unit 25. The touch panel 241 is, for example, a transparent capacitive touch panel superimposed on the screen 251. When the confirmation screen is displayed, any one of the fire confirmation button 2511, the non-fire confirmation button 2512, and the non-confirmation button 2513 displayed on the screen 251 is operated, and the touch panel 241 operates the corresponding position. To detect. As a result, the control unit 21 recognizes whether the abnormality is confirmed, the absence of the abnormality is confirmed, or the abnormality cannot be confirmed by the remaining time.

  The storage unit 22 is a non-volatile storage unit such as a flash memory or an SSD (solid state drive), and stores a program read by the CPU of the control unit 21.

  The communication unit 23 is an interface that connects to the communication line 3 wirelessly in order to communicate with the support apparatus 1.

  For example, a positioning system GPS (Global Positioning System) using a satellite can be used as the positioning unit 26. The positioning unit 26 periodically acquires terminal position information, which is information indicating the position of the terminal 2 using GPS, and the control unit 21 transmits the terminal position information to the support device 1 via the communication unit 23.

1-5. Operation of Support System Next, the operation of the support system 100 will be described with reference to FIGS. 1 and 3 to 5 and based on the operation flowcharts of FIGS.

  In the self-reporting equipment 200, when the fire detector 5 or the gas leak detector 6 which is a sensing means senses an abnormality and determines that the abnormality determination means of the receiver 4 which has received the abnormality is abnormal (Yes in S004). Then, “fire detection broadcasting” is performed as a first-stage alarm from the voice alarm device 7 and an abnormal signal is transmitted (S005). The abnormal signal is received by the first communication unit 14 of the support apparatus 1 via the signal line C1 (see FIGS. 1 and 3). The specifying unit 111 of the control unit 11 refers to the installation location database 121 included in the storage unit 12 based on the abnormal position information given by the identifier (or section number) unique to the sensor included in the received abnormal signal, The abnormal position that is the installation location (or abnormal section) of the corresponding sensing means is specified.

  On the other hand, the support apparatus 1 periodically receives the position information of each terminal 2 by the second communication unit 13 via the communication line 3 (S101 in FIGS. 3 and 7 and S201 in FIG. 8). When there is no request from the support apparatus 1 (No in S202), the terminal 2 acquires terminal position information based on the positioning system and transmits it every time the positioning cycle is reached (Yes in S203) (S201). . And the assistance apparatus 1 will be memorize | stored in the memory | storage part 12, if this receives the positional information on each terminal 2 (Yes of S101), will always update this to the newest positional information, and will grasp the position of each terminal 2 (S102). Then, when the abnormal signal is received (Yes in S103), a predetermined time that is the remaining time to be displayed on the terminal 2 is started (S104). At the same time, the selection unit 112 of the control unit 11 determines the installation location (or abnormal section) of the sensing unit based on the latest position information of the terminal 2 stored in the storage unit 12 and the abnormal position specified by the specifying unit 111. ) Is selected as a terminal associated with the abnormal position (S104). For example, in FIG. 6, the terminal 2 closest to the sensing means AL2 is the terminal 2 at the position P4 within the radius R1, and the selection unit 112 selects this.

  Next, the request unit 113 of the control unit 11 requests the terminal 2 selected by the selection unit 112 to display a confirmation screen (S105). The confirmation screen refers to the location of the sensing means that sent the abnormal detection signal (or anomaly) until the “fire broadcast” as the second-stage alarm is performed after the first-stage alarm. This is a screen that prompts the owner of the terminal 2 to go to the abnormal position that is the section) and confirm the presence or absence of the abnormality. When the terminal 2 receives the request from the support device 1 (Yes in S202), the terminal 2 displays a confirmation screen (S204).

  An example of the confirmation screen of the terminal 2 at this time is shown in FIG. On the screen 251, a fire confirmation button 2511, a non-fire confirmation button 2512, and a confirmation impossible button 2513 are displayed. The touch panel 241 detects that these buttons are operated by the operator when the indicator touches a position corresponding to the displayed coordinates. In addition, a message display 2514, a map display 2515, and a remaining time display 2516 are displayed on the screen 251. The remaining time display 2516 displays the remaining time until a predetermined time elapses when the request unit 113 requests the terminal 2.

  The map display 2515 displays a planar map near the abnormal position of the building that is the object of fire prevention, and the installation location of the sensing means that sent the abnormal detection signal with “○” is “×” on the map. The position of the terminal 2 is displayed respectively. The message display 2514 displays a message such as “A fire detector in the △△ floor corridor east has been activated. Please refer to the map and check the site by the remaining time.” When the abnormal position is given by the abnormal section, it is displayed instead of “◯” on the map display 2515 by changing the color of the range corresponding to the abnormal section, and the message display 2514 displays, for example, “ △△ The fire detector has been activated in the corridor. Please refer to the map and check the site by the remaining time. ” The owner of the terminal 2 reads the message display 2514, refers to the map display 2515, and operates any of the buttons described above. Then, the terminal 2 sends a response signal assigned to each operated button to the support apparatus 1 via the communication unit 23.

  For example, when the operator determines that the abnormality at the abnormal position cannot be confirmed during the remaining time (No in S205), the confirmation disabled button 2513 displayed as “Not in time” is operated (S212), and the terminal 2 Sends a response signal indicating that the abnormality cannot be confirmed to the support device 1 (S213). If the operator determines that the abnormality at the abnormal position can be confirmed during the remaining time (Yes in S205), the operator rushes to the abnormal position and confirms whether there is an abnormality (S206).

  If an abnormality is confirmed (S207: [Confirm abnormality]), the fire confirmation button 2511 displayed as “fire confirmation” is operated without executing steps S208 and S209 in this embodiment (S210). The terminal 2 sends a response signal indicating that the abnormality has been confirmed to the support apparatus 1 (S213). Also, for example, when the operator confirms that there is no abnormality (S207 confirms that there is no abnormality), the non-fire confirmation button 2512 displayed as “No” is operated (S211), and the terminal 2 sends a response signal to the support apparatus 1 that it is confirmed that there is no abnormality (S213).

  If the predetermined time has not elapsed (No in S106), the determination unit 114 of the support device 1 checks whether a response signal from the terminal 2 to the confirmation screen has been received (S107), and the response signal is fired. If the response signal is based on the confirmation button 2511 or the non-fire confirmation button 2512, determine whether to perform “fire broadcasting” as a second-stage alarm or to stop the transition to “fire broadcasting” ( In step S108), the instruction unit 115 instructs the receiver 4 via the first communication unit 14 in accordance with the determination. That is, when the response signal is based on the fire confirmation button 2511, “fire broadcasting” is performed (S110), and when the response signal is based on the non-fire confirmation button 2512, the transition to “fire broadcasting” is stopped ( S111). When the response signal is based on the non-fire confirmation button 2512, “non-fire broadcasting” may be further performed.

  When the response signal from the terminal 2 to the confirmation screen is a response signal based on the unconfirmable button 2513 ([Confirmation impossible] in S108), the control unit 11 again uses the selection unit 112 to install the sensing unit ( Alternatively, another terminal 2 located near the abnormal section is selected again (S109). Then, the request unit 113 requests the terminal 2 that is reselected and associated with the abnormal position to display a confirmation screen (S105).

  For example, when a disaster prevention person who possesses the selected terminal 2 determines that the abnormality cannot be confirmed by a predetermined time and operates the uncheckable button 2513, for example, it is closest to the sensing means AL2 that has detected the abnormality in FIG. If the terminal 2 at the P4 position is selected and this cannot be confirmed, the search radius is further expanded, for example, the terminal 2 at the P3 position found within the radius R2 is reselected.

  If the terminal 2 is not found on the floor where the sensing means AL2 is located, the terminal 2 closest to another floor (for example, the terminal 2 on the directly upper floor or the directly lower floor) is reselected. Then, the same operation is repeated until a request signal for fire confirmation or non-fire confirmation is received from the requested terminal 2 until a predetermined time has elapsed until the start of fire broadcasting as a second-stage alarm.

  By doing this, even if the terminal 2 selected first cannot confirm the abnormality, if there is a terminal 2 that can confirm the abnormality by rushing to the site, select it and request the abnormality confirmation can do.

  As described above, when the sensing device such as the fire detector 5 or the gas leak detector 6 senses an abnormality, the support apparatus 1 displays the remaining time for accepting the abnormality confirmation on the terminal 2 located nearby. Therefore, the disaster prevention person who possesses the terminal 2 can try to go to the site and confirm the abnormality before the time elapses.

  In addition, when the disaster prevention person who possesses the terminal 2 determines that the abnormality cannot be confirmed before the displayed remaining time elapses, the support device 1 is abnormal to the disaster prevention person who possesses the other terminal 2. Confirmation can be prompted.

2. Modification The above is the description of the embodiment, but the contents of this embodiment can be modified as follows. Further, the following modifications may be combined.

2-1. Modification 1
In the above-described embodiment, the R-type system that performs multiplex transmission so that the sensing means itself has a unique identifier and can identify the sensing means that sensed the abnormality has been described as an example. However, the support system according to the present invention is described. The self-reporting equipment 200 targeted by 100 is not limited to this.

  For example, even in a P-type system, the sensing means itself has a unique identifier, and when sending a switching type abnormality sensing signal, the unique identifier data is transmitted in a superimposed manner to sense the abnormality. Any known system can be used (for example, see Japanese Patent No. 4058100). In this way, the self-reporting equipment 200 can be expected to promptly confirm, and the abnormal position information can identify the sensing means that has detected the abnormal condition as described above, and the range in which the abnormal condition should be confirmed is limited. It is desirable that it is a system.

  It should be noted that even if the self-reporting equipment 200 targeted by the support system 100 according to the present invention cannot identify the sensing means that senses the abnormality itself, it identifies the section where the abnormality is detected (hereinafter referred to as an abnormal section). It does not exclude systems that can do this. In this case, the place where the support system 100 requests confirmation of the abnormality from the terminal 2 possessed by the disaster prevention personnel is an abnormal section.

2-2. Modification 2
In the embodiment described above, the support apparatus 1 starts measuring a predetermined time by receiving an abnormal signal from the receiver 4 and requests a confirmation of the abnormality based on the abnormal position information and the terminal position information. 2 is selected, an abnormal alarm signal can be used instead of the abnormal signal.

  That is, the receiver 4 receives the abnormality detection signal from the sensing means (Yes in S001), and the abnormality confirmation means confirms whether or not it is based on an artificial operation by the transmitter or emergency telephone (S002). . Next, when the abnormality confirmation unit determines that the abnormality detection signal is not based on the above-described artificial operation (Yes in S002), the abnormality communication signal (S003) to be transmitted is sent to the first communication unit 14 of the support apparatus 1. To receive. Then, a step of determining whether or not an abnormal alarm signal has been received is newly provided before the determination step (S103) of the support apparatus 1 that determines whether or not an abnormal signal has been received. It should be noted that, as in the case of the abnormality signal, abnormality detection position information is included.

  Generally, a predetermined determination time is required until the abnormality determination unit of the receiver 4 receives the abnormality notification signal and determines that an abnormality has been detected. For example, when the receiver 4 has a known storage function, a judgment time of about 40 to 50 seconds is provided to judge the abnormality detection signal from the smoke detector. Then, the type of sensing means can be specified (for example, when it is possible to identify that the sensor that sent the abnormal sensing signal is a smoke detector), and the recurrence report is issued after the smoke sensor is stored and restored from the receiver. When the minimum time (for example, 10 seconds) required for the determination is determined, this is defined as a predetermined determination time, and the predetermined determination time is added to the “predetermined time” that is the remaining time requested when the abnormal position is confirmed. Thus, the “predetermined time” is reached, and the selected terminal 2 can be requested to confirm the abnormal position. That is, the remaining time for confirming the abnormal position can be earned by the judgment time.

  When the abnormality determination means of the receiver 4 determines that there is an abnormality (Yes in S004), a fire detection broadcast as a first alarm is performed and an abnormality signal is transmitted (S005). The support apparatus 1 that has received this returns the predetermined time to the original value, selects the terminal 2 again (S104), and requests the selected terminal 2 to check for anomalies (S105). By doing in this way, the remaining time displayed on the confirmation screen of the terminal 2 is updated to a predetermined time until shifting to the second alarm, so that the remaining time can be accurately grasped.

2-3. Modification 3
In the embodiment described above, when the support device 1 receives a response indicating that the abnormality cannot be confirmed from the terminal 2 before the predetermined time has elapsed, the support device 1 selects a new terminal 2 other than the terminal 2. This process is not limited to this. For example, the support device 1 may instruct the receiver 4 to shift to the second-stage alarm when a response indicating that the abnormality cannot be confirmed is received from the terminal 2 before a predetermined time elapses. .

2-4. Modification 4
In the embodiment described above, the support device 1 instructs the receiver 4 to notify the second-stage alarm when receiving a response indicating that the abnormality has been confirmed from the terminal 2 before the predetermined time elapses. However, in addition to this instruction, a communication line for bidirectionally exchanging information with the terminal 2 may be established. For example, the support device 1 and the terminal 2 have a microphone, a speaker, an amplifier, and the like, and the support device 1 makes a call with the terminal 2 when receiving a response that the above-described abnormality has been confirmed. Establish a communication line. As a result, the operator of the support apparatus 1 can directly hear the confirmed abnormal details from the disaster prevention personnel possessing the terminal 2 at the site.

2-5. Modification 5
In the above-described embodiment, the support device 1 starts measuring a predetermined time when receiving an abnormal signal from the receiver 4 (Yes in S103) or when receiving an abnormal alarm signal, and includes abnormal position information. The terminal 2 that is closest to the abnormal position is selected and requested based on the terminal position information, and a plurality of terminals 2 that are located within a predetermined range from the abnormal position may be selected.

  For example, the range R2 illustrated in FIG. 6 includes P3, P4, and P5 in which three terminals 2 are respectively located. The support device 1 may select all the terminals 2 located in the range included in the predetermined range R2. Then, the support apparatus 1 may request that all the selected terminals 2 display the above-described confirmation screen.

  In addition, when the determination unit 114 of the support device 1 receives a plurality of responses from the plurality of terminals 2 before the predetermined time elapses, the determination unit 114 may determine whether there is an abnormality based on the content and number of responses. Good.

  For example, when making a request to a plurality of terminals 2, the support device 1 counts the number of times it has received a response indicating that a fire has been confirmed from these terminals 2, and the number of times exceeds a predetermined number In addition, the receiver 4 may be instructed to immediately notify the second-stage alarm. In addition, the support device 1 counts the number of times of receiving a response confirming that there is no fire from these terminals 2, and when the number of times exceeds a predetermined number, It may be instructed to stop the transition to a two-stage alarm. For example, when the support device 1 receives a response indicating that an abnormality has been confirmed from each terminal 2 of three or more disaster prevention personnel, the assistance device 1 considers that an abnormality has occurred and A fire broadcast may be notified as an alarm. Also, for example, when the support device 1 receives a response confirming that there is no abnormality from each terminal 2 of three or more disaster prevention personnel, it is considered that no abnormality has occurred and is in the second stage. Notification of fire broadcasting as an alarm may be stopped. Moreover, you may make it output a non-fire broadcast simultaneously. In this way, by determining the presence or absence of abnormalities so as to reflect confirmation by multiple disaster prevention personnel, it is possible to eliminate mistaken responses by some disaster prevention personnel and erroneous responses due to operational mistakes, and improve the reliability of determination of abnormalities Can be made.

  Further, when making a request to a plurality of terminals 2, the support apparatus 1 receives a response indicating that a fire has been confirmed or a response indicating that there is no fire from these terminals 2, and responds to those responses. You may calculate the sum total of the points each allocated. In this case, the control unit 11 that calculates the total score in the support device 1 receives a plurality of responses indicating that a fire has been confirmed from the terminal until a predetermined time has elapsed, and the number of points assigned to each response. It functions as a calculation unit that calculates the total. When the calculated total exceeds the threshold value, the support device 1 immediately instructs the receiver 4 to shift to the second-stage alarm, or stops the transition to the second-stage alarm. You may be instructed to do so. For example, the support apparatus 1 is set so that the closer the distance between the abnormal position that is the position of the sensing unit that has detected the abnormality and the terminal 2 is, the higher the number of points assigned to the response that the abnormality has been confirmed. Is received, the distance between the terminal position information of the terminal 2 that made the response and the abnormal position is referred to, and a score corresponding to the distance is assigned to the response. Then, the support device 1 may calculate the total number of points assigned to each response. Thereby, the support apparatus 1 can distinguish the response of the terminal 2 with high reliability, and the terminal 2 with low reliability.

  The timing for referring to the distance may be when the confirmation screen is displayed on the terminal 2 or when a response is received from the terminal 2. Further, the score may be weighted according to the distance between the position when the confirmation screen is displayed on the terminal 2 and the position when the response is received from the terminal 2. Thereby, for example, when the terminal 2 has not moved at all after displaying the confirmation screen and responding, the user of the terminal 2 is assumed to have failed to move for confirmation, and the score is reduced. Can do.

  In addition, the terminal 2 has an imaging unit (not shown) that sends an image via the communication unit 23 at the time of response, and an image that can check whether there is an abnormality before operating the fire confirmation button 2511 or the non-fire confirmation button 2512. It is also possible to take a picture of the scene so as to respond by attaching (S208, S209). And when the image which image | photographed the field is attached to the response from the terminal 2, what is necessary is just to assign a score higher than the response to which the image is not attached. That is, the response to which the image is attached determines whether or not it is abnormal as information having a weight than the response to which the image is not attached.

2-6. Modification 6
In the embodiment described above, the proximity between the terminal 2 and the sensing means that senses the abnormality is determined by the linear distance, but this proximity may be determined by other than this. For example, as shown in FIG. 6, when there is an obstacle such as a wall between the sensing means that senses the abnormality and the terminal 2, the proximity of the terminal 2 and the sensing means by the distance avoiding the obstacle. May be determined. Further, the support device 1 does not need to select the terminal 2 that cannot be visually recognized by the obstacle. In the example illustrated in FIG. 6, the support device 1 selects the terminal 2 at the P5 position that has no wall between the sensing unit AL2. May be. Further, the support device 1 stores the athletic ability of the disaster prevention personnel possessing each terminal 2 in the storage unit 12, and according to the athletic ability, the location of the sensing means where the user of each terminal 2 senses an abnormality, The time to move to a position where it can be visually recognized is calculated, and the proximity between the terminal 2 and the abnormal position may be determined according to the time.

2-7. Modification 7
In the above-described embodiment, the voice message is output from the voice alarm device 7 based on the signal from the receiver 4 and notified, but the voice message is output based on the abnormal signal or the abnormal alarm signal from the receiver 4. You may make it provide the emergency broadcast equipment which outputs and alert | reports.

  For example, as shown in FIG. 9, an emergency broadcast facility 300 that operates in conjunction with the self-reporting facility 200 is provided, and the emergency broadcast control panel 15 that has received an abnormal signal or an abnormal alarm signal from the receiver 4 receives an audio alarm. Instead of the device 7, a voice message may be output from the speaker 16 disposed in a building that is a fire prevention object to be notified. At this time, the detector alarm broadcast as the first stage alarm, the transition to the fire broadcast as the second stage alarm after a predetermined time has passed, the non-fire broadcast when confirming that there was no abnormality, The emergency broadcast control board 15 controls, and the support apparatus 1 is connected to the emergency broadcast control board 15 and outputs a signal of confirmation of abnormality or confirmation of abnormality, and the transition to the second stage alarm or the second Instruct to stop the transition to the stage alarm.

2-8. Modification 8
In the above-described embodiment, the first-stage alarm and the second-stage alarm are notified by outputting an audio message from the audio alarm device 7, but may be an alarm device 7 using a bell.

  For example, the alarm device 7 shown in FIG. 1 is a bell, the first-stage alarm is sounded by the alarm devices 7 on the fire floor and directly above the floor, and the second-stage alarm is sounded by the entire alarm device 7. And when fire F occurs on the second floor, the bells on the second and third floors will ring as the first stage alarm, and the alarm device 7 in the entire building will ring as the second stage alarm after a predetermined time has passed. To do.

  In this way, even if a conventional alarm is issued by a bell, an alarm can be issued locally when an abnormality occurs, and an evacuation can be promoted by alarming the entire building when the abnormality is confirmed.

2-9. Modification 9
In the embodiment described above, the terminal 2 displays the remaining time display 2516 on the screen 251 in response to a request from the support apparatus 1. However, the remaining time display 2516 may be changed with the passage of time. . That is, the remaining time may be displayed in a countdown manner. By doing in this way, the disaster prevention personnel who possess the terminal 2 can always grasp the remaining time, and when it is determined that the abnormality cannot be confirmed by the remaining time even on the way to the abnormal position The status can be notified to the support apparatus 1 by operating the confirmation impossible button 2513.

2-10. Modification 10
In the embodiment described above, the positioning unit 26 has been described as using a satellite positioning system GPS (Global Positioning System), but is not limited thereto.

  For example, in the outdoors or indoors where the satellite communication conditions are good, a GLONASS (GLObal'naya Navigatana Sutnikova Systema) can also be used as a satellite positioning system. Further, for example, in an indoor environment where the satellite communication conditions are poor, an IMES (Indoor Messaging System) that complements GPS can be used. Further, for example, terminal position information that is own position information can be obtained (positioned) by a positioning system based on a wireless base station of a mobile communication network, an access point of a wireless LAN, or the like.

  With these positioning systems, the positioning unit 26 periodically acquires terminal position information, and the control unit 21 transmits the terminal position information to the support apparatus 1 via the communication unit 23. The acquisition of the terminal position information may be performed in response to a request from the support apparatus 1.

2-11. Modification 11
In the embodiment described above, the abnormality sensed by the sensing means is a fire or gas leak, but other abnormality may be sensed. For example, it may be a sensing means that senses leakage or water leakage. In short, the sensing means only needs to sense a kind of abnormality that is meaningful for a person to check the situation at the site when it is activated.

DESCRIPTION OF SYMBOLS 100 ... Support system, 200 ... Self-reporting equipment, 300 ... Emergency broadcast equipment, 1 ... Support apparatus, 11 ... Control part, 111 ... Identification part, 112 ... Selection part, 113 ... Request part, 114 ... Determination part, 115 ... Instruction unit, 12 ... storage unit, 121 ... installation location database, 13 ... second communication unit, 14 ... first communication unit, 15 ... emergency broadcast equipment control panel, 16 ... speaker, 2 ... terminal, 21 ... control unit, 22 ... storage unit, 23 ... communication unit, 24 ... operation unit, 241 ... touch panel, 25 ... display unit, 251 ... screen, 2511 ... fire confirmation button, 2512 ... non-fire confirmation button, 2513 ... non-confirmation button, 2514 ... message display 2515 ... Map display, 2516 ... Remaining time display, 26 ... Positioning unit, 3 ... Communication line, 4 ... Receiver, 5 ... Fire detector, 6 ... Leak detector, 7 ... Alarm device (acoustic alarm device, ), 8 ... repeater (gas leak detection dexterity), 9 ... repeater (acoustic device), 10 ... signal line, C1, C2 ... signal line, X ... wireless communication line.

Claims (9)

When an abnormality is detected, the alarm device notifies the first-stage alarm, sends an abnormality signal including the abnormal position information, and is connected to an automatic alarm facility that shifts the notification to the second-stage alarm after a predetermined time. And a support system comprising a plurality of terminals communicating with the support device via a communication line,
The terminal includes a positioning unit that acquires terminal location information that is its own location information, a display unit, and an operation unit.
The support device includes: a first communication unit connected to the automatic alarm facility; a second communication unit communicating with the terminal via a communication line; and the abnormal position information and the terminal when receiving the abnormal signal A selection unit that selects one or more terminals based on location information, a request unit that causes the display unit of the selected terminal to display a request for confirmation of the abnormality before the predetermined time elapses, and A determination unit that determines presence / absence of the abnormality based on a response from the terminal to the request until a predetermined time elapses, and a transition to the second-stage alarm is immediately executed or stopped based on the determination. A support system having an instruction unit for instructing the automatic alarm facility. The automatic alarm equipment is configured to detect an abnormality, detecting means for transmitting an abnormality detection signal, an abnormality determination means for determining that an abnormality has been detected when the abnormality detection signal is received, and the abnormality determination means has detected an abnormality. Output means for notifying the first alarm from the alarm device when it is determined, sending out the abnormal signal, and outputting an abnormal alarm signal including abnormal position information when the abnormal sensing signal is received. And
The support device, when receiving the abnormality notification signal, if the abnormality determination means requires a predetermined determination time to determine that the abnormality has been detected, and adding the determination time to the predetermined time, The support system according to claim 1, wherein the selection unit selects one or more of the terminals based on the abnormal position information and the terminal position information. When the selection unit receives a response indicating that the abnormality cannot be confirmed before the predetermined time has elapsed from the terminal, the selection unit selects a new terminal other than the terminal,
The support system according to claim 1 or 2, wherein the request unit displays the request on a display unit of a new terminal selected by the selection unit.   The said determination part determines the presence or absence of the said abnormality based on the content and the number of the said response, when the several response is received from the said several terminal before the said predetermined time passes. The support system according to claim 1. The terminal includes an imaging unit that transmits an image via the communication unit at the time of the response,
The support system according to claim 4, wherein the determination unit performs the determination on the response to which the image is attached as information having a weight more than a response to which the image is not attached.   The support system according to any one of claims 1 to 5, wherein when the determination unit determines that there is no abnormality, the instruction unit instructs the automatic alarm facility to notify that there is no abnormality.   The support apparatus or terminal used with the support system described in any one of Claim 1 to 6. When an abnormality is detected, the alarm device notifies the first-stage alarm and sends an abnormality detection signal including the abnormality position information, and the abnormality is transmitted from the automatic alarm equipment that shifts the notification to the second-stage alarm after a predetermined time. A control program for a support device that instructs the automatic alarm facility whether to shift the notification to a second-stage alarm or to stop the notification to the second-stage alarm when a signal is received Because
Obtaining terminal location information;
Obtaining the abnormal position information when receiving the abnormal signal;
Selecting one or more terminals based on the abnormal position information and the terminal position information;
Causing the display unit of the selected terminal to display a request for confirmation of the abnormality before the predetermined time elapses;
When receiving a response from the terminal to the request before the predetermined time elapses, determining the presence or absence of the abnormality based on the response;
Instructing the automatic alarm facility to immediately execute or stop the transition to the second stage alarm based on the determination;
A control program for a support device. When an abnormality is detected, the alarm device notifies the first-stage alarm and sends an abnormality detection signal including the abnormality position information, and the abnormality is transmitted from the automatic alarm equipment that shifts the notification to the second-stage alarm after a predetermined time. When a signal is received, a communication line is communicated to a support device that instructs the automatic alarm facility whether to shift the notification to the second-stage alarm or to stop the notification to the first-stage alarm. A control program for a terminal that communicates via
A step of acquiring the own position as terminal position information by the positioning unit;
Transmitting the terminal location information;
When the support device is selected based on the abnormal position information and the terminal position information and confirms the presence / absence of the abnormality before the predetermined time elapses, the display unit confirms A step of displaying a screen;
If the presence or absence of the abnormality cannot be confirmed before the predetermined time has passed, inputting that fact and transmitting,
If the presence or absence of the abnormality can be confirmed before the predetermined time elapses, confirming the presence or absence of the abnormality and inputting and transmitting the response; and
A terminal control program comprising: