JP5594042B2 - Emergency call system, wireless terminal and control device - Google Patents

Description

  The present invention relates to an emergency call system when an automatic external defibrillator (AED) is used, and a wireless terminal and a control device constituting the system.

  An AED is a rescue device that attempts to restore the work of the heart by applying an electric shock during ventricular fibrillation of the heart. FIG. 5 schematically shows an installation example of a conventional AED. As shown in FIG. 5, the AED 101 is installed in a state of being stored in the AED storage case 102. The AED storage case 102 has a door 103 for taking out the AED 101 and an alarm device 104 made of a patrol light or a siren. The alarm device 104 operates on the condition that the door 103 is opened, and informs the surrounding people that there is an emergency in which the AED 101 is used. Conventionally, a person who rescues using the AED 101 (hereinafter referred to as a rescuer) has opened the door 103 of the AED storage case 102, takes out the AED 101, and performs rescue activities by one or more persons.

  In the rescue using the above-described conventional AED, in addition to a series of operations of taking out the AED from the AED storage case and performing a rescue operation, an operation of reporting to 119 or the like from a mobile phone or a public telephone is also required. For this reason, when the rescuer himself / herself performs the rescue operation alone, the report is delayed if the rescue is given priority, and the rescue is delayed if the report is given priority. Similarly, when a rescuer rescues alone, there is a risk that the rescuer himself / herself does not have a mobile phone or the public telephone is not found, so that the report may be greatly delayed. Furthermore, if the rescuer is unfamiliar with the land, it will not be possible to tell the location accurately or it will take time to tell.

  An invention for solving the above problems is disclosed in Japanese Patent Laid-Open No. 2006-43270. According to the invention (hereinafter referred to as the prior invention), the removal detection unit attached to the AED storage case detects that the AED has been removed, and provides necessary information to the management center and the people around the AED storage case. Is done.

JP 2006-43270 A

  However, even with the above prior invention, not all problems are solved. People who need AEDs are not always near the AED storage case, and rescuers are urgently requested to find out the exact location of the person who needs the AED and the situation of the person again, using a mobile phone or other emergency medical institution. You must contact At that time, if the rescuer himself does not have a mobile phone or there is no public phone nearby, the report will be greatly delayed as before. Also, if the rescuer is unfamiliar with the land, it will take time to tell whether or not the place can be accurately communicated as in the past.

  Furthermore, the above prior invention has a new problem. Even if the AED is taken out due to an error or mischief, the removal information is reported to the management center, which causes confusion to the medical institution.

  The present invention has been made in view of the above-described problems, and even when a rescuer performs a rescue operation alone, rescue or reporting is not delayed, and reliable information can be notified. An object of the present invention is to provide an emergency call system capable of preventing erroneous operation and misinformation due to mischief.

  According to the present invention, an emergency call system is configured by a wireless terminal mounted on an AED and a control device that receives a signal of the wireless terminal via an IP network. For each predetermined stage of use of the AED, the wireless terminal transmits at least information related to the installation location of the AED and an identification signal for identifying the stage of use of the AED. For example, when it is detected that the AED has been taken out from a predetermined storage location, at least information related to the installation location of the AED and a first identification signal for identifying that the AED has been taken out are transmitted. Thereafter, in response to the opening of the case of the AED main body, at least information related to the installation location of the AED and a second identification signal for identifying that the case of the AED main body has been opened are transmitted. Further, in response to the actual use of the AED, at least information related to the installation location of the AED and a third identification signal for identifying that the AED is actually used are transmitted. As the information related to the installation location of the AED, the management number of the wireless terminal associated with the installation location can be used. If the wireless terminal has a GPS function, positioning data by GPS can be used as the information. When the control device receives the first, second, and third identification signals from the wireless terminal, the control device notifies the reception, and based on the management number of the wireless terminal received from the wireless terminal or the positioning data by GPS. Display the location of the AED.

  According to the present invention, even when a rescuer performs a rescue operation alone, rescue or reporting is not delayed, and reliable information can be notified.

It is a schematic diagram which shows the structure of the emergency call system of Embodiment 1 of this invention. It is a flowchart which shows operation | movement of the emergency call system of Embodiment 1 of this invention. It is a schematic diagram which shows the structure of the emergency call system of Embodiment 2 of this invention. It is a flowchart which shows operation | movement of the emergency call system of Embodiment 2 of this invention. It is a schematic diagram which shows the example of installation of the conventional AED.

Embodiment 1 FIG.
Embodiment 1 of the present invention will be described with reference to the drawings.

  FIG. 1 is a diagram showing a configuration of an emergency call system according to Embodiment 1 of the present invention. The emergency notification system according to the present embodiment includes a notification device 1 linked to an AED and a control device 20 that receives notification information from the notification device 1.

  The reporting device 1 includes an AED 2 that is a rescue device, an AED storage case 4 that stores the AED 2, and a wireless terminal 6 that reports that an emergency situation occurs when the AED 2 is used. The wireless terminal 6 is attached to the outside of the AED storage case 4, for example, the door 5 of the AED storage case 4. An electrode pad 3 to be worn on the human body is accommodated in the case of the main body of the AED 2.

  The AED storage case 4 has a door 5 for taking out the AED 2. An alarm device 8 made of a patrol light or siren is installed on the upper surface of the AED storage case 4. The alarm device 8 operates in conjunction with the opening of the door 5. An AED removal detection device 7 is installed inside the AED storage case 4.

  The AED removal detection device 7 is a device that detects that the AED 2 has been removed from the AED storage case 4, and has a function of turning on the power of the wireless terminal 6 when the AED 2 is actually removed. As a specific implementation example of the AED take-out detection device 7, the contact portion of the battery positive or negative electrode of the wireless terminal 6 can be obtained by opening the door 5 of the AED storage case 4 or taking out the AED 2 from the AED storage case 4. It is possible to mention a mechanism in which the insulating material inserted in is removed.

  The control device 20 can be connected to the IP network 40 and can receive report information from a plurality of notification devices 1 as IP signals. In general, the control device 20 can be configured by a PC. The notification information from the notification device 1 is received by the nearest base station 30 and sent to the control device 20 via the IP network 40.

  The wireless terminal 6 has a wireless function for making an emergency call. It also has a clock function for detecting the date and time when the AED 2 was taken out, the date and time when the AED main body case was opened, and the date and time when the AED 2 was used. Furthermore, it also has a function of transmitting a preset number unique to the wireless terminal, a management number as an emergency call device corresponding to the unique number, and a signal capable of identifying the contents of the report. Further, it has a battery monitoring function for monitoring the remaining battery level of the AED 2. The power supply related to the notification operation of the wireless terminal 6 is configured to be turned on simultaneously with the opening of the door 5 of the AED storage case 4, and the power supply is turned off when the door 5 is closed. Note that the clock power supply and the battery monitoring function are always on, but the clock power supply can be turned off when the clock on the wireless terminal 6 side is not needed to perform time management on the control device 20. In addition, when the battery monitoring function is not necessary, the entire power supply of the wireless terminal 6 can be turned off.

  When installing the reporting device 1 of the present embodiment, at least one management number is set in the wireless terminal 6 and the management number and the installation location are associated in advance. The management number can be called to the wireless terminal 6 on the web and set to the wireless terminal 6. It is also possible to set by direct wired connection. A wireless terminal unique number may be used instead of the management number. The association between the management number and the installation location can be set in advance on the control device 20.

  Next, operation | movement of the emergency call system of this Embodiment is demonstrated using FIG. FIG. 2 is a flowchart showing the operation of the emergency call system according to the present embodiment.

  According to the flowchart of FIG. 2, first, as a preparation for using the emergency call system, a management number is set in the wireless terminal 6, and the control number is associated with the management number by the control device 20 (step S101). After completion of preparation, the emergency call system enters a standby state (step S102).

  In this standby state, when the door 5 is opened to take out the AED 2 (step S103), the alarm device 8 is activated in conjunction with the opening of the door 5. Thereafter, on condition that the AED 2 is actually taken out (step S104), the notification operation of the wireless terminal 6 is turned on and the wireless terminal 6 is activated (step S105). Then, the wireless terminal 6 performs the first notification operation, and transmits the time when the AED 2 is taken out, the management number, and the identification signal 1 identifying that the AED 2 has been taken out (step S106). Specifically, the wireless terminal 6 temporarily stores the date and time of operation, and immediately transmits it as first emergency call data together with the management number and the identification signal 1 set in advance in the terminal.

  At this time, if the wireless terminal 6 is turned on when the door 5 is opened and the notification is started when the AED 2 is taken out, the time until the notification is performed can be shortened. This is because the connection operation of the wireless terminal 6 generally takes time. After the completion of the first notification operation, the wireless terminal 6 is turned off (step S107).

  The first emergency call data transmitted by the wireless terminal 6 is received by the base station 30, transmitted to the IP network 40, and accommodated in the control device 20. When the first emergency call data is accommodated in the control device 20, the control device 20 sounds an alarm to call attention (step S108). Then, the management number, transmission time, report content, and installation location are displayed on the screen of the control device 20 (step S109). Since the control device 20 has a database in which the management number and installation location of the wireless terminal 6 are registered, the position of the wireless terminal 6 that made the emergency call can be specified from the management number included in the emergency call data. . The control device 20 is managed as needed by an administrator. When the administrator confirms that the emergency call has been received, the administrator takes appropriate measures such as making a 119 call based on the date / time and location information accommodated as the emergency call. Since the control device 20 can be easily connected to the IP network 40 with a PC, it can be installed in a management company of the AED 2, a local government, a fire department or the like.

  When the first notification operation is performed and then the case of the main body of the AED 2 is opened (step S110), the notification operation of the wireless terminal 6 is turned on again and the wireless terminal 6 is activated (step S111). . Then, the wireless terminal 6 performs a second notification operation and transmits the time when the case of the main body of the AED 2 was opened, the management number, and the identification signal 2 identifying that the case of the main body of the AED 2 was opened ( Step S112). Specifically, the wireless terminal 6 temporarily stores the date and time of operation, and immediately transmits it as second emergency call data together with the management number and the identification signal 2 set in advance in the terminal.

  In this case, the identification signal 2 for identifying that the case of the main body of the AED 2 has been opened may be transmitted when the electrode pad 3 attached to the human body is removed from the main body of the AED 2. After the completion of the second notification operation, the power of the wireless terminal 6 is turned off again (step S113).

  The second emergency call data transmitted by the wireless terminal 6 is accommodated in the control device 20 via the base station 30 and the IP network 40. When the second emergency call data is stored in the control device 20, the control device 20 sounds an alarm to call attention (step S114). Then, the management number, transmission time, report content, and installation location are displayed on the screen of the control device 20 (step S115).

  When the first and second notification operations described above are executed and then the AED 2 is actually used (step S116), the notification operation of the wireless terminal 6 is turned on again and the wireless terminal 6 is activated (step S116). S117). Then, the wireless terminal 6 performs a third notification operation, and transmits the time when the AED 2 is used, the management number, and the identification signal 3 that identifies that the AED 2 is used (step S118). Specifically, the wireless terminal 6 temporarily stores the date and time of operation, and immediately transmits it as third emergency call data together with the management number and the identification signal 3 set in advance in the terminal.

  In addition, when AED2 is used, it corresponds when the switch button (not shown) which gives an electric shock is pushed. After the completion of the third notification operation, the wireless terminal 6 is turned off again (step S119).

  The third emergency call data transmitted by the wireless terminal 6 is accommodated in the control device 20 via the base station 30 and the IP network 40. When the third emergency call data is stored in the control device 20, the control device 20 sounds an alarm to call attention (step S120). Then, the management number, transmission time, report content, and installation location are displayed on the screen of the control device 20 (step S121).

  The wireless terminal 6 also monitors the remaining battery level of the AED 2 at regular intervals. When the battery level of the AED 2 to be monitored falls below a certain threshold value (step S122), the notification operation of the wireless terminal 6 is turned on (step S123). The wireless terminal 6 transmits the time when the battery of the AED 2 becomes lower than the threshold, the management number, and the identification signal 4 identifying that the battery of the AED 2 becomes lower than the threshold (step S124).

  The battery low notification data transmitted by the wireless terminal 6 is accommodated in the control device 20 via the base station 30 and the IP network 40. When the battery low notification data is stored in the control device 20, the control device 20 displays the management number, transmission time, notification content, and installation location on the screen (step S125).

  As described above, by notifying that the remaining battery level of the AED 2 has become a certain amount or less, the administrator can know the existence of the AED 2 that may fall short of the battery. This makes it possible to prevent the AED 2 from becoming unusable due to a shortage of batteries when the AED 2 is needed.

  As described above, since the emergency call system according to the present embodiment is an emergency call system linked to AED2, a rescuer automatically makes an emergency call through a series of operations for performing rescue activities using AED2. Can do. Furthermore, even if there is no report of the place from the rescuer side, the place can be specified on the control device 20 side. Therefore, even when the rescuer performs the rescue operation alone, the rescue or notification is not delayed. More specifically, even in a situation where the rescuer does not have a mobile phone or a public telephone is not found in the surroundings, it is possible to make a prompt notification and to perform a more prompt rescue operation.

  Moreover, according to the emergency notification system of this Embodiment, a notification is repeated according to a 1st, 2nd, 3rd and a stage, and a condition is conveyed to an administrator with the identification signals 1-3. As a result, it is possible to notify the administrator of more reliable information, and it is possible to prevent erroneous reports due to operational errors and mischief.

  Furthermore, according to the emergency call system of the present embodiment, the battery monitoring of the AED 2 is also performed, so that when necessary, the AED 2 can be used more reliably without being unusable due to a shortage of batteries. It becomes like this.

  Furthermore, according to the emergency call system of the present embodiment, since the wireless terminal 6 is turned on after the door 5 of the AED storage case 4 is opened or the AED 2 is taken out, the battery operation of the wireless terminal 6 is possible. It is. That is, the emergency call system of the present embodiment can be installed on a ground or the like where power cannot be taken.

Embodiment 2. FIG.
A second embodiment of the present invention will be described with reference to the drawings.

  FIG. 3 is a diagram showing the configuration of the emergency call system according to the second embodiment of the present invention. The emergency notification system according to the present embodiment includes a notification device 11 linked to an AED and a control device 21 that receives notification information from the notification device 11.

  The notification device 11 includes an AED 2, an AED storage case 4, and a wireless terminal 12 as in the emergency notification system of the first embodiment. However, in the emergency notification system according to the present embodiment, the wireless terminal 12 is equipped with the GPS 13, and positioning data (GPS information) acquired by the GPS 13 in addition to the management number and time information as notification information to the control device 21. Can be sent.

  Moreover, in the emergency call system of this Embodiment, the control apparatus 21 can accommodate the GPS information from each radio | wireless terminal 12 other than the management number and time information from each radio | wireless terminal 12, and can display it on a screen. it can. Furthermore, the control device 21 can also indicate the position of the wireless terminal 12 on a map based on the GPS information from the wireless terminal 12.

  Next, operation | movement of the emergency call system of this Embodiment is demonstrated using FIG. FIG. 4 is a flowchart showing the operation of the emergency call system according to the present embodiment.

  According to the flowchart of FIG. 4, first, as a preparation for using the emergency call system, a management number is set in the wireless terminal 6, and the control number is associated with the management number by the control device 21 (step S201). However, as will be described later, this preparatory work is not necessarily required in the emergency call system according to the present embodiment. After completion of preparation, the emergency call system enters a standby state (step S202).

  In this standby state, when the door 5 is opened to take out the AED 2 (step S203), the alarm device 8 is activated in conjunction with the opening of the door 5. Thereafter, on condition that the AED 2 is actually taken out (step S204), the GPS 13 is turned on and the GPS 13 is activated (step S205), and the notification operation of the wireless terminal 12 is also activated and the wireless terminal 12 is activated (step S205). S206). Then, the wireless terminal 12 performs a first notification operation, and transmits the time when the AED 2 is taken out, the management number, the GPS information, and the identification signal 1 for identifying that the AED 2 has been taken out (step S207). Specifically, the wireless terminal 12 temporarily stores the date and time of operation and GPS position information, and immediately transmits the first emergency call data together with the management number and the identification signal 1 set in advance in the terminal.

  At this time, if the wireless terminal 12 and the GPS 13 are turned on when the door 5 is opened and the notification is started when the AED 2 is taken out, the time until the notification is performed can be shortened. This is because the connection operation of the wireless terminal 12 and the position acquisition operation of the GPS 13 generally require time. After the completion of the first notification operation, the power of the GPS 13 is turned off (step S208), and the power of the wireless terminal 12 is also turned off (step S209).

  The data of the first emergency call transmitted by the wireless terminal 12 is received by the base station 30, transmitted to the IP network 40, and accommodated in the control device 21. When the first emergency call data is accommodated in the control device 21, the control device 21 sounds an alarm to call attention (step S210). Then, the management number, GPS information, transmission time, report content, and installation location are displayed on the screen of the control device 21 (step S211). GPS information, that is, position information can also be displayed on a map. When the administrator confirms that the emergency call has been received, the administrator takes appropriate measures such as making a 119 call based on the date / time and location information accommodated as the emergency call.

  When the first notification operation is performed and then the case of the main body of the AED 2 is opened (step S212), the GPS 13 is turned on again and the GPS 13 is activated (step S213). The operation is turned on and the wireless terminal 12 is activated (step S214). Then, the wireless terminal 12 performs a second notification operation, and outputs the time when the case of the main body of the AED 2 is opened, the management number, the GPS information, and the identification signal 2 for identifying that the case of the main body of the AED 2 has been opened. Transmit (step S215).

  In this case, the identification signal 2 for identifying that the case of the main body of the AED 2 has been opened may be transmitted when the electrode pad 3 attached to the human body is removed from the main body of the AED 2. After the completion of the second notification operation, the power of the GPS 13 is turned off again (step S216), and the power of the wireless terminal 12 is also turned off (step S217).

  The second emergency call data transmitted by the wireless terminal 12 is accommodated in the control device 21 via the base station 30 and the IP network 40. When the second emergency call data is accommodated in the control device 21, the control device 21 sounds an alarm to call attention (step S218). Then, the management number, GPS information, transmission time, report content, and installation location are displayed on the screen of the control device 21 (step S219). At that time, it is also possible to display GPS information on a map.

  When the above-described first and second notification operations are executed and the AED 2 is actually used (step S220), the GPS 13 is turned on again and the GPS 13 is activated (step S221). The notification operation is turned on and the wireless terminal 12 is activated (step S222). Then, the wireless terminal 12 performs a third notification operation, and transmits the time when the AED 2 is used, the management number, the GPS information, and the identification signal 3 for identifying that the AED 2 is used (step S223).

  In addition, when AED2 is used, it corresponds when the switch button (not shown) which gives an electric shock is pushed. After the completion of the third notification operation, the power of the GPS 13 is turned off again (step S224), and the power of the wireless terminal 12 is also turned off (step S225).

  The third emergency call data transmitted by the wireless terminal 12 is accommodated in the control device 21 via the base station 30 and the IP network 40. When the third emergency call data is stored in the control device 21, the control device 21 sounds an alarm to call attention (step S226). Then, the management number, GPS information, transmission time, report content, and installation location are displayed on the screen of the control device 21 (step S227). At that time, it is also possible to display GPS information on a map.

  The wireless terminal 12 monitors the remaining battery level of the AED 2 at regular intervals. When the battery level of the AED 2 to be monitored falls below a certain threshold (step S228), the GPS 13 is turned on (step S229), and the notification operation of the wireless terminal 12 is also turned on (step S230). The wireless terminal 12 transmits the time when the battery of the AED 2 becomes lower than the threshold, the management number, the GPS information, and the identification signal 4 for identifying that the battery of the AED 2 becomes lower than the threshold (step S231).

  The battery low notification data transmitted by the wireless terminal 12 is accommodated in the control device 21 via the base station 30 and the IP network 40. When the battery low notification data is stored in the control device 21, the control device 21 displays the management number, transmission time, notification content, and installation location on the screen (step S232).

  As described above, the emergency call system according to the present embodiment uses the GPS 13 for acquiring position information. For this reason, according to the emergency call system of this Embodiment, in addition to the advantage acquired by the emergency call system of Embodiment 1, the advantage that the exact location of AED2 can be notified is acquired. Further, in the above description, the preparation work for associating the management number of the wireless terminal 12 with the installation location is performed when the system is introduced, but the preparation work can be omitted. That is, setting the management number in the wireless terminal 12 is preferable from the viewpoint of convenience, but the management number is not necessarily required in an environment where the GPS 13 can operate normally (especially outdoors). Also, in the case of indoor installation, if the GPS 13 cannot operate effectively at the installation location, the GPS 13 is temporarily operated in the nearest outdoor area (such as a window) to detect its position, and the position data is transmitted to the wireless terminal 12. It may be stored in the internal memory as part of the transmission data.

Others.
Although the embodiments of the present invention have been described above, the present invention is not limited to the above-described embodiments, and various modifications can be made without departing from the spirit of the present invention. For example, in the above embodiment, it has been shown that the power of the notification operation of the wireless terminals 6 and 12 is detected and detected to be turned on. However, the rescuer may press the button to turn on the power. Needless to say.

  In the above embodiment, the power supply for the notification operation of the wireless terminals 6 and 12 has been described as being turned on / off. However, when the technology for reducing power consumption such as device and intermittent operation has advanced, the power supply is always turned on. It may be. In that case, if the connection with the base station 30 is always secured while the power is turned on and the notification itself is started by detecting the removal of the AED 2, the time related to the connection can be shortened.

  In the above embodiment, the case where the wireless terminals 6 and 12 are mounted outside the AED storage case 4 has been described. However, the mounting position of the wireless terminals 6 and 12 is not limited to the outside of the AED storage case 4. . It can also be mounted inside the AED storage case 4. For example, the wireless terminals 6 and 12 may be installed inside the storage case 4 with a magnet or the like.

  Furthermore, in the above embodiment, the reporting operation of the wireless terminals 6 and 12 is in three stages, but it is possible to have two stages. For example, it is possible to omit the second notification operation and perform the first notification operation and the third notification operation. It is also possible to omit the first notification operation and perform the second notification operation and the third notification operation. On the contrary, it is possible to divide the stage of use from taking out the AED more finely than three stages and to perform a notification operation for each stage of use from taking out.

1,11 Reporting device 2 AED
3 Electrode Pad 4 AED Storage Case 5 Door 6, 12 Wireless Terminal 7 AED Extraction Detection Device 8 Alarm Device 13 GPS
20, 21 Control device 30 Base station 40 IP network

Claims (7)

At least one wireless terminal mounted on an automatic external defibrillator (hereinafter AED);
A control device that receives a signal transmitted from the at least one wireless terminal via an IP network, and an emergency call system comprising:
The wireless terminal is
When the AED is removed from AED storage case, a first notification means for transmitting a first identification signal identifying the Fetch is the time of the information relating to the location of at least the AED AED ,
A second reporting means for transmitting, when the AED main body case is opened, at least information related to the installation location of the AED and a second identification signal for identifying the time when the AED main body case is opened;
When the AED is used, a third notification means for transmitting at least information related to a place where the AED is installed and a third identification signal for identifying the time when the AED was used ,
The controller is
Informing means for notifying the reception when receiving the first, second or third identification signal from the wireless terminal;
An emergency call system comprising: display means for displaying the installation location of the AED based on information related to the installation location of the AED received from the wireless terminal. The wireless terminal is
Battery monitoring means for monitoring the remaining battery level of the AED at regular intervals;
When the remaining battery level of the AED falls below a predetermined threshold, at least information related to the installation location of the AED and a fourth identification signal for identifying that the remaining battery level is below a certain level are transmitted . The emergency notification system according to claim 1, further comprising: 4 notification means.   3. The emergency call system according to claim 1, wherein GPS positioning data provided in the wireless terminal is used as information related to an installation location of the AED. A wireless terminal that is mounted on an automatic external defibrillator (hereinafter referred to as AED) and transmits a signal to a control device of an emergency call system via an IP network,
When the AED is removed from AED storage case, a first notification means for transmitting a first identification signal identifying the Fetch is the time of the information relating to the location of at least the AED AED ,
A second reporting means for transmitting, when the AED main body case is opened, at least information related to the installation location of the AED and a second identification signal for identifying the time when the AED main body case is opened;
When the AED is used, third notification means for transmitting at least information related to a location of the AED and a third identification signal for identifying the time when the AED was used;
A wireless terminal comprising: Battery monitoring means for monitoring the remaining battery level of the AED at regular intervals;
When the remaining battery level of the AED falls below a predetermined threshold, at least information related to the installation location of the AED and a fourth identification signal for identifying that the remaining battery level is below a certain level are transmitted . 4 reporting means,
The wireless terminal according to claim 4, further comprising:   6. The wireless terminal according to claim 4, wherein GPS positioning data provided in the wireless terminal is used as information related to an installation location of the AED. A control device for an emergency call system that receives a signal transmitted by the wireless terminal according to any one of claims 4 to 6 via an IP network,
Informing means for notifying the reception when receiving the first, second or third identification signal from the wireless terminal;
Display means for displaying the installation location of the AED based on information related to the installation location of the AED received from the wireless terminal;
A control device comprising:

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