AED management support device and AED management system

Abstract

The present invention aims to provide an AED management support device and an AED management system that allow AED administrators to easily purchase consumables for AEDs. [Solution] The AED management support device of the present invention connects to the AED administrator's AED administrator device, stores the AED model name associated with each AED, stores consumable correspondence information indicating the consumable model name of the consumable corresponding to each AED model name, extracts only the relevant consumable model names from the AED model name information and the consumable correspondence information for AEDs for which consumables need to be ordered, creates quotation input screen information using the extracted consumable model names and sends it back to the AED administrator device.

Description

Technical Field

[0001] The present invention relates to an AED management support device and an AED management system for managing an AED (Automated External Defibrillator).

Background Art

[0002] AEDs are installed not only in medical institutions but also in schools, city halls, sports centers, community halls, stations, convenience stores, business offices of companies, etc. Many of these AEDs are connected to the AED management support device in the monitoring center via a network, and their available status and the like are monitored (Patent Documents 1 and 2). When the voltage of the battery mounted on the AED is low, it cannot be used, so charging or replacement is performed. Also, when disposable electrode pads are used, the electrode pads are replaced. Furthermore, the battery and electrode pads have an expiration date, and it is necessary to replace the battery and electrode pads before the expiration date.

[0003] The management of the AEDs as described above is performed by the AED administrator who purchased the AEDs. Regarding the AEDs connected to the AED management support device, when there is an abnormality or the like, the monitoring center notifies the AED administrator by email or the like. The AED administrator contacts the vendor or the like according to the content of the abnormality and performs maintenance.

Prior Art Documents

Patent Documents

[0004]

Patent Document 1

Patent Document 2

Summary of the Invention

Problems to be Solved by the Invention

[0005] When replacing consumables such as batteries or disposable electrode pads, the AED administrator contacts a supplier, obtains a quote, and then purchases the parts after obtaining approval within the organization. However, AED administrators typically do not specialize solely in AED management and perform other duties. Furthermore, few AED administrators frequently order AED consumables. Therefore, it can be difficult for AED administrators to determine which consumables need a quote, and obtaining a quote from a vendor can be time-consuming and troublesome.

[0006] The present invention aims to provide an AED management support device and an AED management system that allow AED administrators to easily purchase consumables for AEDs. [Means for solving the problem]

[0007] An AED management support device in one embodiment of the present invention is characterized by connecting to an AED administrator's AED administrator device, storing the AED model name associated with each AED, storing consumable correspondence information indicating the consumable model name of a consumable corresponding to each AED model name, extracting only the relevant consumable model names from the AED model name information and the consumable correspondence information for AEDs for which consumables need to be ordered, creating quotation input screen information using the extracted consumable model names, and returning it to the AED administrator device.

[0008] Furthermore, an AED management system in one embodiment of the present invention comprises an AED management support device and an AED administrator device for an AED administrator, wherein the AED management support device connects to the AED administrator device for an AED administrator, stores the AED model name associated with each AED, stores consumable correspondence information indicating the consumable model name of a consumable corresponding to each AED model name, extracts only the relevant consumable model names from the AED model name information for AEDs for which consumables need to be ordered and the consumable correspondence information, creates quotation input screen information using the extracted consumable model names and sends it back to the AED administrator device. [Effects of the Invention]

[0009] The present invention provides an AED management support device and an AED management system that allow AED administrators to easily purchase consumables for AEDs. [Brief explanation of the drawing]

[0010] [Figure 1] Configuration of the AED management system in the embodiment. [Figure 2] An AED management support table stored in the AED management support device of the embodiment. [Figure 3] A table of AED model names and consumable model names stored in the AED management support device of the embodiment. [Figure 4] Sequence of an AED management system in an embodiment. [Figure 5] Notification email in the embodiment. [Figure 6] A screen displaying the list of managed AEDs on the AED administrator device of the embodiment. [Figure 7] A screen displaying AED management details on the AED administrator device of the embodiment. [Figure 8] A screen for creating consumables estimates, displayed on the AED administrator device of the embodiment. [Figure 9] Quotation email in the embodiment. [Figure 10] Quotation screen in the embodiment. [Figure 11] The screen showing order information after automatic selection. [Modes for carrying out the invention]

[0011] Figure 1 shows the configuration of the AED management system in the embodiment. A remote monitoring terminal 2 is provided near the installed AED 1, and the AED 1 and the remote monitoring terminal 2 are connected by short-range wireless communication. The remote monitoring terminal 2 is also connected to the AED management support device 3 via a mobile phone carrier line and transmits individual AED information, which will be described later. Many sets of AED 1 and remote monitoring terminal 2 are provided, but only one set is shown in Figure 1. Alternatively, the AED 1 may be directly connected to the AED management support device 3 via a mobile phone carrier line. The AED management support device 3 is connected to the AED administrator's device 4 and the vendor's device 5 via the internet. Information such as the quotation input screen information and quotation input information, which will be described later, is transmitted between the AED management support device 3 and the AED administrator's device 4. The AED management support device 3 also transmits quotation information to the vendor's device 5. The AED administrator's device 4 is a personal computer used by the AED administrator who manages the AED 1, and the vendor's device 5 is a personal computer used by the vendor who sells consumables for the AED 1. There are also many AED administrator devices 4 and vendor devices 5, but only one of each is shown in Figure 1. Additionally, the AED management support device 3 is a server managed by the manufacturer / distributor of the AED1. AED administrators are typically local government or corporate departments, or individuals belonging to such departments, and they manage one or more AED1s.

[0012] The AED management support device 3 provides management support services for AED1. By logging into the AED management support device 3 from the AED administrator device 4, the AED administrator can access management support services by viewing the screen of the managed AED. As described later, the managed AED screen displays a list of AED1 managed by the AED administrator.

[0013] All AED1s perform a self-test once a day and transmit individual AED information, including the self-test results, from the remote monitoring terminal 2 to the AED management support device 3. Specifically, the self-test detects whether the AED1 is faulty, the battery level, temperature, and the operational status of the remote monitoring terminal 2. Once the self-test is complete, the AED model name and serial number used to identify the AED1, along with individual AED information such as whether it is faulty, the battery level, the battery's expiration date read from the battery, the electrode pad's expiration date read from the electrode pads, the number of times the AED1 has been powered on, the temperature detected by the AED1, and the number of times the pads have been attached, are transmitted from the remote monitoring terminal 2 to the AED management support device 3. Information such as the battery's expiration date is read from the battery's memory. The electrode pad's expiration date is obtained by the AED1's main unit reading the pattern of holes in the connector part of the electrode pad. In addition to the self-test results, the individual AED information sent from each AED1 includes the AED's serial number, the remote monitoring terminal's serial number, and software version information.

[0014] In the AED management support device 3, the AED management support table and the like are updated based on the individual AED information received via the remote monitoring terminal 2. Fig. 2 shows the AED management support table stored in the AED management support device 3 of the embodiment. Since the AED management support table is long horizontally, it is shown in two rows in Fig. 2. The second row is located at the position of the arrow on the right side of the first row. In the AED management support table, the AED administrator name, the administrator email address of the administrator contact information for contacting the AED administrator device 4, the AED model name, the pad expiration date, the battery remaining amount, the battery expiration date, the number of power - on times, the number of pad attachment times, the most recent rescue use history, the number of defibrillation times, the seller who is the vendor, and the seller email address of the vendor contact information for contacting the vendor device 5 are stored in association with the AED manufacturing number indicating each AED. The AED administrator names such as Administrator A and Administrator B are the administrator identification information of the AED administrators who manage AED1. Also, AED - 2150, AED - 3100, and AED - 3150 are AED model names. Each individual AED1 is identified by the AED manufacturing number. In Fig. 2, it can be seen that Administrator A manages two AED1s with AED manufacturing numbers 12345 and 12343. An AED administrator manages one or more AED1s.

[0015] The AED management support table stores replacement - required information used to determine whether replacement of consumables is necessary for each AED1. In the AED management support table of Fig. 2, the pad expiration date, the battery remaining amount, the battery expiration date, the number of power - on times, the number of pad attachment times, the most recent rescue use history, and the number of defibrillation times are replacement - required information. In the AED management support device 3, for example, if it is within a predetermined period until the pad expiration date, it is determined that replacement of the disposable electrode pads, which are consumables, is necessary. The same applies to the battery expiration date. Also, if the battery remaining amount is below a predetermined value, it is determined that battery replacement is necessary.

[0016] Based on the individual AED information, the AED management support device 3 updates, separately from the AED management support table, information such as the temperature and the presence or absence of faults stored for each AED1. Also, when the AED management support device 3 receives the individual AED information, it updates the information update date to the date of reception. Further, when the AED administrator checks the device information such as the replacement required information in AED1, it updates the confirmation date to the date of confirmation. Also, the AED management support device 3 stores information such as the software version, the lot number of the battery, and the manufacturing number of the remote monitoring terminal 2 for each AED1.

[0017] The AED management support device 3 further stores an AED model name - consumable model name table indicating the consumables that can be used according to the model name of AED1. The AED model name - consumable model name table is consumable correspondence information indicating the consumable model names of the consumables corresponding to the AED model name in association with each individual AED model name. Fig. 3 shows the AED model name - consumable model name table stored in the AED management support device 3 of the embodiment. As shown in Fig. 3, when the AED model names are AED - 2100 and AED - 2150, the electrode pads can be P - 530, the battery can be SB - 214V, and the rescue kit can be YZ - 043H2. Also, when the AED model names are AED - 3100 and AED - 3150, the electrode pads can be P - 740, the battery can be SB - 310V, and the rescue kit can be YZ - 043H3. Further, when the AED model name is AED - 3200, the electrode pads can be P - 740, the battery can be SB - 320V, and the rescue kit can be YZ - 043H3.

[0018] Next, the sequence of the AED management system will be described. As described above, AED1 performs a self - test once a day and transmits the individual AED information including the self - test result from the remote monitoring terminal 2 to the AED management support device 3. Then, in the AED management support device 3, the individual AED information received from AED1 is reflected in the replacement required information etc. in the AED management support table. The information update date, which is the date when the AED management support device 3 receives the individual AED information, is stored in the AED management support device 3 for each AED1.

[0019] Figure 4 shows the sequence of the AED management system in the embodiment. The solid lines represent actions taken by the device, and the dotted lines represent actions taken by the AED administrator. Although not shown, in the AED management support device 3 in Figure 4, the AED management support table is periodically updated with individual AED information sent from the remote monitoring terminal 2. The AED management support device 3 then periodically checks the replacement needs information in the AED management support table for all AED1s. In Figure 4, it is determined that a consumable needs to be replaced for a specific AED1 (step S1). For example, in AED1 with serial number 12343 and AED model name AED-3100, if there are 2 months remaining until the expiration date of the electrode pads, it is determined that the consumable electrode pads need to be replaced. The AED management support device 3 periodically checks the replacement needs information in the AED management support table for all AED1s.

[0020] Next, the AED management support device 3 creates a notification email (step S2). Figure 5 shows the contents of the notification email in this embodiment. This notification email identifies AED1, which requires replacement of consumables, by its AED model name AED-3100 and serial number 12343, and notifies the user that the disposable electrode pads P-740 have approximately two months until their expiration date, which is the reason for the replacement. The notification email then requests the user to log in to the AED support system and order the consumables.

[0021] The generated notification email is sent to Administrator A's AED administrator device 4 by referring to the administrator email address in the AED management support table listed for each AED1 (Step S3). In this way, the AED administrator device 4 corresponding to the AED1 that has been determined to require replacement of consumables is notified. When the email is opened on the AED administrator device 4, the notification email with the contents shown in Figure 5 is displayed (Step S4). Administrator A logs in to the management support service as requested in the notification email, opens the screen for managed AED information, and selects AED1 by AED serial number (Step S5).

[0022] Figure 6 shows the screen of the managed AED list displayed on the AED administrator device 4 of the embodiment. As shown in Figure 6, the managed AED list screen displays device information for all AED1s managed by the AED administrator. Items of the device information that require attention are highlighted. For AED1s with highlighted items, such as "AED serial number," it is necessary to order consumables, etc. On the managed AED list screen where the device information is displayed, the characters such as "12343" written in "AED serial number" are clickable, and clicking them allows you to select AED1. Links to the quotation input screen information are provided in the text. These links are sent from the AED management support device 3 to the AED administrator device 4. In addition, "Automatic selection" in the lower left and "Confirmation" in the lower right can also be selected by clicking. On the other hand, "No quotation" in the upper right indicates that a quotation has not been created and cannot be selected by clicking.

[0023] Once the task is completed, the highlighted items will no longer be highlighted. For example, in Figure 6, for an AED with "AED serial number" "12343", the "AED status" is highlighted and displays "Order Required". However, once the order is completed, it will no longer be highlighted and will display "Ordered". Also, when the AED consumables are replaced, the individual AED information transmits the replacement of the consumables to the AED management support device 3. The highlighted "Not Handled" for "AED Consumables" will no longer be highlighted and will display "-", and at the same time, the "AED status" will also no longer be highlighted and will display "-", while the "Pad Expiration Date" will display the expiration date of the replaced disposable electrode pads.

[0024] When the "AED serial number" in Figure 6 displayed on the AED administrator device 4 is selected, the "AED serial number" is sent to the AED management support device 3 as AED designation information that specifies AED1 via a link. When AED1 is selected by clicking "12343" in the "AED serial number" in Figure 6, the AED designation information of "12343" is sent to the AED management support device 3. The AED management support device 3 refers to the AED management support table for the "AED serial number" sent as AED designation information and identifies the AED model name. Then, a quotation creation screen is created that displays only the consumables corresponding to the identified AED model name (step S6), and this is sent to the AED administrator device 4 and displayed (step S7). In steps S1 and S6, the AED management support device 3 determines whether or not an order for consumables is necessary based on the replacement need information, and creates quotation input screen information for the consumable model names of the consumables that have been determined to need replacement. The AED management support device 3 extracts only the relevant consumable model names from the AED model name information for AED1, which requires consumables to be ordered, and the consumable compatibility information, and creates quotation input screen information using the extracted consumable model names and sends it back to the AED administrator device 4.

[0025] Figures 7 and 8 show examples of the estimate creation screen. Figure 7 is the AED management details screen displayed on the AED administrator device 4 in the embodiment, and Figure 8 is the consumables estimate creation screen displayed on the AED administrator device 4 in the embodiment. The screens in Figure 7 and Figure 8 can be switched using the tabs at the top. In step S7, when the estimate creation screen is displayed, the "AED Management Details" screen in Figure 7 is displayed first.

[0026] In Figure 7, the "AED Management Details" screen displays the following information under "Product Information" at the top: the AED model name is AED-3100, the serial number is 12343, the battery model name and lot number, the remote monitoring terminal 2 model name and terminal serial number, and the software version. The "Device Information" section at the bottom displays the AED status, response status, battery level, battery expiration date, pad expiration date, temperature, etc. Information requiring attention is highlighted. Clicking "Confirm" in the lower right corner updates the confirmation date stored in the AED management support device 3 for the displayed AED1, and also updates the confirmation date in the AED Management Details screen in Figure 7. The AED Management Details screen in Figure 7 allows you to check the device information for individual AED1s. Clicking "List" in the upper left corner takes you to the "Managed AED List" screen shown in Figure 6.

[0027] The screens in Figure 7 and Figure 8 can be switched using the tabs at the top. Clicking the "Consumables Request Tab" on the AED Management Details screen in Figure 7 will take you to the Consumables Estimate Creation screen in Figure 8. On the Consumables Estimate Creation screen, only the consumable part names corresponding to the AED model name for AED1 with the selected AED serial number are displayed. Here, only the relevant consumable part names are extracted from the AED model name information for the selected AED1 and the consumable correspondence information (AED Model Name-Consumable Part Name Table in Figure 3) and displayed on the Consumables Estimate Creation screen. In Figure 8, for AED1 with AED serial number 12343, the AED model name is set to AED-3100 by referring to the AED Management Support Table in Figure 2. The consumable part names corresponding to AED model name AED-3100 are P-740 for disposable electrode pads, SB-310V for battery, and YZ-043H3 for rescue kit, as shown in the AED Model Name-Consumable Part Name Table in Figure 3. Furthermore, in the consumables quotation screen shown in Figure 8, only the consumables with the consumables model names mentioned above are displayed.

[0028] In the example screen for creating consumable quotes shown in Figure 8, the consumables are displayed with a photograph on the left, and to the right, the product name, product code, unit price, and the operating model (AED1 model) to which the consumables are used. The quantity is displayed on the far right. In this embodiment, the "Quantity" is displayed as either 0 or 1, and the total amount and tax-inclusive amount are automatically calculated and displayed below the "Quantity". The value displayed in "Quantity" is automatically calculated from the AED model name and device information in the product information, but it can be changed by the administrator clicking the arrow on the right side of the AED administrator device 4. For example, if the expiration dates of the battery pack and disposable electrode pads are approaching, and the quantities of both the battery pack and disposable electrode pads are both "1", the administrator can change the quantity of disposable electrode pads to "0" if they want to postpone the purchase of disposable electrode pads until next month. Also, if the AED administrator recognizes that the battery expiration date is relatively close, even though it is not inverted on the AED management details screen in Figure 7, they can order the battery at the same time as the disposable electrode pads on the screen in Figure 8 to replace both the battery and the disposable electrode pads simultaneously. Clicking "List" in the upper left corner of the consumables quotation screen shown in Figure 8 will take you to the "Managed AED List" screen shown in Figure 6.

[0029] In the AED administrator device 4 screen shown in Figure 8, after the AED administrator sets the values ​​and clicks "Create Quotation" in the lower right corner (step S8), quotation input information based on the set values ​​for each consumable is sent to the AED management support device 3. The AED management support device 3 creates quotation information using the quotation input information entered in the AED administrator device 4 using the quotation input screen information. In this embodiment, the quotation information consists of a quotation file and a quotation screen. A quotation email is also created (step S9). The quotation email is sent to the AED administrator device 4 (step S10). A PDF quotation file is attached to the quotation email. Figure 9 shows the quotation email in this embodiment. As described above, the AED management support device 3 creates quotation information using the quotation input information entered in the AED administrator device 4 using the quotation input screen information and sends the quotation information back to the AED administrator device 4. The quotation email with the attached PDF quotation file is also sent to the vendor device 5 (step S11). The quotation emails are prepared separately for AED administrator device 4 and vendor device 5.

[0030] The AED administrator checks the quotation email and the attached quotation file using the AED administrator device 4. The quotation file is sent to the accounting department or other relevant department for approval as needed. When placing an order, the AED administrator logs into the management support service from the AED administrator device 4 and clicks "Quotation Available" on the managed AED list screen (Step S12). After creating the quotation information and logging into the management support service, the upper right corner of the managed AED list screen shown in Figure 6 will say "Quotation Available" and will be selectable by clicking it. Clicking "Quotation Available" will display the quotation screen stored in the AED management support device 3 on the AED administrator device 4 (Step S13). Figure 10 shows the quotation screen displayed on the AED administrator device 4 in this embodiment.

[0031] The AED administrator checks the quotation screen and clicks "Order Consumables" in the lower right corner (Step S14). The AED management support device 3 then creates an order form file and an order confirmation email (Step S15). The PDF order form file is attached to the order confirmation email for the AED administrator and sent to the AED administrator device 4 (Step S16). The PDF order form file is also attached to the order confirmation email for the vendor and sent to the vendor device 5 (Step S17). The text of the order confirmation emails is also created to be appropriate for both the AED administrator device 4 and the vendor device 5.

[0032] Upon receiving the order confirmation email via vendor device 5, the vendor confirms the order details with the AED administrator by phone or email (step S18). Then, the vendor sends the ordered consumables to the AED administrator (step S19).

[0033] In the sequence described above, we created a quotation screen that displays only the consumables corresponding to the AED model name for each individual AED1 by selecting the AED serial number on the management AED list screen shown in Figure 6. However, it is also possible to create a quotation screen that displays only the consumables that need to be ordered for multiple AED1s managed by the AED administrator at once.

[0034] Clicking "Auto Select" in the lower left corner of the managed AED list screen shown in Figure 6 will take you to the "Order Required" screen shown in Figure 11. On the "Order Required" screen, a list of device information is displayed only for AED1 whose AED status is "Order Required". In Figure 11, device information is displayed for AED1 containing AED serial numbers 12343 and 12346. AED1 containing AED serial numbers 12343 and 12346 has an AED status of "Order Required". Clicking "Confirm" in the lower right corner of this screen will update the confirmation date for the displayed AED1 device information.

[0035] Selecting the "Consumables Request" tab on the "Order Information" screen brings up the "Create Consumables Estimate" screen shown in Figure 8. When logging in, the AED management support device 3 uses the AED administrator name, which is the administrator identification information entered and received, to identify AED1 by referring to the AED management support table in Figure 2 and the AED serial number associated with the administrator identification information. Then, based on the replacement needs information, it identifies the consumable part type and quantity that needs to be replaced in the AED1 associated with the administrator identification information, and creates the estimate input screen information based on the identified consumable part type and quantity. The estimate creation screen is the "Create Consumables Estimate" screen shown in Figure 8, which is displayed on the AED administrator device 4. The "Create Consumables Estimate" screen here is an estimate creation screen that displays only the consumables that need to be ordered for multiple AED1s under management. Therefore, multiple types of disposable electrode pads may be displayed, and the quantities may be multiple. Quantity changes can be made in the same way as in step S8. Even when displaying only the consumables that need to be ordered together, the creation of estimates from step S9 onwards, which is performed for one AED1, is carried out in the same way.

[0036] In this embodiment, the information that needs to be replaced includes the pad expiration date, battery level, battery expiration date, power-on count, pad attachment count, most recent rescue use history, and defibrillation count. However, not all of these must be considered information that needs to be replaced; other information may be used instead.

[0037] In this embodiment, a notification was sent via email, and the administrator connected to the AED management support device 3 to display the screen, etc. However, it is also possible to embed URLs for the AED list screen, the AED details screen, the consumables list screen, etc., into the email and send it, allowing the AED administrator to display the screen by clicking the URL. Alternatively, the URL for the quotation screen may also be embedded and sent into the email.

[0038] The AED administrator device 4 may store the names of the installation locations where each AED1 is installed. This allows the installation location names of AED1 to be displayed on the AED management details screen shown in Figure 7. Furthermore, by recording the installation location names in order form files and delivery slips, administrators can easily replace consumables.

[0039] In the above embodiment, the AED management support device 3 extracted only the relevant consumable model names from the AED model name information for AED1, which requires consumables to be ordered, and the consumable compatibility information, and created quotation input screen information based on the extracted consumable model names and sent it back to the AED administrator device 4. However, instead of creating quotation input screen information, the device may identify the consumable model names and quantities that need to be replaced from the replacement need information and consumable compatibility information, and then create quotation information based on the identified consumable model names and quantities.

[0040] The administrator contact information does not have to be the administrator's email address. For example, if the AED management system application software is installed on AED administrator device 4, the information used by the application software to identify AED administrator device 4 would also be acceptable. The same applies to vendor contact information.

[0041] Furthermore, the specific configuration is not limited to the embodiments, and any design changes, etc., that do not depart from the spirit of the present invention are also included. [Explanation of Symbols]

[0042] 1 AED 2 Remote monitoring terminal 3 AED management support device 4 AED administrator device 5. Distributor equipment

Claims

1. Connect to the AED administrator's AED administrator device. The AED model name is stored in association with each individual AED. The system stores consumable correspondence information indicating the consumable model name of the consumable corresponding to each AED model name, in association with the respective AED model name. From the AED model name information and consumable compatibility information for AEDs requiring consumable orders, only the relevant consumable model names are extracted, and information for a quotation input screen using the extracted consumable model names is created and sent back to the AED administrator device. An AED management support device characterized by the following features.

2. The system stores information about the replacement needs of each consumable, associated with each individual AED. Based on the replacement requirement information, it is determined whether or not an order for consumables is necessary, and the information for the estimate input screen of the consumables model name for the consumables that are determined to need replacement is created. The AED management support device according to feature 1.

3. The AED administrator device corresponding to the AED that has been determined to require replacement of consumables will be notified. The AED management support device according to feature 2.

4. The AED administrator device creates estimate information using the estimate input information entered using the estimate input screen information, and sends the estimate information back to the AED administrator device. An AED management support device according to any one of claims 1 to 3.

5. It stores administrator contact information to contact the AED administrator device, associated with each individual AED. The estimate information is transmitted to the AED administrator device using the administrator contact information. The AED management support device according to feature 4.

6. It stores vendor contact information to contact vendors for each individual AED, When the aforementioned quotation information is created, the quotation information is transmitted to the vendor's device using the vendor's contact information. The AED management support device according to feature 4.

7. The system receives the self-test results from the AED and reflects them in the information that needs to be replaced. An AED management support device as described in 2 or 3.

8. The system creates an estimate input screen information listing the model names of the consumables that have been determined to need replacement, and transmits a link to this estimate input screen information to the AED administrator device. The AED management support device according to feature 7.

9. The aforementioned quotation input screen information is created for each individual AED. The AED management support device according to feature 1.

10. Based on the received administrator identification information, the AED associated with that administrator identification information is identified. Based on the information requiring replacement, the model name and quantity of the consumables that need to be replaced in the AED associated with the administrator identification information are identified. Based on the identified consumable part name and quantity, the information for the estimate input screen is created. The AED management support device according to feature 2.

11. Connect to the AED administrator's AED administrator device. The system stores the AED model name and the replacement information for each consumable, associated with each individual AED. The system stores consumable correspondence information indicating the consumable model name of the consumable corresponding to each AED model name, in association with the respective AED model name. Based on the replacement requirement information and the consumable item compatibility information, the model name and quantity of the consumable item that needs replacing are identified, and quotation information is created based on the identified model name and quantity of the consumable item. An AED management support device characterized by the following features.

12. AED management support device, Equipped with an AED administrator's AED administrator device, The AED management support device is Connect to the AED administrator's AED administrator device. The AED model name is stored in association with each individual AED. The system stores consumable correspondence information indicating the consumable model name of the consumable corresponding to each AED model name, in association with the respective AED model name. From the AED model name information and consumable compatibility information for AEDs requiring consumable orders, only the relevant consumable model names are extracted, and information for a quotation input screen using the extracted consumable model names is created and sent back to the AED administrator device. An AED management system characterized by the following:

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