Analysis device management system, management method, recording medium, and management device

Abstract

The analysis device management system of the present application can manage the operation categories of a plurality of analysis devices in a unified manner, and includes one or more analysis devices (10) and a management device (20) that acquires various data from each analysis device (10) and manages the data in a unified manner. The analysis device (10) includes an operation category data acquisition section (12) that acquires data of each operation category set in advance and an operation category data transmission section (13) that transmits the operation category data acquired by the operation category data acquisition section (12). The management device (20) includes an operation category data reception section (21) that receives the operation category data and a display control section (23) that displays the operation category data received by the operation category data reception section (21) in a list for each analysis device (10).

Description

Technical Field

[0001] This invention relates to an analytical device management system, management method, recording medium, and management device. Background Technology

[0002] Conventionally, in analytical device management systems that manage multiple analytical devices, as shown in Patent Document 1, an analytical device management system that performs unified management of analytical data from multiple analytical devices can be considered. Furthermore, in this analytical device management system, it is configured to accumulate the operating time of each of the multiple analytical devices.

[0003] Existing technical documents

[0004] Patent Document 1: Japanese Patent Publication No. 2013-245967 Summary of the Invention

[0005] In recent years, when managing multiple analytical devices, it is desirable to go beyond simply managing analytical data and accumulated uptime, and also to collect data on the operational status of multiple analytical devices, so as to manage multiple analytical devices from various perspectives.

[0006] Therefore, the present invention is made to solve the above-mentioned problems. The main objective of the present invention is to manage multiple analysis devices from various perspectives and to perform unified management of the operation categories of multiple analysis devices.

[0007] That is, the analysis device management system of the present invention is characterized in that the analysis device management system comprises: one or more analysis devices; and a management device for acquiring various data from each of the analysis devices and performing unified management, wherein each analysis device comprises: an operation category data acquisition unit for acquiring data of each pre-set operation category; and an operation category data transmission unit for transmitting the operation category data acquired by the operation category data acquisition unit, wherein the management device comprises: an operation category data receiving unit for receiving the operation category data; an operation category data storage unit for storing the operation category data received by the operation category data receiving unit according to each data type; and a display control unit for displaying the operation category data stored in the operation category data storage unit in a summary view according to each of the analysis devices.

[0008] Furthermore, the analysis device management system of the present invention is characterized in that the analysis device management system comprises: one or more analysis devices; and a management device for acquiring various data from each of the analysis devices and performing unified management, wherein each analysis device comprises: an operation category data acquisition unit for acquiring data for each pre-set operation category; and an operation category data transmission unit for transmitting the operation category data acquired by the operation category data acquisition unit; the management device comprises: an operation category data receiving unit for receiving the operation category data; and a display control unit for displaying the operation category data received by the operation category data receiving unit in a summary view according to each of the analysis devices.

[0009] In such an analytical device management system, each analytical device pre-acquires data for its pre-defined operation categories. The management device retrieves this operation category data from each analytical device and displays it in a single overview for each device, thus enabling unified management of operation categories across multiple analytical devices. Consequently, multiple analytical devices can be managed from various perspectives. For example, by categorizing and managing massive amounts of audit tracking operation data in a unified manner, the necessary data can be easily found or viewed within the vast dataset.

[0010] Here, the operation category refers to operations performed on the analytical apparatus or the status of the analytical apparatus, such as measurement (the act of measuring a sample), error, maintenance, safety (safety-related operations such as login and user management), analysis (operations used to determine components, composition, etc., based on measurement results), operation (normal operations such as opening a database or opening a project), and reporting. Additionally, operation category data may include, for example, the number of measurements, the number of errors, the number of maintenance operations, the number of safety operations, the number of analyses, the number of operations, and the number of reports.

[0011] While it is also possible for the display control unit to switch the display of operation category data on the screen for each analysis device, it is preferable that the display control unit displays the operation category data of multiple analysis devices in one overview for easy unified management of multiple analysis devices.

[0012] Preferably, the management device further includes an input receiving unit that receives selection inputs from a plurality of the analysis devices displayed in a list, and the display control unit displays the review tracking data of the selected analysis device.

[0013] Here, the review tracking data is the historical record of the processing content of the analysis device and the operations performed by the user, recorded in chronological order.

[0014] If this configuration is used, it is possible to easily select the desired analysis device from multiple analysis devices, thereby making it easy to retrieve the analysis device from which you want to view the audit tracking data.

[0015] Preferably, the operation category is set according to each of the analysis devices, and the management device identifies the operation category data sent from the multiple analysis devices respectively, and manages them according to each analysis device.

[0016] If this configuration is used, the setup operation for connecting the analysis device that is managed becomes easier because there is no need to define the operation category of the analysis device on the management device side.

[0017] Preferably, the display control unit displays the operating status of the analysis device in graphical or chart form based on the operation category data.

[0018] Here, displaying the operating status in the form of a graph or chart means, for example, displaying the operating status of each analytical device in a time series.

[0019] To make it easier for users to identify the operating status of each analytical device, it is preferable that the display control unit displays the operating status of the analytical device in the form of a heatmap based on the operation category data.

[0020] To enable users to easily identify the overview of the operation category data of the analysis device and the operating status of the analysis device, it is preferable that the display control unit displays: an overview display area for displaying the operation category data of the analysis device; and a graphic display area for displaying the operating status of the analysis device in the form of a graph or chart based on the operation category data.

[0021] To eliminate the need for user management on the analysis device side, it is preferable that the analysis device also includes a permission data storage unit, which stores permission data defining permissions for each function. The management device also includes an account data acquisition unit, which acquires user account data. Based on the account data acquired by the account data acquisition unit and the permission data stored in the permission data storage unit, the management device determines the user's usage permissions in the analysis device.

[0022] Furthermore, the management method of the present invention is characterized in that the management method uses one or more analysis devices and a management device. The management device obtains various data from each of the analysis devices and performs unified management. It obtains data of each pre-set operation category through the analysis devices, sends the obtained operation category data to the management device, receives the operation category data through the management device, stores the operation category data according to each data type, and displays the operation category data in a summary view according to each of the analysis devices.

[0023] Furthermore, the recording medium of the present invention records a management program, characterized in that the management program is used to manage an analysis device system, the analysis device system comprising: one or more analysis devices; and a management device that acquires various data from each of the analysis devices and performs unified management, the management program enabling the analysis devices to have the functions of an operation category data acquisition unit and an operation category data transmission unit, the operation category data acquisition unit acquiring data for each pre-set operation category, the operation category data transmission unit transmitting the operation category data acquired by the operation category data acquisition unit, the management program enabling the management device to have the functions of an operation category data receiving unit, an operation category data storage unit, and a display control unit, the operation category data receiving unit receiving the operation category data, the operation category data storage unit storing the operation category data received by the operation category data receiving unit according to each data type, and the display control unit displaying the operation category data stored in the operation category data storage unit in a summary view for each of the analysis devices.

[0024] Furthermore, the management device of the present invention is characterized in that the management device obtains various data from one or more analysis devices and performs unified management, the management device comprising: an operation category data receiving unit that receives data of each pre-set operation category from the analysis devices; an operation category data storage unit that stores the operation category data received by the operation category data receiving unit according to each data type; and a display control unit that displays the operation category data stored in the operation category data storage unit in a summary view according to each of the analysis devices.

[0025] According to the present invention configured in this way, the operation categories of multiple analysis devices can be managed in a unified manner, so multiple analysis devices can be managed from various perspectives. Attached Figure Description

[0026] Figure 1 This is a schematic diagram illustrating the overall configuration of the analysis device management system according to one embodiment of the present invention.

[0027] Figure 2 This is a schematic diagram illustrating the collection of operation category data by the analysis device management system in the same implementation method.

[0028] Figure 3 This is a diagram showing the display screen (control panel screen) of the display control unit in the same embodiment.

[0029] Figure 4 This is a schematic diagram illustrating the process of determining usage permissions in the same implementation method.

[0030] Figure 5 This is a schematic diagram representing the permission data in the same implementation method.

[0031] Figure 6 This is a diagram showing the display screen (setting screen) of the display control unit in the same embodiment.

[0032] Figure 7 This is a display screen showing a modified implementation.

[0033] Figure 8 This is a display screen showing a modified implementation.

[0034] Figure 9 This is a display screen showing a modified implementation.

[0035] Explanation of reference numerals in the attached figures

[0036] 100···Analytical Device Management System

[0037] 10. Analytical apparatus

[0038] 12··· Operation Category Data Acquisition Department

[0039] 13··· Operation Category Data Transmission Department

[0040] 14···Access Data Storage Department

[0041] 20··· Management Device

[0042] 21··· Operation Category Data Receiving Department

[0043] 22··· Operation Category Data Storage Department

[0044] 23··· Display Control Department

[0045] E···Heatmap

[0046] W2... Overview Display Area

[0047] W3···Graphics display area

[0048] 24···Input Receiving Unit

[0049] 25···Account Data Acquisition Department Detailed Implementation

[0050] Hereinafter, an analysis device management system 100 according to one embodiment of the present invention will be described with reference to the accompanying drawings.

[0051] <1. Device Configuration of the Analysis Device Management System 100>

[0052] like Figure 1As shown, the analysis device management system 100 of this embodiment includes: one or more analysis devices 10; and a management device 20 that is communicatively connected to these multiple analysis devices 10 via a wired or wireless network NT, the management device 20 performing unified management of the one or more analysis devices 10.

[0053] Each analytical device 10 has a measurement principle corresponding to the measurement items of the measured sample. Examples of analytical devices 10 include, for example, a spectroscopic analysis device, an X-ray analysis device, an elemental analysis device, a particle size analysis device, and a water quality analysis device.

[0054] Each analytical apparatus 10 includes: an analytical device 10a for analyzing a measured sample; and a control device 10b for controlling the analytical device 10a. The control device 10b is a computer with a CPU, memory, input / output interface, AD converter, communication unit, display, etc. According to the analysis program stored in the memory, the CPU and its peripheral devices work together to perform the functions of the analytical control unit 11, as well as the functions of the operation category data acquisition unit 12 and the operation category data transmission unit 13.

[0055] The operation category data acquisition unit 12 acquires data for each pre-set operation category.

[0056] Here, the operation category refers to operations performed on the analysis device 10, such as measurement, error, maintenance, security, analysis, operation, and report operation, or the status of the analysis device 10.

[0057] In addition, operation category data includes, for example, the number of times the analysis device was operated or the number of times the analysis device 10 was in operation, such as the number of measurements, the number of errors, the number of maintenance, the number of safety checks, the number of analyses, the number of operations, and the number of reports.

[0058] The operation category data sending unit 13 sends the operation category data acquired by the operation category data acquisition unit 12 to the management device 20. Here, the operation category data sending unit 13 sends the operation category data acquired by the operation category data acquisition unit 12 according to each operation category.

[0059] The management device 20 provides unified management for multiple analysis devices 10. The management device 20 is a computer comprising a CPU, memory, input / output interfaces, an AD converter, a communication unit, a display, and input devices. Within this management device 20, the CPU and its peripheral devices work in concert according to a management program stored in the memory, functioning as an operation category data receiving unit 21, an operation category data storage unit 22, a display control unit 23, and an input receiving unit 24.

[0060] The operation category data receiving unit 21 receives operation category data from the operation category data transmitting unit 13 of each analysis device 10. The operation category data received by the operation category data receiving unit 21 is stored in the operation category data storage unit 22.

[0061] Specifically, such as Figure 2 As shown, the operation category data receiving unit 21 identifies the operation category data sent from each of the multiple analysis devices 10, distinguishes them according to each analysis device 10, and stores them in the operation category data storage unit 22 according to each data type (according to each operation category).

[0062] For example, a header (identifier) ​​is appended to each operation category data. The operation category data receiving unit 21 reads and identifies the header, thereby storing the operation category data in the corresponding storage area (logBox). Alternatively, if the storage area (logBox) for the read header (identifier) ​​does not exist, the operation category data receiving unit 21 creates a new storage area and stores the operation category data.

[0063] The display control unit 23 displays the operation category data received by the operation category data receiving unit 21 on the display screen in a list for each analysis device 10. Here, the display control unit 23 also displays the operation category data stored in the operation category data storage unit 22 on the display screen in a list for each analysis device 10.

[0064] Specifically, such as Figure 3 As shown, the display control unit 23 displays the operation category data of each of the multiple analysis devices 10 in a single overview. The operation category data of each of the multiple analysis devices 10 is displayed in a single overview within a dedicated area W1 defined for each analysis device 10. By displaying this dedicated area W1, the operation category data of each of the multiple analysis devices 10 is displayed in a single overview. Alternatively, the display control unit 23 can also display the operation category data of the entire system in a single overview.

[0065] The operation category data of the corresponding analysis device 10 is displayed in each individual area W1. Specifically, an overview of operation categories X and the number of times each operation category is performed A are displayed, along with a bar chart B representing that number of times. Here, the bar chart B is color-coded for better visibility. In addition, the device name C of the analysis device 10 is displayed in each individual area W1, and the last update date D of the operation category data may also be displayed.

[0066] Furthermore, the display control unit 23 displays the operating status of each analysis device 10 as a graph or chart, for example, in a time series format, based on the operation category data. Here, an example is shown where the display control unit 23 displays the operating status of each analysis device 10 as a heatmap E in a time series format based on the operation category data. Additionally, the display control unit 23 displays a switching button F, which is used to switch the display of the operating status of each analysis device 10 between a graph format and a line graph format.

[0067] In this embodiment, the display control unit 23 simultaneously displays a summary of the operation category data of the analysis device 10 and a graphical display of the operation status of the analysis device 10 on the same screen. Specifically, the display control unit 23 simultaneously displays on the same screen: a summary display area W2, which provides a summary of the operation category data of the analysis device 10; and a graphical display area W3, which displays the operation status of the analysis device 10 in graphical or chart form.

[0068] Additionally, the display control unit 23 displays a period setting area W4, which is used to switch the total period of operation category data (today, past week, past month, specified period). Based on the operation category data within the total period set through the period setting area W4, the display control unit 23 changes the display content of the overview display area W2 and the display content of the graphic display area W3.

[0069] In addition to displaying the control panel screen W10 for the overview display described above, the display control unit 23 also displays a display switching button G. This display switching button G is used to switch between displaying an audit trail screen for displaying audit trail data of the analysis device 10, a report screen for displaying or approving report data of the analysis device 10, and a settings screen for managing various settings of the analysis device 10. Specific examples of the display switching button G include the "Home" button for displaying the control panel screen W10, the "Audit Trail" button for displaying the audit trail screen, the "Report" button for displaying the report screen, and the "Setting" button for displaying the settings screen.

[0070] The input receiving unit 24 of the management device 20 receives input from the input device operated by the user. As input from the input device, there are selection inputs for multiple analysis devices 10 displayed in a list, selection inputs for total periods of operation category data, selection inputs for graph or chart format in the graphic display area W3, and switching inputs for control panel screen W10, review tracking screen, etc., as well as report approval operations.

[0071] Furthermore, the display control unit 23 changes the display content based on the input content received by the input receiving unit 24.

[0072] For example, when the input receiving unit 24 receives the selection input of the analysis device 10 on the control panel screen W10, the operating status of the selected analysis device 10 is displayed in the graphic display area W3 in the form of a graph or chart. Here, when the selected analysis device 10 reviews the tracking data or the report data is updated, a notification point (patch) H indicating that it has been updated (and the number of updates) can also be displayed on the display switch button G. In addition, not only are notification points displayed, but it is also shown whether there are any unprocessed reports for each analysis device 10. Specifically, a link to the report screen via the "Report" button is pasted on the display section (individual area W1) of each analysis device 10, and the color of the "Report" button changes according to the processing / unprocessed status (e.g., processed → white, unprocessed → blue). In addition, when a new report is sent, the notification point (patch) H can be displayed for the entire system, not just for the selected analysis device.

[0073] In addition, when the input receiving unit 24 receives the selection input of the analysis device 10 on the control panel screen W10 and the switching input to the review tracking screen, the review tracking data of the selected analysis device 10 is displayed on the review tracking screen.

[0074] Furthermore, when the input receiving unit 24 receives the selection input of the analysis device 10 on the control panel screen W10 and the switching input to the report screen, the report data of the selected analysis device 10 is displayed on the report screen.

[0075] In addition, such as Figure 4 As shown, the analysis device management system 100 of this embodiment is configured to perform multiple permission management uniformly on the management device 20 side.

[0076] The analysis device 10 also includes a permission data storage unit 14, which stores permission data for defining permissions for each function (see reference). Figure 1 Here, as Figure 5As shown, the permission data is set for each analysis device 10 and represents the permissions for each function corresponding to the job title (Administrator, Operator, etc.).

[0077] Additionally, the management device 20 includes: an account data acquisition unit 25 for acquiring user account data; and a usage permission determination unit 26 for determining the usage permissions of the user in the analysis device 10 (see reference). Figure 1 ).

[0078] The account data acquisition unit 25 acquires the account data of users logged in on each analysis device 10 from each analysis device 10. Here, as... Figure 5 As shown, the account data represents the user ID, password, and the user's role (Administrator, Operator, etc.) in each device 10.

[0079] The access permission determination unit 26 determines the access permissions of users in each analysis device 10 based on the account data obtained by the account data acquisition unit 25 and the access permission data stored in the access permission data storage unit 14. Furthermore, the access permission determination unit 26 sends data indicating the determined access permissions to each analysis device 10. Therefore, in each analysis device 10, operations based solely on the access permissions granted to the logged-in user can be performed.

[0080] When the input receiving unit 24 receives the selection input of the "Setting" button in the display switching button G, such as Figure 6 As shown, a settings screen W20 is displayed for making various settings. This settings screen W20 displays the analysis devices 10 and operation categories for which each user has permissions, and allows for setting and changing these settings. Additionally, through this settings screen W20, the roles (Administrator, Operator, etc.) of each user can be set and changed. Furthermore, the analysis devices 10 and operation categories for which each role has permissions can be set and changed. Moreover, by setting the analysis devices 10 and operation categories for which each role has permissions, and assigning that role to a user, the analysis devices 10 and operation categories for which a user has permissions can be uniformly allocated (user management function). Furthermore, in... Figure 6 The following example is shown: For the job title (Group ID) "123" and "Admin_group", a list of the analytics devices and operation categories that have been granted permissions is displayed.

[0081] Additionally, the settings screen W20 displays information such as which users are allowed to manage and operate each analysis device 10, or the expiration date of user permissions, and allows for setting and changing these settings (device management function). Furthermore, the settings screen W20 also allows for setting conditions such as the number of characters for each user's password.

[0082] <2. Effects of this implementation method>

[0083] In the analysis device management system 100 of this embodiment, each analysis device 10 pre-acquires data for each predetermined operation category. The management device 20 obtains the operation category data from each analysis device 10 and displays it in a single overview for each analysis device 10. Therefore, it is possible to manage the operation categories of multiple analysis devices 10 in a unified manner. As a result, multiple analysis devices 10 can be managed from various perspectives.

[0084] The display control unit 23 displays the operation category data of each of the multiple analysis devices 10 in a single overview using multiple individual areas W1, thus enabling easy unified management of the operation categories of the multiple analysis devices 10. Here, the configuration allows selection of the multiple analysis devices 10 to be displayed in a single overview, and the display control unit 23 displays the review tracking data of the selected analysis device 10, thus making it easy to access the desired review tracking data of the analysis device 10 from among the multiple analysis devices 10.

[0085] The operation category data receiving unit 21 identifies the operation category data sent from each of the multiple analysis devices 10, distinguishes them according to each analysis device 10, and stores them in the operation category data storage unit 22. Therefore, it is not necessary to define the operation category of the analysis device 10 on the management device 20 side, which makes the connection setting operation of the analysis device 10 that is managed together easier.

[0086] The display control unit 23 displays the operating status of the analysis device 10 in the form of graphs or charts according to the operation category data, so that the user can easily identify the operating status of the analysis device 10.

[0087] In addition, the display control unit 23 displays a summary display area W2 that shows a summary of the operation category data of the analysis device 10, and a graphic display area W3 that shows the operation status of the analysis device 10 in the form of a graph or chart based on the operation category data. Therefore, the user can easily identify the summary of the operation category data of the analysis device 10 and the operation status of the analysis device 10.

[0088] <3. Modified Implementation>

[0089] Furthermore, the present invention is not limited to the embodiments described herein.

[0090] In the analysis device management system described in the above embodiment, an electronic signature can also be attached to the report. This prevents data tampering.

[0091] In addition, such as Figure 7 As shown, the display control unit 23 can also display a list of operation category data items (data name, username, operation category details, etc.), and can also display the series of each operation category (a tree structure consisting of measurement items, measurement steps, and operation categories) in a tree view. Here, measurement steps include concepts such as calibration steps, analysis steps, and editing steps.

[0092] Furthermore, the system is configured to allow selection from a list of logs containing operation category data, and the display control unit 23 emphasizes the path corresponding to the selected item in the tree display by, for example, bolding or changing the color.

[0093] Additionally, in subsequent operations, if data is deleted or edited, the deletion or editing operation will also be displayed as an item in the overview. Figure 8 "delete_analyze2"). Additionally, it indicates the data before deletion or editing (...). Figure 8 The display method of the path (analyze2_2nd) also changes (e.g., circle display (○) → cross display (×)). In addition, when an item corresponding to the data that was deleted or edited is selected, items associated with the selected item are emphasized using a different display method (e.g., changing the color).

[0094] In addition, the display control unit 23 can also be used as Figure 7 The display shown only displays logs related to the report as a log table. In this case, the display control unit 23 displays the logs related to the report in a tree structure.

[0095] In addition, the management device 20 may also have the following monitoring functions: acquiring time series data such as voltage, temperature or consumption from each analysis device 10 and displaying the time series data, and issuing alarms as needed.

[0096] Moreover, such as Figure 9 As shown, a button for displaying maintenance information ("Maintenance button") can also be displayed on the display toggle button G. Additionally, in Figure 3 as well as Figure 6A "Maintenance" button is provided, but in this embodiment, it may not be present. Selecting the "Maintenance" button displays a maintenance screen on the control unit 23, showing maintenance information. Here, the maintenance screen displays only the maintenance information authorized by the user whose login ID is entered. By pressing the "Maintenance" button when a technical service personnel logs in, their maintenance information is displayed on the maintenance screen. Maintenance information is not displayed if a user other than a technical service personnel is logged in. Furthermore, the maintenance information can record operations such as adjustments to the analysis device, allowing the new technical service personnel to refer to the maintenance information containing these operations.

[0097] Furthermore, the management device 20 may also have the function of preventing tampering with executable files such as analysis software. Specifically, error detection codes such as checksums of the executable files of the analysis device 10 can be registered in the management device 20. Moreover, the analysis device 10 calculates the error detection codes such as checksums every time it starts up and sends the calculation results to the management device 20. If the error detection codes such as checksums initially registered are different from the error detection codes sent from the analysis device 10, the management device 20 displays a warning in the audit trail. In addition, when the executable files such as analysis software are upgraded, the error detection codes such as checksums are updated.

[0098] Furthermore, the present invention is not limited to the described embodiments, and various modifications can be made without departing from the spirit of the present invention.

[0099] Industrial applicability

[0100] According to the present invention, the operation categories of multiple analytical devices can be managed in a unified manner.

Claims

1. An analytical device management system, characterized in that, The analysis device management system includes: Multiple analytical devices with different measurement principles; and The management device acquires various data from the multiple analysis devices and performs unified management. The plurality of analytical devices includes a plurality of analytical devices selected from the group consisting of a spectroscopic analytical device, an X-ray analytical device, an elemental analytical device, a particle size analytical device, and a water quality analytical device. Each of the aforementioned analytical devices includes: The operation category data acquisition unit acquires data for each operation category set according to each of the aforementioned analysis devices; and The operation category data sending unit sends the operation category data acquired by the operation category data acquiring unit. The management device includes: The operation category data receiving unit receives the operation category data from the plurality of analysis devices respectively; The operation category data storage unit stores the operation category data received by the operation category data receiving unit according to each data category; as well as The display control unit displays the operation category data stored in the operation category data storage unit in a summary view according to each of the plurality of analysis devices.

2. The analysis device management system according to claim 1, characterized in that, The display control unit provides a summary view of the operation category data of the multiple analysis devices.

3. The analysis device management system according to claim 2, characterized in that, The management device also includes an input receiving unit that receives selection inputs from a list of multiple analysis devices. The display control unit displays the review tracking data of the selected analysis device.

4. The analysis device management system according to claim 1, characterized in that, The management device identifies the operation category data sent from the multiple analysis devices and manages it according to each analysis device.

5. The analysis device management system according to claim 1, characterized in that, The display control unit displays the operating status of the multiple analysis devices in graphical or chart form based on the operation category data.

6. The analysis device management system according to claim 5, characterized in that, The display control unit displays the operating status of the multiple analysis devices in the form of a heatmap based on the operation category data.

7. The analysis device management system according to claim 1, characterized in that, The display control unit displays: a summary display area that provides a summary view of the operation category data of the multiple analysis devices; and a graphic display area that displays the operating status of the multiple analysis devices in graphical or chart form based on the operation category data.

8. The analysis device management system according to claim 1, characterized in that, The plurality of analysis devices also include a permission data storage unit, which stores permission data defining permissions for each function. The management device further includes an account data acquisition unit, which acquires the user's account data. Based on the account data acquired by the account data acquisition unit and the permission data stored in the permission data storage unit, the management device determines the user's usage permissions among the plurality of analysis devices.

9. An analytical device management system, characterized in that, The analysis device management system includes: Multiple analytical devices with different measurement principles; and The management device acquires various data from the multiple analysis devices and performs unified management. The plurality of analytical devices includes a plurality of analytical devices selected from the group consisting of a spectroscopic analytical device, an X-ray analytical device, an elemental analytical device, a particle size analytical device, and a water quality analytical device. Each of the aforementioned analytical devices includes: The operation category data acquisition unit acquires data for each operation category set according to each of the aforementioned analysis devices, according to each data type; and The operation category data sending unit sends the operation category data acquired by the operation category data acquiring unit. The management device includes: The operation category data receiving unit receives the operation category data from the plurality of analysis devices respectively; and The display control unit displays the operation category data received by the operation category data receiving unit in a summary manner according to each of the plurality of analysis devices.

10. The analysis device management system according to claim 9, characterized in that, The display control unit provides a summary view of the operation category data of the multiple analysis devices.

11. The analysis device management system according to claim 10, characterized in that, The management device also includes an input receiving unit that receives selection inputs from a list of multiple analysis devices. The display control unit displays the review tracking data of the selected analysis device.

12. The analysis device management system according to claim 9, characterized in that, The management device identifies the operation category data sent from the multiple analysis devices and manages it according to each analysis device.

13. The analysis device management system according to claim 9, characterized in that, The display control unit displays the operating status of the multiple analysis devices in graphical or chart form based on the operation category data.

14. The analysis device management system according to claim 13, characterized in that, The display control unit displays the operating status of the multiple analysis devices in the form of a heatmap based on the operation category data.

15. The analysis device management system according to claim 9, characterized in that, The display control unit displays: a summary display area that provides a summary view of the operation category data of the multiple analysis devices; and a graphic display area that displays the operating status of the multiple analysis devices in graphical or chart form based on the operation category data.

16. The analysis device management system according to claim 9, characterized in that, The plurality of analysis devices also include a permission data storage unit, which stores permission data defining permissions for each function. The management device further includes an account data acquisition unit, which acquires the user's account data. Based on the account data acquired by the account data acquisition unit and the permission data stored in the permission data storage unit, the management device determines the user's usage permissions among the plurality of analysis devices.

17. A management method, characterized in that, The management method utilizes multiple analytical devices with different measurement principles, as well as a management device. The management device acquires various data from the multiple analytical devices and performs unified management. The plurality of analytical devices includes a plurality of analytical devices selected from the group consisting of a spectroscopic analytical device, an X-ray analytical device, an elemental analytical device, a particle size analytical device, and a water quality analytical device. The multiple analysis devices acquire data according to the operation categories set by each analysis device, and then send the acquired operation category data to the management device. The management device receives the operation category data from the plurality of analysis devices respectively, stores the operation category data according to each data type, and displays the operation category data in a summary view according to each of the plurality of analysis devices.

18. A recording medium recording a management program, characterized in that, The management program is used in an analysis device management system, which includes: multiple analysis devices having different measurement principles; and a management device that acquires various data from the multiple analysis devices and performs unified management. The plurality of analytical devices includes a plurality of analytical devices selected from the group consisting of a spectroscopic analytical device, an X-ray analytical device, an elemental analytical device, a particle size analytical device, and a water quality analytical device. The management program enables each of the analysis devices to have the functions of an operation category data acquisition unit and an operation category data transmission unit. The operation category data acquisition unit acquires data according to each operation category set by each of the analysis devices, and the operation category data transmission unit transmits the operation category data acquired by the operation category data acquisition unit. The management program enables the management device to have the functions of an operation category data receiving unit, an operation category data storage unit, and a display control unit. The operation category data receiving unit receives operation category data from the plurality of analysis devices respectively. The operation category data storage unit stores the operation category data received by the operation category data receiving unit according to each data type. The display control unit displays the operation category data stored in the operation category data storage unit in a summary view according to each of the plurality of analysis devices.

19. A management device, characterized in that, The management device acquires various data from multiple analysis devices with different measurement principles and performs unified management. The plurality of analytical devices includes a plurality of analytical devices selected from the group consisting of a spectroscopic analytical device, an X-ray analytical device, an elemental analytical device, a particle size analytical device, and a water quality analytical device. The management device includes: The operation category data receiving unit receives data from the plurality of analysis devices according to each operation category set by each of the analysis devices; The operation category data storage unit stores the operation category data received by the operation category data receiving unit according to each data category; as well as The display control unit displays the operation category data stored in the operation category data storage unit in a summary view according to each of the plurality of analysis devices.

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