Automated analyzer

Abstract

The operation time of the automatic analysis device is shortened, and the convenience of the automatic analysis device is improved. Therefore, an operation menu screen (400) and a shortcut screen (600) can be displayed on a display device, the operation menu screen (400) displays an operation menu for an automatic analysis device which is defined in a layered manner, and the shortcut screen (600) is provided with a plurality of shortcut buttons for executing specific operations included in the operation menu. When a shortcut button for executing a prescribed operation is selected in the shortcut screen, the prescribed operation included in the operation menu screen is executed, and the user determines the configuration of the shortcut button in the shortcut screen.

Description

Technical Field

[0001] The invention relates to an automatic analyzing device. Background Art

[0002] In recent years, the data processing device of the automatic analyzer has been equipped with various functions such as report preparation and data management in addition to the control, data collection and analysis of the automatic analyzer. Along with this, a large number of operation menus are displayed on the operation screen. Usually, the operation menu is layered, and the display order and configuration are all fixed. Therefore, if the user recognizes the screen display configuration of the operation menu, there is no problem. However, if the configuration of the displayed operation menu is not recognized, a lot of time will be wasted in order to search for the operation menu that he wants to use.

[0003] Furthermore, the operation menus include frequently used operation menus and seldom used operation menus depending on the work content of the user. If these operation menus are displayed in a mixed manner, there is a problem that the burden on the user is further increased.

[0004] As a means to solve these problems, the following method is proposed in Patent Document 1: for each operator of the operation analysis device, the number of times an operation menu is used and the order of the number of times the operation menu is used are stored in a storage unit, and the operation menus with the highest number of times of use are displayed on a display unit in order.

[0005] Prior art literature

[0006] Patent Literature

[0007] Patent Document 1: International Publication No. 2012 / 070363 Summary of the invention

[0008] Problems to be solved by the invention

[0009] Thus, according to the disclosure of Patent Document 1, the display priority of the operation menu can be changed according to the frequency of use of each user of the processing analysis device. However, in the disclosure of Patent Document 1, although the display priority of the operation menu can be changed according to the frequency of use, the layout of the operation menu cannot be changed. Therefore, even if the operation menus with high priority are displayed in sequence, it may be difficult for the user to recognize them. In addition, it is impossible to perform customization such as displaying each item separately from a variety of operation menus by the user himself.

[0010] Means for solving problems

[0011] As one embodiment of the present invention, an automatic analysis device has one or more analysis modules for analyzing a sample, and the automatic analysis device has: a data processing device that accepts user operation instructions, the data processing device is configured to be able to display an operation menu screen and a shortcut screen on a display device, the operation menu screen displays a hierarchically defined operation menu for the automatic analysis device, and the shortcut screen is configured with a plurality of shortcut buttons for executing specific operations included in the operation menu. When a shortcut button for executing a specified operation is selected in the shortcut screen, the data processing device executes the specified operation included in the operation menu screen, and the configuration of the shortcut buttons in the shortcut screen is determined by the user.

[0012] Effects of the Invention

[0013] By enabling the operation of the automatic analyzer from a shortcut screen provided with shortcut buttons for executing specific operations selected and arranged by the user, the operation time can be shortened and the convenience of the automatic analyzer can be improved. Other subjects and new features will become apparent from the description of this specification and the accompanying drawings. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] Figure 1 This is a schematic diagram of the basic structure of an automatic analyzer.

[0015] Figure 2 This is a schematic diagram of a data processing device.

[0016] Figure 3 This is an example of the login screen of the integrated software.

[0017] Figure 4 This is an example of the operation menu screen of the integrated software.

[0018] Figure 5 This is an example of the operation execution screen of the integrated software.

[0019] Figure 6 This is an example of a shortcut screen.

[0020] Fig. 7A This is an example of the shortcut registration screen (before input).

[0021] Figure 7B This is an example of the shortcut registration screen (after input).

[0022] Figure 8 This is an example of a shortcut adding screen.

[0023] Fig. 9A This is an example of the shortcut screen after the shortcut is registered.

[0024] Fig. 9B This is an example of the data structure of shortcut data.

[0025] Fig.10 This is another example of the shortcut registration screen.

[0026] Fig.11A This is an example of the shortcut registration list screen.

[0027] Fig. 11B This is an example of the data structure of the operation log registration data.

[0028] Fig.12 This is a diagram for explaining a method of adding operations to operation log registration data.

[0029] Fig.13 This is another example of the shortcut registration screen.

[0030] Fig.14 This is an example of the shortcut registration list screen.

[0031] Fig.15 This is an example of the shortcut registration screen.

[0032] Fig.16 This is a flowchart for creating a shortcut button (already registered). DETAILED DESCRIPTION

[0033] Hereinafter, embodiments will be described using the drawings.

[0034] use Figure 1 The basic structure of the automatic analyzer is briefly described. In addition, the basic structure described here is an example and is not limited to this. The automatic analyzer 100 is a device for measuring a reaction solution after a sample and a reagent react, and mainly includes a sample conveying mechanism 105, a reaction disk 112, a reagent disk 110, a sample dispensing mechanism 101, a reagent dispensing mechanism 107, a stirring mechanism 114, a measuring unit (108, 109), a cleaning mechanism 106, a controller 102, a data processing device 103, etc. Here, the sample refers to the patient's blood, urine, etc.

[0035] The analysis and processing of the sample performed by the automatic analyzer 100 is generally performed in the following order. First, the rack 104 is set on the loading device, etc., and is carried into the sample dispensing position of the automatic analyzer 100 by the sample conveying mechanism 105 according to the instruction of the data processing device 103. The rack 104 that has arrived at the sample dispensing position dispenses the sample into the reaction container 113 on the reaction disk 112 through the sample dispensing mechanism 101. The sample dispensing mechanism 101 performs the required number of sample dispensing according to the analysis project entrusted to the sample. On the other hand, the reagent dispensing mechanism 107 dispenses the reagent for analysis from the reagent bottle 111 on the reagent disk 110 to the reaction container 113 from which the sample was previously dispensed. Next, the stirring mechanism 114 stirs the reaction solution prepared by mixing the sample and the reagent in the reaction container 113. Then, the light generated from the light source 108 is transmitted from the reaction container 113 containing the stirred reaction solution, and the luminosity of the transmitted light is measured by the spectrophotometer 109. The photometric intensity measured by the spectrophotometer 109 is sent to the controller 102. The controller 102 performs calculations to obtain the concentration of a predetermined component in the sample, and displays the result on a display device or the like, or stores the result in the data processing device 103.

[0036] Figure 2 A schematic diagram showing a data processing device 103. A personal computer 201 is generally used as the data processing device 103. The personal computer 201 includes a CPU 202 for processing data, a RAM 203 as a temporary storage area for data, and a storage device 204 as a storage area for data, and is connected to a display 205 such as an LCD monitor and an input device 206 such as a keyboard and a mouse. Integrated software is installed in the storage device 204. The integrated software is software for the user to operate the automatic analysis device, and as one of its functions, it has a function of displaying a GUI (graphical user interface) on the display 205, and providing an interface for the user to operate the automatic analysis device via, for example, a mouse and a keyboard.

[0037] The user first starts the integrated software stored in the storage device 204 via the input device 206. When the integrated software is started, the display 205 displays Figure 3 The user operates the input device 206, inputs the operator ID into the operator ID input box 301, and inputs the password into the password input box 302. Then, when the login button 303 is selected, the operation menu of the data processing device 103 is displayed. The users are mainly system administrators, analysis method (method) developers, operators, etc. In addition, the password input is required in the login screen 300 to enhance security, and the password input is not necessarily required. The operation menu screen after login can also be different for each operator ID.

[0038] Figure 4 The following shows an example of an operation menu screen of integrated software that is displayed after a user logs in. Operation menu screen 400 includes main label area 401, sub-label area 402, operation menu area 403, and selection button 404. Main label area 401 and sub-label area 402 are toolbars, where operation menus are arranged. Sub-label area 402 displays a sub-label corresponding to the main label selected in main label area 401. In addition, operation menu area 403 displays an operation menu corresponding to the sub-label selected in sub-label area 402. The operation menu includes, for example, execution of maintenance and parameter setting of analysis conditions. Figure 4 In the operation menu area 403, the user selects "Utility" in the main label area 401, selects "Maintenance" in the sub-label area 402, and displays specific maintenance items in the operation menu area 403. For example, when the user performs reagent preparation (reagent prime) during maintenance, in the operation menu area 403, the user selects "Maintenance" from the maintenance type, selects "reagent preparation" from the maintenance name, and selects the selection button 404. Thus, the user is transferred to the operation menu area 403. Figure 5 The operation execution screen is displayed.

[0039] In the operation execution screen 500, in addition to the toolbar displayed in the operation menu screen 400, an execution screen corresponding to the selected sub-label is also displayed. In the operation execution screen 500 of reagent preparation, an execution module selection screen 501 is displayed. The user selects a module to be executed from the execution module selection screen 501 and selects an execution button 502. Here, the electrolyte analysis module (ISE) is selected, and the reagent preparation operation is performed on the electrolyte analysis module. On the other hand, when the cancel button 503 is selected, the module selection is canceled and transferred to the operation menu screen 400.

[0040] Thus, in order to operate the automatic analyzer, the operation menu is usually selected and executed according to the hierarchical menu. Figure 4 ) is provided with a shortcut tab 405 in the main tab area 401. In the automatic analysis device of this embodiment, the user can create shortcuts for frequently used operations and use the shortcuts from the shortcut screen transferred from the shortcut tab 405. The shortcut screen can be customized for each user, thereby further improving the convenience of the user.

[0041] First, the registration method of the shortcut is described. Figure 4 ) When the shortcut tab 405 is selected, the screen is transferred to the shortcut screen. Figure 6An example of a shortcut screen 600 is shown. From the shortcut screen 600, the user performs operations of registering / releasing a shortcut and registering as a shortcut.

[0042] In the shortcut screen 600, the tool bar displayed on the operation menu screen 400 and the shortcut button group arranged in a matrix are displayed. The shortcut screen 600 includes the tool bar 401, the tool bar 402, the coordinate information 602, the shortcut button 603, the shortcut registration button 604, and the registration cancellation button 605. The form tabs 601 are displayed in the sub-tab area 402, and by selecting any one of the form tabs 601, the matrix of the shortcut buttons 603 arranged according to the coordinate information 602 can be switched. In addition, Figure 6 The shortcut buttons 603 of FIG. 10 have no shortcuts registered, so nothing is displayed in the shortcut buttons. By selecting the shortcut registration button 604, the shortcut is transferred to Fig. 7A The shortcut registration screen is shown.

[0043] Fig. 7A The shortcut registration screen 700 shown includes a registration shortcut display area 701 , a first registration method selection button 702 , a form name selection button 703 , a coordinate information (X coordinate) selection button 704 , a coordinate information (Y coordinate) selection button 705 , and a registration button 706 . Fig. 7A The first registration method selection button 702 is a button for executing the registration method of selecting the operation of registering as a shortcut from the operation menu. When the user selects the first registration method selection button 702, the screen is transferred to Figure 8 The shortcut addition screen is shown.

[0044] The shortcut addition screen 800 is a screen for selecting an operation menu, and displays the same operation menu as the operation menu screen 400. The user selects the operation to be registered as a shortcut from the main tab area 401, the sub-tab area 402, and the operation menu area 403, and selects the add button 801. The integrated software stores the operation log of the operation menu performed by the user on the shortcut addition screen 800 in the storage device 204. At the same time, Figure 7B As shown in FIG. 1 , the operation name (in this example, “reagent preparation”) selected in the shortcut addition screen 800 is displayed in the registered shortcut display area 701. Figure 7B As shown, the form to be registered is selected from the form name selection button 703, the coordinate information (X coordinate) selection button 704, and the coordinate information (Y coordinate) selection button 705, respectively, by pulling down. Finally, by selecting the registration button 706, the shortcut button is associated with the operation log stored in the storage device 204, and the registration of the shortcut button is completed.

[0045] By Figure 7B Select the register button 706 to register the reagent preparation operation in the shortcut button of the coordinate (A, 1) of the form 1. Fig. 9A This is shown in FIG. 1. The shortcut button (registered) 901 at the coordinate (A, 1) of the form 1 displays the operation name indicating the registered content. The user selects the shortcut button (registered) 901 to execute the processing of the associated operation log and transfer to the Figure 5 That is, it is possible to omit Figure 4 A series of operations described in the above description is performed by selecting an operation from the main tab area 401, the sub-tab area 402, the operation menu area 403, and selecting the selection button 404. Fig. 9B The data structure of the shortcut data 910 generated by the above processing is shown. The shortcut data 910 is stored in the storage device 204. The operator ID of the user who created the shortcut is registered in the operator ID 911, and the contents selected in the form name selection button 703, the coordinate information (X coordinate) selection button 704, the coordinate information (Y coordinate) selection button 705, and the registered shortcut display area 701 of the shortcut registration screen 700 are respectively registered in the form 912, the X coordinate 913, the Y coordinate 914, and the operation name 915. In the operation log 916, either the corresponding operation log or the address of the storage device 204 storing the operation log can be registered.

[0046] Furthermore, after selecting the registration release button 605, the registration can be canceled by selecting the shortcut button (already registered) 901. In this case, the information of the shortcut will also be deleted from the shortcut data 910.

[0047] Fig.16 The flowchart for generating the shortcut button (registered) described above is shown. This flowchart is executed by the integrated software. Determine from the login screen 300 (refer to Figure 3 ) inputted operator ID (S01), in the operation menu screen 400 (refer to Figure 4 ) When the shortcut tab 405 is selected, the screen is transferred to the shortcut screen 600 (refer to Figure 6 )(S02). When the shortcut registration button 604 is selected, the screen moves to the shortcut registration screen 700 (see Fig. 7A)(S03). By selecting the first registration method selection button 702, the screen 800 is transferred to the shortcut addition screen 800 (S04), and the operation to be registered is selected (S05). The operation log on the shortcut addition screen 800 is stored in the storage device 204 (S06), and the selected operation name is displayed in the registration shortcut display area 701 of the shortcut registration screen 700 (S07). In addition, the user's shortcut registration screen 700 ( Figure 7B ) and input of the form name and coordinate information (S08 to S10). The user selects the register button 706 to determine the display position of the shortcut button and the registered operation (S11). In the shortcut screen 600, the registered operation name is displayed in the shortcut button (registered) (S12, see Fig. 9A ).

[0048] In this way, by performing an operation from the shortcut button (registered) 901, the time required to find the operation from the main label area 401, the sub-label area 402, and the operation menu area 403 can be reduced, and the time can be shortened for users who are not accustomed to screen operations. In addition, the configuration of the shortcut button can be specified based on the coordinate information 602, so the shortcut buttons can be laid out freely. For example, by arranging the configuration according to each related button, the user's clever design can improve visibility. In addition, as shown in the shortcut data 910 (refer to Fig. 9B ), since shortcuts are created for each user, the shortcut screen can be displayed in a layout for each operator ID entered in the login screen.

[0049] The registration method of the shortcut is not limited to the above method. Hereinafter, other registration methods of the shortcut will be described.

[0050] Fig.10 is another example of a shortcut registration screen. In the shortcut registration screen 700b, Fig. 7A The shortcut registration screen shown in the figure is provided with a second registration method selection button 1001. The user pre-generates a registration list in which operation logs are registered. By selecting the second registration method selection button 1001, the operation registered in the registration list is associated with the shortcut button. When the second registration method selection button 1001 is selected, the shortcut button is transferred to the Fig.11A The shortcut registration list screen 1100 is shown. The shortcut registration list screen 1100 includes a registration list 1101 and a selection button 1102. The operation list added by the user for shortcut registration is displayed in the registration list 1101. The operation list is displayed based on the operation log registration data 1110 created in advance by the user. Fig. 11BThe data structure of the operation log registration data 1110 is shown. The operator ID of the user who created the operation log registration data can be registered in the operator ID 1111, the creation date and time can be registered in the date and time 1112, the selected operation name can be registered in the operation name 1113, and the corresponding operation log can be registered in the operation log 1114, and the address of the storage device 204 storing the operation log can also be registered.

[0051] In order to add a new operation to the operation log registration data 1110, here, the operation log stored in the RAM 203 is used in the selection of the operation menu by the user on the operation menu screen 400. Fig.12 This is shown in . When the user selects the operation menu from the main label area 401, the sub-label area 402, and the operation menu area 403, the user performs a right-click operation on the operation menu using the mouse as the input device 206. The displayed registration addition button 1201 is selected by the right-click operation. Through this operation, the operation log of the selected operation can be stored in the storage device 204, and the information can be added to the operation log registration data 1110. In this way, every time the user performs an operation from the operation menu screen 400, the operation log is selectively added to the operation log registration data 1110 for the operation for which the shortcut is to be registered.

[0052] By selecting the shortcut registration list screen 1100 (refer to Fig.11A ) and selects the added operation from the registration list 1101, and selects the selection button 1102 to display the shortcut registration screen 700b (see Fig.10 ) is displayed in the registration shortcut display area 701. After that, the form name and coordinate information are input, and the registration button 706 is selected to complete the registration of the shortcut button.

[0053] In this registration method, the shortcut registration can be performed based on the operation of the normal operation menu screen, so that the operability of the shortcut registration can be further improved.

[0054] In addition, another shortcut registration method is described. In this example, the integrated software prompts the user to register a shortcut.

[0055] Fig.13 is another example of a shortcut registration screen. In the shortcut registration screen 700c, Fig.10 The shortcut registration screen shown in FIG. 4 is provided with a third registration method selection button 1301. The integrated software automatically stores the operation log related to the selection of the operation menu by the user in the operation menu screen 400 in the storage device 204, and creates the operation log registration data. The data structure of the operation log registration data can be the same as Fig. 11BWhen the third registration method selection button 1301 is selected, the process is transferred to Fig.14 The shortcut registration list screen 1400 is shown. The shortcut registration list screen 1400 includes an operation history list 1401, an operation date and time search 1402, a display number search 1403, a reflection button 1404, and a selection button 1405. The operation history of the user stored as operation log registration data in the storage device 204 is displayed at a glance in the operation history list 1401. Then, by selecting an operation to be registered as a shortcut from the operation history list 1401 and selecting the selection button 1405, the shortcut registration screen 700c (see FIG. 1404 ) is displayed. Fig.13 ) is displayed in the registration shortcut display area 701. After that, the form name and coordinate information are input, and the registration button 706 is selected to complete the registration of the shortcut button.

[0056] In addition, the operation history list 1401 of the shortcut registration list screen 1400 has a filtering function. Fig.14 By setting the filter in the items of the operation name label, each operation can be displayed separately. In this way, it is possible to visualize which operation is used most frequently. In addition, by setting the operation date and time search function 1402, entering the start and end date and time, and selecting the reflection button 1404, the operation history of the specified time can be displayed. In this way, the user's frequently used operations can be extracted and displayed by time period, so the options for registered shortcuts can be increased. Furthermore, by setting the display number search 1403, the display number can be specified, and combined with the filter function of the operation history list 1401 and the operation date and time search 1402, the user's searchability can be further improved.

[0057] In this registration method, the shortcut to be registered can be selected based on the user's operation history, thereby expanding the options for shortcut registration.

[0058] In the above embodiment, the operation that can be registered to one shortcut button 603 is described as one. In the automatic analysis device, various maintenance, management of measurement results, registration of each reagent residue, calibration measurement, control measurement, etc. are required before the measurement starts, and the operation of the comprehensive software involves many aspects. Depending on the operation, there are also items that want to operate the device continuously without stopping the device. Therefore, it is very convenient if multiple operations can be performed in sequence through one shortcut button.

[0059] Fig.15 This is an example of a shortcut registration screen for executing multiple operations continuously on one shortcut button. Fig.13The shortcut registration screen shown includes a registration shortcut list 1501 of execution order and a release button 1502. In the registration shortcut list 1501, operation names registered as shortcuts are added by using the first registration method selection button to the third registration method selection button 702, 1001, and 1301. Then, the operation name added to the registration shortcut list 1501 is selected, and the execution order is specified in the execution order label (1 if it is the first, and 2 if it is the second). In addition, in order to release the operation added to the registration shortcut list 1501, it can be done by selecting the operation name to be released and selecting the release button 1502. Then, by entering the form name and coordinate information and selecting the registration button 706, the registration of the shortcut button that can continuously execute a series of operations is completed.

[0060] This registration method can save time for executing multiple operations from the main tab area 401, the sub-tab area 402, and the operation menu area 403, or time for selecting multiple shortcut buttons (registered) 901, thereby improving user operability.

[0061] Modifications for improving user convenience will be described below.

[0062] In the above embodiment, an example of registering a shortcut button by transferring the input screen is described. The method of transferring the input screen is not limited to the above method. For example, the shortcut screen 600 (see Figure 6 ) to transfer to the shortcut registration screen 700 (refer to Fig. 7A In this case, the coordinate information of the form label 601 and the shortcut button (before registration) 603 is stored in the shortcut data 910 (refer to Fig. 9B ), the form name 703 and coordinate information 704 and 705 of the shortcut registration screen 700 can be automatically input. According to this variation, the user can directly select the location (coordinates) to be registered visually, and the operation time of the shortcut registration screen 700 is reduced to perform shortcut registration.

[0063] In addition, Fig.12, an example of selecting the right-click of the mouse and displaying the registration addition button 1201 in order to add an operation log to the operation log registration data 1110 is shown. Regarding this operation method, it can also be replaced by a method such as long pressing the operation menu, setting a button equivalent to the registration addition button 1201 in the operation menu itself, etc. For example, the input device 206 is not limited to a mouse, and a touch panel of a monitor is sometimes used. Since the input device 206 used by each device or user of the operation is different, by setting a method that is easy to operate corresponding to each, the effect of further improving the operability can be obtained.

[0064] In addition, in the above embodiment, an example of using a shortcut button to perform operations of an automatic analyzer such as maintenance is shown. However, in an automatic analyzer, although the operation of the device itself, such as management of measurement results, input of commissioned information for calibration and control, registration of measurement items for specimens, etc., is not performed, sometimes only the operation of the integrated software is required. Such operations can also be performed by opening the screen from the main label area 401, the sub-label area 402, and the operation menu area 403, so shortcuts can be made in the same way. In this way, for the shortcut button (registered) 901, not only the function of registering the operation of the execution device can be registered, but also the function of transferring to the screen can be registered, thereby reducing the operation time for opening the screen from the operation menu.

[0065] This is using Fig.15 The same is true for the registration of the plurality of operations described above. By registering a shortcut that combines the operation of the device and the screen transition operation, it is possible to achieve an effect of further improving the operability for the user.

[0066] In addition, Fig. 9A In the example of , an example of displaying an operation name indicating the registered content in the shortcut button (registered) 901 is shown. Moreover, in the shortcut screen 600, the color of the shortcut button (registered) 901 can be changed. For example, the color scheme is changed according to the frequency of use in a month, a week, or a day. This can improve the visibility of the user.

[0067] Furthermore, it is possible to change the names of the shortcut button (already registered) 901 and the form label 601. This allows the shortcut selection screen to be customized, thereby achieving an effect of improving user operability.

[0068] The present invention is not limited to the above-mentioned embodiments, and includes various variations. For example, the above-mentioned embodiments and variations are examples described in detail to facilitate understanding of the present invention, and are not limited to all the structures described. In addition, a part of the structure of a certain embodiment or variation can be replaced with the structure of another embodiment or variation, and the structure of another embodiment or variation can be added to the structure of a certain embodiment or variation. In addition, for a part of the structure of each embodiment or variation, other structures can be added, deleted, or replaced.

[0069] Description of Reference Numerals

[0070] 100: automatic analyzer, 101: sample dispensing mechanism, 102: controller, 103: data processing device, 104: rack, 105: sample transport mechanism, 106: cleaning mechanism, 107: reagent dispensing mechanism, 108: light source, 109: spectrophotometer, 110: reagent disk, 111: reagent bottle, 112: reaction disk, 113: reaction container, 114: stirring mechanism, 201: personal computer, 202: CPU, 203: RAM, 204: storage device, 205: display, 206: input device, 300: login screen, 301: operator ID input box , 302: Password input box, 303: Login button, 400: Operation menu screen, 401: Main label area, 402: Sub-label area, 403: Operation menu area, 404: Select button, 405: Shortcut label, 500: Operation execution screen, 501: Execution module selection screen, 502: Execute button, 503: Cancel button, 600: Shortcut screen, 601: Form label, 602: Coordinate information, 603: Shortcut button, 604: Shortcut registration button, 605: Registration cancellation button, 700, 700b, 700c, 700d: Shortcut Registration screen, 701: Registration shortcut display area, 702: First registration method selection button, 703: Form name selection button, 704: Coordinate information (X coordinate) selection button, 705: Coordinate information (Y coordinate) selection button, 706: Registration button, 800: Shortcut addition screen, 801: Add button, 901: Shortcut button (registered), 910: Shortcut data, 911: Operator ID, 912: Form, 913: X coordinate, 914: Y coordinate, 915: Operation name, 916: Operation log, 1001: Second registration method selection button, 1100 : Shortcut registration list screen, 1101: Registration list, 1102: Select button, 1110: Operation log registration data, 1111: Operator ID, 1112: Date and time, 1113: Operation name, 1114: Operation log, 1201: Registration add button, 1301: Third registration method selection button, 1400: Shortcut registration list screen, 1401: Operation history list, 1402: Operation date and time search, 1403: Display number search, 1404: Reflect button, 1405: Select button, 1501: Register shortcut list, 1502: Release button.

Claims

1. An automatic analysis device comprising one or more analysis modules for analyzing a sample, characterized in that: The automatic analysis device comprises: a data processing device which receives operation instructions from a user, The data processing device is configured to be capable of displaying an operation menu screen and a shortcut screen on a display device, the operation menu screen displaying a hierarchically defined operation menu for the automatic analysis device, and the shortcut screen being configured with a plurality of shortcut buttons for executing specific operations included in the operation menu, When a shortcut button for executing a predetermined operation is selected in the shortcut screen, the data processing device executes the predetermined operation included in the operation menu screen, The arrangement of the shortcut buttons in the shortcut screen is determined by the user.

2. The automatic analysis device according to claim 1, characterized in that The operation menu screen has a shortcut label, By selecting the shortcut tab, the operation menu screen is shifted to the shortcut screen.

3. The automatic analysis device according to claim 1, characterized in that The shortcut screen includes shortcut buttons for executing a plurality of operations included in the operation menu.

4. The automatic analysis device according to claim 1, characterized in that The data processing device is configured to display a shortcut registration screen for registering the specific operation in the shortcut button on a display device. In the shortcut registration screen, the specific operation to be executed by the shortcut button and the position on the shortcut screen are set.

5. The automatic analysis device according to claim 4, characterized in that The data processing device is configured to display a shortcut addition screen of the operation menu which is the same as the operation menu screen on a display device, The data processing device sets the specific operation in the shortcut registration screen by selecting the specific operation in the shortcut addition screen after the transition from the shortcut registration screen, and stores an operation log for selecting the specific operation in the shortcut addition screen in a storage device, The data processing device executes the specific operation included in the operation menu based on the operation log when the shortcut button is selected.

6. The automatic analysis device according to claim 4, characterized in that: When the user selects an operation on the operation menu screen and selects to register the operation in a registration list, the data processing device stores the operation name of the operation and the operation log used to select the operation on the operation menu screen in a storage device, displaying the registration list on the shortcut registration screen, and selecting the specific operation from the registration list to thereby set the specific operation to be executed by the shortcut button, When the shortcut button is selected, the data processing device executes the specific operation included in the operation menu according to the operation log.

7. The automatic analysis device according to claim 4, characterized in that: Whenever the user selects an operation on the operation menu screen, the data processing device stores the operation name of the operation and the operation log used to select the operation on the operation menu screen as an operation history in the storage device, In the shortcut registration screen, the specific operation is selected based on the operation history, thereby setting the specific operation to be executed by the shortcut button, When the shortcut button is selected, the data processing device executes the specific operation included in the operation menu based on the operation log.

8. The automatic analysis device according to claim 7, characterized in that: The data processing device is configured to display a shortcut registration list screen showing the operation history on a display device. The operation history can be searched in the shortcut registration list screen transferred from the shortcut registration screen according to a predetermined condition.

9. The automatic analysis device according to claim 1, characterized in that: The automatic analysis device can change the color of the shortcut button in the shortcut screen.

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