A visual display system for speed-up turnout operation data

Abstract

The present invention relates to the technical field of turnout maintenance, and in particular to a visualization display system for speed-up turnout operation data. The system comprises: a turnout conversion process data acquisition device, a turnout outdoor switch machine data acquisition device, a data transmission device and a visualization display device. The speed-up turnout operation data visualization display system of the present invention simultaneously collects turnout conversion process data and turnout outdoor switch machine data, stores and processes the collected multiple conversion data, and displays the data processing results, so as to facilitate equipment maintenance personnel to understand various conversion data of turnout equipment, and improve the efficiency and accuracy of data browsing.

Description

Technical Field

[0001] The invention relates to the technical field of turnout maintenance, and in particular to a visual display system for speed-up turnout operation data. Background Art

[0002] Railway ZYJ7 type turnout, also known as "speed-up turnout", is a type of turnout widely used in China's railways. The railway electrical department, electrical department, electrical section and other electrical departments are mainly responsible for the switch operation, and the rail part of the line is the responsibility of the railway engineering department.

[0003] The relevant data of ZYJ7 type turnouts are mainly provided by three types of manufacturers. Among them, the action current curve and power curve are collected and displayed by the signal centralized monitoring type (indoor monitoring of signal equipment) manufacturers; the parameters such as turnout gap, conversion pressure, liquid level height, etc. are collected and displayed by the turnout gap type manufacturers; the equipment maintenance data is recorded in the office system of each electrical section, and the office system is built by each electrical department, and some are even developed by the electrical department’s own personnel. When the equipment maintenance personnel need to view the relevant data of the same turnout equipment, they need to log in to the three systems of signal centralized monitoring, turnout gap and maintenance at the same time; and in the same system, the conversion data is stored according to the data type, and the same type of data of all turnout equipment is stored together. When the equipment maintenance personnel need to view different types of data of the same turnout equipment in one of the systems, they need to open the interface of multiple data types.

[0004] In view of this, overcoming the above defects in the prior art and providing a new speed-up turnout operation data visualization display system has become a technical problem to be solved urgently in this field. Summary of the invention

[0005] The purpose of the present invention is to provide a visual display system for speed-up turnout operation data in view of the above-mentioned defects of the prior art.

[0006] The purpose of the present invention can be achieved by the following technical measures:

[0007] The present invention provides a visual display system for speed-up turnout operation data, the system comprising: a turnout conversion process data acquisition device, a turnout outdoor switch machine data acquisition device, a data transmission device and a visual display device, the data transmission device transmits the conversion data collected by the turnout conversion process data acquisition device and the turnout outdoor switch machine data acquisition device to the visual display device for storage and processing;

[0008] Wherein, the switch switching process data acquisition device includes a current acquisition module for acquiring the current value of the three-phase AC motor during the switch switching process, and a voltage acquisition module for acquiring the voltage value of the three-phase AC motor during the switch switching process;

[0009] The outdoor switch machine data acquisition device for the turnout includes a turnout pressure acquisition module, a turnout liquid level acquisition module and a turnout indication gap acquisition module;

[0010] The visualization display device includes a client computing device, which includes a data receiver for receiving the conversion data sent by the data transmission device, a data storage device for storing the conversion data, a processor for processing the conversion data, and a display for displaying the data processing result.

[0011] Preferably, the system further comprises a maintenance record collection module for collecting equipment maintenance data of the turnout, and the data transmission device transmits the maintenance data collected by the maintenance record collection module to the visual display device for storage.

[0012] Preferably, the client computing device is a computer, a mobile computer, a tablet computer or a handheld mobile terminal, and the processor is a central processing unit, a microprocessor or a single-chip microcomputer.

[0013] Preferably, the system further comprises a user interface module and a background processing module provided in the client computing device, wherein the user interface module comprises:

[0014] A user interface generation unit, configured to generate a user interface on a client computing device;

[0015] A user interface display unit, used to display the data processing result of the background processing module on the user interface; and

[0016] A user interface interaction unit, configured to receive a user's device query instruction and send the user query instruction to the background management module;

[0017] The background processing module includes:

[0018] A data scheduling unit, used for receiving the device query instruction and calling the conversion data of the corresponding turnout device from the data storage according to the device query instruction; and

[0019] The data processing unit is used to draw the operation-related curve of the turnout device according to the conversion data of the corresponding turnout device called by the data scheduling unit.

[0020] Preferably, the user interface module further comprises a user interface division unit, which is used to divide the user interface into a plurality of display areas in which different data processing results can be configured.

[0021] Preferably, the background processing module further comprises a data association module for associating each data point in the drawn operation-related curve of the turnout equipment with the corresponding conversion data.

[0022] Preferably, the user interface interaction unit is also used to receive a user's data point click instruction and send the data point click instruction to the data association module; the data association module is also used to feed back the conversion data of the corresponding data point to the user interface display unit according to the data point click instruction.

[0023] Preferably, the data processing unit comprises:

[0024] The conversion time curve subunit is used to draw a conversion time curve according to the conversion time of the corresponding turnout equipment for the most recent multiple conversions;

[0025] and / or, a conversion current peak curve subunit, for drawing a conversion current peak curve according to the conversion current peaks of the corresponding turnout equipment at the most recent multiple conversions;

[0026] and / or, a conversion pressure peak curve subunit, for drawing a conversion pressure peak curve according to the conversion pressure peaks of the corresponding turnout equipment at the most recent multiple conversions;

[0027] And / or, a conversion liquid level height curve subunit is used to draw a conversion liquid level height curve according to the conversion liquid level heights of the corresponding switch equipment that have been converted for multiple times recently.

[0028] and / or, a notch value curve subunit, for drawing a notch value curve according to the notch values ​​represented by the corresponding turnout equipment after the most recent multiple conversions;

[0029] And / or, a recent data acquisition subunit is used to acquire the action current curve and power curve of the most recent conversion of the corresponding turnout, the most recent abnormal action current curve and power curve, and the most recent maintenance data.

[0030] Preferably, the user interface display unit is used to display the conversion time curve, and / or the conversion current peak curve, and / or the conversion pressure peak curve and / or the conversion liquid level height curve in the first display area, display the most recently converted action current curve and power curve, the most recently abnormal action current curve and power curve in the second display area, and display the most recently maintained data in the third display area.

[0031] Preferably, the user interface module further comprises a user interface updating unit for sending a data updating instruction to the data scheduling unit to update the data processing result of the currently displayed turnout device when the conversion data of the turnout device currently displayed in the user interface is updated in the data storage device.

[0032] The speed-up turnout operation data visualization display system of the present invention collects turnout conversion process data and turnout outdoor switch machine data at the same time, stores and processes the collected multiple conversion data, and displays the data processing results, so as to facilitate equipment maintenance personnel to understand various conversion data of turnout equipment and improve the efficiency and accuracy of data browsing;

[0033] In a further preferred embodiment of the present invention, multiple conversion data of the same turnout are called and analyzed according to the equipment query instruction, and the data processing results are displayed on the user interface, so that equipment maintenance personnel can understand the overall picture of multiple conversion data of the turnout equipment, improve the efficiency and accuracy of data browsing and analysis, and save data search time. BRIEF DESCRIPTION OF THE DRAWINGS

[0034] Figure 1 It is a schematic diagram of the hardware structure of the speed-up turnout operation data visualization display system according to an embodiment of the present invention.

[0035] Figure 2 It is a structural block diagram of software modules in the speed-up turnout operation data visualization display system according to an embodiment of the present invention.

[0036] Figure 3 It is a schematic diagram of the distribution of the user interface generated by the software modules of the system according to the embodiment of the present invention.

[0037] Figure 4 It is a usage state diagram of a user interface generated by a software module of a system according to an embodiment of the present invention. DETAILED DESCRIPTION

[0038] In order to make the purpose, technical solution and advantages of the present invention more clearly understood, the present invention is further described in detail below in conjunction with the accompanying drawings and specific embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention and are not used to limit the present invention.

[0039] In order to make the description of the present disclosure more detailed and complete, the following provides an illustrative description of the implementation and specific embodiments of the present invention; however, this is not the only form of implementing or using the specific embodiments of the present invention. The implementation covers the features of multiple specific embodiments and the method steps and sequences used to construct and operate these specific embodiments. However, other specific embodiments can also be used to achieve the same or equivalent functions and step sequences.

[0040] Figure 1 The hardware structure diagram of the speed-up turnout operation data visualization display system of the present invention is shown in FIG. Figure 1As shown, the speed-up turnout operation data visualization display system includes a turnout conversion process data acquisition device 10, a turnout outdoor switch machine data acquisition device 20, a maintenance record acquisition module 50, a data transmission device 30 and a visualization display device 40, wherein the data transmission device 30 transmits the conversion data collected by the turnout conversion process data acquisition device 10 and the turnout outdoor switch machine data acquisition device 20 to the visualization display device 40 for storage and processing; the maintenance record acquisition module 50 is used to collect equipment maintenance data of the turnout, and the data transmission device 30 transmits the maintenance data collected by the maintenance record acquisition module 50 to the visualization display device 40 for storage.

[0041] The switch switching process data acquisition device 10 includes a current acquisition module 101 for collecting the current value of the three-phase AC motor during the switch switching process, and a voltage acquisition module 102 for collecting the voltage value of the three-phase AC motor during the switch switching process. The current value and voltage value of the three-phase AC motor collected during the switching process can be used to draw the action current curve and the power curve. The switch action current curve refers to a set of current change values ​​of the three-phase AC motor during the switch switching process, including three groups of values ​​of phase A, phase B and phase C, and each group of values ​​is displayed to the maintenance personnel with an independent curve. The switch current curve is a direct response to the change of the switching force during the switch action process. Together with the switch power curve, it is the main basis for the maintenance personnel to analyze whether the switch switching process is normal. The switch power curve is a comprehensive reflection of the voltage and current of each phase during the ZYJ7 switch switching process driven by the three-phase AC motor driving the hydraulic system. The three-phase voltage value and current value are calculated by the power formula to synthesize the switch power curve. The switch power curve is a comprehensive response to the change of the switching force during the switch action process.

[0042] The outdoor switch machine data acquisition device 20 includes a switch pressure acquisition module 201 , a switch liquid level acquisition module 202 and a switch indication gap acquisition module 203 .

[0043] The visualization display device 40 includes a client computing device, which includes a data receiver 401 for receiving the conversion data sent by the data transmission device 30, a data storage device 402 for storing the conversion data, a processor 403 for processing the conversion data, and a display 404 for displaying the data processing results.

[0044] The client computing device 40 is a computer, a mobile computer, a tablet computer or a handheld mobile terminal, and the processor 403 is a central processing unit, a microprocessor or a single-chip microcomputer.

[0045] The display 404 is a liquid crystal display.

[0046] In a preferred embodiment, the data transmission device 30 includes a data transmission module 301 and a wireless routing module 302 that are interconnected. The data transmission module 301 is connected to the current acquisition module 101, the voltage acquisition module 102, the switch pressure acquisition module 201, the switch liquid level acquisition module 202 and the switch indication gap acquisition module 203 through a serial port, and the wireless routing module 302 is connected to the data receiver 401 of the client computing device 40 through a wireless network.

[0047] Figure 2 The software structure diagram of the speed-up turnout operation data visualization display system of the present invention is shown, which can further process the multiple conversion data of multiple conversions of multiple turnouts stored in the data storage 402, and generate a user interface to display the data processing results, see Figure 2 As shown, the system also includes a user interface module 60 and a background processing module 70 arranged on the client computing device, wherein the user interface module 60 includes: a user interface generation unit 601, a user interface display unit 602, a user interface interaction unit 603, a user interface division unit 604 and a user interface update unit 605, the user interface generation unit 601 is used to generate a user interface on the client computing device 40, and the user interface is displayed on the display 404; the user interface display unit 602 is used to display the data processing result of the background processing module 70 on the user interface; the user interface interaction unit 603 is used to receive the user's device query instruction and send the user query instruction to the background management module; the user interface division unit 604 is used to divide the user interface into a plurality of display areas that can be configured with different data processing results.

[0048] The display area divided by the user interface division unit 604 can be as follows: Figure 3 As shown in FIG. 6 , different data processing results of the same turnout are displayed in different display areas, which is convenient for equipment maintenance personnel to browse and analyze. The equipment query instruction received by the user interface interaction unit 603 can be in Figure 3 In the query bar shown, select the station and the turnout equipment name or turnout equipment number in turn, or directly enter the turnout equipment number.

[0049] Among them, the background processing module 70 includes: a data scheduling unit 701, a data processing unit 702, and a data association module 703. The data scheduling unit 701 is used to receive the device query instruction and call the conversion data of the corresponding turnout device from the data storage device according to the device query instruction; the data processing unit 702 is used to draw the operation-related curve of the turnout device according to the conversion data of the corresponding turnout device called by the data scheduling unit; the data association module 703 is used to associate each data point in the drawn operation-related curve of the turnout device with the corresponding conversion data.

[0050] In a preferred embodiment, the user interface interaction unit 601 is also used to receive a user's data point click instruction and send the data point click instruction to the data association module 703; the data association module 703 is also used to feed back the conversion data of the corresponding data point to the user interface display unit 602 according to the data point click instruction.

[0051] In a preferred embodiment, the data processing unit 702 further includes: a conversion time curve subunit, a conversion current peak curve subunit, a conversion pressure peak curve subunit, a conversion liquid level curve subunit, a gap value curve subunit and a recent data acquisition subunit. The conversion time curve subunit is used to draw a conversion time curve according to the conversion time of the corresponding turnout equipment for the most recent multiple conversions (the most recent N times, N can be 20 to 50); the conversion current peak curve subunit is used to draw a conversion current peak curve according to the conversion current peak of the corresponding turnout equipment for the most recent multiple conversions; the conversion pressure peak curve subunit is used to draw a conversion pressure peak curve according to the conversion pressure peak of the corresponding turnout equipment for the most recent multiple conversions; the conversion liquid level curve subunit is used to draw a conversion liquid level curve according to the conversion liquid level of the corresponding turnout equipment for the most recent multiple conversions; the gap value curve subunit is used to draw a gap value curve according to the gap value after the corresponding turnout equipment for the most recent multiple conversions; the recent data acquisition subunit is used to obtain the action current curve and power curve of the corresponding turnout for the most recent conversion, the action current curve and power curve of the most recent abnormality, and the most recent maintenance data.

[0052] The turnout conversion process includes three stages: unlocking, conversion, and locking. These three stages can be analyzed separately. Furthermore, in a preferred embodiment, the data processing unit 702 further includes a curve analysis unit for analyzing the action current curve to identify the curve segment corresponding to the unlocking stage, the curve segment corresponding to the conversion stage, and the curve segment corresponding to the locking stage; the user interface display unit 602 is also used to display the action current curve in different colors according to the unlocking stage, the conversion stage, and the locking stage; the curve analysis unit is also used to write the stage boundary mark on the timestamp of the demarcation point (first demarcation point) of the unlocking stage and the conversion stage in the action current curve, and the timestamp of the demarcation point (second demarcation point) of the conversion stage and the locking stage. Furthermore, the user interface display unit 602 is also used to display the first demarcation point and the second demarcation point on the action current curve.

[0053] Furthermore, the curve analysis unit user analyzes the power curve to identify the curve segment corresponding to the unlocking stage, the curve segment corresponding to the conversion stage, and the curve segment corresponding to the locking stage; the user interface display unit 602 is also used to display the power curve in different colors according to the unlocking stage, the conversion stage, and the locking stage; the curve analysis unit is also used to write the stage boundary mark on the timestamp of the demarcation point (third demarcation point) between the unlocking stage and the conversion stage in the power curve, and the timestamp of the demarcation point (fourth demarcation point) between the conversion stage and the locking stage. Furthermore, the user interface display unit 602 is also used to display the first demarcation point and the second demarcation point on the power curve.

[0054] Furthermore, the data processing unit 702 further includes a state analysis unit, which is used to perform curve feature analysis on the curve segments corresponding to the unlocking stage, the conversion stage and the locking stage of the action current curve or the power curve, respectively, to determine the states of the unlocking stage, the conversion stage and the locking stage, respectively, and write state labels on the corresponding curve segments, wherein the states include normal state, abnormal state or fault state. For the action current curve and the power curve, by analyzing the curve segments corresponding to different stages, it is determined which of the three states, the unlocking stage, the conversion stage and the locking stage, belongs to, so as to facilitate accurate judgment by equipment maintenance personnel. Furthermore, the user interface display unit 602 is also used to display alarm reminder information on the corresponding curve segments of the abnormal state or the fault state, for example, the alarm reminder information is a pop-up alarm dialog box. Equipment maintenance personnel can further confirm and analyze the curve sections corresponding to abnormal or faulty conditions, and by displaying alarm reminder information, remind staff to analyze the causes of faults on the corresponding turnouts and guide maintenance; pay special attention to and deal with the corresponding turnouts in abnormal conditions in advance, eliminate the factors that cause turnout abnormalities, and prevent possible turnout failures.

[0055] In a preferred embodiment, Figure 4 As shown, the user interface display unit 602 displays the conversion time curve, the conversion current peak curve, the conversion pressure peak curve and the conversion liquid level height curve in the first display area (the upper half of the user interface), displays the action current curve and power curve of the most recent conversion, the action current curve and power curve of the most recent abnormality in the second display area (the middle of the user interface), and displays the most recent maintenance data in the third display area (the bottom of the user interface).

[0056] The user interface updating unit 605 is used to send a data updating instruction to the data scheduling unit 701 to update the data processing result of the currently displayed turnout device when the conversion data of the turnout device currently displayed in the user interface is updated in the data storage 402.

[0057] Specifically, when a user is viewing a certain switch device, if the switch has just been converted, the latest conversion data of the switch is updated in the data storage device 402, and the user interface update unit 605 sends a data update instruction to update the data processing results displayed in the current user interface, and uses the latest conversion data to redraw the operation-related curves of the switch device according to the conversion data of the corresponding switch device. The above-mentioned conversion time curve, conversion current peak curve, conversion pressure peak curve and conversion liquid level height curve are all redrawn with the latest data, and the action current curve and power curve of the most recent conversion are updated to the latest data to ensure that the user sees the latest data.

[0058] Specifically, the data association module 703 associates each data point in the drawn conversion time curve, conversion current peak curve, conversion pressure peak curve and conversion liquid level height curve with the corresponding conversion data. When the equipment maintenance personnel can directly view the conversion data of the data point by clicking on a data point, the data association module 703 can further associate each data point in the conversion time curve, conversion current peak curve, conversion pressure peak curve and conversion liquid level height curve with the conversion time, conversion current peak value, conversion pressure peak value and conversion liquid level height of the conversion, for example, Figure 4 In the user interface shown, when the user clicks on a data point in one of the curves (for example, clicks on point A in the conversion time curve), not only the conversion time represented by point A is displayed, but also the current peak, pressure peak and liquid level of the conversion are displayed, thereby realizing data linkage.

[0059] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. A visual display system for speed-up turnout operation data, characterized in that: The system comprises: a turnout conversion process data acquisition device, a turnout outdoor switch machine data acquisition device, a data transmission device and a visualization display device, wherein the data transmission device transmits the conversion data collected by the turnout conversion process data acquisition device and the turnout outdoor switch machine data acquisition device to the visualization display device for storage and processing; Wherein, the switch switching process data acquisition device includes a current acquisition module for acquiring the current value of the three-phase AC motor during the switch switching process, and a voltage acquisition module for acquiring the voltage value of the three-phase AC motor during the switch switching process; The outdoor switch machine data acquisition device for the turnout includes a turnout pressure acquisition module, a turnout liquid level acquisition module and a turnout indication gap acquisition module; The visual display device comprises a client computing device, wherein the client computing device comprises a data receiver for receiving the conversion data sent by the data transmission device, a data storage device for storing the conversion data, a processor for processing the conversion data, and a display for displaying the data processing result; The system also includes a user interface module and a background processing module provided on a client computing device, wherein the user interface module includes: a user interface generation unit, used to generate a user interface on the client computing device; a user interface display unit, used to display the data processing result of the background processing module on the user interface; and a user interface interaction unit, used to receive a user's device query instruction and send the user query instruction to the background processing module; the background processing module includes: a data scheduling unit, used to receive the device query instruction and call the conversion data of the corresponding turnout device from the data storage device according to the device query instruction; a data processing unit, used to draw the operation-related curve of the turnout device according to the conversion data of the corresponding turnout device called by the data scheduling unit; a recent data acquisition subunit, used to obtain the action current curve and power curve of the corresponding turnout at the most recent conversion, the action current curve and power curve of the most recent abnormality, and the most recent maintenance data; Wherein, the background processing module also includes a data association module, which is used to associate each data point in the drawn operation-related curve of the turnout equipment with the corresponding conversion data; the user interface interaction unit is also used to receive the user's data point click instruction and send the data point click instruction to the data association module; the data association module is also used to feed back the conversion data of the corresponding data point to the user interface display unit according to the data point click instruction; the data association module associates each data point in the drawn conversion time curve, conversion current peak curve, conversion pressure peak curve and conversion liquid level height curve with the corresponding conversion data, and displays the conversion data of each data point when each data point is clicked; the data association module can also associate each data point in the conversion time curve, conversion current peak curve, conversion pressure peak curve and conversion liquid level height curve with the conversion time, conversion current peak, conversion pressure peak and conversion liquid level height of this conversion; Wherein, the turnout conversion process includes three stages: unlocking, conversion and locking, and the data processing unit also includes: a curve analysis unit; the curve analysis unit is used to analyze the action current curve and / or the power curve to identify the curve segment corresponding to the unlocking stage, the curve segment corresponding to the conversion stage and the curve segment corresponding to the locking stage; the user interface display unit is also used to display the action current curve and / or the power curve in different colors according to the unlocking stage, the conversion stage and the locking stage; the curve analysis unit is also used to write the stage boundary mark on the timestamp of the first dividing point of the unlocking stage and the conversion stage in the action current curve and / or the power curve, and the timestamp of the second dividing point of the conversion stage and the locking stage; the user interface display unit is also used to display the first dividing point and the second dividing point on the action current curve and / or the power curve; Wherein, the data processing unit further includes a state analysis unit, which is used to perform curve feature analysis on the curve segments corresponding to the unlocking phase, the conversion phase and the locking phase of the action current curve or the power curve, respectively, so as to judge the states of the unlocking phase, the conversion phase and the locking phase, respectively, and write a state label on the corresponding curve segment, wherein the state includes a normal state, an abnormal state or a fault state; the user interface display unit is also used to display alarm reminder information on the corresponding curve segment of the abnormal state or the fault state.

2. The speed-up turnout operation data visualization display system according to claim 1 is characterized in that: The system also includes a maintenance record collection module for collecting equipment maintenance data of the turnout, and the data transmission device transmits the maintenance data collected by the maintenance record collection module to the visual display device for storage.

3. The speed-up turnout operation data visualization display system according to claim 1 is characterized in that: The client computing device is a computer, a mobile computer, a tablet computer or a handheld mobile terminal, and the processor is a central processing unit, a microprocessor or a single-chip microcomputer.

4. The speed-up turnout operation data visualization display system according to claim 1 is characterized in that: The user interface module further comprises a user interface division unit, which is used to divide the user interface into a plurality of display areas which can be configured with different data processing results.

5. The speed-up turnout operation data visualization display system according to claim 1 or 4, characterized in that: The data processing unit comprises: The conversion time curve subunit is used to draw a conversion time curve according to the conversion time of the corresponding turnout equipment for the most recent multiple conversions; and / or, a conversion current peak curve subunit, for drawing a conversion current peak curve according to the conversion current peaks of the corresponding turnout equipment at the most recent multiple conversions; and / or, a conversion pressure peak curve subunit, for drawing a conversion pressure peak curve according to the conversion pressure peaks of the corresponding turnout equipment at the most recent multiple conversions; and / or, a conversion liquid level height curve subunit, for drawing a conversion liquid level height curve according to the conversion liquid level heights of the corresponding switch equipment converted multiple times recently; And / or, a notch value curve subunit is used to draw a notch value curve according to the notch values ​​represented by the corresponding turnout equipment after multiple recent conversions.

6. The speed-up turnout operation data visualization display system according to claim 5 is characterized in that: The user interface display unit is used to display the conversion time curve, and / or the conversion current peak curve, and / or the conversion pressure peak curve and / or the conversion liquid level height curve in the first display area, display the most recently converted action current curve and power curve, the most recently abnormal action current curve and power curve in the second display area, and display the most recently maintained data in the third display area.

7. The speed-up turnout operation data visualization display system according to claim 1 is characterized in that: The user interface module also includes a user interface updating unit, which is used to send a data updating instruction to the data scheduling unit to update the data processing result of the currently displayed turnout device when the conversion data of the turnout device currently displayed in the user interface is updated in the data storage.

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