Wind turbine fault file translation and visualization solution system

Abstract

This invention discloses a wind turbine fault file localization and visualization solution system. The system modules include fault files, a fault file localization module, a fault data localization module, and a database module. The fault file localization module and the fault data localization module use data from the database module to localize the fault files. After processing, the fault files are output and saved. The fault files include fault documents and fault data; the fault document format is .html, and the fault data format is .txt. The database module includes a fault localization database and a title localization database. The fault localization database stores fault documents, and the title localization database stores fault data. The database management module provides mutual conversion functions between database localization entries, software page localization entries, and data table localization entries. This invention uses software to accurately select files to be localized and uses database entries for matching and translation, with color-coding of the fault system to ensure compatibility with file formats during the localization process.

Description

Technical Field

[0001] This invention relates to the field of Chinese localization of wind turbine fault documents, specifically to a system for Chinese localization and visual resolution of wind turbine fault documents. Background Technology

[0002] With the continuous growth of my country's new energy enterprises, wind power has steadily become an important force in power supply. Against this backdrop, wind turbine fault handling has become a core task in the daily operations of wind power companies. Currently, once a fault occurs in an operating wind turbine, it automatically generates a corresponding fault report file (.html) and a fault data file (.txt). The fault report file (.html) records in detail the time of the fault, the systems involved, and the specific faulty components; while the fault data file (.txt) includes key analog and digital data such as voltage, current, contactor status, and switch status of the unit within 30 seconds before and after the fault. The fault report file (.html) contains over 1100 entries, all in simplified English words, causing some confusion for maintenance personnel. The fault data file (.txt), due to the inherent characteristics of .txt files, cannot be effectively visualized with charts or graphs. The combined difficulty in reading and interpreting these two types of files delays the analysis and judgment of wind turbine faults.

[0003] However, there are very few wind turbine fault document translation and visualization solutions available on the market, or the existing technologies have certain defects, such as insufficient automation and efficiency, lack of compatibility and format uniformity, insufficient visualization and intuitiveness, and complexity for users. Summary of the Invention

[0004] The purpose of this invention is to overcome the above-mentioned technical defects and provide a wind turbine fault file localization and visualization solution system, which solves the problems of insufficient automation and efficiency, lack of compatibility and format uniformity, insufficient visualization and intuitiveness, and complexity for users.

[0005] To solve the above technical problems, the technical solution provided by the present invention is: a wind turbine fault file localization and visualization solution system. The system modules include fault files, a fault file localization module, a fault data localization module, and a database module. The fault file localization module and the fault data localization module use data from the database module to localize the fault files. After processing, the fault files are output and saved.

[0006] The fault files include fault files and fault data. The fault file format is .html, and the fault data format is .txt.

[0007] The database module includes a fault localization database and a title localization database. The fault localization database stores fault files, and the title localization database stores fault data. The database management module provides mutual conversion functions between database localization entries, software page localization entries, and data table localization entries.

[0008] Furthermore, the fault file localization module includes a file filtering mechanism that can accurately select files to be localized and match and translate them using entries in the database. The module also supports the simultaneous selection of multiple files. The localized files will be saved in the same directory as the software and stored in a separate folder named "Batch Localization Output". All filenames will be marked with "Localized" for identification.

[0009] Furthermore, the fault data file localization module and the plotting module include a file filtering mechanism and a multi-file simultaneous selection function, which can convert .txt files to .xlsx files and retrieve relevant data from the database to match and localize the data column headers; at the same time, this module can also use the data columns in the table to draw line charts of different colors and save them in the first sheet of the data table; the localized and plotted .xlsx files will be saved to the "Batch Localization Output" folder in the same directory as the software, with "Localized" appended to the file name as an identifier.

[0010] Furthermore, the steps for translating fault files into Chinese include: opening the translation software, selecting the fault message translation tab, uploading the translation database content, selecting the file to be processed, the software processing the file to be translated, placing the generated result file in the "Batch Translation Output" folder under the program's running directory, and displaying a completion message in the software.

[0011] Furthermore, the steps for translating and plotting the fault data file include: opening the translation software, selecting the fault data tab, uploading the translation database content, selecting the file to be processed, the software processing the file to be translated and plotting a line graph, the generated result file being placed in the "Batch Translation Output" folder under the program's running directory, and a processing completion prompt being displayed in the software.

[0012] Furthermore, the database management operation steps include: opening the localization software, selecting the debug tab, entering the password, and then the page displays the corresponding download and upload buttons for the database. Clicking the corresponding button will update the localization database.

[0013] The advantages of this invention compared to existing technologies are: automation and efficiency: Through modular design, this invention achieves automated Chinese localization and graphing of fault message files and fault data files. Users can select multiple files for processing at once, greatly improving work efficiency. Simultaneously, the software can accurately select the files to be processed, avoiding localization failures or errors caused by selecting the wrong file.

[0014] Compatibility and Format Consistency: For fault message files, this invention maintains the original .html format during the localization process, ensuring compatibility with file formats. For fault data files, the software converts them to .xlsx format for localization and image processing, making the processed files more standardized, easier to view, and easier to analyze.

[0015] Visualization and intuitiveness: For fault data files, this invention not only localizes the data but also uses the data columns in the table to draw color line charts, making the data change trends clear at a glance and providing users with a more intuitive way to analyze data.

[0016] Database management convenience: This invention provides a database management module that enables the conversion between Chinese-language database entries, Chinese-language software page entries, and Chinese-language data table entries. This makes downloading, updating, and replacing the database more convenient and simplifies the database maintenance process.

[0017] User-friendliness: The operation steps of this invention are clear and straightforward. Users only need to follow the prompts to complete the localization of files and the processing of drawings. Furthermore, after processing the files, the software generates a result file and places it in a designated folder. The filename will also include the words "Localized" for easy identification and management by the user.

[0018] This invention uses software to precisely select files to be translated, matches them against database entries, and colors up faulty systems to ensure compatibility with file formats during the translation process. The fault data translation and plotting functions include file type conversion, matching and translating data column headers, and creating color-coded line graphs. Database management functions are used to update and replace the database. Translated files are saved uniformly and marked "translated." The software is simple to operate, allowing users to easily process fault messages and data files for translation and manage the database. Attached Figure Description

[0019] Figure 1 This is a schematic diagram of the overall process of the wind turbine fault file localization and visualization solution system of the present invention. Detailed Implementation

[0020] To make the objectives, technical solutions, and advantages of the embodiments of the present invention clearer, the technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are some embodiments of the present invention, but not all embodiments.

[0021] Example:

[0022] This embodiment provides a system for translating and visualizing wind turbine fault files. The system includes fault files, a fault file translation module, a fault data translation module, and a database module. This system enables automated translation and visualization of wind turbine fault files, improving work efficiency and the intuitiveness of data analysis.

[0023] First, the system receives fault files uploaded by users, including fault files (.html format) and fault data (.txt format). These fault files are generated during the operation of the wind turbine and contain important fault information, but they are usually in English or other languages ​​and need to be translated into Chinese.

[0024] Next, the fault file localization module begins its work. This module has a built-in file filtering mechanism that can accurately select fault files to be localized. Users can select multiple files for batch processing via the interface, improving work efficiency. The module reads localization entries from the database and matches and translates the content of the fault files. Simultaneously, the module also supports simultaneous selection of multiple files, allowing for processing of multiple files at once, further improving processing efficiency.

[0025] During the localization process, the module will maintain the original file format to ensure that the localized files remain readable and compatible. Once localization is complete, the files will be saved in the same directory as the software, and a separate folder named "Batch Localization Output" will be created for storage. The filenames will include the words "Localized" to help users quickly identify the processed files.

[0026] Simultaneously, the fault data file localization module and the plotting module also began operating. This module, like others, features a file filtering mechanism and the ability to select multiple files simultaneously, converting .txt format fault data files to .xlsx format. During the conversion process, the module retrieves relevant data from the database and matches and localizes the data column headers. This allows users to more easily view and understand the content of the fault data.

[0027] In addition to localization, this module can also draw line charts of varying colors using data columns from tables. These line charts allow users to visually view data trends and distribution, further enhancing their understanding and analysis of fault data. Once completed, the localized and plotted .xlsx files will be saved in the "Batch Localization Output" folder within the same directory as the software, with the words "Localized" appended to the filename as an identifier.

[0028] The database module played a crucial role throughout the process. It includes a fault localization database and a title localization database, which respectively store the localized entries for fault files and fault data. Through the database management module, users can easily download, update, and replace database entries, ensuring the accuracy and timeliness of the localized data.

[0029] Finally, users can view the processing results through the interface. The software will display a "Data processing complete" message upon completion, and the generated result files will be placed in the "Batch Localization Output" folder in the program's running directory. Users can directly open this folder to view the localized fault files and fault data files.

[0030] In summary, the wind turbine fault file localization and visualization system provided in this embodiment, through its features of automation, efficiency, compatibility, and visualization, enables rapid localization and visualization of wind turbine fault files, improves work efficiency and the intuitiveness of data analysis, and provides strong support for wind turbine fault diagnosis and maintenance.

[0031] The present invention and its embodiments have been described above. This description is not restrictive, and the accompanying drawings are only one embodiment of the present invention, and are not actually limited thereto. In conclusion, if those skilled in the art are inspired by this description and design similar embodiments without departing from the spirit of the present invention, such embodiments should fall within the protection scope of the present invention.

Claims

1. A wind turbine fault document localization and visualization troubleshooting system, characterized in that, The system modules include a fault file, a fault file localization module, a fault data localization module, and a database module. The fault file localization module and the fault data localization module use data from the database module to localize the fault file. After processing, the fault file is output and saved. The fault files include fault files and fault data. The fault file format is .html, and the fault data format is .txt. The database module includes a fault localization database and a title localization database. The fault localization database stores fault files, and the title localization database stores fault data. The database management module provides mutual conversion functions between database localization entries, software page localization entries, and data table localization entries.

2. The wind turbine fault document localization and visualization solution system according to claim 1, characterized in that, The aforementioned fault file localization module includes a file filtering mechanism that can accurately select files to be localized and match and translate them using entries in the database. The module also supports the simultaneous selection of multiple files. The localized files will be saved in the same directory as the software and stored in a separate folder named "Batch Localization Output". All filenames will be marked with "Localized" for identification.

3. The wind turbine fault document localization and visualization solution system according to claim 1, characterized in that, The fault data file localization module and plotting module include a file filtering mechanism and a multi-file simultaneous selection function. It can convert .txt files to .xlsx files and retrieve relevant data from the database to match and localize the data column headers. At the same time, this module can also use the data columns in the table to draw line charts of different colors and save them in the first sheet of the data table. The localized and plotted .xlsx files will be saved to the "Batch Localization Output" folder in the same directory as the software, with "Localized" appended to the file name as an identifier.

4. The wind turbine fault document localization and visualization solution system according to claim 1, characterized in that, The steps for translating fault files into Chinese include: opening the translation software, selecting the fault message translation tab, uploading the translation database content, selecting the file to be processed, the software processing the file to be translated, placing the generated result file in the "Batch Translation Output" folder under the program's running directory, and displaying a completion message in the software.

5. The wind turbine fault document localization and visualization solution system according to claim 4, characterized in that, The steps for translating and plotting the fault data file include: opening the translation software, selecting the fault data tab, uploading the translation database content, selecting the file to be processed, the software processing the file to be translated and plotting a line graph, the generated result file being placed in the "Batch Translation Output" folder under the program's running directory, and a processing completion prompt being displayed in the software.

6. The wind turbine fault document localization and visualization solution system according to claim 1, characterized in that, The database management operation steps include: opening the localization software, selecting the debug tab, entering the password, and then the page displays the corresponding download and upload buttons for the database. Click the corresponding button to update the localization database.

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