Infrared spectrum intelligent management system and method

Abstract

The invention discloses an infrared spectrogram intelligent management system and method, the system comprises an activation interface and a main interface, the main interface comprises a plurality of interfaces such as data entry, single entry and the like, and the main interface has multiple functions such as data import, picture analysis, diagnosis rules, data export, report generation and the like. The management method comprises the steps of equipment ledger inspection, system shooting and recording, fault diagnosis, data importing into a database, one-key detection report generation and the like. Compared with the prior art, the system and the method have the advantages that massive infrared spectrum data can be automatically classified and sorted, the manual workload is reduced, and the management efficiency is improved; intelligent diagnosis is more accurate, and the risk of fault misjudgment and missed judgment is reduced; the process is clear and concise, the user interface is friendly, operation is simple, and cost is saved; accuracy and completeness of data are guaranteed, abundant analysis tools and parameter adjustment options are provided, and a comprehensive basis is provided for equipment evaluation.

Description

Technical Field

[0001] The present invention relates to the field of infrared spectrum management of electric power equipment, and in particular to an infrared spectrum intelligent management system and method. Background Art

[0002] With the widespread application of information systems in power systems and the advancement of infrared acquisition technology, favorable conditions have been created for the establishment of an infrared image library based on computer information systems. The State Grid Corporation has implemented the "Five Connections and One Measures" management regulations and the detailed rules for substation evaluation management, requiring the establishment of an infrared spectrum library, which has prompted the research and development of an infrared spectrum management system. For a 500kV substation, there are a large number of pictures in the infrared spectrum library, which are prone to omissions during manual sorting and difficult to achieve a unified model. The establishment of an intelligent infrared spectrum management system can improve the safe operation level of the power grid, strengthen the management of power grid equipment, and achieve effective management and analysis of infrared data. In the current technical solution for infrared spectrum management, when shooting on site, the pictures are simply recorded according to the time and number of the photo. The amount of infrared data obtained is extremely large, the massive data is recorded in disorder, the workload of manually sorting the data in the later stage is huge, the data is difficult to manage effectively, and the processing efficiency is very low. Summary of the invention

[0003] The purpose of the present invention is to provide an infrared spectrum intelligent management system and method, by establishing an infrared spectrum intelligent management system and a corresponding method, to solve the problems of a huge amount of infrared data obtained, disordered records of massive data, huge workload of later manual data sorting, difficulty in effective data management, and low processing efficiency.

[0004] To achieve the above object, the present invention provides the following technical solutions: An infrared spectrum intelligent management system, characterized in that: it includes an activation interface and a main interface; the activation interface is provided with an input column for filling in corresponding information, and the required information is marked with "*", and the activation interface provides two modes: activation by activation code and activation by contacting staff in the background; The top of the main interface is provided with a data entry interface, a sheet entry interface, a main interface, a data export interface, and a diagnostic rule interface; The data entry interface in the main interface is provided with a folder import box, and the folder import box can be used to import picture folders taken by the smart shooting package or picture folders named according to the specification; The single-photo entry interface in the main interface is provided with an input field for filling in standard information, and corresponding standard information is filled in through the single-photo entry interface to import live-feed detection pictures with irregular names or live-feed detection pictures of other manufacturers; The main interface of the main interface is provided with a tree structure display box for displaying various types of data on the left side, a picture display area is provided on the lower right side, and "detection time", "equipment voltage", "equipment type", "part angle", "phase difference", "equipment status", "diagnosis method", "counting method" data retrieval options are provided on the upper right side; and "equipment name" and "three-phase comparison" function options are provided; the picture analysis interface can be entered through the "edit" option in the picture or double-clicking the picture, and the picture analysis interface displays the shooting date of the picture, the shooting time of the picture, the name of the picture, whether the picture is concerned, the radiation rate relative humidity, the distance, the ambient temperature, the weather, the wind speed, the operating voltage, the load current, the analysis information, the manual detection information, the automatic detection information, the historical analysis, the analysis data of the picture, and after the analysis is completed, the picture can be switched to save the analysis by clicking the save button in the lower right corner or checking "switch picture automatically"; The diagnostic rule interface in the main interface is provided with a rule package import function. When the rule package is imported and the image is analyzed, the intelligent analysis interface can be popped up by clicking on intelligent analysis. When in the intelligent analysis interface, double-click the infrared image of the rule interface below to pop up the rule option. Select the same type of equipment and double-click. The software automatically adds an analysis box according to the equipment. At this time, adjust the analysis according to the specific image. The intelligent analysis interface is provided with an intelligent diagnosis function. It can be found that the "Normal" of "Defect Level-Automatic" has changed. Click Save to save the diagnosis result. The data export interface function in the main interface is set with "main interface query conditions" and "custom conditions" options. After setting the options, select "export picture" when exporting to enter the data export interface; a tool button is set in the upper right corner of the data export interface, and the tool is set with data splitting, structure correction, picture batch naming, and original picture recovery functions. The project bar displayed in the lower right corner of the software can view the pictures of interest, browsing history and user information. The secondary analysis interface can be entered again through the browsing history, and the secondary analysis interface can also be entered by following the records.

[0005] The folder imported by the folder import box provided in the data entry interface in the main interface no longer has subfolders, and is a folder for directly storing pictures.

[0006] A tree structure display box for various data is set on the left side of the main interface of the main interface. You can delete the picture by right-clicking on the tree structure; after deletion, the tree structure interface will be refreshed; delete all the pictures displayed on the interface through the "batch delete" of the data interface or remove all the LOGOs of the pictures through the "batch watermark removal" function. This operation will not refresh the tree structure interface.

[0007] The file information displayed in the picture display area on the lower right side of the main interface is only allowed to be viewed but not modified; the "shooting parameters" information can be modified. If you select "restore default", the picture will restore the original parameter information; the "defect information" display, the automatic judgment of the defect level is not allowed to be modified, and the others can be modified manually; when an analysis is selected, the setting information of the analysis "analysis settings" will be displayed on the left; the "analysis settings" have analysis alias, analysis color, use of private temperature measurement parameters, use of private color palette, analysis text display, display of highest temperature point, and display of lowest temperature point functions.

[0008] The right side of the picture analysis interface is provided with a picture display area showing IR for infrared image, VI for visible light, UP for ultrasonic phase image, TP for TEV phase image, TM for TEV measurement image, and GH for pole number plate; the Auto key in the display of the picture name can automatically adjust the color scale range of the picture according to the scene; The lower right part of the picture analysis interface is provided with the picture name of the picture display area, and the upper part of the picture is provided with corresponding functions, including modifying the color palette, adding point analysis, adding line analysis, adding box analysis, deleting selected analysis, deleting all analysis, displaying coordinates and temperature, displaying the highest temperature point position, displaying the lowest temperature point position, line analysis temperature distribution, line analysis temperature trend chart, analyzing temperature histogram, setting imaging algorithm, setting scene mode; when the mouse is placed on the upper and lower ends of the color mark and up and down arrows appear, the range of the upper and lower color marks can be manually adjusted; when the mouse is placed in the middle of the color mark and a cross arrow appears, the color mark range can be manually adjusted as a whole.

[0009] The images in the image analysis interface can be viewed by flipping left and right pages, switching images to automatically save analysis and use the last analysis to apply. After clicking, the image will automatically apply the analysis information of the previous image according to the corresponding coordinates. At the same time, batch application analysis can be used to batch apply the pseudo color (palette), imaging range of the palette, and graphic analysis of this image to other selected images. For batch modification of the current interface parameters, the batch modification parameter window can be popped up through the "ctrl+alt+p" shortcut key to batch modify the current display interface parameter information.

[0010] The image analysis interface is provided with a "Report" option or by entering the image analysis report interface, both of which can print individual reports; the print report interface is provided with a "Batch Report" button which can batch print the report data of all images in the current interface; click on Batch Report, select "Text Template Type", "Report Data Order", and "Number of Images in a Single Document" in turn; select the save path and name the report, and the batch-generated reports can generate standardized report files through automatic numbering and automatic directory in Word.

[0011] The report file can copy the template file to a new folder, and the "dot" suffix of the report template file can be changed to "doc" suffix. All report templates can be stored in this folder in the future; double-click the directory "DefaultContents" word file to modify the directory file content, double-click the preface "DefaultPreface" word file to modify the preface file content, and double-click the report body "DefaultDot" word file to change the report template according to the bookmark information.

[0012] After the modification of the report template is completed, the suffix "DOC" is changed to "dot". The report template is selected through the data "settings". The report template is set with analysis temperature setting and watermark setting functions; If the infrared spectrum is a PNG format picture, the watermarking function is only available in the editing interface. You can add a watermark again by saving the picture, saving the picture as, or printing a single report. If the infrared spectrum is a picture in JPG format, watermarks can be added again to the single report, batch report, edited save picture, save picture as, and print single report on the main interface.

[0013] The exported data is image data classified according to voltage level and data type. To export, you must select "Export Image". The smart shooting package, temperature meter, PMS temperature meter, and backup data package are all exported through "Export Data". Of all the above data, only the export of the data backup package can be imported into the database from the data entry interface in the main interface.

[0014] The specific method of contacting the staff for backstage activation in the activation interface is to copy the user information, paste it into the clipboard, and contact the staff for activation via WeChat or SMS.

[0015] An infrared spectrum intelligent management method, characterized by comprising the following steps: S1: Check whether there is an equipment ledger. If not, go to step S2. If not, go to step S2 to create an equipment ledger and then go to step S2. S2: The system uses an infrared thermal imager to automatically name, shoot, and record according to the equipment ledger task package; S3: The infrared thermal imager diagnoses faults according to the ledger diagnosis rules and on-site equipment conditions, and reports the fault conditions immediately; S4: The data captured by the infrared thermal imager are imported into the database in batches; S5: The database software generates a test report with one click.

[0016] The data captured by the infrared thermal imager are imported into the database in batches to analyze the captured data, thereby strengthening the constraints and standards on the operation and maintenance personnel in the live detection work to ensure the shooting specifications and standards.

[0017] During the system activation phase, you need to fill in relevant information on the activation interface, and the mandatory items will be marked with "*". This step provides two activation methods, one is to use the activation code to activate, and the other is to choose to contact the staff for background activation. If you choose background activation, you need to copy the user information and contact the staff through WeChat or SMS to complete the activation. After entering the main interface, the several operation interfaces at the top have their own uses. In the data entry interface, there is a special folder import box for importing picture folders taken by the smart shooting package or named according to the specification. The imported folder cannot contain subfolders and must be directly stored in the picture. The single entry interface requires filling in standardized information to import those live detection pictures with irregular naming or live detection pictures from other manufacturers. In the main interface, the tree structure on the left is used to display various types of data. If you want to delete a picture, you can do it by right-clicking it. After deletion, the tree structure interface will automatically refresh. You can also delete all currently displayed pictures through the "batch delete" function on the data interface, or use the "batch watermark removal" function to remove all LOGO on the picture. This operation will not refresh the tree structure interface. The upper right side of the main interface sets the data retrieval options such as "detection time", "equipment voltage", "equipment type", "part angle", "phase difference", "equipment status", "diagnosis method", "counting method", etc., and is also equipped with "equipment name" and "three-phase comparison" function options. The lower right side is the picture display area. The file information displayed here can usually only be viewed and cannot be modified. The "shooting parameters" information of the picture can be modified. If you select "restore default", the picture will be restored to the original parameter information. In the display of "defect information", the automatic judgment of the defect level is not allowed to be modified, and other parts can be modified manually. When an analysis is selected, the detailed setting information of the analysis will be displayed on the left, including analysis alias, analysis color, use of private temperature measurement parameters, use of private palette, analysis text display, display of highest temperature point, display of lowest temperature point and other functions. By double-clicking the picture or clicking the "edit" option in the picture, you can enter the picture analysis interface. The right side of this interface will show in detail the shooting date, shooting time, name, whether it is being followed, emissivity relative humidity, distance, ambient temperature, weather, wind speed, operating voltage, load current, analysis information, manual detection information, automatic detection information, historical analysis, and the analysis data of the picture. After completing the analysis, you can switch pictures and save the analysis results by clicking the Save button in the lower right corner or checking "Switch pictures automatically". Pictures can be viewed by flipping left and right. When switching pictures, the analysis will be automatically saved, and the analysis information of the previous picture can be applied. At the same time, you can also use batch application analysis to batch apply the pseudo color (palette), imaging range of the palette, graphic analysis, etc. of this picture to other selected pictures.Batch modification of the current interface parameters can be achieved by pressing the "ctrl+alt+p" shortcut key to pop up the batch modification parameter window. In the upper part of the picture, a series of functions are also set, including modifying the color palette, adding point analysis, adding line analysis, adding box analysis, deleting selected analysis, deleting all analysis, displaying coordinates and temperature, displaying the highest temperature point position, displaying the lowest temperature point position, line analysis temperature distribution, line analysis temperature trend chart, analyzing temperature histogram, setting imaging algorithm, and setting scene mode. When the mouse is placed on the upper and lower ends of the color scale, when the up and down arrows appear, the range of the upper and lower color scales can be manually adjusted; when the mouse is placed in the middle of the color scale, when the cross arrow appears, the color scale range can be manually adjusted as a whole. The diagnostic rule interface is set with a rule package import function. When analyzing the picture after importing the rule package, clicking on smart analysis will pop up the smart analysis interface. In this interface, double-clicking the infrared image in the rule interface below will pop up the rule option, select the same type of device and then double-click, the software will automatically add an analysis box according to the device, and then adjust the analysis according to the specific picture situation. Moreover, the intelligent analysis interface has an intelligent diagnosis function, which can detect changes in the "normal" state of "defect level-automatic". Click Save to save the diagnosis results. The data export interface is set with "main interface query conditions" and "custom conditions" options. After accurately setting these options, select "export image" when exporting to enter the data export interface. There is a tool button in the upper right corner of the data export interface. The tool includes data splitting, structure correction, batch naming of images, and original image recovery functions. The project bar displayed in the lower right corner of the software can easily view the images of interest, browsing history and user information. You can enter the secondary analysis interface again by browsing the records, and you can also enter the secondary analysis interface smoothly by following the records.

[0018] You can print reports in the image analysis interface or in the image analysis report interface. You can print reports individually or in batches through the "Batch Report" button set in the print report interface to print the report data of all images in the current interface. After clicking Batch Report, select "Text Template Type", "Report Data Order", "Number of Images in a Single Document" in turn, then select the save path and name the report. The batch generated reports can generate standardized report files through word automatic numbering and automatic directory. The report file can copy the template file to a new folder, change the "dot" suffix of the report template file to "doc" suffix, and all report templates can be stored in this folder in the future. Double-click the directory "DefaultContents" word file to modify the directory file content, double-click the preface "DefaultPreface" word file to modify the preface file content, and double-click the report body "DefaultDot" word file to change the report template according to the bookmark information. After the report template is modified, change the suffix "DOC" to "dot", select the report template through the data "Settings", and the report template has the analysis temperature setting and watermark setting functions. It should be noted that if the infrared spectrum is a PNG format picture, the function of adding a watermark is only available in the editing interface, and the watermark can be added again when saving the picture, saving the picture as, or printing a single report; if the infrared spectrum is a JPG format picture, the single report, batch report in the main interface, and the saving picture, saving the picture as, and printing a single report in the editing interface can all add watermarks again.

[0019] The management method of the entire system follows the following steps: First, carefully check whether there is an equipment ledger. If not, establish an equipment ledger in a timely manner. Then, the system will use the infrared thermal imager to automatically name, shoot and record according to the equipment ledger task package. Next, the infrared thermal imager will diagnose the fault according to the ledger diagnosis rules and the actual condition of the on-site equipment, and report the fault immediately. After that, the data captured by the infrared thermal imager will be imported into the database in batches to deeply analyze the situation of the shooting data, so as to effectively strengthen the constraints and standards on the operation and maintenance personnel in the live detection work, and effectively ensure the standard shooting. Finally, the database software generates a test report with one click, providing an important reference and basis for subsequent work.

[0020] Compared with the prior art, the present invention has the following beneficial effects: It can automatically classify and organize massive amounts of infrared spectrum data in an orderly manner, greatly reducing the workload of manual sorting and improving the efficiency of data management.

[0021] The intelligent diagnosis function combined with the rule package can diagnose equipment failures more accurately, reduce the risk of misjudgment and missed diagnosis, and improve the reliability of equipment maintenance.

[0022] From data entry to report generation, the entire process is clear and concise, with a user-friendly interface. Operators can get started without complicated training, saving time and labor costs.

[0023] Through standardized data collection and import processes, the accuracy and completeness of the data are guaranteed, providing a reliable basis for subsequent analysis and decision-making.

[0024] It provides a wealth of image analysis tools and parameter adjustment options, which can deeply explore the potential information in the data and provide a more comprehensive basis for equipment status evaluation. BRIEF DESCRIPTION OF THE DRAWINGS

[0025] Figure 1 It is a flow chart of an infrared spectrum intelligent management system and method of the present invention and an infrared spectrum intelligent management method; Figure 2 An activation interface diagram of an infrared spectrum intelligent management system and method for inventing the present invention; Figure 3 This is a main interface diagram of an infrared spectrum intelligent management system and method of the present invention; Figure 4 This is a diagram of the data export interface of an infrared spectrum intelligent management system and method of the present invention; Figure 5 This is a single sheet input interface diagram of an infrared spectrum intelligent management system and method of the present invention; Figure 6 This is a main interface diagram after data entry of an infrared spectrum intelligent management system and method of the present invention; Figure 7 This is a picture analysis interface diagram of an infrared spectrum intelligent management system and method of the present invention; Figure 8 This is a picture analysis report interface diagram of an infrared spectrum intelligent management system and method of the present invention; Fig. 9 This is a batch application analysis diagram of an infrared spectrum intelligent management system and method of the present invention; Fig.10 An infrared spectrum intelligent management system and method for batch modification of parameter diagrams of the present invention; Fig.11 This is a diagram of the diagnostic rule interface of an infrared spectrum intelligent management system and method of the present invention; Fig.12 This is a diagram of an intelligent analysis interface of an infrared spectrum intelligent management system and method of the present invention; Fig.13 This is a diagnostic rule selection interface diagram of an infrared spectrum intelligent management system and method intelligent analysis interface of the present invention; Fig.14This is a printing report effect diagram of an infrared spectrum intelligent management system and method of the present invention; Fig.15 This is a diagram of the batch printing report interface of an infrared spectrum intelligent management system and method of the present invention; Fig.16 This is a diagram illustrating bookmark information of an infrared spectrum intelligent management system and method of the present invention; Fig.17 This is a report template setting diagram of an infrared spectrum intelligent management system and method of the present invention; Fig.18 This is a data export setting diagram of an infrared spectrum intelligent management system and method of the present invention; Fig.19 This is a data splitting interface diagram of an infrared spectrum intelligent management system and method of the present invention; Fig. 20 This is a diagram of the structure correction interface of an infrared spectrum intelligent management system and method of the present invention; Fig.21 This is a diagram of the original picture restoration interface of an infrared spectrum intelligent management system and method of the present invention; Fig. 22 This is an interface diagram of an infrared spectrum intelligent management system and method for batch naming of pictures of the present invention; Fig.23 This is a secondary analysis interface diagram of an infrared spectrum intelligent management system and method of the present invention; Specific implementation methods

[0026] The technical solutions in the embodiments of the present invention will be fully described below in conjunction with the accompanying drawings in the embodiments of the present invention.

[0027] As shown in the figure, an infrared spectrum intelligent management system is characterized by: including an activation interface and a main interface; the activation interface is provided with a corresponding information input column, and the required information is marked with "*", and the activation interface provides two modes of activation: activation code activation and contacting staff for backstage activation; The top of the main interface is provided with a data entry interface, a sheet entry interface, a main interface, a data export interface, and a diagnostic rule interface; The data entry interface in the main interface is provided with a folder import box, and the folder import box can be used to import picture folders taken by the smart shooting package or picture folders named according to the specification; The single-photo entry interface in the main interface is provided with an input field for filling in standard information, and corresponding standard information is filled in through the single-photo entry interface to import live-feed detection pictures with irregular names or live-feed detection pictures of other manufacturers; The main interface of the main interface is provided with a tree structure display box for displaying various types of data on the left side, a picture display area is provided on the lower right side, and "detection time", "equipment voltage", "equipment type", "part angle", "phase difference", "equipment status", "diagnosis method", "counting method" data retrieval options are provided on the upper right side; and "equipment name" and "three-phase comparison" function options are provided; the picture analysis interface can be entered through the "edit" option in the picture or double-clicking the picture, and the picture analysis interface displays the shooting date of the picture, the shooting time of the picture, the name of the picture, whether the picture is concerned, the radiation rate relative humidity, the distance, the ambient temperature, the weather, the wind speed, the operating voltage, the load current, the analysis information, the manual detection information, the automatic detection information, the historical analysis, the analysis data of the picture, and after the analysis is completed, the picture can be switched to save the analysis by clicking the save button in the lower right corner or checking "switch picture automatically"; The diagnostic rule interface in the main interface is provided with a rule package import function. When the rule package is imported and the image is analyzed, the intelligent analysis interface can be popped up by clicking on intelligent analysis. When in the intelligent analysis interface, double-click the infrared image of the rule interface below to pop up the rule option. Select the same type of equipment and double-click. The software automatically adds an analysis box according to the equipment. At this time, adjust the analysis according to the specific image. The intelligent analysis interface is provided with an intelligent diagnosis function. It can be found that the "Normal" of "Defect Level-Automatic" has changed. Click Save to save the diagnosis result. The data export interface function in the main interface is set with "main interface query conditions" and "custom conditions" options. After setting the options, select "export picture" when exporting to enter the data export interface; a tool button is set in the upper right corner of the data export interface, and the tool is set with data splitting, structure correction, picture batch naming, and original picture recovery functions. The project bar displayed in the lower right corner of the software can view the pictures of interest, browsing history and user information. The secondary analysis interface can be entered again through the browsing history, and the secondary analysis interface can also be entered by following the records.

[0028] The folder imported by the folder import box provided in the data entry interface in the main interface no longer has subfolders, and is a folder for directly storing pictures.

[0029] A tree structure display box for various data is set on the left side of the main interface of the main interface. You can delete the picture by right-clicking on the tree structure; after deletion, the tree structure interface will be refreshed; delete all the pictures displayed on the interface through the "batch delete" of the data interface or remove all the LOGOs of the pictures through the "batch watermark removal" function. This operation will not refresh the tree structure interface.

[0030] The file information displayed in the picture display area on the lower right side of the main interface is only allowed to be viewed but not modified; the "shooting parameters" information can be modified. If you select "restore default", the picture will restore the original parameter information; the "defect information" display, the automatic judgment of the defect level is not allowed to be modified, and the others can be modified manually; when an analysis is selected, the setting information of the analysis "analysis settings" will be displayed on the left; the "analysis settings" have analysis alias, analysis color, use of private temperature measurement parameters, use of private color palette, analysis text display, display of highest temperature point, and display of lowest temperature point functions.

[0031] The right side of the picture analysis interface is provided with a picture display area showing IR for infrared image, VI for visible light, UP for ultrasonic phase image, TP for TEV phase image, TM for TEV measurement image, and GH for pole number plate; the Auto key in the display of the picture name can automatically adjust the color scale range of the picture according to the scene; The lower right part of the picture analysis interface is provided with the picture name of the picture display area, and the upper part of the picture is provided with corresponding functions, including modifying the color palette, adding point analysis, adding line analysis, adding box analysis, deleting selected analysis, deleting all analysis, displaying coordinates and temperature, displaying the highest temperature point position, displaying the lowest temperature point position, line analysis temperature distribution, line analysis temperature trend chart, analyzing temperature histogram, setting imaging algorithm, setting scene mode; when the mouse is placed on the upper and lower ends of the color mark and up and down arrows appear, the range of the upper and lower color marks can be manually adjusted; when the mouse is placed in the middle of the color mark and a cross arrow appears, the color mark range can be manually adjusted as a whole.

[0032] The images in the image analysis interface can be viewed by flipping left and right pages, switching images to automatically save analysis and use the last analysis to apply. After clicking, the image will automatically apply the analysis information of the previous image according to the corresponding coordinates. At the same time, batch application analysis can be used to batch apply the pseudo color (palette), imaging range of the palette, and graphic analysis of this image to other selected images. For batch modification of the current interface parameters, the batch modification parameter window can be popped up through the "ctrl+alt+p" shortcut key to batch modify the current display interface parameter information.

[0033] The image analysis interface is provided with a "Report" option or by entering the image analysis report interface, both of which can print individual reports; the print report interface is provided with a "Batch Report" button which can batch print the report data of all images in the current interface; click on Batch Report, select "Text Template Type", "Report Data Order", and "Number of Images in a Single Document" in turn; select the save path and name the report, and the batch-generated reports can generate standardized report files through automatic numbering and automatic directory in Word.

[0034] The report file can copy the template file to a new folder, and the "dot" suffix of the report template file can be changed to "doc" suffix. All report templates can be stored in this folder in the future; double-click the directory "DefaultContents" word file to modify the directory file content, double-click the preface "DefaultPreface" word file to modify the preface file content, and double-click the report body "DefaultDot" word file to change the report template according to the bookmark information.

[0035] After the modification of the report template is completed, the suffix "DOC" is changed to "dot". The report template is selected through the data "settings". The report template is set with analysis temperature setting and watermark setting functions; If the infrared spectrum is a PNG format picture, the watermarking function is only available in the editing interface. You can add a watermark again by saving the picture, saving the picture as, or printing a single report. If the infrared spectrum is a picture in JPG format, watermarks can be added again to the single report, batch report, edited save picture, save picture as, and print single report on the main interface.

[0036] The exported data is image data classified according to voltage level and data type. To export, you must select "Export Image". The smart shooting package, temperature meter, PMS temperature meter, and backup data package are all exported through "Export Data". Of all the above data, only the export of the data backup package can be imported into the database from the data entry interface in the main interface.

[0037] The specific method of contacting the staff for backstage activation in the activation interface is to copy the user information, paste it into the clipboard, and contact the staff for activation via WeChat or SMS.

[0038] An infrared spectrum intelligent management method, characterized by comprising the following steps: S1: Check whether there is an equipment ledger. If not, go to step S2. If not, go to step S2 to create an equipment ledger and then go to step S2. S2: The system uses an infrared thermal imager to automatically name, shoot, and record according to the equipment ledger task package; S3: The infrared thermal imager diagnoses faults according to the ledger diagnosis rules and on-site equipment conditions, and reports the fault conditions immediately; S4: The data captured by the infrared thermal imager are imported into the database in batches; S5: The database software generates a test report with one click.

[0039] The data captured by the infrared thermal imager are imported into the database in batches to analyze the captured data, thereby strengthening the constraints and standards on the operation and maintenance personnel in the live detection work to ensure the shooting specifications and standards.

[0040] During the system activation phase, you need to fill in relevant information on the activation interface, and the mandatory items will be marked with "*". This step provides two activation methods, one is to use the activation code to activate, and the other is to choose to contact the staff for background activation. If you choose background activation, you need to copy the user information and contact the staff through WeChat or SMS to complete the activation. After entering the main interface, the several operation interfaces at the top have their own uses. In the data entry interface, there is a special folder import box for importing picture folders taken by the smart shooting package or named according to the specification. The imported folder cannot contain subfolders and must be directly stored in the picture. The single entry interface requires filling in standardized information to import those live detection pictures with irregular naming or live detection pictures from other manufacturers. In the main interface, the tree structure on the left is used to display various types of data. If you want to delete a picture, you can do it by right-clicking it. After deletion, the tree structure interface will automatically refresh. You can also delete all currently displayed pictures through the "batch delete" function on the data interface, or use the "batch watermark removal" function to remove all LOGO on the picture. This operation will not refresh the tree structure interface. The upper right side of the main interface sets the data retrieval options such as "detection time", "equipment voltage", "equipment type", "part angle", "phase difference", "equipment status", "diagnosis method", "counting method", etc., and is also equipped with "equipment name" and "three-phase comparison" function options. The lower right side is the picture display area. The file information displayed here can usually only be viewed and cannot be modified. The "shooting parameters" information of the picture can be modified. If you select "restore default", the picture will be restored to the original parameter information. In the display of "defect information", the automatic judgment of the defect level is not allowed to be modified, and other parts can be modified manually. When an analysis is selected, the detailed setting information of the analysis will be displayed on the left, including analysis alias, analysis color, use of private temperature measurement parameters, use of private palette, analysis text display, display of highest temperature point, display of lowest temperature point and other functions. By double-clicking the picture or clicking the "edit" option in the picture, you can enter the picture analysis interface. The right side of this interface will show in detail the shooting date, shooting time, name, whether it is being followed, emissivity relative humidity, distance, ambient temperature, weather, wind speed, operating voltage, load current, analysis information, manual detection information, automatic detection information, historical analysis, and the analysis data of the picture. After completing the analysis, you can switch pictures and save the analysis results by clicking the Save button in the lower right corner or checking "Switch pictures automatically". Pictures can be viewed by flipping left and right. When switching pictures, the analysis will be automatically saved, and the analysis information of the previous picture can be applied. At the same time, you can also use batch application analysis to batch apply the pseudo color (palette), imaging range of the palette, graphic analysis, etc. of this picture to other selected pictures.Batch modification of the current interface parameters can be achieved by pressing the "ctrl+alt+p" shortcut key to pop up the batch modification parameter window. In the upper part of the picture, a series of functions are also set, including modifying the color palette, adding point analysis, adding line analysis, adding box analysis, deleting selected analysis, deleting all analysis, displaying coordinates and temperature, displaying the highest temperature point position, displaying the lowest temperature point position, line analysis temperature distribution, line analysis temperature trend chart, analyzing temperature histogram, setting imaging algorithm, and setting scene mode. When the mouse is placed on the upper and lower ends of the color scale, when the up and down arrows appear, the range of the upper and lower color scales can be manually adjusted; when the mouse is placed in the middle of the color scale, when the cross arrow appears, the color scale range can be manually adjusted as a whole. The diagnostic rule interface is set with a rule package import function. When analyzing the picture after importing the rule package, clicking on smart analysis will pop up the smart analysis interface. In this interface, double-clicking the infrared image in the rule interface below will pop up the rule option, select the same type of device and then double-click, the software will automatically add an analysis box according to the device, and then adjust the analysis according to the specific picture situation. Moreover, the intelligent analysis interface has an intelligent diagnosis function, which can detect changes in the "normal" state of "defect level-automatic". Click Save to save the diagnosis results. The data export interface is set with "main interface query conditions" and "custom conditions" options. After accurately setting these options, select "export image" when exporting to enter the data export interface. There is a tool button in the upper right corner of the data export interface. The tool includes data splitting, structure correction, batch naming of images, and original image recovery functions. The project bar displayed in the lower right corner of the software can easily view the images of interest, browsing history and user information. You can enter the secondary analysis interface again by browsing the records, and you can also enter the secondary analysis interface smoothly by following the records.

[0041] You can print reports in the image analysis interface or in the image analysis report interface. You can print reports individually or in batches through the "Batch Report" button set in the print report interface to print the report data of all images in the current interface. After clicking Batch Report, select "Text Template Type", "Report Data Order", "Number of Images in a Single Document" in turn, then select the save path and name the report. The batch generated reports can generate standardized report files through word automatic numbering and automatic directory. The report file can copy the template file to a new folder, change the "dot" suffix of the report template file to "doc" suffix, and all report templates can be stored in this folder in the future. Double-click the directory "DefaultContents" word file to modify the directory file content, double-click the preface "DefaultPreface" word file to modify the preface file content, and double-click the report body "DefaultDot" word file to change the report template according to the bookmark information. After the report template is modified, change the suffix "DOC" to "dot", select the report template through the data "Settings", and the report template has the analysis temperature setting and watermark setting functions. It should be noted that if the infrared spectrum is a PNG format picture, the function of adding a watermark is only available in the editing interface, and the watermark can be added again when saving the picture, saving the picture as, or printing a single report; if the infrared spectrum is a JPG format picture, the single report, batch report in the main interface, and the saving picture, saving the picture as, and printing a single report in the editing interface can all add watermarks again.

[0042] The management method of the entire system follows the following steps: First, carefully check whether there is an equipment ledger. If not, establish an equipment ledger in a timely manner. Then, the system will use the infrared thermal imager to automatically name, shoot and record according to the equipment ledger task package. Next, the infrared thermal imager will diagnose the fault according to the ledger diagnosis rules and the actual condition of the on-site equipment, and report the fault immediately. After that, the data captured by the infrared thermal imager will be imported into the database in batches to deeply analyze the situation of the shooting data, so as to effectively strengthen the constraints and standards on the operation and maintenance personnel in the live detection work, and effectively ensure the standard shooting. Finally, the database software generates a test report with one click, providing an important reference and basis for subsequent work.

Claims

1. An infrared spectrum intelligent management system, Features: It includes an activation interface and a main interface; the activation interface is provided with a corresponding information input column, and the required information is marked with "*", and the activation interface provides two methods: activation by activation code and activation by contacting staff in the background; The top of the main interface is provided with a data entry interface, a sheet entry interface, a main interface, a data export interface, and a diagnostic rule interface; The data entry interface in the main interface is provided with a folder import box, and the folder import box can be used to import picture folders taken by the smart shooting package or picture folders named according to the specification; The single-photo entry interface in the main interface is provided with an input field for filling in standard information, and corresponding standard information is filled in through the single-photo entry interface to import live-feed detection pictures with irregular names or live-feed detection pictures of other manufacturers; The main interface of the main interface is provided with a tree structure display box for displaying various types of data on the left side, a picture display area is provided on the lower right side, and "detection time", "equipment voltage", "equipment type", "part angle", "phase difference", "equipment status", "diagnosis mode", "counting mode" data retrieval options are provided on the upper right side; and "equipment name" and "three-phase comparison" function options are provided; the picture analysis interface can be entered through the "edit" option in the picture or by double-clicking the picture, and the picture analysis interface displays the shooting date of the picture, the shooting time of the picture, the name of the picture, whether the picture is concerned, the radiation rate relative humidity, the distance, the ambient temperature, the weather, the wind speed, the operating voltage, the load current, the analysis information, the manual detection information, the automatic detection information, the historical analysis, the analysis data of the picture, and after the analysis is completed, the picture can be switched to save the analysis by clicking the save button in the lower right corner or checking "switch picture automatically"; The diagnostic rule interface in the main interface is provided with a rule package import function. When the rule package is imported and the image is analyzed, the intelligent analysis interface can be popped up by clicking on intelligent analysis. When in the intelligent analysis interface, double-click the infrared image in the rule interface below to pop up the rule option. Select the same type of equipment and double-click. The software automatically adds an analysis box according to the equipment. At this time, adjust the analysis according to the specific image. The intelligent analysis interface is provided with an intelligent diagnosis function. It can be found that the "Normal" of "Defect Level-Automatic" has changed. Click Save to save the diagnosis result. The data export interface function in the main interface is set with "main interface query conditions" and "custom conditions" options. After setting the options, select "export pictures" when exporting to enter the data export interface; a tool button is set in the upper right corner of the data export interface, and the tool is set with data splitting, structure correction, batch naming of pictures, and original picture recovery functions. The project bar displayed in the lower right corner of the software can view the pictures of interest, browsing history and user information. The secondary analysis interface can be entered again through the browsing history, and the secondary analysis interface can also be entered by following the records.

2. An infrared spectrum intelligent management system according to claim 1, Features: The folder imported by the folder import box provided in the data entry interface in the main interface no longer has subfolders, and is a folder for directly storing pictures.

3. The infrared spectrum intelligent management system according to claim 1, Features: A tree structure display box for various data is set on the left side of the main interface of the main interface. You can delete the picture by right-clicking on the tree structure; after deletion, the tree structure interface will be refreshed; delete all the pictures displayed on the interface through the "batch delete" of the data interface or remove all the LOGOs of the pictures through the "batch watermark removal" function. This operation will not refresh the tree structure interface.

4. The infrared spectrum intelligent management system according to claim 1, Features: The file information displayed in the picture display area on the lower right side of the main interface is only allowed to be viewed but not modified; the "shooting parameters" information can be modified. If you select "restore default", the picture will restore the original parameter information; the "defect information" display, the automatic judgment of the defect level is not allowed to be modified, and the others can be modified manually; when an analysis is selected, the setting information of the analysis "analysis settings" will be displayed on the left; the "analysis settings" have analysis alias, analysis color, use of private temperature measurement parameters, use of private color palette, analysis text display, display of highest temperature point, and display of lowest temperature point functions.

5. The infrared spectrum intelligent management system according to claim 1, Features: The right side of the picture analysis interface is provided with a picture display area showing IR for infrared image, VI for visible light, UP for ultrasonic phase image, TP for TEV phase image, TM for TEV measurement image, and GH for pole number plate; the Auto key in the display of the picture name can automatically adjust the color range of the picture according to the scene.

6. The infrared spectrum intelligent management system according to claim 1, Features: The lower right part of the picture analysis interface is provided with the picture name of the picture display area, and the upper part of the picture is provided with corresponding functions, including modifying the color palette, adding point analysis, adding line analysis, adding frame analysis, deleting the selected analysis, deleting all analyses, displaying coordinates and temperature, displaying the highest temperature point position, displaying the lowest temperature point position, line analysis temperature distribution, line analysis temperature trend chart, analyzing temperature histogram, setting imaging algorithm, setting scene mode; when the mouse is placed on the upper and lower ends of the color mark, when the up and down arrows appear, the range of the upper and lower color marks can be manually adjusted; when the mouse is placed in the middle of the color mark, when the cross arrow appears, the color mark range can be manually adjusted as a whole; The pictures in the picture analysis interface can be viewed by turning the pages left and right, switching pictures to automatically save the analysis and use the last analysis to apply. After clicking, the picture will automatically apply the analysis information of the last picture according to the corresponding coordinates. At the same time, the pseudo color (palette), imaging range of the palette, and graphic analysis of this picture can be batch applied to other selected pictures by using batch application analysis. For batch modification of the current interface parameters, the batch modification parameter window can be popped up through the "ctrl+alt+p" shortcut key to batch modify the current display interface parameter information.

7. The infrared spectrum intelligent management system according to claim 1, Features: The image analysis interface is provided with a "Report" option or the image analysis report interface is entered, and reports can be printed individually; the print report interface is provided with a "Batch Report" button to batch print the report data of all images in the current interface; click Batch Report, select "Text Template Type", "Report Data Order", "Number of Images in a Single Document" in turn; select the save path and name the report, and the batch generated reports can generate standardized report files through automatic numbering and automatic directory of Word; The report file can copy the template file to a new folder, and the "dot" suffix of the report template file can be changed to "doc" suffix. All report templates can be stored in this folder in the future; double-click the directory "DefaultContents" word file to modify the directory file content, double-click the preface "DefaultPreface" word file to modify the preface file content, and double-click the report body "DefaultDot" word file to change the report template according to the bookmark information.

8. An infrared spectrum intelligent management system according to claim 7, Features: After the modification of the report template is completed, the suffix "DOC" is changed to "dot". The report template is selected through the data "settings". The report template has analysis temperature setting and watermark setting functions; If the infrared spectrum is a PNG format image, the watermarking function is only available in the editing interface. You can add a watermark again by saving the image, saving the image as, or printing a single report. If the infrared spectrum is a JPG format image, watermarks can be added again in the single report, batch report, edited save image, save image as, and print single report on the main interface; The exported data is image data classified according to voltage level and data type. To export, you must select "Export Image". The smart shooting package, temperature meter, PMS temperature meter, and backup data package are all exported through "Export Data". Of all the above data, only the export of the data backup package can be imported into the database from the data entry interface in the main interface.

9. The infrared spectrum intelligent management system according to claim 1, Features: The specific method of contacting the staff for backstage activation in the activation interface is to copy the user information, paste it into the clipboard, and contact the staff for activation via WeChat or SMS.

10. An infrared spectrum intelligent management method, Features The following steps are included: S1: Check whether there is an equipment ledger. If no equipment ledger is established, go to step S2. If no equipment ledger is established, go to create an equipment ledger and then go to step S2; S2: The system uses an infrared thermal imager to automatically name, shoot, and record according to the equipment ledger task package; S3: The infrared thermal imager diagnoses faults according to the ledger diagnosis rules and the on-site equipment conditions, and reports the fault conditions immediately; S4: The data captured by the infrared thermal imager are imported into the database in batches; S5: Database software generates test reports with one click; The data captured by the infrared thermal imager are imported into the database in batches to analyze the captured data, thereby strengthening the constraints and standards on the operation and maintenance personnel in the live detection work to ensure the shooting specifications and standards.

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