CN112100995B - Method and device for batch generation of earthquake-proof reports of pressure vessels - Google Patents
Method and device for batch generation of earthquake-proof reports of pressure vessels Download PDFInfo
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Abstract
The invention discloses a method and a device for batch generation of pressure vessel earthquake-proof reports, wherein the method comprises the following steps: establishing a preset Word template, and writing information of a pressure container anti-seismic report into the preset Word template to be used as a bookmark; using a user interaction interface to associate the information of the pressure container anti-seismic report named according to the convention as an input item to a bookmark in a preset Word template; and generating a Word report by using a user interaction interface based on the edited Word template. In the method, operations such as manual input, insertion and the like are not needed, and a Word version report is generated in high-quality batch by utilizing a program with high efficiency. The nuclear power pressure vessel earthquake-resistant analysis report can be generated rapidly and reliably, and meanwhile, the tool can be used for automatically generating the pressure vessel earthquake-resistant analysis report in batches, so that the nuclear power pressure vessel earthquake-resistant analysis report is simple and convenient to operate, and has the advantages of high efficiency and low error rate.
Description
Technical Field
The invention belongs to the technical field of nuclear power post-treatment, and particularly relates to a method and a device for generating earthquake-proof reports of pressure vessels in batches.
Background
Microsoft document processing software Word has become the most widely used office application software in the world due to its powerful functions, friendly operation interface and other features. Most users can complete their own document processing work using Word software without programming.
In order to quickly complete a mechanical earthquake-resistant analysis calculation report, designers basically modify project reports made before at present to generate a new device earthquake-resistant analysis report. Even if the original report is modified, the trivial information such as the security level, the earthquake-resistant type, the volume, the design pressure, the factory building, the elevation and the like is modified, errors can be generated if the trivial information is slightly missed, the problems are all places with strict check and important check, the material attribute, the takeover load and the response spectrum data input in the report are generally longer form data, especially the response spectrum data form can occupy one page, and the error input can be caused in the filling process; in the reported results part, there are many table data of stress assessment, and update and modification are needed for these data, which also generates errors; the last appendix of the report often contains more than ten pictures, and the programming can be inserted by mistake in the process of inserting the pictures. In summary, many "traps" exist in the process of completing one mechanical earthquake-resistant analysis report, and a programmer can generate errors with little carelessness.
Disclosure of Invention
The invention aims to solve the technical problems in the prior art, and provides a method and a device for generating earthquake-proof reports of pressure vessels in batches.
The technical scheme adopted for solving the technical problem of the invention is to provide a method for generating earthquake-proof reports of pressure vessels in batches, which comprises the following steps:
establishing a preset Word template, and writing information of a pressure container anti-seismic report into the preset Word template to be used as a bookmark;
editing information of the earthquake-proof report of the pressure container named according to the convention into a bookmark in a preset Word template by using a user interaction interface;
and generating a Word report by using a user interaction interface based on the edited Word template.
Preferably, using the user interaction interface to associate the information of the pressure vessel earthquake-proof report named according to the convention as an input item to a bookmark in a preset Word template comprises: editing pressure vessel summary information in pressure vessel earthquake-proof report information named according to conventions into bookmarks in a preset Word template by using a user interaction interface, wherein the pressure vessel summary information comprises: engineering name, factory name, report number, document number, pressure vessel name, and installation location.
Preferably, using the user interaction interface to associate the information of the pressure vessel earthquake-proof report named according to the convention as an input item to a bookmark in a preset Word template comprises: editing the technical characteristic information of the pressure container in the pressure container earthquake-proof report information named according to the convention into a bookmark in a preset Word template by using a user interaction interface, wherein the technical characteristic information of the pressure container comprises: safety level, standard level, earthquake-proof type, design pressure, design temperature, working medium, corrosion allowance, and negative deviation of plate thickness.
Preferably, the information of the pressure vessel earthquake-proof report includes: the material of the pressure vessel and the information of the load,
the pressure vessel material information includes: young's modulus, poisson's ratio, yield strength, tensile strength, allowable stress, the pressure vessel material information is presented in a form of a table in the Word report, and the step of using the user interaction interface to associate the information of the pressure vessel earthquake-proof report named according to the convention as an input item to a bookmark in a preset Word template comprises the following steps: clicking and inputting the pressure container material information named according to the convention into a bookmark in a preset Word template by using a user interaction interface;
the pressure vessel load information includes: taking over the load information, the reaction spectrum data information and the pressure vessel weight information, and associating the information of the pressure vessel earthquake-proof report named according to the convention into a bookmark in a preset Word template by using a user interaction interface, wherein the bookmark further comprises: clicking and inputting the load taking information and the pressure container dead weight information named according to the convention into bookmarks in a preset Word template by using a user interaction interface as input items; and automatically inserting the reaction spectrum data named according to the convention into bookmarks in a preset Word template by directly reading txt text data of the reaction spectrum data by using a user interaction interface, and automatically judging the number of rows and columns of the generated form according to the data inserted by the txt text.
Preferably, using the user interaction interface to associate the information of the pressure vessel earthquake-proof report named according to the convention as an input item to a bookmark in a preset Word template comprises:
directly reading txt text data under a working catalog of a component stress evaluation result of a pressure container earthquake-proof report named according to a convention by utilizing a user interaction interface, calculating and outputting the txt text result through finite elements, automatically generating a stress evaluation form according to the outputted txt text result, automatically generating a form title for the stress evaluation form, and editing the form title into a bookmark in a preset Word template;
and reading the pictures in the work directory of the pictures in the pressure container named according to the convention by using a user interaction interface, automatically inserting the pictures into bookmarks in a preset Word template according to the picture names, and generating picture titles for the pictures.
Preferably, the batch generation pressure vessel earthquake-proof reporting method further comprises the following steps: and calculating the takeover assessment, the compression bar buckling and the outer buckling by using the user interaction interface to obtain a calculation result, and inputting the calculation result named according to the convention into a bookmark in a preset Word template.
The invention also provides a device used for the batch generation pressure vessel earthquake-proof report method, which comprises the following steps:
the template establishing unit is used for establishing a preset Word template, and information of the pressure container anti-seismic report needs to be written in the preset Word template to be used as a bookmark;
the user interaction unit is used for using a user interaction interface of the user interaction unit to associate the information of the earthquake-proof report of the pressure container named according to the convention as an input item to a bookmark in a preset Word template established by the template establishment unit;
and the generation report unit is used for generating a Word report through a user interaction interface of the user interaction unit based on the Word template edited by the user interaction unit.
Preferably, the user interaction unit includes: the first user interaction module is used for editing the summary information of the pressure container in the information of the earthquake-proof report of the pressure container named according to the convention into bookmarks in a preset Word template established by the template establishing unit by using a user interaction interface of the first user interaction module.
Preferably, the user interaction unit includes: and the second user interaction module is used for editing the technical characteristic information of the pressure container in the information of the pressure container earthquake-resistant report named according to the convention into the bookmark in the preset Word template established by the template establishing unit by using the user interaction interface.
Preferably, the user interaction unit includes: a third user interaction module is provided for the user to interact with the user interface module,
the information reported by the earthquake of the pressure vessel comprises: the material of the pressure vessel and the information of the load,
the pressure vessel material information includes: the third user interaction module is used for clicking and inputting the pressure vessel material information named according to the convention into a bookmark in a preset Word template established by the template establishing unit by using a user interaction interface of the third user interaction module;
the pressure vessel load information includes: the third user interaction module is also used for clicking and inputting the takeover load information and the pressure vessel weight information named according to convention into bookmarks in a preset Word template established by the template establishing unit by using the user interaction interface; and automatically inserting the reaction spectrum data named according to the convention into bookmarks in a preset Word template established by a template establishing unit by directly reading txt text data of the reaction spectrum data through a user interaction interface of a third user interaction module, and automatically judging the number of rows and columns of the generated table according to the data inserted by the txt text.
Preferably, the user interaction unit includes: the fourth user interaction module is used for directly reading txt text data under a working catalog of component stress evaluation results of the earthquake-proof report of the pressure container named according to the convention by utilizing a user interaction interface of the fourth user interaction module, outputting txt text results through finite element calculation, automatically generating a stress evaluation form according to the outputted txt text results, automatically generating a form title for the stress evaluation form, and editing the form title into a bookmark in a preset Word template established by a template establishing unit; and the fourth user interaction module is also used for reading the pictures under the work directory of the pictures in the pressure container anti-seismic report named according to the convention by utilizing the user interaction interface, automatically inserting the pictures into bookmarks in a preset Word template established by the template establishing unit according to the picture names, and generating picture titles for the pictures.
Preferably, the user interaction unit includes:
the calculation module is used for calculating takeover assessment, compression bar buckling and outer buckling by using the user interaction interface to obtain a calculation result, and inputting the calculation result named according to the convention into a bookmark in a preset Word template established by the template establishment unit.
The invention relates to a method and a device for batch generation of earthquake-proof reports of pressure vessels, and belongs to the technical field of mechanical calculation analysis post-treatment of nuclear power equipment. According to the method, the preset Word template is parameterized, parameters to be modified are assembled into a user interaction interface, input items named according to conventions are edited into the preset Word template, a final anti-seismic report is generated based on the edited Word template, manual input, insertion and other operations are not needed in the process, and the Word report is generated in a high-efficiency and high-quality batch mode by utilizing a program. The method can quickly and reliably generate the nuclear power pressure vessel earthquake-resistant analysis report, and simultaneously, the device used by the method for generating the pressure vessel earthquake-resistant report in batches is automatically optimized, is simple and convenient to operate, and has the advantages of high efficiency and low error rate.
Drawings
FIG. 1 is a flow chart of a method of batch generation of pressure vessel seismic reports in embodiments 1, 2 of the invention;
FIG. 2 is a schematic view of the structure of an apparatus used in the method for mass-producing pressure vessel earthquake-proof reporting of embodiment 1 of the present invention;
FIG. 3 is a flow chart of a method of batch generation of pressure vessel seismic reporting in embodiment 3 of the invention.
In the figure: 1-building a template unit; 2-a user interaction unit; 3-generating a reporting unit.
Detailed Description
The present invention will be described in further detail below with reference to the drawings and detailed description for the purpose of better understanding of the technical solution of the present invention to those skilled in the art.
Embodiments of the present patent are described in detail below, examples of which are illustrated in the accompanying drawings, wherein the same or similar reference numerals refer to the same or similar elements or elements having the same or similar functions throughout. The embodiments described below by referring to the drawings are exemplary only for explaining the present patent and are not to be construed as limiting the present patent.
Example 1
As shown in fig. 1, the embodiment provides a method for batch generation of earthquake-proof reports of pressure vessels, which comprises the following steps:
s101, a preset Word template is established, and information of a pressure container anti-seismic report needs to be written in the preset Word template to be used as a bookmark;
s102, using a user interaction interface to associate information of the pressure container anti-seismic report named according to the convention as an input item to a bookmark in a preset Word template;
s103, generating a Word report by using a user interaction interface based on the edited Word template.
As shown in fig. 2, this embodiment further provides an apparatus for use in the above method for batch generating an earthquake-proof report of a pressure vessel, including:
the method comprises the steps of establishing a template unit 1, wherein the template unit is used for establishing a preset Word template, and writing information of a pressure container anti-seismic report into the preset Word template to be used as a bookmark;
the user interaction unit 2 is used for using a user interaction interface thereof to associate the information of the pressure container anti-seismic report named according to the convention as an input item to a bookmark in a preset Word template established by the template establishment unit 1;
and the generation report unit 3 is used for generating a Word report through a user interaction interface of the user interaction unit 2 based on the Word template edited by the user interaction unit 2.
The embodiment relates to a method and a device for generating earthquake-proof reports of pressure vessels in batches, and belongs to the technical field of mechanical calculation analysis post-treatment of nuclear power equipment. According to the method, the preset Word template is parameterized, parameters to be modified are assembled into a user interaction interface, input items named according to conventions are edited into the preset Word template, a final anti-seismic report is generated based on the edited Word template, manual input, insertion and other operations are not needed in the process, and the Word report is generated in a high-efficiency and high-quality batch mode by utilizing a program. The method can quickly and reliably generate the nuclear power pressure vessel earthquake-resistant analysis report, and simultaneously, the device used by the method for generating the pressure vessel earthquake-resistant report in batches is automatically optimized, is simple and convenient to operate, and has the advantages of high efficiency and low error rate.
Example 2
As shown in fig. 3, the embodiment provides a method for batch generation of earthquake-proof reports of pressure vessels, which comprises the following steps:
s201, a preset Word template is established, and information of a pressure container anti-seismic report needs to be written in the preset Word template to be used as a bookmark;
s202, using a user interaction interface to associate the pressure vessel summary information in the pressure vessel earthquake-proof report information named according to the convention to a bookmark in a preset Word template. Wherein the pressure vessel summary information comprises: engineering name, factory name, report number, document number, pressure vessel name, and installation location.
S203, using a user interaction interface to edit the technical characteristic information of the pressure container in the pressure container earthquake-proof report information named according to the convention as an input item to a bookmark in a preset Word template. Wherein, the pressure vessel technical characteristic information includes: safety level, standard level, earthquake-proof type, design pressure, design temperature, working medium, corrosion allowance, and negative deviation of plate thickness.
The information reported by the earthquake for the pressure vessel at S204 comprises: pressure vessel material and load information.
The pressure vessel material information includes: young's modulus, poisson's ratio, yield strength, tensile strength, allowable stress, and pressure vessel material information is presented in a tabular form in Word report. Clicking and inputting the pressure container material information named according to the convention into a bookmark in a preset Word template by using a user interaction interface; the common materials are already recorded in the software library and only need to be selected.
The pressure vessel load information includes: taking over load information, reaction spectrum data information and pressure vessel weight information, and clicking and inputting the taking over load information and the pressure vessel weight information which are named according to convention into bookmarks in a preset Word template by using a user interaction interface as input items; the connecting pipe load recorded in the background can be added by selecting the connecting pipe material and the nominal diameter, the connecting pipe load comprises axial force, shearing force, bending moment and torque, and the connecting pipe load can be modified according to enterprise standards; and inputting basic calculation information of the takeover, such as pressure, height, inner diameter, outer diameter and the like, in the takeover calculation page, and obtaining a local takeover calculation result as an input item which is inserted into Word later. And automatically inserting the reaction spectrum data named according to the convention into a bookmark in a preset Word template by directly reading txt text data of the reaction spectrum data by using a user interaction interface, and automatically judging the number of rows and columns of the generated form according to the data inserted by the txt text without manual copying and inserting.
S205, directly reading txt text data under a working catalog of a component stress evaluation result of a pressure container earthquake-proof report named according to a convention by utilizing a user interaction interface, calculating and outputting a txt text result through a finite element, automatically generating a stress evaluation form according to the outputted txt text result, automatically generating a form title for the stress evaluation form, and editing the form title into a bookmark in a preset Word template; wherein the txt text is separated by commas according to a contracted naming convention.
And reading the picture under the working catalog of the picture in the pressure container according to the appointed naming (component name_film stress_working condition) by using a user interaction interface, automatically inserting the picture into a bookmark in a preset Word template according to the picture name by an interface background, and generating a picture title for the picture.
S206, calculating the takeover assessment, the compression bar buckling and the outer buckling by using the user interaction interface to obtain a calculation result, and inputting the calculation result named according to the convention into a bookmark in a preset Word template.
S207, generating a Word report by using a user interaction interface based on the edited Word template.
As shown in fig. 1, this embodiment further provides an apparatus for use in the above method for batch generating an earthquake-proof report of a pressure vessel, including:
the method comprises the steps of establishing a template unit 1, wherein the template unit is used for establishing a preset Word template, and writing information of a pressure container anti-seismic report into the preset Word template to be used as a bookmark;
the user interaction unit 2 is used for using a user interaction interface thereof to associate the information of the pressure container anti-seismic report named according to the convention as an input item to a bookmark in a preset Word template established by the template establishment unit 1; the user interaction unit 2 includes:
the first user interaction module is used for editing the summary information of the pressure container in the information of the earthquake-proof report of the pressure container named according to the convention into bookmarks in a preset Word template established by the template establishing unit 1 by using a user interaction interface of the first user interaction module.
And the second user interaction module is used for editing the technical characteristic information of the pressure container in the information of the pressure container earthquake-proof report named according to the convention into the bookmarks in the preset Word template established by the template establishing unit 1 by using the user interaction interface.
The third user interaction module is used for clicking and inputting the pressure container material information named according to the convention into a bookmark in a preset Word template established by the template establishment unit 1 by using a user interaction interface of the third user interaction module; the third user interaction module is also used for clicking and inputting the takeover load information named according to the convention and the pressure container dead weight information serving as input items into bookmarks in a preset Word template established by the template establishing unit 1 by utilizing a user interaction interface; and automatically inserting the reaction spectrum data named according to the convention into bookmarks in a preset Word template established by the template establishing unit 1 by directly reading txt text data of the reaction spectrum data through a user interaction interface of a third user interaction module, and automatically judging the number of rows and columns of the generated table according to the data inserted by the txt text.
The fourth user interaction module is used for directly reading txt text data under a working catalog of component stress evaluation results of the earthquake-proof report of the pressure container named according to the convention by utilizing a user interaction interface of the fourth user interaction module, outputting txt text results through finite element calculation, automatically generating a stress evaluation form according to the outputted txt text results, automatically generating a form title for the stress evaluation form, and editing the form title into a bookmark in a preset Word template established by the template establishment unit 1; and the fourth user interaction module is also used for reading the pictures under the work directory of the pictures in the pressure container anti-seismic report named according to the convention by utilizing the user interaction interface, automatically inserting the pictures into the bookmarks in the preset Word templates established by the template establishing unit 1 according to the picture names, and generating the picture titles for the bookmarks.
The calculation module is used for calculating takeover assessment, compression bar buckling and outer buckling by using the user interaction interface to obtain a calculation result, and inputting the calculation result named according to the convention into a bookmark in a preset Word template established by the template establishment unit 1.
And the generation report unit 3 is used for generating a Word report through a user interaction interface of the user interaction unit 2 based on the Word template edited by the user interaction unit 2.
In order to realize the automatic processing of Word documents and further improve the working quality and efficiency, microsoft also provides rich and powerful object models and programming interfaces for Word, so that a programmer can conveniently access and control Word and the documents thereof. By introducing these Word objects into the program, a designer can interact with these objects using common programming languages (e.g., VB, VC, C#, etc.), thereby accessing and controlling Word in the program.
Compared with the prior art, the method provided by the embodiment has the visual characteristic, the user interaction interface of the user interaction unit 2 is a graphical interface, and key information is interactively input through the graphical interface. In addition, the embodiment comprises the acquisition of the original data, and the post-processing data (pictures and texts) of the finite element are acquired by writing the custom command, so that the human participation is reduced, the post-processing of the earthquake-resistant analysis of the pressure container is highly automated, and the efficiency and the quality of writing reports are greatly improved.
The method includes the steps that a preset Word template is coincidentally used, an interactive program is designed based on C# to comprehensively consider the place where the preset Word template needs to be modified, the preset Word template can be accessed and modified in the background only by inputting contents in a user interaction interface window, and a report can be written after the earthquake-resistant calculation of the pressure container is completed by utilizing a user-defined command. The method adopts a form of automatically generating reports, so that the program replaces the comprehensive consideration of a designer, and the method can ensure the working quality and the efficiency.
The embodiment relates to a method and a device for generating earthquake-proof reports of pressure vessels in batches, and belongs to the technical field of mechanical calculation analysis post-treatment of nuclear power equipment. According to the method, the preset Word template is parameterized, parameters to be modified are assembled into a user interaction interface, input items named according to conventions are edited into the preset Word template, a final anti-seismic report is generated based on the edited Word template, manual input, insertion and other operations are not needed in the process, and the Word report is generated in a high-efficiency and high-quality batch mode by utilizing a program. The method can quickly and reliably generate the nuclear power pressure vessel earthquake-resistant analysis report, and simultaneously, the device used by the method for generating the pressure vessel earthquake-resistant report in batches is automatically optimized, is simple and convenient to operate, and has the advantages of high efficiency and low error rate.
It is to be understood that the above embodiments are merely illustrative of the application of the principles of the present invention, but not in limitation thereof. Various modifications and improvements may be made by those skilled in the art without departing from the spirit and substance of the invention, and are also considered to be within the scope of the invention.
Claims (10)
1. A method for batch generation of pressure vessel seismic reports, comprising the steps of:
establishing a preset Word template, and writing information of a pressure container anti-seismic report into the preset Word template to be used as a bookmark;
using a user interaction interface to associate information of the pressure container anti-seismic report named according to the convention as an input item to a bookmark in a preset Word template, wherein the information of the pressure container anti-seismic report comprises: the material of the pressure vessel and the information of the load,
the pressure vessel material information includes: young's modulus, poisson's ratio, yield strength, tensile strength, allowable stress, the pressure vessel material information is presented in a form of a table in the Word report, and the step of using the user interaction interface to associate the information of the pressure vessel earthquake-proof report named according to the convention as an input item to a bookmark in a preset Word template comprises the following steps: clicking and inputting the pressure container material information named according to the convention into a bookmark in a preset Word template by using a user interaction interface;
the pressure vessel load information includes: taking over the load information, the reaction spectrum data information and the pressure vessel weight information, and associating the information of the pressure vessel earthquake-proof report named according to the convention into a bookmark in a preset Word template by using a user interaction interface, wherein the bookmark further comprises: clicking and inputting the load taking information and the pressure container dead weight information named according to the convention into bookmarks in a preset Word template by using a user interaction interface as input items; automatically inserting the reaction spectrum data named according to the convention into a bookmark in a preset Word template by directly reading txt text data of the reaction spectrum data by using a user interaction interface, and automatically judging the number of rows and columns of the generated form according to the data inserted by the txt text;
and generating a Word report by using a user interaction interface based on the edited Word template.
2. The batch generation pressure vessel earthquake-proof reporting method of claim 1, wherein associating information of the pressure vessel earthquake-proof report named by convention as an input item to a bookmark in a preset Word template by using a user interaction interface comprises: editing pressure vessel summary information in pressure vessel earthquake-proof report information named according to conventions into bookmarks in a preset Word template by using a user interaction interface, wherein the pressure vessel summary information comprises: engineering name, factory name, report number, document number, pressure vessel name, and installation location.
3. The batch generation pressure vessel earthquake-proof reporting method of claim 1, wherein associating information of the pressure vessel earthquake-proof report named by convention as an input item to a bookmark in a preset Word template by using a user interaction interface comprises: editing the technical characteristic information of the pressure container in the pressure container earthquake-proof report information named according to the convention into a bookmark in a preset Word template by using a user interaction interface, wherein the technical characteristic information of the pressure container comprises: safety level, standard level, earthquake-proof type, design pressure, design temperature, working medium, corrosion allowance, and negative deviation of plate thickness.
4. The batch generation pressure vessel seismic reporting method of claim 1 wherein,
the step of using the user interaction interface to associate the information of the pressure vessel earthquake-proof report named according to the convention as an input item to the bookmark in the preset Word template comprises the following steps:
directly reading txt text data under a working catalog of a component stress evaluation result of a pressure container earthquake-proof report named according to a convention by utilizing a user interaction interface, calculating and outputting the txt text result through finite elements, automatically generating a stress evaluation form according to the outputted txt text result, automatically generating a form title for the stress evaluation form, and editing the form title into a bookmark in a preset Word template;
and reading the pictures in the work directory of the pictures in the pressure container named according to the convention by using a user interaction interface, automatically inserting the pictures into bookmarks in a preset Word template according to the picture names, and generating picture titles for the pictures.
5. The batch generation pressure vessel seismic reporting method of claim 1, further comprising the steps of: and calculating the takeover assessment, the compression bar buckling and the outer buckling by using the user interaction interface to obtain a calculation result, and inputting the calculation result named according to the convention into a bookmark in a preset Word template.
6. An apparatus for use in the batch generation pressure vessel earthquake-proof reporting method of any one of claims 1 to 5, comprising:
the template establishing unit is used for establishing a preset Word template, and information of the pressure container anti-seismic report needs to be written in the preset Word template to be used as a bookmark;
the user interaction unit is used for using a user interaction interface of the user interaction unit to associate the information of the pressure container earthquake-proof report named according to the convention as an input item to a bookmark in a preset Word template established by the template establishment unit, and the user interaction unit comprises: a third user interaction module is provided for the user to interact with the user interface module,
the information reported by the earthquake of the pressure vessel comprises: the material of the pressure vessel and the information of the load,
the pressure vessel material information includes: the third user interaction module is used for clicking and inputting the pressure vessel material information named according to the convention into a bookmark in a preset Word template established by the template establishing unit by using a user interaction interface of the third user interaction module;
the pressure vessel load information includes: the third user interaction module is also used for clicking and inputting the takeover load information and the pressure vessel weight information named according to convention into bookmarks in a preset Word template established by the template establishing unit by using the user interaction interface; automatically inserting the reaction spectrum data named according to the convention into bookmarks in a preset Word template established by a template establishing unit by directly reading txt text data of the reaction spectrum data through a user interaction interface of a third user interaction module, and automatically judging the number of rows and columns of the generated table according to the data inserted by the txt text;
and the generation report unit is used for generating a Word report through a user interaction interface of the user interaction unit based on the Word template edited by the user interaction unit.
7. The apparatus for use in the batch generation pressure vessel earthquake-proof reporting method of claim 6, wherein the user interaction unit comprises: the first user interaction module is used for editing the summary information of the pressure container in the information of the earthquake-proof report of the pressure container named according to the convention into bookmarks in a preset Word template established by the template establishing unit by using a user interaction interface of the first user interaction module.
8. The apparatus for use in the batch generation pressure vessel earthquake-proof reporting method of claim 6, wherein the user interaction unit comprises: and the second user interaction module is used for editing the technical characteristic information of the pressure container in the information of the pressure container earthquake-resistant report named according to the convention into the bookmark in the preset Word template established by the template establishing unit by using the user interaction interface.
9. The apparatus for use in the batch generation pressure vessel earthquake-proof reporting method of claim 6, wherein the user interaction unit comprises: the fourth user interaction module is used for directly reading txt text data under a working catalog of component stress evaluation results of the earthquake-proof report of the pressure container named according to the convention by utilizing a user interaction interface of the fourth user interaction module, outputting txt text results through finite element calculation, automatically generating a stress evaluation form according to the outputted txt text results, automatically generating a form title for the stress evaluation form, and editing the form title into a bookmark in a preset Word template established by a template establishing unit; and the fourth user interaction module is also used for reading the pictures under the work directory of the pictures in the pressure container anti-seismic report named according to the convention by utilizing the user interaction interface, automatically inserting the pictures into bookmarks in a preset Word template established by the template establishing unit according to the picture names, and generating picture titles for the pictures.
10. The apparatus for use in the batch generation pressure vessel earthquake-proof reporting method of claim 6, wherein the user interaction unit comprises:
the calculation module is used for calculating takeover assessment, compression bar buckling and outer buckling by using the user interaction interface to obtain a calculation result, and inputting the calculation result named according to the convention into a bookmark in a preset Word template established by the template establishment unit.
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