Equipment resume card generation method and system

Abstract

The invention relates to the technical field of data generation, and discloses an equipment resume card generation method and system, and the method comprises the steps: obtaining the basic information of target equipment based on an equipment model, and generating a carousel card based on the basic information; generating performance, performance, combat applicability, system applicability, in-service applicability, the number of performance test items, the number of combat test items, a problem return-to-zero condition, a core index and train installation and compilation information of the target equipment based on the equipment model, and constructing an equipment model portrait of the target equipment; acquiring combat effectiveness, combat applicability, system applicability and in-service applicability of the target equipment, and constructing a combat ability radar map; constructing an equipment resume card of the target equipment based on the carousel card, the equipment model portrait and the combat ability radar map; according to the method, the problems of insufficient resume data generation and insufficient display range and depth of the resume card in the existing resume card generation method are solved.

Description

Technical Field

[0001] The present invention relates to the technical field of data generation, and particularly to a method and system for generating an equipment resume card. Background Art

[0002] As a means of recording personal information, work experience, and performance achievements, resume cards are usually applied in multiple links such as human resource management, employee evaluation, and performance appraisal. However, they are less applied in other fields, especially in the resource management of system equipment model finalization, and there is no effective application yet. In addition, most of the existing resource management systems focus on the intuitive query and display of original data, lacking in the generation of resume data, and also lacking in the scope and depth of resume card display. Summary of the Invention

[0003] The present invention provides a method and system for generating an equipment resume card to solve the problems of insufficient generation of resume data and lack of scope and depth in resume card display in the existing resume card generation methods.

[0004] To achieve the above object, the present invention is realized through the following technical solutions: In the first aspect, the present invention provides a method for generating an equipment resume card, the method comprising: Obtaining basic information of a target equipment based on the equipment model, and generating a carousel card based on the basic information, wherein the basic information includes: model name, equipment type, finalization time, development unit, project approval time, and equipment appearance; Generating performance performance, effectiveness performance, combat applicability performance, system applicability performance, in-service applicability performance, number of performance test items, number of combat test items, problem rectification situation, core indicators, and deployment and allocation information of the target equipment based on the equipment model, and constructing an equipment model portrait of the target equipment; Obtaining the combat effectiveness, combat applicability, system applicability, and in-service applicability of the target equipment, and constructing a combat capability radar chart; Constructing an equipment resume card of the target equipment based on the carousel card, the equipment model portrait, and the combat capability radar chart.

[0005] Optionally, the method further comprises: Dividing the development process into an engineering development stage, a status appraisal stage, and a deployment and finalization stage based on the development process of the target equipment; Generating corresponding resume events for the engineering development stage, the status appraisal stage, and the deployment and finalization stage based on the time axis, and adding the resume events to the equipment resume card.

[0006] Optionally, the method further comprises: Generate the overall development requirements, development summary report, test outline, and experimental report for the development process of the target equipment based on the equipment model of the target equipment; Construct the finalization document materials based on the overall development requirements, the development summary report, the test outline, and the experimental report, and add the finalization document materials to the equipment resume card.

[0007] Optionally, the method further includes: Generate corresponding feedback content based on the feedback information of the target equipment, and add the feedback content to the equipment resume card, where the feedback information includes: feedback title, equipment signal, feedback person, specific content, affiliated unit, contact information, processing status, problem type, and feedback attachment.

[0008] Optionally, the method further includes: Generate important information based on the equipment signal of the target equipment and the resume events of the resume stage, and add the important information to the equipment resume card.

[0009] Optionally, the performance manifestation: When the user uses the equipment model as the input condition, the model portrait page will count the number of measured values that meet the requirements and the number of measured values that do not meet the requirements from the development summary report of the equipment model, and display the statistical results in the form of a pie chart; The effectiveness manifestation: The effectiveness manifestation refers to the comprehensive evaluation score of the combat effectiveness of the equipment model under different combat conditions, which is displayed on the model portrait page in the form of a histogram. The horizontal axis of the histogram is the evaluation score, and the vertical axis is the name of the combat condition; The combat applicability manifestation: The combat applicability manifestation refers to the comprehensive evaluation score of the combat applicability of the equipment model under different combat conditions, which is displayed on the model portrait page in the form of a histogram. The horizontal axis of the histogram is the name of the combat condition, and the vertical axis is the evaluation score; The system applicability manifestation: The system applicability manifestation refers to the comprehensive evaluation score of the system applicability of the equipment model under different combat conditions, which is displayed on the model portrait page in the form of a histogram. The horizontal axis of the histogram is the evaluation score, and the vertical axis is the name of the combat condition; The in-service applicability manifestation: The in-service applicability manifestation refers to the comprehensive evaluation score of the in-service applicability of the equipment model under different combat conditions, which is displayed on the model portrait page in the form of a histogram. The horizontal axis of the histogram is the name of the combat condition, and the vertical axis is the evaluation score; The statistics of the number of performance test items: The statistics of the number of performance test items takes the equipment model as the input condition, and counts the number of test items specified in the performance test outline of the equipment and the number of test items implemented in each performance test report. The statistical results are displayed on the portrait page in the form of a histogram, where the horizontal axis of the histogram is the number of test items, and the vertical axis is the file names of the test report and the test outline; Statistics of the number of combat test projects: The statistics of the number of combat test projects take the equipment model as the input condition, and count the number of test projects implemented under the four combat capabilities of the combat effectiveness, combat applicability, system applicability, and in-service applicability of the equipment model. The statistical results are displayed on the portrait page in the form of a histogram, where the horizontal axis of the histogram is the name of the combat capability and the vertical axis is the number of test projects; The problem situation: The problem situation takes the equipment model as the input condition, counts the number of resolved problems and unresolved problems of the current equipment, and the counting results are displayed in the form of a pie chart; The core indicators: The model portrait takes the equipment model as the input condition and displays the indicator names and indicator values of all key indicators of the equipment model; The information on equipment allocation and deployment: The model portrait takes the equipment model as the input condition and displays the hierarchical relationship of the allocation units in the form of a tree diagram.

[0010] Optionally, obtaining the combat effectiveness, combat applicability, system applicability, and in-service applicability of the target equipment and constructing a combat capability radar chart includes: Constructing a combat capability radar chart according to the scoring situations of the combat effectiveness, combat applicability, system applicability, and in-service applicability of the target equipment under the first-level combat indicators of each condition.

[0011] In a second aspect, an equipment resume card generation system provided by an embodiment of the present application includes a processor and a memory; The memory is used to store a computer program; The processor is used to implement the method steps described in any one of the first aspects when executing the program stored in the memory.

[0012] Beneficial effects: The equipment resume card generation method provided by the present invention has been successfully applied to fields such as enterprise human resource management and equipment maintenance management, can significantly improve the generation efficiency and quality of resume cards, reduce labor costs, and improve work efficiency and user satisfaction. At the same time, through automated and intelligent data processing methods, errors and omissions caused by human factors are effectively avoided, and the accuracy and reliability of data are improved. Description of the drawings

[0013] Figure 1 It is a flowchart of the equipment resume card generation method according to a preferred embodiment of the present invention. Detailed implementation manners

[0014] The technical solution of the present invention will be described clearly and completely below. Obviously, the described embodiments are only a part of the embodiments of the present invention, rather than all the embodiments. All other embodiments obtained by those of ordinary skill in the art based on the embodiments of the present invention without creative efforts belong to the scope of protection of the present invention.

[0015] Unless otherwise defined, the technical terms or scientific terms used in the present invention should have the ordinary meaning understood by those with ordinary skills in the field to which the present invention belongs. The "first", "second" and similar terms used in the present invention do not indicate any order, quantity or importance, but are only used to distinguish different components. Similarly, terms such as "a" or "one" do not indicate a quantity limitation, but indicate that there is at least one. The terms "connected" or "linked" and the like are not limited to physical or mechanical connections, but may include electrical connections, whether direct or indirect. The terms "upper", "lower", "left", "right" and the like are only used to represent relative positional relationships. When the absolute position of the object being described changes, the relative positional relationship also changes accordingly.

[0016] Please refer to Figure 1 , the embodiments of the present application provide a method for generating an equipment resume card, and the method includes: Obtain the basic information of the target equipment based on the equipment model, and generate a carousel card based on the basic information, where the basic information includes: model name, equipment type, finalization time, development unit, project establishment time, and equipment appearance; Generate the performance performance, effectiveness performance, combat applicability performance, system applicability performance, in-service applicability performance, number of performance test items, number of combat test items, problem resolution status, core indicators, and deployment and allocation information of the target equipment based on the equipment model, and construct an equipment model portrait of the target equipment; Obtain the combat effectiveness, combat applicability, system applicability, and in-service applicability of the target equipment, and construct a combat capability radar chart; Construct an equipment resume card of the target equipment based on the carousel card, the equipment model portrait, and the combat capability radar chart.

[0017] Optionally, the method further includes: Divide the development process into an engineering development stage, a status identification stage, and a deployment and finalization stage based on the development process of the target equipment; Generate corresponding resume events for the engineering development stage, the status identification stage, and the deployment and finalization stage based on the time axis, and add the resume events to the equipment resume card.

[0018] In the above embodiments, the equipment resume card is constructed and generated by building an overview of the basic information, model portrait, and combat capabilities of the target equipment. Among them, the specific steps for generating the equipment resume card based on the overview of basic information, model portrait, and combat capabilities are as follows: Overview of basic information Step 1: Overview of model name Query the equipment catalog table in the database according to the internal code of the equipment catalog of the equipment model, and use the value of the equipment catalog name field obtained from the query as the model name; Step 2: Overview of equipment type The display of equipment type needs to show the names of the top-level equipment type and the parent equipment type of the current equipment model on the equipment catalog tree. The parent equipment catalog internal code of the top-level equipment type is NULL.

[0019] Step 3: Overview of type approval time, research and development time, and research and development unit Query the document information table, document type table, document information-access result table, and field metadata table in the database. The document information table uses the internal code of the equipment catalog as the query condition; the document type table selects documents of the research and development general requirements category; the field metadata table returns the Chinese field name; the document information-access result table returns the field content corresponding to the Chinese field name.

[0020] Use the access result of the issuance time as the project establishment time; Use the access result of the issuing unit as the research and development unit; If there is an access result of the type approval time in the return result from the database, use this result as the type approval time; otherwise, select the latest time node from the research and development process library as the type approval time.

[0021] Step 4: Overview of pictures 1) Use the equipment model as the query condition to obtain the names of all pictures of this equipment model from the database; 2) Define the equipment model name + physical picture, equipment model name + panoramic picture, and equipment model name + structure diagram as the template names of the equipment model; 3) Calculate the text similarity between all the picture names of this equipment model queried in step 1) and the template names defined in step 2) using the edit distance algorithm, and sort the picture names in step 1) in reverse order according to the similarity.

[0022] 4) Select the top 10 equipment pictures with the highest text similarity and display them in the form of a carousel.

[0023] Model portrait It mainly includes core combat indicators, performance performance, effectiveness performance, combat applicability performance, system applicability performance, in-service applicability performance, and the statistical quantity of performance test items.

[0024] 1) Core operational indicators a. Obtain the indicator names of key indicators from the indicator relationship table in the database; b. Obtain the indicator values of key indicators from the indicator value table in the database; c. Concatenate the indicator name and indicator value as the key indicator; d. Put the concatenated result in Step 3 into the core indicator list; e. Display the generated core indicator list on the model portrait page.

[0025] 2) Performance a. Use the equipment model as the query condition to query the required indicators, measured indicators, and compliance status in the standard table of the indicator comparison table; b. Remove duplicate required indicators; c. If the query result of the compliance status is non-compliance, expected to meet, or partially meet, the number of non-compliant measured values + 1; d. If the query result of the compliance status is achieved, met, or compliant, the number of compliant measured values + 1; e. Display the statistical results in the form of a pie chart on the model portrait page.

[0026] 3) Effectiveness, combat applicability, system applicability, in-service applicability a. Query the first-level combat indicator scores of the combat effectiveness, combat applicability, system applicability, and in-service applicability of the equipment model from the combat condition name table, combat indicator name table, and combat indicator score table; b. Perform weighted averaging on the first-level combat indicator scores according to the combat condition and condition type to obtain the comprehensive evaluation values of the combat effectiveness, combat applicability, system applicability, and in-service applicability of the equipment model; c. Display the comprehensive evaluation values in the form of a histogram on the model portrait page.

[0027] 4) Statistics of the number of performance test items a. Query the indicator comparison table information table and the indicator comparison table content table to calculate the number of test items specified in each test syllabus; b. Query the indicator comparison table information table and the indicator comparison table content table to calculate the number of test items implemented in each test report; c. Display the number of items in the test syllabus and test report in the form of a histogram on the model portrait page; where the horizontal axis is the number of test items and the vertical axis is the name of the test syllabus or test report.

[0028] 5) Statistics of the number of combat test items a. Query the combat condition name table and combat index name table by grouping according to the type of combat conditions, and calculate the number of combat indices in the final set of each combat condition type; b. Use the number of combat indices at the lowest level as the number of combat test items under the current combat condition type; d. Display the statistical results in the form of a histogram on the model portrait page, with the horizontal axis being the combat condition type and the vertical axis being the number of combat test items.

[0029] 6) Problem situation a. Group by the problem closure situation, and query the number of closed problems, the number of unclosed problems, and the number of problems with a NULL problem closure situation for the current equipment model respectively; b. Consider the situation with a NULL problem closure as unclosed, and recalculate the number of unclosed problems; c. Display the statistical results of the new number of closed problems and unclosed problems in the form of a pie chart on the model portrait page.

[0030] 7) Information on equipment allocation and organization a. Query all equipment allocation unit records for the current equipment model from the equipment allocation unit composition table; b. Combine the query results into a tree diagram according to the parent-child relationship of the equipment allocation units; c. Display the tree diagram on the model portrait page.

[0031] Combat capability 1) Input the equipment model ID and combat condition type 2) Obtain the names and scores of each first-level combat index for the current equipment and the current combat condition type from the database; 3) Group the query results by combat condition; 4) Display the scores of the first-level indices of each combat condition in the form of a radar chart.

[0032] Optionally, the method further includes: Divide the development process into the engineering development stage, the status verification stage, and the in-service finalization stage based on the development process of the target equipment; Generate corresponding resume events for the engineering development stage, the status verification stage, and the in-service finalization stage based on the time axis, and add the resume events to the equipment resume card.

[0033] Optionally, the method further includes: Generate the overall development requirements, development summary report, test outline, and test report for the development process of the target equipment based on the equipment model of the target equipment; Construct the finalization document materials based on the overall development requirements, the development summary report, the test outline, and the experimental report, and add the finalization document materials to the equipment resume card.

[0034] Optionally, the method further includes: Generate corresponding feedback content based on the feedback information of the target equipment, and add the feedback content to the equipment resume card, where the feedback information includes: feedback title, equipment signal, feedback person, specific content, affiliated unit, contact information, processing status, problem type, and feedback attachment.

[0035] Optionally, the method further includes: Generate important information based on the equipment signal of the target equipment and the resume events in the resume stage, and add the important information to the equipment resume card.

[0036] In the above embodiment, the equipment resume card is further constructed and generated through the model resume stage, finalization materials, feedback content, and important information of the target equipment. Among them, the steps of generating the equipment resume card according to the model resume stage, finalization materials, feedback content, and important information specifically include: Model resume stage 1) Using the equipment model ID as the query condition, retrieve the resume events of the current equipment model from the development process table; 2) Filter out the records with the implementation stage being NULL; 3) Obtain the time node of each record, process the time node, and convert it into the form of "xxxx year xx month"; 4) Sort the resume events according to the time node; 5) When there are resume events with the same time node, sort them according to the implementation stage, and the sorting order is engineering development, status appraisal, and in-service finalization; 6) Mark the resume events and time nodes in different resume stages with different colors; 7) Display the resume events and time nodes in the form of a timeline.

[0037] Finalization materials 1) Input the equipment model ID, query the database document information table and the document type table, and return all the document information records of the overall development requirements, development summary report, test report, and test outline of the specified equipment model; 2) Sort the returned results according to the document title; 3) Return the sorted document information records.

[0038] Feedback content retrieval 1) Input the equipment model ID, query all the feedback records of the current equipment model: 2) The returned results are sorted by the creation time of the feedback content; 3) Display feedback title, equipment model, feedback person, affiliated unit, contact information, processing status, and problem type.

[0039] Important information retrieval 1) Enter the equipment model ID and history events; 2) Search for the corresponding event records in the development summary report in ElasticSearch; 3) Return the original text of the history event record to the browser as the return result.

[0040] The embodiment of the present application also provides an equipment resume card generation system, including a processor and a memory; Memory, used to store computer programs; The processor is used to implement any method step in the equipment resume card generation method when executing the program stored in the memory.

[0041] The above-mentioned equipment resume card generation system can implement various embodiments of the above-mentioned equipment resume card generation method and achieve the same beneficial effects, which will not be described in detail here.

[0042] The preferred specific embodiments of the present invention are described in detail above. It should be understood that a person skilled in the art can make many modifications and changes based on the concept of the present invention without creative work. Therefore, any technical solution that can be obtained by a person skilled in the art through logical analysis, reasoning or limited experiments based on the concept of the present invention on the basis of the prior art should be within the scope of protection determined by the claims.

Claims

1. A method for generating an equipment resume card, characterized in that, The method includes: Obtaining the basic information of the target equipment based on the equipment model, and generating a carousel card based on the basic information, where the basic information includes: model name, equipment type, finalization time, development unit, project approval time, and equipment appearance; Generating the performance performance, effectiveness performance, combat applicability performance, system applicability performance, in-service applicability performance, number of performance test items, number of combat test items, problem resolution status, core indicators, and deployment and allocation information of the target equipment based on the equipment model, and constructing an equipment model portrait of the target equipment; Obtaining the combat effectiveness, combat applicability, system applicability, and in-service applicability of the target equipment, and constructing a combat capability radar chart; Constructing an equipment resume card of the target equipment based on the carousel card, the equipment model portrait, and the combat capability radar chart.

2. The method for generating an equipment resume card according to claim 1, wherein, The method further includes: Dividing the development process into an engineering development stage, a status verification stage, and a deployment and finalization stage based on the development process of the target equipment; Generating corresponding resume events for the engineering development stage, the status verification stage, and the deployment and finalization stage based on the timeline, and adding the resume events to the equipment resume card.

3. The method for generating an equipment resume card according to claim 1, wherein, The method further includes: Generating the overall development requirements, development summary report, test outline, and test report of the development process of the target equipment based on the equipment model of the target equipment; Constructing finalized document materials based on the overall development requirements, the development summary report, the test outline, and the test report, and adding the finalized document materials to the equipment resume card.

4. The method for generating an equipment resume card according to claim 1, characterized in that, The method further includes: Generating corresponding feedback content based on the feedback information of the target equipment, and adding the feedback content to the equipment resume card, where the feedback information includes: feedback title, equipment signal, feedback person, specific content, affiliated unit, contact information, processing status, problem type, and feedback attachment.

5. The method for generating an equipment resume card according to claim 1, characterized in that, The method further includes: Generating important information based on the equipment signal of the target equipment and the resume events of the resume stage, and adding the important information to the equipment resume card.

6. The method for generating an equipment resume card according to claim 1, wherein The performance performance: When the user uses the equipment model as the input condition, the model portrait page will count the number of measured values that meet the requirements and the number of measured values that do not meet the requirements from the development summary report of the equipment model, and display the statistical results in the form of a pie chart; The effectiveness performance: The effectiveness performance refers to the comprehensive evaluation score of the combat effectiveness of the equipment model under different combat conditions, which is displayed on the model portrait page in the form of a histogram. The horizontal axis of the histogram is the evaluation score, and the vertical axis is the name of the combat condition; The combat applicability performance: The combat applicability performance refers to the comprehensive evaluation score of the combat applicability of the equipment model under different combat conditions, which is displayed on the model portrait page in the form of a histogram. The horizontal axis of the histogram is the name of the combat condition, and the vertical axis is the evaluation score; The system applicability performance: The system applicability performance refers to the comprehensive evaluation score of the system applicability of the equipment model under different combat conditions, which is displayed on the model portrait page in the form of a histogram. The horizontal axis of the histogram is the evaluation score, and the vertical axis is the name of the combat condition; The in-service applicability performance: The in-service applicability performance refers to the comprehensive evaluation score of the equipment model's in-service applicability under different combat conditions, which is displayed on the model portrait page in the form of a histogram. The horizontal axis of the histogram is the name of the combat condition, and the vertical axis is the evaluation score; The statistics of the number of performance test items: The statistics of the number of performance test items takes the equipment model as the input condition, and counts the number of test items specified in the performance test outline of the equipment and the number of test items implemented in each performance test report. The statistical results are displayed on the portrait page in the form of a histogram, where the horizontal axis of the histogram is the number of test items, and the vertical axis is the file names of the test report and the test outline; The statistics of the number of combat test items: The statistics of the number of combat test items takes the equipment model as the input condition, and counts the number of test items implemented under the four combat capabilities of the combat effectiveness, combat applicability, system applicability, and in-service applicability of the equipment model. The statistical results are displayed on the portrait page in the form of a histogram, where the horizontal axis of the histogram is the name of the combat capability, and the vertical axis is the number of test items; The problem situation: The problem situation takes the equipment model as the input condition, and counts the number of problems that have been resolved and the number of problems that have not been resolved for the current equipment. The statistical results are displayed in the form of a pie chart; The core indicators: The model portrait takes the equipment model as the input condition and displays the indicator names and indicator values of all key indicators of the equipment model; The information on the equipment allocation and deployment: The model portrait takes the equipment model as the input condition and displays the hierarchical relationship of the allocation units in the form of a tree diagram.

7. The method for generating an equipment resume card according to claim 1, wherein Obtaining the combat effectiveness, combat applicability, system applicability, and in-service applicability of the target equipment, and constructing a combat capability radar chart, including: Constructing a combat capability radar chart according to the scoring situations of the combat effectiveness, combat applicability, system applicability, and in-service applicability of the target equipment under the first-level combat indicators of each condition.

8. An equipment resume card generation system, characterized in that, Including a processor and a memory; The memory is used to store computer programs; When the processor is used to execute the programs stored on the memory, it realizes the method steps described in any one of claims 1-7.

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