Propaganda management system for nuclear power grass-roots team

Abstract

The invention relates to a nuclear power basic team propaganda management system, which comprises an event management unit, a propaganda management unit and a large screen display unit, the event management unit sets a material carousel frequency, issues a material collection task, and collects materials and manages the materials in a multi-source collection mode; the propaganda management unit is used for setting a material propaganda playing frequency and carrying out full-life-cycle management and optimization on materials; and the large-screen display unit displays the materials in a rolling manner according to preset rules. According to the method, the problems of dispersity and hysteresis of material collection are solved, and the initiative and executive force of basic-level work are improved; by managing and optimizing the materials in the whole life cycle, the problems of storage confusion and low retrieval efficiency in material management can be solved, the information value cycle can be prolonged, and material loss can be avoided; closed-loop management is formed for material quality and propaganda, and dynamic iteration and precision of propaganda work are promoted. And the attention of staff is attracted through large-screen dynamic display, so that the sense of belonging of the staff is enhanced, and the class cohesion is enhanced.

Description

TECHNICAL FIELD

[0001] The present application relates to the field of nuclear power grassroots management, and more particularly to a nuclear power grassroots team propaganda management system. BACKGROUND

[0002] In the nuclear power grassroots team propaganda management, the existing technical solution has significant technical defects in the process of material collection, management and use. Specifically, in the material collection link, due to the wide distribution of material sources in the work site, conference activities and other multiple scenes, there is a lack of efficient information integration mechanism, resulting in scattered and disordered information collection. At the same time, the quality of the materials is uneven, and part of the content cannot be applied because it does not meet the requirements of news value or does not meet the propaganda standard. The grassroots staff are limited by heavy daily transactional work and are difficult to capture and report timely propaganda materials with timeliness.

[0003] In the material management aspect, the current technology lacks a unified material classification standard system, making the material retrieval and calling operation extremely inconvenient; and lacks an integrated material management platform, the material storage is fragmented and disordered, and data loss or repeated storage phenomenon is easy to occur. Due to the lack of support of professional retrieval tools, the material search efficiency is seriously limited, and the material library update lags behind, which cannot keep pace with the actual needs of the propaganda work.

[0004] In the propaganda application stage, the existing technical solution presents propaganda content mainly in the form of work summary text, lacks comprehensive use of multimedia elements, and is difficult to meet the diversified information receiving needs of the audience; the propaganda channel mainly relies on internal information platform, and the external communication channel is not enough, which limits the influence of the propaganda. More importantly, the existing technology does not establish a perfect propaganda effect evaluation mechanism, which cannot optimize and iterate the propaganda content and method based on feedback data, and seriously restricts the improvement of the propaganda work efficiency. SUMMARY

[0005] The technical problem to be solved by the present application is to provide a nuclear power grassroots team propaganda management system to solve the problems in the prior art.

[0006] The technical scheme adopted by the present application to solve the technical problem is: a nuclear power grassroots team propaganda management system is constructed, which comprises: an event management unit, a propaganda management unit and a large screen display unit; The event management unit is used for setting material rotation frequency and issuing material collection tasks, collecting materials in a multi-source collection mode, and managing materials; The propaganda management unit is used for setting material propaganda playing frequency, managing and optimizing materials in the whole life cycle; The large screen display unit is used for scrolling display of materials according to preset rules.

[0007] In the nuclear power grassroots team propaganda management system, the event management unit comprises a carousel frequency setting module, a planned material collection module and an unplanned material collection module. The carousel frequency setting module is used for setting the carousel frequency of corresponding materials. The planned material collection module is used for determining the material collection person in charge and the material collection deadline according to the issued theme task. The unplanned material collection module is used for generating a to-do task and a to-do reminder according to the basic information uploaded by a user.

[0008] In the nuclear power grassroots team propaganda management system, the event management unit further comprises a material file management module. The material file management module is used for saving the collected material files according to a material file restriction rule, and adding, modifying, deleting and querying the collection plan.

[0009] In the nuclear power grassroots team propaganda management system, the material file restriction rule is that the picture files and the video files in one collection plan are saved alternatively. The video file is uploaded once, and the format is any one of Ogg, WebM and MP4, and the size is 100 MB. The picture file is uploaded once, and the format is any one of jpg, png, svg and gif, and the size of a single picture is 10 MB.

[0010] In the nuclear power grassroots team propaganda management system, the material file management module comprises an information display submodule. The information display submodule is used for displaying the collection information of the collection plan in a list.

[0011] In the nuclear power grassroots team propaganda management system, the propaganda management unit comprises a propaganda frequency setting module and a picture operation module. The propaganda frequency setting module is used for setting the carousel frequency of corresponding materials. The picture operation module is used for uploading, deleting and querying pictures.

[0012] In the nuclear power grassroots team propaganda management system, the picture operation module comprises: A picture uploading submodule is used for uploading picture materials according to a picture file restriction rule. A picture deleting submodule is used for deleting target pictures. The picture query submodule is configured to query a target picture.

[0013] In the nuclear power grassroots team propaganda management system, the picture file restriction rule is that 20 pictures are uploaded at a time, the picture format is any one of jpg, png, svg and gif, and the single size is 10MB; and the export is a zip file.

[0014] In the nuclear power grassroots team propaganda management system, the propaganda management unit further comprises a material whole-process management module and a material optimization module. The material whole-process management module is configured to perform whole-process management on the collection, classification, display and archiving of the material. The material optimization module is configured to automatically identify redundant material and remove the redundant material.

[0015] In the nuclear power grassroots team propaganda management system, the material whole-process management module optimizes the material in a cycle mode of planning, execution, inspection and improvement.

[0016] The nuclear power grassroots team propaganda management system has the following beneficial effects: the event management unit, the propaganda management unit and the large-screen display unit; the event management unit sets the material carousel frequency and issues a material collection task, adopts a multi-source collection mode to collect the material and performs management; the propaganda management unit sets the material propaganda playing frequency, performs whole-life cycle management and optimization on the material; and the large-screen display unit displays the material according to a preset rule. The present application solves the problems of dispersion and lag in material collection, improves the initiative and execution of grassroots work; through whole-life cycle management and optimization of the material, the problems of storage confusion and inefficient retrieval in material management can be solved, the information value cycle is prolonged, and material loss can be avoided; through closed-loop management of the material quality and propaganda, dynamic iteration and precision of the propaganda work are promoted; through dynamic display on the large screen, the attention of personnel is attracted, the sense of belonging of employees is enhanced, and the class cohesion is enhanced. BRIEF DESCRIPTION OF DRAWINGS

[0017] The present application will be further described below with reference to the accompanying drawings and embodiments, wherein: Figure 1 is a functional block diagram of the nuclear power grassroots team propaganda management system provided by the embodiments of the present application; Figure 2 is a flowchart of material collection provided by the embodiments of the present application. DETAILED DESCRIPTION

[0018] With reference to the accompanying drawings, the technical solutions in the embodiments of the present application will be described clearly and completely. Obviously, the described embodiments are only a part of the embodiments of the present application, rather than all the embodiments of the present application. Based on the embodiments in the present application, all the other embodiments obtained by a person of ordinary skill in the art without creative effort belong to the scope of the present application.

[0019] In order to solve the problems existing in the process of material collection, management and use of the grassroots team in the nuclear power plant, the present application provides a nuclear power grassroots team propaganda management system. Through the system, the materials are collected, managed and propagated, so as to effectively improve the propaganda management level of the grassroots team and create a good team atmosphere.

[0020] Reference Figure 1 , Figure 1 A preferred embodiment of the nuclear power grassroots team propaganda management system provided by the present application is shown.

[0021] Specifically, as shown in Figure 1 , the nuclear power grassroots team propaganda management system comprises an event management unit 100, a propaganda management unit 200 and a large screen display unit 300. The event management unit 100 is used for setting the material carousel frequency and issuing material collection tasks, collecting materials in a multi-source collection mode, and managing materials. The propaganda management unit 200 is used for setting the material propaganda playing frequency, managing and optimizing the materials throughout the life cycle. The large screen display unit 300 is used for rolling display of the materials according to the preset rules.

[0022] Through the event management unit 100, the collection plan can be added, deleted, modified and inquired, and the collection task can be issued. It should be noted that in the embodiments of the present application, the collection plan is the collection task, that is, the task is arranged for the material collector to collect materials. The material refers to the collected photo or video. The collection plan can be divided into self-collection or dispatched collection (i.e. the administrator dispatches the collection task). The material collection can support the WEB end or the APP end.

[0023] In actual application, the event management unit 100 of the present application corresponds to the "e point e drop event management" specially developed and designed by the system, that is, the point-by-point record of daily work. In the specific operation, first enter the E maintenance background of the system; then click the navigation bar

background management center

e point e drop event management

[0024] In some embodiments, the event management unit 100 comprises a carousel frequency setting module 103, a planned material collection module 101 and a non-planned material collection module 102.

[0025] The carousel frequency setting module 103 is used to set the carousel frequency of the corresponding materials. This module can be accessed by clicking the "Set Carousel Frequency" button to set the carousel frequency for "Chronicle" and "This Day in the Year," and then saved. The system defaults to a 3-second carousel time for both "Chronicle" and "This Day in the Year," and users with page permissions can modify this setting.

[0026] The planned material collection module 101 is used to assign materials based on the issued thematic tasks and determine the person in charge and the deadline for material collection corresponding to the thematic task. Specifically, planned collection is a distributed collection method, where the publicity officer can issue thematic tasks (i.e., collection tasks) through the system, such as "Important Maintenance Activity," while specifying the person in charge and the deadline, forming a closed-loop management. Specifically: first, the publicity officer fills in the basic information (such as collection task, person in charge, and deadline) and saves it. Then, the system automatically generates a to-do task for the collector (i.e., the person in charge), and the collector uploads the materials in the to-do task section on the WEB / APP.

[0027] The unplanned material collection module 102 is used to generate to-do tasks and reminders based on the basic information uploaded by users. Specifically, unplanned collection involves self-upload; users upload materials (such as unexpected materials), and the system automatically generates to-do tasks and reminds them to review them. For self-uploads, the default uploader is the creator; no to-do task needs to be generated, and materials can be uploaded directly. The collection process is as follows: Figure 2 As shown.

[0028] This invention solves the problems of scattered and delayed material collection by adopting both planned and unplanned collection methods, thereby enhancing the initiative and execution of grassroots work.

[0029] The web-based operations for collecting materials are as follows: (1) Access the E-maintenance backend; (2) Click on the navigation bar [Personal Workbench]; (3) Select a task of type "material collection" and click to process it; (4) Fill in the material details and upload the materials; (5) Save / Complete; (6) End of use case.

[0030] The steps are as follows on the app: (1) Log in to DingTalk; (2) Click on a task to be done; (3) Fill in the material details and upload the materials; (4) Save / Complete; (5) End of use case.

[0031] Both pending and completed collection plans are editable. Generally, a maximum of five collection plans can be exported at a time. Each collection plan is a separate zip file, named as follows: Plan Name + Event Type + Self-Classification + Plan ID. The exported collection plans are displayed in Excel format for a WYSIWYG (What You See Is What You Get) experience.

[0032] In some embodiments, the event management unit 100 further includes a material file management module 104; the material file management module 104 is used to save the collected material files according to material file restriction rules, and to add, modify, delete, and query collection plans. Preferably, the material file restriction rules are as follows: one of image files and video files is saved in a collection plan; one video file is uploaded at a time, in any of the formats Ogg, WebM, and MP4, and is 100MB; nine images are uploaded at a time, in any of the formats JPG, PNG, SVG, and GIF, and are 10MB each.

[0033] Preferably, the material file management module 104 includes an information display submodule; the information display submodule is used to display the collection information of the collection plan in a list. Specifically, the list always displays "Collection Plan" and "Operation", and is sorted in reverse order by the initiation time by default. The fields (i.e., collection information) that support manual ascending and descending order include: collection plan, event type, collection type, self-classification, event date, collection start date, collection end date, initiation time, and status.

[0034] Furthermore, in the

e-point-e-drip event management

[0035] In this embodiment of the invention, the advertising frequency setting module 201 is used to set the rotation frequency of the corresponding material. The playback frequency can be set through this advertising frequency setting module 201. The default initial value for the rotation time (s) is 3, and it is limited to positive integers greater than 0.

[0036] The picture operation module 202 is used to upload, delete, and query pictures. In some embodiments, the picture operation module 202 includes: a picture upload sub-module for uploading picture materials according to picture file restriction rules; a picture deletion sub-module for deleting target pictures; and a picture query sub-module for querying target pictures. Preferably, the picture file restriction rules are as follows: upload 20 pictures at a time; the picture format is any one of jpg, png, svg, and gif, and each is 10MB; export as a zip file, and the zip file name is: e-point e-drop honor roll attachment + timestamp.

[0037] Furthermore, the publicity management unit 200 further includes: a material whole-process management module 203 and a material optimization module 204; the material whole-process management module 203 is used to manage the whole process of material collection, classification, exhibition broadcast, and archiving; the material optimization module 204 is used to automatically identify redundant materials and clear them. Among them, the material whole-process management module 203 optimizes materials in a cycle of plan, do, check, and act. Specifically, the PDCA cycle realizes continuous optimization through the cycle of plan, do, check, and act. P: Formulate a publicity plan (such as issuing a collection task). D: Employees upload materials, and the publicists review and generate content. C: The system statistically analyzes the publicity effect (viewing volume, interaction data) in real time. A: Optimize the material collection strategy or adjust the publicity form based on feedback. Through the above methods, a closed-loop management is formed to promote the dynamic iteration and precision of publicity work.

[0038] The present invention adopts life cycle management for materials, and standardizes the whole process of material collection, storage, use, and archiving. That is, the whole process management of materials from upload (collection), classification (storage), exhibition broadcast (use) to archiving (historical library). At the same time, the system automatically identifies and clears redundant materials to optimize storage resources. By this means, the pain points of chaotic storage and inefficient retrieval in material management are solved, the information value cycle is extended, and at the same time, the materials are uniformly archived and not easily lost.

[0039] In practical applications, the publicity management unit 200 of the present invention corresponds to the "e-point e-drop honor roll" specially developed and designed for the system. During specific operations, first enter the E maintenance background of the system; then click [Enter the system] in the navigation bar; then click [e-point e-drop honor roll] in the menu bar to enter the publicity management unit 200 for relevant operations.

[0040] After entering the operation interface of [e-point e-drop honor roll], the following operations can be performed: Carousel frequency setting: 1. Set the broadcast frequency; the default initial value of the carousel time (s) is 3, and a positive integer greater than 0 is restricted.

[0041] 2. Save; 3. End of use case.

[0042] Upload image materials: 1. Click the "Upload" button; 2. Select image files; the rules for image file restrictions are as follows: upload 20 images at a time; the image format is any one of jpg, png, svg, and gif, and each is 10MB; 3. Click "Confirm"; 4. End of use case.

[0043] Delete image materials: 1. Batch-check images or select an image file, click the "Delete" button; click "Confirm" for the secondary prompt; Button.

[0044] 2. End of use case.

[0045] Query list: Check the images and click the "Export Attachment" button; export as a zip file, and the zip file name: e Point e Drop Honor Roll Attachment + timestamp.

[0046] In the embodiment of the present invention, the large-screen display unit 300 can attract attention through large-screen dynamic broadcasting, and set up story-based content (such as: "Team Chronicles", "That Day of the Year") to arouse interest, improve employees' sense of belonging, and enhance team cohesion.

[0047] In practical applications, the large-screen display unit 300 of the present invention corresponds to the "e Point e Drop Large-Screen Display" specially developed and designed for the system. The large screen scrolls and displays chronicles, that day of the year, and honor rolls according to the rules set by the propagandist in the background. When operating specifically, first enter the E Maintenance background of the system; then click [e Point e Drop] in the navigation bar; end of use case.

[0048] The nuclear power plant grassroots team publicity management system of this invention: It defaults to displaying department data corresponding to the currently logged-in account. If the current account is not configured, it defaults to displaying data from the first department in the department list. It supports global filtering of department and section data. The "Chronicles" and "Today in a Year" modules rotate materials set to "Display" according to the logic set in the backend. If the material is a video file, it plays automatically, and then rotates to the next material file after it finishes playing. If the material is an image, it rotates according to the set time length. When rotating materials for the same event, the corresponding text content is fixed and displayed in an administrative manner. In the "Today in a Year" module, the system automatically identifies material information in the database with the event date of that day and plays it in a scrolling manner. The scrolling rules are as follows: Materials set to "Display" are rotated according to the logic set in the backend. If the material is a video file, it plays automatically, and then rotates to the next material file after it finishes playing. If the material is an image, it rotates according to the set time length. When rotating materials for the same event, the corresponding text content is fixed and displayed in an administrative manner. The "Honor Roll" displays photos automatically if there are more than 4 photos; otherwise, it displays a fixed image. If the corresponding module has no data to display, it displays: "No events available."

[0049] The nuclear power plant grassroots team publicity and management system of this invention can be divided into five levels from user and front-end to back-end: user, front-end page, control layer, business layer, and persistence layer. The specific application process is as follows: Carousel frequency settings: 1. The user initiates a request to set the carousel frequency; 2. The front-end page receives the carousel frequency setting request and sends the carousel frequency data to the control layer according to the request; 3. The control layer calls the service to set the carousel frequency based on the carousel frequency data; 4. The business layer updates the carousel settings in the database of the persistence layer according to the set carousel frequency, and the persistence layer returns the update results to the business layer; 5. The business layer returns the processing result to the control layer; 6. The controller layer returns a response status to the front-end page; 7. The previous page displays the settings results to the user.

[0050] New collection missions: 1. A user initiates a new collection task; 2. The front-end page submits task data to the controller layer based on the user-initiated new collection task; 3. The control layer processes the logic for adding new tasks based on the task data and sends it to the business layer; 4. The business layer inserts the new task data into the persistent layer's database; 5. The persistence layer returns the insertion result to the business layer; 6. The business layer returns the processing result; 7. The controller layer returns the result of the newly added task to the front-end page; 8. The front-end page will display the results of the newly added task to the user.

[0051] Upload materials and information: 1. Users upload materials and basic information; 2. The front-end page submits the uploaded materials and basic information to the control layer; 3. The control layer saves the submitted materials and information to the business layer; 4. The business layer inserts the material data submitted by the control layer into the database of the persistence layer; 5. Return the insertion result to the persistent layer; 6. The business layer returns the saved result to the control layer; 7. The controller layer returns the upload result to the front-end page; 8. The front-end page displays the upload status to the user.

[0052] Query data: 1. The user inputs a list of query data; 2. The front-end page submits search criteria to the controller layer based on the query data list; 3. The control layer queries data that meets the search criteria; 4. The business layer sends a query command to the persistence layer based on the data that meets the conditions; 5. The persistence layer executes the query based on the query command and returns the query results; 6. The business layer returns a data list based on the query results; 7. The controller layer returns data to the front-end page based on the returned data list; 8. The front-end page will display a list of data to the user.

[0053] Delete data: 1. The user selects data to delete; 2. The front-end page submits a deletion request to the controller based on the data selected by the user. 3. The control layer deletes corresponding data in batches or row by row based on the deletion request; 4. The business layer sends a delete operation command to the persistence layer; 5. The persistent layer deletes the corresponding data according to the deletion operation command and returns the deletion result; 6. The business layer returns the processing result; 7. The controller layer returns the deletion status to the front-end page; 8. The front-end page displays the deletion results to the user.

[0054] View details of a single event; 1. The user sends a request to the front-end page to view the details of a single event; 2. The front-end page submits the event ID to the controller layer; 3. The control layer queries event details based on the event ID; 4. The business layer sends a command to the persistence layer to retrieve event data based on the corresponding query command; 5. The persistence layer retrieves event data based on the instructions for retrieving event data and returns event details; 6. The business layer returns data to the control layer; 7. The controller layer returns detailed data to the front-end page; 8. The front-end page displays the event details to the user.

[0055] Batch export attachments; 1. Allow users to select data in batches and export it as attachments; 2. The front-end page submits the selected data to the controller layer based on the data selected by the user in batches; 3. The control layer sends an instruction to the business layer to execute the export attachment logic based on the selected data; 4. The business layer sends a query attachment data command to the persistence layer based on the export attachment logic command; 5. The persistence layer queries attachment data based on the query attachment data command and returns the data; 6. The business layer returns the attachment file to the control layer based on the returned data; 7. The controller layer returns an export link to the front-end page; 8. The front-end page displays an export link to the user so that the user can download the file.

[0056] The various embodiments in this specification are described in a progressive manner, with each embodiment focusing on its differences from other embodiments. Similar or identical parts between embodiments can be referred to interchangeably. For the apparatus disclosed in the embodiments, since they correspond to the methods disclosed in the embodiments, the description is relatively simple; relevant parts can be referred to the method section.

[0057] Those skilled in the art will further recognize that the units and algorithm steps of the various examples described in conjunction with the embodiments disclosed herein can be implemented in electronic hardware, computer software, or a combination of both. To clearly illustrate the interchangeability of hardware and software, the components and steps of the various examples have been generally described in terms of functionality in the foregoing description. Whether these functions are implemented in hardware or software depends on the specific application and design constraints of the technical solution. Those skilled in the art can use different methods to implement the described functions for each specific application, but such implementations should not be considered beyond the scope of this invention.

[0058] The steps of the methods or algorithms described in conjunction with the embodiments disclosed herein can be implemented directly by hardware, a software module executed by a processor, or a combination of both. The software module can be located in random access memory (RAM), main memory, read-only memory (ROM), electrically programmable ROM, electrically erasable programmable ROM, registers, hard disk, removable disk, CD-ROM, or any other form of storage medium known in the art.

[0059] The above embodiments are only for illustrating the technical concept and features of the present invention, and are intended to enable those skilled in the art to understand the content of the present invention and implement it accordingly. They do not limit the scope of protection of the present invention. All equivalent changes and modifications made within the scope of the claims of the present invention should fall within the scope of the claims of the present invention.

Claims

1. A publicity and management system for grassroots work teams in nuclear power plants, characterized in that, include: Event management unit, publicity management unit, and large screen display unit; The event management unit is used to set the media carousel frequency and issue media collection tasks, collect media using a multi-source collection method, and manage the media. The publicity management unit is used to set the frequency of publicity material playback, and to manage and optimize the materials throughout their entire lifecycle. The large screen display unit is used to scroll and display materials according to preset rules.

2. The nuclear power plant grassroots team publicity and management system according to claim 1, characterized in that, The event management unit includes: a carousel frequency setting module, a planned material collection module, and an unplanned material collection module; The carousel frequency setting module is used to set the carousel frequency of the corresponding material; The planned material collection module is used to determine the person in charge of material collection and the deadline for material collection corresponding to the issued theme task; The unplanned material collection module is used to generate to-do tasks and reminders based on the basic information uploaded by users.

3. The nuclear power plant grassroots team publicity and management system according to claim 1, characterized in that, The event management unit also includes: a material file management module; The material file management module is used to save the collected material files according to the material file restriction rules, and to add, modify, delete and query the collection plan.

4. The nuclear power plant grassroots team publicity and management system according to claim 3, characterized in that, The file restriction rule is as follows: for a given collection plan, only one type of file (image file or video file) can be saved. The video file is uploaded one at a time, and the format is any one of Ogg, WebM, or MP4, and the file size is 100MB. The image file upload consists of 9 images at a time, in any of the following formats: jpg, png, svg, and gif, with each image being 10MB.

5. The nuclear power plant grassroots team publicity and management system according to claim 1, characterized in that, The material file management module includes: an information display submodule; The information display submodule is used to display the collection information of the collection plan in a list.

6. The nuclear power plant grassroots team publicity and management system according to claim 1, characterized in that, The publicity management unit includes: a publicity frequency setting module and an image operation module; The advertising frequency setting module is used to set the rotation frequency of the corresponding materials; The image operation module is used to upload, delete, and query images.

7. The nuclear power plant grassroots team publicity and management system according to claim 6, characterized in that, The image manipulation module includes: The image upload submodule is used to upload image materials according to image file restriction rules. The image deletion submodule is used to delete the target image. The image query submodule is used to query target images.

8. The nuclear power plant grassroots team publicity and management system according to claim 7, characterized in that, The image file restrictions are as follows: 20 images can be uploaded at a time; the image format must be any one of jpg, png, svg, and gif, and each image must be 10MB. Export as a zip file.

9. The nuclear power plant grassroots team publicity and management system according to claim 6, characterized in that, The publicity management unit also includes: a material full-process management module and a material optimization module; The full-process management module for materials is used to manage the entire process of material acquisition, classification, display, and archiving. The material optimization module is used to automatically identify and remove redundant materials.

10. The nuclear power plant grassroots team publicity and management system according to claim 9, characterized in that, The full-process management module for materials uses a cyclical approach of planning, execution, inspection, and improvement to optimize the materials.

Images