CN114092024A

CN114092024A - Investment project full-process management method and system

Info

Publication number: CN114092024A
Application number: CN202111158015.7A
Authority: CN
Inventors: 许莹
Original assignee: Yongxing Shenzhen Polytron Technologies Inc
Current assignee: Yongxing Shenzhen Polytron Technologies Inc
Priority date: 2021-09-29
Filing date: 2021-09-29
Publication date: 2022-02-25

Abstract

The invention relates to the technical field of Internet, and discloses a method and a system for managing a whole process of an investment project, wherein the system comprises a project analysis module and a project display module, wherein the project analysis module is used for carrying out statistical analysis on the whole process project data corresponding to a preset investment project to obtain a project analysis result; the project display module comprises a display block conversion unit and a page display unit, the display block conversion unit is used for matching corresponding project display items according to project analysis results and carrying out conversion processing on the project analysis results according to display rules corresponding to the project display items so as to generate corresponding project display blocks, and the page display unit is used for displaying project display pages generated according to the project display blocks so as to visually and accurately acquire full-process investment project data and rapidly and accurately analyze problems existing in the management process so as to avoid potential investment risks, so that the practicability of the investment project full-process management system and the investment project full-process management efficiency are improved.

Description

Investment project full-process management method and system

Technical Field

The invention relates to the technical field of Internet, in particular to a method and a system for managing the whole process of an investment project.

Background

With the development of internet technology, cloud computing and big data technology are becoming mature, and especially in the technical field of intelligent city informatization based on electronic government affair cloud computing and big data, the traditional investment project management system is difficult to meet daily use requirements. Traditional investment project management system still adopts manual on-the-spot supervision management mostly, mode such as manual system table, although some simple investment project management software have also appeared, but mostly only provide input function and retrieval function with the project data that the investment project corresponds, less relate to and manage the full flow of investment project, be difficult to satisfy user's user demand, be unfavorable for clearly showing the content of management, lead to the managerial efficiency low, also be unfavorable for analyzing the problem that exists among the management process fast accurately, in order to avoid potential investment risk.

Therefore, how to solve the technical problems of single management function, low management efficiency and poor practicability of the conventional investment management system becomes a problem to be solved urgently.

Disclosure of Invention

The invention mainly aims to provide a method and a system for managing the whole process of an investment project, and aims to solve the technical problems of single management function, low management efficiency and poor practicability of the conventional investment management system.

In order to achieve the above object, the present invention provides a system for managing the whole process of an investment project, comprising:

the project analysis module is used for performing statistical analysis on the full-flow project data corresponding to the preset investment projects to obtain a project analysis result;

the project display module is used for displaying the project analysis result;

the project display module comprises a display block conversion unit and a page display unit;

the display block conversion unit is used for matching a corresponding item display item according to the item analysis result and performing conversion processing on the item analysis result according to a display rule corresponding to the item display item to generate a corresponding item display block;

and the page display unit is used for generating a corresponding item display page according to the item display block and displaying the item display page.

Optionally, the item analysis module further comprises a data preprocessing unit;

the data preprocessing unit is used for carrying out data cleaning on root information carried by to-be-analyzed project data of a preset investment project so as to obtain the cleaned to-be-analyzed project data;

the data preprocessing unit is further configured to perform cluster analysis on the cleaned project data to be analyzed to obtain full-process project data corresponding to the preset investment project.

Optionally, the project analysis module further comprises a correlation analysis unit and a map generation unit;

the correlation analysis unit is used for acquiring a project declaration unit corresponding to the preset investment project and performing correlation analysis on the project declaration unit to obtain a unit correlation result;

the map generation unit is used for establishing a corresponding unit relation map according to the unit association result;

the page display unit is further configured to generate a corresponding unit relationship display page according to the unit relationship map, and display the unit relationship display page.

Optionally, the project analysis module further comprises a coordination statistics unit;

the coordination statistical unit is used for acquiring a historical coordination record and performing statistical analysis on the historical coordination record to obtain a coordination statistical result;

the display block conversion unit is further configured to match a corresponding coordination display item according to the coordination statistical result, and perform conversion processing on the coordination statistical result according to a display rule corresponding to the coordination display item to generate a corresponding coordination display block;

and the page display unit is also used for generating a corresponding coordination display page according to the coordination display block and displaying the coordination display page.

Optionally, the item display module further includes a right obtaining unit;

the permission acquiring unit is used for acquiring the user permission of the current user and determining the browsing range of the current user according to the user permission;

and the page display unit is also used for rendering the project display page according to the browsing range and displaying the rendered project display page.

Optionally, the project presentation module further includes a statistical graph generation unit and a statistical table generation unit;

the statistical chart generating unit is used for making a corresponding project statistical chart according to the project display item;

the page display unit is also used for displaying the project statistical chart;

the statistical table generating unit is used for making a corresponding project statistical table according to the project display items;

the page display unit is also used for displaying the project statistical table.

Optionally, the item presentation module further comprises a drop point determination unit;

the drop point determining unit is used for acquiring an access port of a current user and determining a corresponding project drop point distribution domain according to the access port;

the page display unit is further configured to render the project display page according to the project drop point distribution domain, and display the rendered project display page.

Optionally, the item analysis module further comprises a risk statistics unit;

the risk statistical unit is used for acquiring historical monitoring data of preset risk items in the project analysis results and performing classification statistics on the historical monitoring data according to different time gradients to acquire corresponding risk statistical results;

the risk statistical unit is also used for calculating a project risk index according to the risk statistical result;

correspondingly, the page display unit is further used for displaying the corresponding early warning display page according to the risk statistical result and the project risk index.

Optionally, the display block conversion unit is further configured to match a corresponding risk display item according to the risk statistical result and the item risk index, and perform conversion processing on the risk statistical result and the item risk index according to a display rule corresponding to the risk display item to generate a corresponding risk display block;

and the page display unit is also used for generating a corresponding early warning display page according to the risk display block and displaying the early warning display page.

In addition, in order to achieve the above object, the present invention further provides a method for managing the whole process of the investment project, wherein the method for managing the whole process of the investment project comprises the following steps:

carrying out statistical analysis on the full-flow project data corresponding to the preset investment projects to obtain a project analysis result;

matching a corresponding project display item according to the project analysis result, and performing conversion processing on the project analysis result according to a display rule corresponding to the project display item to generate a corresponding project display block;

and generating a corresponding project display page according to the project display block, and displaying the project display page.

The investment project full-flow management system comprises a project analysis module and a project display module; the project analysis module is used for performing statistical analysis on the full-process project data corresponding to the preset investment projects to obtain a project analysis result; the project display module is used for displaying the project analysis result; the project display module comprises a display block conversion unit and a page display unit; the display block conversion unit is used for matching the corresponding item display item according to the item analysis result and converting the item analysis result according to the display rule corresponding to the item display item so as to generate a corresponding item display block; the page display unit is used for generating a corresponding project display page according to the project display block and displaying the project display page so as to visually and accurately acquire the data of the full-process investment project and also be convenient for analyzing the problems existing in the management process quickly and accurately so as to avoid potential investment risks, so that the practicability of the full-process management system of the investment project is improved, and the full-process management efficiency of the investment project is also improved.

Drawings

FIG. 1 is a block diagram showing a first embodiment of a system for full-flow management of investment projects in accordance with the present invention;

FIG. 2 is a first embodiment of a system for full-flow management of investment projects according to the present invention;

FIG. 3 is a detailed view of a project according to a first embodiment of the investment project overall process management system of the present invention;

FIG. 4(a) is a first project statistical chart relating to a first embodiment of the investment project overall process management system according to the present invention;

FIG. 4(b) is a second project statistical chart relating to the first embodiment of the investment project overall process management system of the present invention;

FIG. 4(c1) is a first view of a third project statistical chart relating to the first embodiment of the investment project overall flow management system in accordance with the present invention;

FIG. 4(c2) is a second view of a third project statistical chart relating to the first embodiment of the investment project overall flow management system in accordance with the present invention;

FIG. 4(d) is a fourth project statistical chart relating to the first embodiment of the investment project overall process management system of the present invention;

FIG. 4(e) is a fifth statistical chart of the investment project in accordance with the first embodiment of the total process management system of the investment project of the present invention;

FIG. 5 is a table of project statistics related to a first embodiment of the investment project overall process management system of the present invention;

FIG. 6 is a diagram showing the retrieval function according to the first embodiment of the investment project overall process management system of the present invention;

FIG. 7 is a functional diagram showing the relationship between units according to the first embodiment of the investment project complete process management system;

FIG. 8 is a diagram showing an early warning function according to a first embodiment of the investment project total process management system of the present invention;

fig. 9 is a schematic flow chart of a first embodiment of the investment project overall flow management method of the present invention.

The implementation, functional features and advantages of the objects of the present invention will be further described with reference to the accompanying drawings.

Detailed Description

It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

Referring to fig. 1, fig. 1 is a block diagram showing a first embodiment of the investment project overall process management system according to the present invention.

As shown in fig. 1, the investment project overall flow management system provided by the embodiment of the present invention includes a project analysis module 10 and a project presentation module 20;

the project analysis module 10 is configured to perform statistical analysis on full-process project data corresponding to a preset investment project to obtain a project analysis result;

it is to be understood that the predetermined investment items include, but are not limited to, government investment items and social investment items, and the term full-flow item data is understood to mean item data corresponding to different stages of the predetermined investment items within a predetermined range, wherein the predetermined range may be an area range where the predetermined investment items are located, for example, an area range corresponding to a city, and the different stages include, but are not limited to, an early stage, an in-building stage, and an as-built stage. The project data corresponding to the early stage comprises but is not limited to code assignment, land planning permission and exploitable batch, construction project planning permission and approximate calculation batch, construction permission and bid inviting management (project bid inviting and contract signing); the project data corresponding to the construction stage comprises but is not limited to start work, construction management (progress month report and field picture), fund management, acceptance management (contract acceptance, special acceptance, completion acceptance and project acceptance), settlement audit, financial settlement and real estate registration; the project data corresponding to the completion phase includes but is not limited to delivery, operation management and post evaluation.

Wherein the project analysis module further comprises a data preprocessing unit 101;

the data preprocessing unit 101 is configured to perform data cleaning on root information carried by to-be-analyzed project data of a preset investment project to obtain cleaned to-be-analyzed project data;

the data preprocessing unit 101 is further configured to perform clustering analysis on the cleaned project data to be analyzed to obtain full-process project data corresponding to the preset investment project.

In a specific implementation, in order to obtain the full-process project data corresponding to the preset investment project, root information carried by to-be-analyzed project data of the preset investment project may be obtained first, where the to-be-analyzed project data is data related to the preset investment project and is input from the outside, and the root information carried by the to-be-analyzed project data may be understood as data information related to a government or an enterprise, including investment information, financial data, geographic data, and the like. After the root information is acquired, the accuracy of the project data to be analyzed can be verified in real time, so that the accuracy of data later-stage management is guaranteed to the maximum extent. After the item data to be analyzed passes the accuracy verification, in order to facilitate classification, the root information of the item data to be analyzed can be subjected to data cleaning to obtain the cleaned item data to be analyzed, and then the cleaned item data to be analyzed is subjected to cluster analysis to obtain the full-process item data corresponding to the preset investment item. The scattered project data to be analyzed are subjected to data cleaning and cluster analysis to convert the project data to be analyzed into uniform full-flow project data, and statistical analysis is performed on the basis of the obtained full-flow project data, so that powerful data support is provided for data application, government affair service and decision basis, decision improvement and reduction of business cost are facilitated, investment risk is reduced, safety compliance is improved, and maximization of data value is facilitated. For example, data cleaning and cluster analysis are performed on the project data to be analyzed according to the stage of the project, so as to obtain the project data in different stages, and for example, data cleaning and cluster analysis are performed on the project data to be analyzed according to the region range to which the project belongs, so as to obtain the corresponding project data in different region ranges.

The item display module 20 is used for displaying the item analysis result;

wherein, the item display module comprises a display block conversion unit 201 and a page display unit 202;

the display block conversion unit 201 is configured to match a corresponding item display item according to the item analysis result, and perform conversion processing on the item analysis result according to a display rule corresponding to the item display item to generate a corresponding item display block;

the page display unit 202 is configured to generate a corresponding item display page according to the item display block, and display the item display page.

It is easy to understand that, when a project analysis result is obtained, a corresponding project display item may be matched according to the project analysis result, and the project analysis result may be converted according to a display rule corresponding to the project display item to generate a corresponding project display block, where the project display item may be understood as an index item that may be represented in the project analysis result in an informatization manner, and the project display block may be understood as a project display form generated by combining a plurality of project display items, such as a statistical graph, a statistical table, and the like. Further, a corresponding project display page is generated according to the project display block, and the project display page is displayed.

Referring to fig. 2, fig. 2 is a first embodiment of the investment project overall process management system according to the present invention.

In fig. 2, the project display page sets project display blocks corresponding to the total government investment projects and the total investment amount of a certain city within a preset time period, project display blocks corresponding to the total project and the total investment amount of different regions of the certain city (for example, regions a, B, C, and D in fig. 2), and project display blocks corresponding to the total project and the total investment amount of the certain city at different stages (for example, at a previous stage, at a building stage, and at a completion stage in fig. 2), where the preset time period may be set according to actual requirements, which is not limited in this embodiment. For the display of the total number of the items in different areas of a certain city, different segments can be divided according to the total number of the items, and different color depths are set for the distribution maps of the item areas corresponding to the different areas according to the segments, so that the data intuitiveness is improved.

In a specific implementation, in order to improve the storage security of the full-flow project data and the project analysis result, the project presentation module 20 further includes a permission obtaining unit 203;

the authority acquiring unit 203 is configured to acquire a user authority of a current user, and determine a browsing range of the current user according to the user authority;

correspondingly, the page display unit 202 is configured to render the item display page according to the browsing range, and display the rendered item display page.

If the user right of the current user is detected to be that only the statistical analysis result of the B area in a certain city can be viewed, the statistical analysis result outside the B area in the certain city is set to be not open to the current user, the interactive item corresponding to the statistical result of the area outside the B area in the project display page is rendered, and then the rendered project display page is displayed. If the icon corresponding to the interactive item is rendered in gray, and the interactive item is set as non-interactive, a specific rendering manner may be set according to an actual requirement, which is not limited in this embodiment.

In addition, a corresponding area distribution table and a project area distribution map under the investment of the city government can be established according to the difference of areas in a certain city to show the total number of projects and the total investment of different areas in the certain city.

In a specific implementation, in order to implement full-flow management on the preset investment project, the project details of the preset investment project can also be displayed in real time, and the project details can be understood as all relevant data of the preset investment project from project registration to post-evaluation.

Referring to fig. 3, fig. 3 is a detailed view of the project according to the first embodiment of the investment project total process management system of the present invention.

In fig. 3, the upper left area shows the key information of the preset investment project, including but not limited to the project name, total investment, cumulative issuing or cumulative payment (the detail of fund can be checked through the interactive item corresponding to the cumulative issuing or cumulative payment), project unit, industry returning, construction area, country code, fund source, detailed address, and project progress, and in a specific implementation, the specific construction scale and content can be checked through the corresponding interactive item.

The upper right area shows the map drop points of the preset investment projects in the city, and in specific implementation, the full screen display can be carried out through the corresponding interactive items so as to enlarge the full screen display of the map.

The middle area displays project information corresponding to three stages (namely an early stage, a building stage and a completion stage) of a preset investment project, such as project approval, land occupation and planning permission, and based on an online examination and approval supervision platform of the investment project, data of a plurality of key departments are butted to form a modular business classification display which comprises issuing/payment detail, bidding detail, contract detail, monthly statement detail, item approval and the like.

The lower area is a full-flow display of the preset investment projects. And docking a plurality of key department data to form a project data stream based on the investment project online examination and approval supervision platform so as to manage the full life cycle of the project.

In a specific implementation, in order to improve the intuitiveness of the item analysis result, the item presentation module 20 further includes a statistical chart generating unit 204 and a statistical table generating unit 205;

a statistical chart generating unit 204, configured to make a corresponding project statistical chart according to the project display item, and correspondingly, the page display unit 202 is further configured to display the project statistical chart;

a statistical table generating unit 205, configured to make a corresponding project statistical table according to the project display item, and correspondingly, the page display unit 202 is further configured to display the project statistical table.

The project statistical chart can be used for displaying the distribution of projects and data change conditions. And switching all five tabs of (government investment + social investment), government investment (city government investment + district government investment), government investment (city government investment), government investment (district government investment) and social investment according to the fund source so as to switch and display the corresponding statistical page.

Referring to fig. 4(a), fig. 4(a) is a first project statistical chart related to the first embodiment of the investment project total process management system of the present invention, the first project statistical chart is used for showing the distribution and data change of all projects (government investment + social investment);

referring to fig. 4(b), fig. 4(b) is a second project statistical chart related to the first embodiment of the investment project total process management system of the present invention, the second project statistical chart is used for showing the distribution and data change of government investment projects (municipal investment + district government investment);

referring to fig. 4(c1), fig. 4(c1) is a first view of a third project statistical chart related to the first embodiment of the investment project total process management system of the present invention, the first view of the third project statistical chart is used for showing the distribution and data change of government investment projects (city government investment), in the first view of the third project statistical chart, under the city government investment page label, the third project statistical chart is divided into a plurality of topics for statistics, wherein the topics include but are not limited to project stage, industry returning, construction area, investment scale, project standing, and internal/external examination and approval matters;

referring to fig. 4(c2), fig. 4(c2) is a second view of a third project statistical chart related to the first embodiment of the investment project total process management system of the present invention, the second view of the third project statistical chart is used for showing another distribution and data change situation of government investment projects (city government investment), wherein the city government invests on a tab and is divided into a plurality of topics for statistics, and the second view of the third project statistical chart includes, but is not limited to, project categories and fund schedules under the government investment projects (city government investment);

referring to fig. 4(d), fig. 4(d) is a fourth project statistical chart related to the first embodiment of the investment project total process management system of the present invention, where the fourth project statistical chart is used to show distribution and data change conditions of government investment projects (regional government investments), and in the fourth project statistical chart, under the tab of regional government investment, the fourth project statistical chart is divided into a plurality of topics such as project phase, management level, industry returning, construction area, investment scale, project establishment, approval project and the like for statistics;

referring to fig. 4(e), fig. 4(e) is a fifth project statistical chart related to the first embodiment of the investment project overall process management system of the present invention, where the fifth project statistical chart is used to show the distribution of social investment and data change conditions, and in the fifth project statistical chart, under the label of the social investment page, the social investment is divided into a plurality of topics, such as project phase, industry returning, establishment area, investment scale, project check and approval, for statistics.

The project statistical graphs corresponding to the first project statistical graph, the second project statistical graph, the first view of the third project statistical graph, the fourth project statistical graph and the fifth project statistical graph include but are not limited to:

(1) project scope, e.g., social investment projects newly awarded in XXXX.

(2) Accumulating data, e.g., statistics of the number of items and total investment up to the current;

(3) historical data, such as, statistics of new increasing item numbers and total investment in each month of the last year, each year from XXXXX.

In addition, the topic item statistical graph corresponding to the second view of the third item statistical graph includes but is not limited to:

(1) project scope, such as market listing projects that were incorporated into the annual program since XXXX.

(2) Annual data, e.g., statistics of project counts, investment arrangements, and capital schedules for selected planned years;

(3) historical data, such as, for example, the category and fund progress of the project over the selected planning year, is counted.

Referring to fig. 5, fig. 5 is a project statistical table related to the first embodiment of the investment project overall process management system of the present invention.

The project statistical table is used for displaying the query conditions and the list fields related to the government investment project data, and in specific implementation, a user can select the query conditions or configure a list view according to needs to query and count the government investment projects within the authority range. The corresponding item statistics table includes but is not limited to:

(1) project scope, such as all government investment projects (including transient code projects).

(2) Screening conditions including but not limited to basic information, annual plan, registration information, fund information, monthly newspaper information, matter information and other categories, wherein all screening condition fields are from a project base;

(3) the displayed list of items is configured in view.

It is easy to understand that, in order to improve the storage security of the whole process project data, different users can only inquire and count government investment projects within the user authority range according to the corresponding user authority.

In addition, the project statistical table described in this embodiment may also implement the following functions:

supporting the combined screening of multiple categories of conditions, and inquiring a project list meeting the conditions;

supporting a user-defined list view, wherein a user can select the display fields and the sequence of the display fields of the list, and the view can delete, modify names, increase and decrease the fields or adjust the sequence of the fields;

and thirdly, the intranet environment supports derivation, and the derived list is consistent with the view of the current list.

In a specific implementation, in order to improve the practicability of the investment project full-process management system, the project presentation module 20 further includes a drop point determining unit 206;

a drop point determining unit 206, configured to obtain an access port of a current user, and determine a corresponding item drop point distribution domain according to the access port;

correspondingly, the page display unit 202 is further configured to render the item display page according to the item drop point distribution domain, and display the rendered item display page.

It is easy to understand that the access port may be understood as a port for determining the user identity, determining a corresponding drop point distribution domain according to the user identity, and displaying a corresponding development map for the user according to the drop point distribution domain.

In specific implementation, the intranet map can be set as a default display urban area map, searching can be performed according to project names/national codes/place names, and the map layer, the early warning analysis function button and the peripheral analysis function button are arranged below the search box, so that corresponding information can be checked through corresponding interaction items. In addition, a point-falling tool, a measuring tool and labeled function buttons are further arranged, and a user can draw and check a required result according to needs. Further, in order to improve the user experience, a recovery interactive item for recovering the map content before the annotation and a base map interactive item for replacing the base map style are also provided.

In a specific implementation, the extranet map displays coordinate distribution of all investment projects by default, and can view detailed addresses through operations such as map zooming and the like, or search and view addresses of corresponding projects according to screening conditions, wherein the screening conditions include but are not limited to investment types, capital sources/construction areas, annual plans and search boxes, and the searching can be performed by selecting the screening conditions or inputting project names/national codes; the system is also provided with a layer, circle selection and verification function, corresponding layer information and a project drop point distribution map can be checked through corresponding interactive items, the project name, the investment type, the total investment and the detailed address can be checked through the corresponding drop point, and the detailed content of the project can be opened and checked through the interactive item 'checking the whole process'.

Referring to fig. 6, fig. 6 is a diagram showing a search function according to the first embodiment of the investment project total process management system of the present invention.

In a specific implementation, in order to improve the security of the full-process project data, the retrieval function displays viewable contents within the current user authority range by default. Further, in order to improve the retrieval efficiency, it may be further configured to display items ranked as the top N in the browsing times within the current user permission range, where N may be set according to an actual requirement, for example, 10, which is not limited in this embodiment. In a specific implementation, a multidimensional defined retrieval rule (for example, multidimensional retrieval is performed by combining with a project category, a project tag and the like), a rapid retrieval is performed on the investment project full-flow project library through a keyword corresponding to project related information (for example, project basic information, item information and the like) input by a user, and a result is displayed in a sequence according to a priority rule, so that higher retrieval efficiency is provided.

In a specific implementation, in order to quickly and accurately analyze the problems existing in the investment units in the project analysis module 10 to avoid potential investment risks, the project analysis module further includes a correlation analysis unit 102 and a map generation unit 103;

the association analysis unit 102 is configured to acquire a project declaration unit corresponding to the preset investment project, and perform association analysis on the project declaration unit to obtain a unit association result;

the map generation unit 103 is configured to establish a corresponding unit relation map according to the unit association result;

correspondingly, the page display unit 202 is further configured to generate a corresponding unit relationship display page according to the unit relationship map, and display the unit relationship display page.

Referring to fig. 7, fig. 7 is a functional diagram showing a relationship between units according to the first embodiment of the investment project total process management system of the present invention. It is easy to understand that the unit relation function is to perform relevant index statistics on the project declaration units and the relevant units and show the relevant relation, and the unit relation function page is divided into two tabs of a unit image and a unit map.

In fig. 7, the "unit portrait" tab can display the units of M items before the rank according to the investment type, in a specific implementation, M can be set according to the actual requirement, such as 3, which is referred to as top1, top2, and top3, which is not limited in this embodiment.

In the concrete implementation, the ranking front-end unit in the project unit can be displayed according to the number of the declared projects and the total investment amount, and further, all/government investment/social investment types can be selected to be ranked respectively by switching tabs.

In a specific implementation, unit images corresponding to single units can be displayed through interactive items corresponding to unit names, and the unit images include, but are not limited to, data such as list information of displayed item declaration unit ranks, item declaration unit association ranks, unit red and black lists, declaration unit number statistics, item declaration unit types, and item number ratios of item declaration units.

The unit basic information can be used for displaying the basic information of the current project declaration unit.

b. The project declaration condition can be used for showing the total/government investment/social investment project declaration number and the total investment of a project declaration unit.

c. The distribution condition of the project phases can be used for displaying the number of projects in the early stage/construction/completion phases of the project declaration unit, and can be set as a screenable investment type for displaying.

d. And the risk early warning can be used for counting the number of items with risks in the current unit and the number of risk early warning information, and displaying the distribution proportion condition of early warning types according to items/funds/construction early warning.

e. And problem coordination, which can be used for counting the number of the declaration items submitted by the current unit to coordinate supervision of the problems and displaying the project names, the problem descriptions and the problem states of the submitted problems according to the reverse order of the submission time.

f. And the red and black credits can be used for counting the number of the red and black credit records of the current unit and displaying the red and black record contents in a rolling mode.

g. And the association units can be used for counting the number of the association units of the current unit (when the association units are multiple, the units with the top item number rank can be preferentially displayed according to the number of commonly participated items, such as the units with the top item number rank 5), the number of the commonly participated items among the units, and a list of the commonly participated items can be viewed through the interaction items corresponding to the number of the items.

The unit map page label displays the project declaration unit with the maximum correlation quantity with other project participation units by default, and the unit map and the project correlation list correlated with the queried unit can be checked by querying the name of the project declaration unit.

In a specific implementation, the map tab can display the map of the item unit with the largest number of associated units by default, and can input a unit name/unit code/item name in the search box for query. Wherein the association unit shows the top ranked unit of the item quantity associated with the current item unit, for example, the top 10 ranked unit of the item quantity associated with the current item unit, and furthermore, by "view more" of the interaction item, the corresponding association unit list can be opened.

In addition, in a specific implementation, in order to obtain a project promotion difficulty in real time to improve management efficiency, the project analysis module 10 further includes a coordination statistics unit 104;

the coordination statistical unit 104 is configured to obtain a historical coordination record, and perform statistical analysis on the historical coordination record to obtain a coordination statistical result;

the display block conversion unit 201 is further configured to match a corresponding coordination display item according to the coordination statistical result, and perform conversion processing on the coordination statistical result according to a display rule corresponding to the coordination display item to generate a corresponding coordination display block;

the page display unit 202 is further configured to generate a corresponding coordination display page according to the coordination display block, and display the coordination display page.

In the coordination statistics display page, problem conditions submitted in the project monthly newspaper and coordination solution conditions of the problems are mainly displayed, the problem overview, the problem coordination condition statistics and the project problems in the front row are mainly included, such as the project problems of 15 ranks, and in the specific implementation, the ranking can be respectively carried out according to the total number of the problems, the uncoordinated number and the coordinated number.

In this embodiment, in order to improve the practicability of the investment project full-process management system, the project analysis module 10 further includes a risk statistics unit 105;

the risk statistics unit 105 is configured to obtain historical monitoring data of a preset risk item in the item analysis results, and perform classification statistics on the historical monitoring data according to different time gradients to obtain corresponding risk statistics results;

the risk statistic unit 105 is further configured to calculate a risk index of the project according to the risk statistic result;

it is easy to understand that the preset risk item may be set according to an index item of risk that is easy to exist in the project analysis result, such as fund, construction progress, and the like, and the time gradient may be set according to an actual requirement, such as year, month, and the like, which is not limited in this embodiment. If yes, obtaining historical monitoring data of the fund in the project analysis result, and carrying out classification statistics on the historical monitoring data corresponding to the fund according to the months to obtain corresponding fund statistics conditions in different months; for another example, historical monitoring data of the item of the construction progress in the project analysis result is obtained, and the historical monitoring data corresponding to the construction progress is classified and counted according to the year, so that the corresponding construction progress statistics conditions in different years are obtained.

In a specific implementation, the risk score and the corresponding weight corresponding to each risk item may also be obtained, then the score corresponding to each risk item is multiplied by the weight thereof to obtain the risk index of each risk item, and then the risk indexes corresponding to each risk item are added to obtain the item risk index, where a specific scoring rule may be set according to an actual requirement, which is not limited in this embodiment, for example, if the risk item is P, Q, the risk score corresponding to the risk item P is P, the weight corresponding to the risk item P is 0.6, the risk score corresponding to the risk item Q is Q, and the risk score corresponding to the risk item Q is 0.4, the item risk index is: 0.6p +0.4 q.

Correspondingly, the page display unit 202 is further configured to display a corresponding early warning display page according to the risk statistical result and the item risk index.

In a specific implementation, the display block conversion unit 201 is further configured to match a corresponding risk display item according to the risk statistical result and the item risk index, and perform conversion processing on the risk statistical result and the item risk index according to a display rule corresponding to the risk display item to generate a corresponding risk display block;

the page display unit 202 is further configured to generate a corresponding early warning display page according to the risk display block, and display the early warning display page.

It is easy to understand that, after obtaining the risk statistical result and the item risk index, the corresponding risk presentation item may be matched according to the risk statistical result and the item risk index, and the risk statistical result and the item risk index may be subjected to conversion processing according to a presentation rule corresponding to the risk presentation item to generate a corresponding risk presentation block, where the risk presentation item may be understood as an index item for informatically presenting a distribution situation, a risk change situation, and a risk detail of an item (i.e., an early warning item) with a risk, and the risk presentation block may be understood as an item presentation form generated by combining multiple risk presentation items, such as a statistical graph, a statistical table, and the like. And further, generating a corresponding early warning display page according to the risk display block, and displaying the early warning display page so as to rapidly and accurately analyze the problems existing in the management process based on the risk statistical result and the project risk index, accurately avoid potential investment risks and improve the practicability of the investment project full-flow management system.

In a specific implementation, the early warning display page can be displayed by setting four tabs according to full analysis, item early warning, fund early warning and construction early warning, and can be switched to display corresponding early warning pages.

Referring to fig. 8, fig. 8 is a diagram showing an early warning function related to the first embodiment of the investment project total process management system of the present invention. In fig. 8, the full-scale analysis includes:

(1) the early warning project area distribution can be used for carrying out area division on the projects with risks and carrying out color layering according to the quantity of the projects with risks; the method for presenting the item list of the corresponding area through the interactive item of the area may include, in a specific implementation: the total number of items, namely the total number of all items with risks, can display a list of the total number of early warning items through corresponding interactive items. And secondly, a risk index including but not limited to the current annual cumulative current 'occupation ratio of risk-existing items to total items' comparison of whole year of last year 'occupation ratio of risk-existing items to total items', and the monthly cumulative current 'occupation ratio of risk-existing items to total items' comparison of whole month of last month 'occupation ratio of risk-existing items to total items'. And thirdly, classified statistics is carried out, wherein classified statistics is mainly carried out on item early warning, capital early warning and construction early warning, and the statistical dimensionality is item number, proportion and ring ratio.

(2) And the risk monitoring condition statistics refers to the total quantity statistics of the small categories of item early warning, fund early warning and construction early warning.

(3) The risk index change statistics refers to the distribution statistics of the number of risks in three major categories, namely item early warning, capital early warning and construction early warning, which are close to one year.

(4) The latest dynamic state of the project early warning means that the early warning projects and risk contents are displayed in a reverse way according to the latest time.

(5) And (4) risk index ranking, namely ranking and displaying the items with the most risk number.

Wherein, the matter early warning includes:

(1) a tab, comprising: firstly, current early warning means that a current risk early warning project is cut off; and secondly, early warning record removal, namely stopping all the eliminated risk early warning items at present.

(2) Risk categories, including: item delay declaration can be used for checking project early warning contents of 'project proposal is not reported and demonstrated after being approved for half a year', 'project approval is not approved for one year' and 'project approval is not approved for one year'; item approval delay, which can be used for checking the early warning content of the project which exceeds the promised approval time limit; the repeated refuting of the items can be used for checking the early warning content of the approved items which are refuted more than twice; fourthly, essential matters are lost, such as necessary certificates in planning, and the like.

(3) The front risk ranking unit can be used for checking the number ranking of the early warning items of each unit, such as the unit 15 before the ranking of the number of the early warning items.

(4) The latest dynamic project early warning can be used for checking the latest project early warning and related early warning contents.

(5) And the item risk statistics can be used for checking the statistics of the early warning types of the core items.

Wherein, the fund early warning includes:

(1) a tab, comprising: the current early warning means that the current existing risk early warning project is cut off.

(2) Risk categories, including: the method has the advantages that the fund shortage can be used for checking the project early warning content of the serious excess of the investment proportion of the completion progress plan; using the fund redundancy, the method can be used for checking the project early warning content of completing the schedule plan investment proportion delay; and thirdly, issuing a dialing payment abnormity, and checking the approval item early warning content rejected more than two times.

(5) And the fund risk statistics can be used for checking the statistical distribution number of the early warning categories existing in the last twelve months.

Wherein, the construction early warning includes:

(1) a tab, comprising: (ii) items in recent years (such as newly-increased reserve items (government investment items + social investment items) in XXXX year); (ii) historical items (e.g., items by XXXX years (government investment items + social investment items)).

(2) Risk categories, including: the method includes the steps that firstly, engineering management hidden dangers can be used for checking project early warning contents of a construction project management field; engineering accountability rectification can be used for checking project early warning contents of construction project rectification and shutdown conditions; the engineering administration punishment can be used for checking project early warning content of construction projects related to the administration punishment determination condition; the engineering personnel accident can be used for checking the project early warning content of the accident condition of the engineering personnel in the construction project; and fifthly, early warning of project start-up, which can be used for checking the early warning content of the project which is not started up and the project which is over-term.

(5) And the construction risk statistics can be used for checking the statistical distribution number of early warning categories existing in the last twelve months.

The investment project full-flow management system comprises a project analysis module and a project display module; the project analysis module is used for carrying out statistical analysis on the full-process project data corresponding to the preset investment projects to obtain project analysis results; the project display module is used for displaying the project analysis result; the project display module comprises a display block conversion unit and a page display unit; the display block conversion unit is used for matching a corresponding item display item according to the item analysis result and converting the item analysis result according to a display rule corresponding to the item display item to generate a corresponding item display block; the page display unit is used for generating a corresponding project display page according to the project display block and displaying the project display page so as to visually and accurately acquire the data of the full-process investment project and also be convenient for analyzing the problems existing in the management process quickly and accurately so as to avoid potential investment risks, so that the practicability of the full-process management system of the investment project is improved, and the full-process management efficiency of the investment project is also improved. On the other hand, by carrying out the statistical analysis on the full-flow project data corresponding to the preset investment projects subjected to data cleaning and cluster analysis, powerful data support is provided for data application, government affair service and decision basis, decision improvement and reduction of business cost are facilitated, investment risk is reduced, safety compliance is improved, and maximization of data value is facilitated.

Based on the investment project full-process management system, the embodiment of the invention provides an investment project full-process management method.

Referring to fig. 9, fig. 9 is a schematic flow chart of a first embodiment of the investment project overall flow management method of the present invention.

In this embodiment, the investment project full-process management method includes the following steps:

step S10: carrying out statistical analysis on the full-flow project data corresponding to the preset investment projects to obtain a project analysis result;

step S20: matching corresponding project display items according to the project analysis results, and performing conversion processing on the project analysis results according to display rules corresponding to the project display items to generate corresponding project display blocks;

step S30: and generating a corresponding project display page according to the project display block, and displaying the project display page.

Based on the first embodiment, in this embodiment, optionally, before the step S10, the method further includes:

carrying out data cleaning on root information carried by to-be-analyzed project data of a preset investment project to obtain cleaned to-be-analyzed project data;

and performing cluster analysis on the cleaned project data to be analyzed to obtain the full-process project data corresponding to the preset investment project.

Optionally, after the step S10, the method further includes:

acquiring a project declaration unit corresponding to the preset investment project, and performing correlation analysis on the project declaration unit to obtain a unit correlation result;

establishing a corresponding unit relation map according to the unit association result;

and generating a corresponding unit relation display page according to the unit relation map, and displaying the unit relation display page.

Optionally, the step S10 includes:

acquiring a historical coordination record in the full-process project data corresponding to a preset investment project, and performing statistical analysis on the historical coordination record to obtain a coordination statistical result;

accordingly, the step S20 includes:

matching a corresponding coordination display item according to the coordination statistical result, and performing conversion processing on the coordination statistical result according to a display rule corresponding to the coordination display item to generate a corresponding coordination display block;

accordingly, the step S30 includes:

and generating a corresponding coordination display page according to the coordination display block, and displaying the coordination display page.

Optionally, the step S30 includes:

acquiring user permission of a current user, and determining a browsing range of the current user according to the user permission;

and rendering the project display page according to the browsing range, and displaying the rendered project display page.

Optionally, after the step S20, the method further includes:

making a corresponding project statistical chart according to the project display item, and displaying the project statistical chart;

and/or making a corresponding project statistical table according to the project display item, and displaying the project statistical table.

Optionally, the step S30 includes:

acquiring an access port of a current user, and determining a corresponding project drop point distribution domain according to the access port;

and rendering the project display page according to the project drop point distribution domain, and displaying the rendered project display page.

Optionally, after the step S10, the method further includes:

acquiring historical monitoring data of preset risk items in the project analysis results, and performing classification statistics on the historical monitoring data according to different time gradients to obtain corresponding risk statistical results;

calculating a project risk index according to the risk statistical result;

and displaying a corresponding early warning display page according to the risk statistical result and the project risk index.

Optionally, the step of displaying a corresponding pre-alarm display page according to the risk statistical result and the item risk index includes:

matching corresponding risk display items according to the risk statistical results and the project risk indexes, and performing conversion processing on the risk statistical results and the project risk indexes according to display rules corresponding to the risk display items to generate corresponding risk display blocks;

and generating a corresponding early warning display page according to the risk display block, and displaying the early warning display page.

Other embodiments or specific implementation manners of the investment project full-process management method of the present invention may refer to the above-mentioned system embodiments, and are not described herein again.

It should be noted that, in this document, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or system that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or system. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other like elements in a process, method, article, or system that comprises the element.

The above-mentioned serial numbers of the embodiments of the present invention are merely for description and do not represent the merits of the embodiments.

Through the above description of the embodiments, those skilled in the art will clearly understand that the method of the above embodiments can be implemented by software plus a necessary general hardware platform, and certainly can also be implemented by hardware, but in many cases, the former is a better embodiment. Based on such understanding, the technical solution of the present invention may be embodied in the form of a software product, which is stored in a storage medium (e.g., a rom/ram, a magnetic disk, an optical disk) and includes instructions for enabling a terminal device (e.g., a mobile phone, a computer, a server, an air conditioner, or a network device) to execute the method according to the embodiments of the present invention.

The above description is only a preferred embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes, which are made by the contents of the present specification and drawings, or used directly or indirectly in other related fields, are included in the scope of the present invention.

Claims

1. A system for full-flow management of an investment project, the system comprising:

the project analysis module is used for carrying out statistical analysis on the full-flow project data corresponding to the preset investment projects to obtain project analysis results;

the project display module is used for displaying the project analysis result;

the display block conversion unit is used for matching the corresponding project display item according to the project analysis result and converting the project analysis result according to the display rule corresponding to the project display item to generate a corresponding project display block;

2. The investment project full-flow management system of claim 1 wherein said project analysis module further comprises a data preprocessing unit;

3. The investment project overall process management system of claim 1 wherein said project analysis module further comprises a correlation analysis unit and a graph generation unit;

4. The investment project full process management system of claim 1, wherein said project analysis module further comprises a reconciliation statistics unit;

5. The investment project full-flow management system of claim 1, wherein said project presentation module further comprises a rights acquisition unit;

6. The investment project overall process management system of claim 1, wherein said project presentation module further comprises a statistical chart generation unit and a statistical table generation unit;

7. The investment project full-flow management system of claim 1, wherein said project presentation module further comprises a drop point determination unit;

the page display unit is further configured to render the project display page according to the project landing point distribution domain, and display the rendered project display page.

8. The system for full-flow management of an investment project of claim 1 wherein the project analysis module further comprises a risk statistics unit;

the risk statistical unit is used for acquiring historical monitoring data of preset risk items in the project analysis results and carrying out classification statistics on the historical monitoring data according to different time gradients to acquire corresponding risk statistical results;

9. The investment project full-process management system according to claim 8, wherein the display block conversion unit is further configured to match a corresponding risk display item according to the risk statistical result and the project risk index, and perform conversion processing on the risk statistical result and the project risk index according to a display rule corresponding to the risk display item to generate a corresponding risk display block;

10. A method for managing the whole process of an investment project is characterized by comprising the following steps: