CN111882235B - Gridding enterprise management service monitoring method - Google Patents

Abstract

The invention relates to the field of data acquisition, and particularly provides a gridding enterprise management service monitoring method, which comprises the following steps: s1, establishing a platform overall architecture; s2, creating a business process; s3, building a database; s4, establishing an enterprise grid management service system; and S5, establishing an enterprise operation monitoring system. Compared with the prior art, the enterprise management service monitoring method is beneficial to coordinating the business of the departments and reducing the burden of the enterprises, is also beneficial to government leaders and related departments to comprehensively master the local economic operation condition and make differential policies, and accurately services the enterprises.

Description

Gridding enterprise management service monitoring method

Technical Field

The invention relates to the field of data acquisition, and particularly provides a gridding enterprise management service monitoring method.

Background

At present, the information-based system of the service enterprise mostly belongs to a general network platform, and is mainly characterized by policy information release and information aggregation, lacks the understanding of information data in the aspect of enterprise production and operation and economic operation monitoring and early warning analysis developed on the basis of the information data, and is poor in active prevention and accurate service. Once a disaster accident occurs, the production and operation state of an enterprise and the overall economic operation state caused by the production and operation state cannot be quickly sensed, so that relevant government departments can only deal with the disaster passively.

In the aspect of construction of internal business systems of government departments, although the internal business systems have a certain informatization basis, each unit department lacks a unified informatization platform, the business coordination needs are difficult to meet, and in addition, timely and effective unified enterprise information collection and management service means are lacked, so that the enterprise information is repeatedly collected, and inconvenience is brought to enterprises.

Disclosure of Invention

Aiming at the defects of the prior art, the invention provides the enterprise management service monitoring method with strong practicability.

The technical scheme adopted by the invention for solving the technical problems is as follows:

a gridding enterprise management service monitoring method comprises the following steps:

s1, establishing a platform overall architecture;

s2, creating a business process;

s3, building a database;

s4, establishing an enterprise grid management service system;

and S5, establishing an enterprise operation monitoring system.

Further, in step S1, comprising an infrastructure layer, a data layer, a platform layer and an application layer,

the infrastructure is used for providing basic cloud resources and communication network infrastructure, and is a basic guarantee for system operation;

the data layer is used for gathering service-related full data and providing a data capacity engine for upper-layer application through data acquisition, processing, transmission and collection;

the platform layer is used for providing a data and application visual display platform and basic application service support and comprises a unified portal, unified authentication, a GIS component and a workflow engine;

the application layer is used for providing economic operation monitoring and analysis for city leaders, work and communication offices, reform committees, state committees and enterprises.

Further, in step S2, the information of the managed grid district enterprise is generally checked by the grid staff, the problem is reported to the command center event handling work platform through the reporting APP, the work platform works through the processes of studying, judging, dispatching, processing and result closing loop, the enterprise and economic data in the whole city are analyzed through the collected information, the matching policy of predictive analysis and studying is matched, leadership decision-making analysis is provided, the enterprise feeds back the related problems such as enterprise operation problems or policy consultation through the green channel of the straight-through vehicle of the enterprise, and the event handling work platform feeds back the information handling and the handling result after receiving the problem.

Further, in step S3, data acquisition, basic library construction and thematic library construction are included,

the data acquisition comprises basic data acquisition, comprehensive quality detail data acquisition and internet data acquisition;

the foundation base construction comprises a foundation natural geographic database, an urban space database and a population and social economy database;

the project base construction is used for establishing a data information identification, modification and import mode of each department through data specification, integrating data resources of industrial letters, homeland, business, environmental protection, safety supervision, statistics, price, tax, market supervision and power supply departments, realizing the collection of dynamic data and behavior data of each department in each region, forming a uniform industrial and economic project base, and simultaneously establishing a data updating mechanism and regularly reporting data by each department.

Further, in step S4, a networked management module, grid data visualization, event dynamic processing, and grid performance assessment are included;

the functional authority of the networked management module is divided into enterprises, grid members and governments, enterprise users report company, human society, production, operation and land information of the enterprises through enterprise basic information templates, and basic information of the grid members is obtained; the grid member user can check the information of all the managed enterprises, including basic information and difficult information of the enterprises, and assist the government to carry out fine management on the enterprises, so that the grid member user is a connecting bridge between the enterprises and the government; government users carry out unified management and display on enterprise and gridding member information through enterprise and gridding member ledgers;

the grid data is visualized to analyze and display the grid data, the change conditions of key industries, key areas, key enterprises in areas and talents are found through macroscopic economic analysis, key supporting and key monitoring areas are found out through regional panoramic perspective screening, the key supporting and monitoring enterprises are screened in a multidimensional way through microscopic perspective, and the spatial distribution conditions of the enterprises are displayed through an industrial map;

the event dynamic processing aims at enterprise problem feedback events concerned by streets and communities, the functions of reporting, processing and inquiring are realized, and the information related to the number, the types and the processing progress of the events is displayed on a map;

the grid performance assessment takes four indexes of event processing, problem response, grid service, grid patrol and the like as evaluation indexes to comprehensively evaluate the grid, the grid is divided into one-to-five-star-level grids, the first level is the lowest level, the fifth level is the highest level, and meanwhile, a reward and punishment mechanism is implemented on grids of different star levels so as to promote the improvement of grid work.

Further, the event dynamic processing also comprises a mobile acquisition subsystem and an event tracking subsystem,

the mobile acquisition subsystem is used for providing data query of the mobile terminal for a grid management supervisor, finishing field event acquisition and transmission by using the mobile terminal, providing a task management block for a user, picking up an assigned checking task and reporting a checking condition;

the event tracking subsystem dynamically tracks the reported event and the event assigned by the upper level, and collects and counts the information of the processor, the processing mode and the processing result until the event is closed.

Further, the event dynamic processing also comprises a mobile acquisition subsystem and an event tracking subsystem,

the mobile acquisition subsystem is used for providing data query of the mobile terminal for a grid management supervisor, finishing field event acquisition and transmission by using the mobile terminal, providing a task management block for a user, picking up an assigned checking task and reporting a checking condition;

the event tracking subsystem dynamically tracks the reported event and the event assigned by the upper level, and collects and counts the information of the processing persons, the processing modes and the processing results until the event is closed.

Further, the monitoring of the operation of the key projects comprises the following steps:

1) Data acquisition, namely providing data support for key project supervision and summary analysis by acquiring basic information, project construction progress and problems of enterprises related to key projects;

2) Project supervision, namely supervising the overall general profile, regional distribution and project progress of the key projects in the whole city based on the reported data of the enterprise, and grasping the full life cycle information of the key projects;

3) And summarizing and analyzing, namely supervising, summarizing and classifying the investment condition of the important items and the reported problems, and providing data support for leader decision.

Compared with the prior art, the gridding enterprise management service monitoring method has the following outstanding beneficial effects:

(1) The operation, the productivity, the benefit and other conditions of key industries and key enterprises are summarized and analyzed by a gridding means, the development conditions and the fluctuation trends of main industries and key enterprises can be accurately grasped, the economic situation analysis scientificity is improved, and powerful support is provided for monitoring and analyzing the economic operation situation of the whole province, predicting and early warning and information guiding of all levels of administrative departments and all industry associations; the information sharing and the business cooperation with the economic operation scheduling monitoring and the management departments are promoted, the working efficiency and the scientific decision level are improved, and the service capacity of parties at all levels, governments and the public is enhanced.

(2) The platform construction is an effective carrier for supporting departments to actively act and develop accurate services: the gridding means can provide an important channel for the competent department to actively find problems and accurately service enterprise development and project promotion. Only when the enterprise is well served, the enterprise can be developed, and the city can be improved.

Drawings

In order to more clearly illustrate the embodiments or technical solutions of the present invention, the drawings used in the embodiments or technical solutions in the prior art are briefly introduced below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained according to these drawings without creative efforts.

FIG. 1 is a general framework diagram of a method of monitoring a grid-enabled enterprise management service;

FIG. 2 is a business flow diagram of a method for monitoring a grid-based enterprise management service;

FIG. 3 is a functional composition diagram of an enterprise grid management service system in a grid enterprise management service monitoring method;

fig. 4 is a functional composition diagram of an enterprise operation monitoring system in a grid-based enterprise management service monitoring method.

Detailed Description

The present invention will be described in further detail with reference to specific embodiments in order to better understand the technical solutions of the present invention. It is to be understood that the described embodiments are merely exemplary of the invention, and not restrictive of the full scope of the invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

A preferred embodiment is given below:

as shown in fig. 1 to 4, a method for monitoring a grid-based enterprise management service in this embodiment includes the following steps:

s1, establishing a platform overall architecture: comprises an infrastructure layer, a data layer, a platform layer and an application layer,

the infrastructure mainly provides basic cloud resources (computing, storage, network and security) and communication network infrastructure, and is the basic guarantee for system operation.

And the data layer is mainly used for gathering the service-related full data and providing a data capability engine for upper-layer application through data acquisition, processing, transmission and collection.

The platform layer provides data and application visual display platforms and basic application service support, and the platform layer comprises tool support such as a unified portal, unified authentication, a GIS component and a workflow engine.

The application layer mainly provides economic operation monitoring and analysis for city leaders, work and communication offices, reform committees, state resources committees and enterprises, assists the leaders in providing decision analysis, enables enterprise matching policies, optimizes enterprise service details, ensures high-quality development of city economy, and reduces external influences to the minimum.

According to the practical operation purpose and effect consideration of project implementation, aiming at the characteristics of easy operability, low error and the like when a user uses the system, a popular B/S mode is adopted for the platform system, the interface is friendly, and the man-machine interaction is strong. The system is developed by adopting java language.

S2, creating a business process:

the method comprises the steps that a gridder generally inspects enterprise information of a managed gridding area, reports problems to a command center event disposal working platform through a reporting APP, the working platform works through a study, dispatch, processing and result closed loop process, the enterprise and economic data in the whole city are analyzed through collected information, a prediction analysis study and judgment matching policy is matched, leadership auxiliary decision analysis is provided, the enterprise feeds back related problems such as enterprise operation problems or policy consultation through an enterprise direct vehicle green channel, after receiving the problems, the event disposal working platform carries out information disposal and disposal result feedback, the enterprise is supported from the policy consultation to the enterprise, all-round service is provided, a government 'shop-two' service platform is created, the city operator environment is improved, and the high-quality development of city economy is promoted.

S3, database construction: the method comprises data acquisition, foundation base construction and thematic base construction.

Data acquisition:

the economic subject database needs to collect relevant data of each government department enterprise, including basic data collection, comprehensive quality detail data collection, internet data and other relevant data collection.

1) And (5) acquiring basic data. The basic data acquisition comprises unified social credit codes of enterprises, enterprise names, the counties and the towns of the enterprises, the towns and the streets of the gardens and the towns of the enterprises, the industries, registered addresses, registered capital, stockholders, whether the enterprises are on schedule or not, the number of insured persons, taxes, invoices, occupied areas, energy consumption, electricity consumption, total emission equivalent of main pollutants, development expenditure (the current price and production value, sales income and total profit amount of the enterprises on schedule) and other indexes, and 21 committee bureaus are docked by a data sharing platform, a market supervision bureau, a national and local bureau, an environmental protection bureau, a tax bureau, a human society bureau, a district town, a statistical bureau, a water service bureau, a water conservancy bureau, a gas supply department, a power supply company and the like.

2) The method comprises the steps of collecting industrial enterprise data, characteristic industrial clusters and key enterprise information data to establish an industrial economic structure database, and providing decision support for analyzing local economic industrial structures and industrial chain composition.

3) Investment platform, tourism business inviting project, agriculture business inviting project, industry business inviting project and the live-action photograph of key enterprises, and can make panoramic pictures to truly restore business inviting environment.

4) The method comprises the steps of collecting traffic area data, displaying the advantages of sea transportation, air transportation, railway transportation and road transportation, and enabling investors to select appropriate investment blocks according to local traffic plans and in combination with traffic modes required by own industries.

5) Basic supporting data such as roads, power supply, water supply, pollution discharge, gas supply, heat supply, communication, logistics and fire protection and life service facilities such as schools, medical treatment and government services are collected, and investment projects are performed by selecting a favorable area with convenient production and minimum operation cost through superposition analysis of the positions and information of the basic facilities.

6) The method is characterized by collecting data such as humanity, geography, history, agriculture, scenic spots, hotels, commercial and trade complexes and the like, displaying local beautiful scenery in the form of a tourist map, and making a proper tourist route and a leisure mode.

7) Local cost advantage data and policy support data are collected, a government can attract customers through the cost advantages, and the customers can check corresponding policy support according to the investment cost, the enterprise property and the production scale.

8) And (5) comprehensive quality detail data acquisition. The comprehensive quality detail data acquisition comprises indexes such as trademarks, nameplates, established standards, re-contract credit standing, environmental protection credit evaluation, environmental protection accident punishment, integrity tax payment, major virtual generation invoicing or export tax fraud cases, research and development institutions, invented patents, high and new technology enterprises, safety production standardization, safety production accidents and punishment, administrative punishment, fire accidents, quality awards and the like.

9) And (5) collecting internet data. And the Internet is utilized to collect the relevant data of enterprise E-commerce, bidding, recruitment, advertisement, user evaluation and the like.

Constructing a foundation base:

1) Basic natural geography database

The basic geographic data content includes administrative divisions, terrain, landforms, traffic, water systems, climate, vegetation, residential areas, and the like.

2) City space database

The urban spatial data information content comprises traffic, health institutions, schools, residential areas and the like.

3) Population and social economic database

The information content includes administrative divisions and demographics, economics, etc.

And (4) building a special topic library:

1) Industrial and economic special item bank

The data information identification, modification and import mode of each department is established through data specification by applying the 'internet plus' big data thinking, the data resources of departments such as industrial letter, homeland, business, environmental protection, safety supervision, statistics, price of things, tax, market supervision, power supply and the like are integrated, the collection of dynamic data and behavior data of each department in each region is realized, a uniform industrial economic special problem library is formed, a data updating mechanism is established at the same time, and each department regularly reports data.

(1) And (5) data specification. The platform defines basic data and data specifications to be collected, and mainly defines data table specifications and table field specifications.

(2) And (6) data processing. The data processing of the platform mainly realizes the verification, cleaning and arrangement processing of the original data according to certain rules, methods and flows, and completes the generation of initial result data of intensive resource utilization; the method mainly comprises three parts of data processing rule definition, data result table definition and data result table generation.

(3) And (6) data is put in a warehouse. The enterprise data warehousing is realized, the unified social credit code of an enterprise is used as the unique identification code of the enterprise, a data file is established for each enterprise, the content comprises the data of the enterprise floor area, the number of the enterprise people, the total invoicing sales volume, the net warehousing tax, the electricity consumption, the energy consumption, the science and technology, the honor reward and the like, and a city-enterprise one-level database is formed.

2) Market subject special subject library

The method is established according to main body registration information, focuses on various market main body trends, structure composition, industry distribution, distribution characteristics, stockholders and the like, and relates to the conditions of market main body entering, exiting, transferring, operation change, registration capital change and the like.

3) Macro economic special item bank

In order to reflect the urban macro-economic condition comprehensively and in a multi-angle manner, a macro-economic database is constructed on the basis of market main data from the aspects of widening data analysis and considering analysis depth, and data resources comprise annual economic data, quarterly economic data, monthly economic data and the like.

4) Enterprise ethnic chart special subject library

And combining the investment information, basic registration information, enterprise credit information, enterprise management information, stockholder information, legal person information and the like of the enterprise to form an enterprise genealogy special topic. And data support is provided for inquiring the genealogy level, the investment control relationship, the risk node and the like of the enterprise.

S4, establishing an enterprise grid management service system:

according to different types and roles, system users are divided into three types of enterprises, grid operators and governments, different users have different system function authorities, and the subsystem further comprises modules for grid data visualization, mobile acquisition, comprehensive management and the like.

A gridding management module:

the functional authority of the module is divided into three categories, namely enterprises, gridders and governments.

The enterprise users report the information of companies, people and society, production and management, land and the like of the enterprises through the basic information templates of the enterprises. And acquiring basic information of the affiliated gridding personnel, reporting enterprise problems and difficulties through a system during epidemic situations, and requesting the gridding personnel and administrators to report and request governments to give help and support. And (3) constructing a supply and demand supermarket, and inquiring and acquiring production demand raw materials while releasing enterprise products. The special subject of the notice bulletin can quickly obtain the related notice and policy document issued by the government.

The user of the gridding personnel can check the information of all managed enterprises, including basic information and difficult information of the enterprises, and assist the government to carry out fine management on the enterprises. Is a connecting bridge for enterprises and governments.

Government users carry out unified management and display on enterprise and girderbolt information through enterprise and girderbolt ledger, comprehensively know the operation condition of enterprises of all local scales above, and pertinently issue relevant notice information. And carrying out fine management on the enterprises.

Visualization of grid data:

the method comprises the steps of analyzing and displaying grid data from the three aspects of macroscopic, mesoscopic and microscopic, finding out changes of key industries, key areas, key enterprises in areas and talents through macroscopic economic analysis, finding out key supporting and key monitoring areas through regional panoramic perspective screening, screening the enterprises for key supporting and monitoring in a multidimensional way through microscopic perspective, and displaying the spatial distribution conditions of the enterprises through industrial maps. While supporting global screening functions and enterprise group creation functions.

Event dynamic processing:

aiming at enterprise problem feedback events concerned by streets and communities, the functions of reporting, processing and inquiring are realized, and related information such as event quantity, event types, processing progress and the like is displayed on a map, so that various problems are directly displayed on the map, are accurately positioned and are clear at a glance.

Mobile acquisition subsystem

1) Providing data inquiry (basic information and service information) of the mobile terminal for a grid management supervisor;

2) The method comprises the steps of completing field event collection and transmission (telephone, photographing and recording) by utilizing a mobile terminal;

3) And providing a task management block for a user, picking up the assigned checking task and reporting the checking condition.

Event tracking subsystem

And dynamically tracking the reported event and the event assigned by the upper level, and summarizing and counting information such as a processor, a processing mode, a processing result and the like until the event is closed.

1) And (4) setting up a case, assigning a task, continuously reporting the problem, returning to the upper-level grid for processing, filling a processing result and closing an event.

2) And (4) reporting information on the electronic map query event and providing a prompt.

3) Providing map display and query functions of basic geographic information, geocoding information, cell grid information, component information and the like;

4) Real-time prompting of new information or task feedback information.

And (3) performing grid performance assessment:

through establishing a networked evaluation mechanism, the dynamic and normative work of revision of evaluation indexes, addition of evaluation materials, evaluation scoring, analysis and the like is realized, so that the participation, publicity and supervision of a grid work system are increased.

The grid is comprehensively evaluated by taking four indexes such as event processing, problem response, grid service and grid patrol as evaluation indexes, the grid is divided into one-to-five-star-level grids, one level is the lowest, the five level is the highest, and meanwhile a reward and punishment mechanism is implemented on grids of different star levels so as to promote the improvement of grid work.

S5, establishing an enterprise operation monitoring system:

the monitoring of the economic operation is carried out,

and carrying out real-time dynamic monitoring on the local economic operation related indexes from the three aspects of macroscopic, mesoscopic and microscopic, and knowing the economic operation state of the district in real time from the industrial, regional and time dimensions. Meanwhile, a long-acting early warning mechanism is established, so that the industrial economic core index and the industrial development situation are early warned, and the early warning index can be drilled and positioned to relevant areas, industries and enterprises.

The monitoring of the operation of key enterprises,

the running state of the enterprise is monitored according to indexes such as electricity utilization, water utilization and tax payment, and analysis monitoring is carried out on the important enterprises such as scenery enterprises and risk enterprises.

Scenic gas enterprises

Starting from the whole, the enterprise directory is intuitively inquired from the aspects of tax increase, sales increase and mu increase, and meanwhile, the enterprise directory can be intuitively inquired from the descending angle, and the detailed conditions of a certain enterprise can be deeply known.

Risk enterprise

Starting from the whole province, the enterprise directory is intuitively inquired from the aspects of tax decline, sales decline and mu decline, and the rising angle is used at the same time, and the detailed condition of a certain enterprise can be deeply known.

The monitoring of the operation of the key industry,

the dynamic graphic type reflects the invoicing sales, net warehousing tax, present price and output value, sales income, total profit amount, electricity consumption, enterprise number and energy consumption (mu average tax, discharge capacity is annual reflection) of major health industries and high-end equipment manufacturing and other key industries in industrial enterprises with local scales above monthly.

Monitoring the operation of the key projects,

the method comprises the steps of firstly, data acquisition, namely, providing data support for key project supervision and summary analysis by acquiring basic information of enterprises related to key projects, project construction progress, problems and other information;

project supervision, namely supervising the overall general profile, regional distribution and project progress of the key projects in the whole city based on the enterprise reported data, and grasping the full life cycle information of the key projects;

and thirdly, summarizing and analyzing, namely supervising, summarizing and classifying the investment condition of the important items and the reported problems, and providing data support for leadership decision making.

The above embodiments are only specific cases, and the scope of the present invention includes but is not limited to the above embodiments, and any suitable changes or substitutions that are consistent with the claims of an enterprise management service monitoring method of the present invention and are made by those skilled in the art should fall within the scope of the present invention.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims (1)

1. A gridding enterprise management service monitoring method is characterized by comprising the following steps:

s1, establishing a platform overall architecture;

comprises an infrastructure layer, a data layer, a platform layer and an application layer,

the infrastructure is used for providing basic cloud resources and communication network infrastructure, and is a basic guarantee for system operation;

the data layer is used for gathering service-related full data and providing a data capability engine for upper-layer application through data acquisition, processing, transmission and collection;

the platform layer is used for providing a data and application visual display platform and basic application service support and comprises a unified portal, unified authentication, a GIS component and a workflow engine;

the application layer is used for providing economic operation monitoring and analysis for city leaders, work and communication offices, reform committees, state resources committees and enterprises;

s2, creating a business process;

the method comprises the steps that a gridder generally inspects enterprise information of a managed gridding area, reports problems to a command center event handling working platform through a reporting APP, the working platform works through study, dispatch, processing and member closing loop processes, enterprise and economic data in the whole city are analyzed through collected information, matching of prediction analysis study and judgment matching policies is provided, leadership decision-making analysis is provided, the enterprise feeds back enterprise operation problems or policy consultation related problems through a straight-through green channel of the enterprise, and the event handling working platform carries out information handling and handling result feedback after receiving the problems;

s3, building a database;

comprises data acquisition, foundation base construction and thematic base construction,

the data acquisition comprises basic data acquisition, comprehensive quality detailed data acquisition and Internet data acquisition;

the foundation base construction comprises a foundation natural geographic database, an urban space database and a population and social economy database;

the special subject library construction is used for establishing a data information identification, modification and import mode of each department through data specification, integrating industrial letter, homeland, business, environmental protection, safety supervision, statistics, price, tax, market supervision and data resources of power supply departments, realizing the collection of dynamic data and behavior data of each department in each region, forming a uniform industrial and economic special subject library, and simultaneously establishing a data updating mechanism, and each department regularly reports data;

s4, establishing an enterprise grid management service system;

the method comprises a networked management module, grid data visualization, event dynamic processing and grid performance assessment;

the functional authority of the networked management module is divided into enterprises, gridders and governments, enterprise users report information of companies, human society, production, management and land of the enterprises through enterprise basic information templates, and basic information of the gridders is obtained; the grid member user can check the information of all the managed enterprises, including basic information and difficult information of the enterprises, and assist the government to carry out fine management on the enterprises, so that the grid member user is a connecting bridge between the enterprises and the government; the government user performs unified management display on the information of the enterprises and the grid members through the corporate and grid member ledger;

the grid data is visualized to analyze and display the grid data, the change conditions of key industries, key areas, key enterprises in areas and talents are found through macroscopic economic analysis, key supporting and key monitoring areas are found out through regional panoramic perspective screening, the key supporting and monitoring enterprises are screened in a multidimensional way through microscopic perspective, and the spatial distribution conditions of the enterprises are displayed through an industrial map;

the event dynamic processing aims at enterprise problem feedback events concerned by streets and communities, the functions of reporting, processing and inquiring energy are realized, and the information related to the number, the type and the processing progress of the events is displayed on a map;

the grid performance assessment is characterized in that the grid is comprehensively evaluated by taking four indexes of event processing, problem response, grid service and grid patrol as evaluation indexes, the grid is divided into one-to-five-star grids, the first level is the lowest and the fifth level is the highest, and meanwhile, a reward and punishment mechanism is implemented on grids of different star levels so as to promote the improvement of grid work;

the event dynamic processing further comprises a mobile acquisition subsystem and an event tracking subsystem,

the mobile acquisition subsystem is used for providing data query of the mobile terminal for a grid management supervisor, completing field event acquisition and transmission by using the mobile terminal, providing a task management block for a user, picking up an assigned check task and reporting a check condition;

the event tracking subsystem dynamically tracks the reported event and the event assigned by the upper level, and collects and counts the information of the processor, the processing mode and the processing result until the event is closed;

s5, establishing an enterprise operation monitoring system;

comprises economic operation monitoring, major enterprise operation monitoring, major industry operation monitoring and major project application monitoring,

the economic operation monitoring carries out real-time dynamic monitoring on relevant indexes of local economic operation and establishes a long-acting early warning mechanism;

the key enterprise operation monitoring is used for analyzing and monitoring the scenery enterprises and the risk enterprises;

the key industry operation monitoring is to reflect the indexes of major health industries and high-end equipment manufacturing key industries in industrial enterprises with local scales above monthly in a dynamic graph mode;

monitoring the key items by using the key items;

the key project operation monitoring comprises the following steps:

1) Data acquisition, namely providing data support for supervision and summary analysis of key projects by acquiring basic information, project construction progress and problems of enterprises related to the key projects;

2) Project supervision, namely supervising the general overview, the regional distribution and the project progress of the key projects in the whole city on the basis of enterprise reported data, and grasping the full life cycle information of the key projects;

3) And summarizing and analyzing, namely supervising, summarizing and classifying the investment condition of the important items and the reported problems, and providing data support for leader decision.

Images