CN114066169A - Urban grid management platform - Google Patents
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Abstract
The invention discloses a city grid management platform. According to the urban grid management system, the urban grid management platform is designed, namely the data management interaction platform, the functional business management platform, the grid business linkage platform and the unified user system platform are integrated, the data management interaction platform is used for integrating information resources of all functional departments, the functional business management platform is used for integrating business processes of all functional departments, the grid business linkage platform is used for rapidly transferring target management items reported by grid personnel to a plurality of corresponding target functional departments, all target functional departments cooperatively process the target management items, therefore, the business processes and the information resources of all functional departments can be integrated, the management item streams collected by the grid personnel can be conveniently and rapidly transferred to the corresponding functional departments for cooperative processing, and the urban grid management efficiency is greatly improved.
Description
Technical Field
The invention relates to the technical field of big data processing, in particular to a city grid management platform.
Background
With the continuous acceleration of urbanization process, the population of China presents the distinct characteristics of flowing from villages to towns and flowing from less-developed areas to developed areas, more and more people gather in cities, so that the cities are easy to become gathering areas and outbreak areas of various risks and contradictions, and higher requirements on public service and public safety are provided. By constructing criss-cross gridding management, the treatment effect of transverse to side and longitudinal to bottom is exerted, and the social contradiction can be effectively solved. The grid management is a digital management mode which divides a jurisdiction area into a plurality of grid-shaped units according to the principles of home management, geographical layout, current situation management and the like, and implements dynamic and all-directional management on each grid. However, the existing urban grid management platform still has the following disadvantages in practical application:
1. the cooperative linkage fusion degree of each functional department is relatively low: the contents and objects of grid management are complicated, and the outstanding characteristic is cooperative cooperation, a criss-cross management mode of longitudinal linear management and transverse multi-functional department cooperative linkage is adopted, which means that city management is not only single fighting of communities and streets, but also fusion assistance of relevant functional departments of government is involved, but most of the existing cooperative linkage is community intervals in the same street jurisdiction, and communities across streets and multi-functional departments have no right to allocate power and allocate resources for developing services because of a plurality of factors;
2. the lack of effective integration of information resources and network platforms: information databases are not established between communities and between functional departments, the efficiency of information data analysis and application is not high, information systems of different functional departments are independent in gridding management, data are dispersed and not shared, the existing financial resources and material resources of some grade cities are limited, the digital office degree is relatively backward, the construction of the whole gridding management platform is relatively limited, once the information resources and the network platform cannot be effectively integrated, repeated reporting and information asymmetry of grid personnel information can be increased due to the lack of professional business operation, and the relevance of grid comprehensive information is reduced.
Disclosure of Invention
In order to overcome the defects of the prior art, the invention provides a city grid management platform which can integrate the business process and information resources of each functional department, conveniently and quickly transfer the management item flow collected by grid personnel to a plurality of corresponding functional departments for cooperative processing, and greatly improve the efficiency of city grid management.
In order to solve the above technical problems, an embodiment of the present invention provides a city grid management platform, which includes a data management interaction platform, a functional service management platform, a grid service linkage platform, and a unified user system platform;
the data management interaction platform is used for acquiring basic data of each functional department in each grid area and cleaning the basic data according to a preset data format to obtain standard data;
the functional business management platform is used for adding business processes of all functional departments through a preset interface, responding to updating requests of all functional departments and modifying and optimizing the business processes of all functional departments;
the grid business linkage platform is used for determining a plurality of target function departments from all the function departments according to target management items reported by grid personnel, integrating business processes of all the target function departments, distributing the target management items to all the target function departments, and enabling all the target function departments to process the target management items according to the called standard data;
the unified user system platform is used for managing the basic information and the authority information of the user.
Further, the data management interaction platform comprises a main body information management system and a facility equipment information system;
the main body information management system is used for acquiring main body information in the urban comprehensive information and carrying out partition classification management on the main body information according to grid areas divided by cities;
the facility equipment information system is used for collecting, counting and analyzing facility equipment information of each functional department and remotely managing the facility equipment of each functional department.
Further, the function service management platform comprises a function resource system;
and the functional resource system is used for dividing the service category of each functional department according to the service data required by the service flow of each functional department after adding the service flow of each functional department through a preset interface.
Furthermore, the grid service linkage platform comprises an instant messaging system, a data analysis system, an evaluation incentive system, a transaction processing system, a transaction registration system, a multi-grid system, a space building information system and a GIS (geographic information system);
the instant messaging system is used for providing instant messaging service for each target function department in the process of processing the target management items by each target function department;
the data analysis system is used for responding to analysis requests of all functional departments and carrying out statistical analysis on the standard data based on predefined data indexes to obtain data analysis results;
the evaluation incentive system is used for evaluating and comparing the management condition of each grid area according to a predefined evaluation incentive scheme and executing an incentive action;
the item processing system is used for responding to the operation request of the grid personnel and carrying out at least one operation of item setting, item processing, item handover, item reporting, item coordination and item guidance on the specified management items;
the item registration system is used for tracking and recording the whole life cycle of each management item to obtain complete flow data of each management item;
the multi-grid system is used for dividing grid areas for cities from multiple dimensions and establishing multi-stacked city grids;
the space building information system is used for responding to a first service configuration request of each functional department, adding a first predefined service flow aiming at the space building information and providing service for customizing and developing space building information management service for each functional department;
the GIS geographic information system is used for responding to second service configuration requests of all the functional departments, adding a predefined second service flow aiming at GIS geographic information and providing service for customizing and developing GIS geographic information management services for all the functional departments.
Further, the unified user system platform comprises a user system and a basic function system;
the user system is used for establishing a user system according to the organization and management system of each functional department;
and the basic function system is used for responding to basic function configuration requests of all the functional departments, accessing the basic function subsystem and providing services for customizing and developing the basic functions for all the functional departments.
Further, the determining a plurality of target functional departments from all functional departments according to the target management items reported by the grid staff specifically includes:
and matching the item information of the target management item with the service categories of all functional departments, determining the target functional department from all functional departments when the matching is successful, and acquiring the target functional department specified by the grid personnel aiming at the target management item when the matching is failed.
Further, the item information includes a keyword of the management item, a facility device involved, a person involved, and a place involved.
Further, the subject information includes personal information, resident information, legal information, and organization information; the facility device information includes operation information.
The embodiment of the invention has the following beneficial effects:
by designing a city gridding management platform, namely an integrated and established data management interaction platform, a functional service management platform, a grid service linkage platform and a unified user system platform, acquiring basic data of each functional department in each grid area by using the data management interaction platform, cleaning the basic data according to a preset data format to obtain standard data, adding a service flow of each functional department by using the functional service management platform through a preset interface, responding to an updating request of each functional department, modifying and optimizing the service flow of each functional department, determining a plurality of target functional departments from all the functional departments by using the grid service linkage platform according to target management items reported by grid personnel, integrating the service flows of all the target functional departments, and distributing the target management items to all the target functional departments, and each target function department processes target management items according to the called standard data, and manages the basic information and the authority information of the users by using the unified user system platform to realize urban grid management. Compared with the prior art, the embodiment of the invention integrates the information resources of each functional department by using the data management interaction platform, integrates the business process of each functional department by using the functional business management platform, and quickly transfers the target management items reported by the grid personnel to the corresponding target functional departments by using the grid business linkage platform, so that each target functional department cooperatively processes the target management items, thereby integrating the business process and the information resources of each functional department, conveniently and quickly transferring the management items collected by the grid personnel to the corresponding functional departments for cooperative processing, and greatly improving the efficiency of urban grid-based management.
Drawings
Fig. 1 is a schematic structural diagram of a city grid management platform according to a first embodiment of the present invention;
fig. 2 is a platform architecture diagram of an exemplary urban grid management platform according to a first embodiment of the present invention;
fig. 3 is a flowchart illustrating an exemplary process of processing a grid transaction by applying a metro grid management platform according to the first embodiment of the present invention.
Detailed Description
The technical solutions in the present invention will be described clearly and completely with reference to the accompanying drawings, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. 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.
As shown in fig. 1, a first embodiment provides a city grid management platform, which includes a data management interaction platform 1, a functional service management platform 2, a grid service linkage platform 3, and a unified user system platform 4; the data management interactive platform 1 is used for acquiring basic data of each functional department in each grid area, and cleaning the basic data according to a preset data format to obtain standard data; the functional business management platform 2 is used for adding business processes of all functional departments through preset interfaces, responding to updating requests of all functional departments and modifying and optimizing the business processes of all functional departments; the grid business linkage platform 3 is used for determining a plurality of target function departments from all the function departments according to the target management items reported by grid personnel, integrating the business processes of all the target function departments, distributing the target management items to all the target function departments, and enabling all the target function departments to process the target management items according to the called standard data; and the unified user system platform 4 is used for managing the basic information and the authority information of the user.
Illustratively, the urban grid management platform mainly comprises four platforms, namely a data management interaction platform 1, a functional service management platform 2, a grid service linkage platform 3 and a unified user system platform 4.
The data management interactive platform 1 is mainly used for basic data management of functional departments and integration of various basic data in a grid area. The data management interactive platform 1 sets a uniform data format through a big data technology means, cleans and manages basic data of each functional department through an algorithm to obtain standard data, provides a borrowing service of the standard data, and facilitates each functional department to call the standard data of other functional departments.
The functional business management platform 2 is mainly used for managing business processes of functional departments and integrating business processes in each functional department. Function business management platform 2 lets each function department add respective business process to function business management platform 2 through setting up unified interface specification, also can revise the optimization to respective business process in the use simultaneously to after the management affair stream in the grid region arrives corresponding function department door, this function department can handle the management affair item through function business management platform 2, conveniently follows up and supervises the handling condition to the management affair.
The grid business linkage platform 3 is mainly used for managing the business processes in the grid area, integrating all the business processes in the grid area and coordinating all the functional departments to process the management items in the grid area. The grid business linkage platform 3 distributes various management items reported in the grid area on the grid business linkage platform 3, for example, the management items are automatically matched and classified according to keywords in the management items and multidimensional information such as facility equipment, personnel and sites related to the management items, and the management items are judged to be handed to which functional departments to process, meanwhile, the automatically matched management items are checked and confirmed, and management items which cannot be automatically matched are handed to a specially-assigned person to be manually matched, so that the management items are handed to the corresponding functional departments to process, and the operation of grid personnel is simplified.
The unified user system platform 4 is mainly used for managing information such as the whole user information and role authorization of the urban grid management platform, and comprises single sign-on, unified authorization, a role system, user management, log recording, message pushing and the like.
In the embodiment, the data management interactive platform 1 is used for integrating the information resources of each functional department, the functional business management platform 2 is used for integrating the business process of each functional department, the grid business linkage platform 3 is used for rapidly circulating the target management items reported by grid personnel to a plurality of corresponding target functional departments, so that each target functional department collaboratively processes the target management items, the business process and the information resources of each functional department can be integrated, the management items collected by the grid personnel can be conveniently and rapidly circulated to the corresponding functional departments for collaborative processing, and the urban grid management efficiency is greatly improved.
In the preferred embodiment, the data management interactive platform 1 comprises a main body information management system 11, a facility equipment information system 12; the main body information management system 11 is used for acquiring main body information in the city comprehensive information and performing partition classification management on the main body information according to the grid areas divided by the city; and the facility equipment information system 12 is used for collecting, counting and analyzing facility equipment information of each functional department and remotely managing the facility equipment of each functional department.
In a preferred implementation manner of this embodiment, the subject information includes personal information, household information, legal person information, and organization information; the facility device information includes operation information.
Illustratively, the main body information management system 11 mainly manages main body information such as personal information, household information, legal information (enterprises, units, stores, institutions), organization information and the like in the urban comprehensive information, and classifies and integrates various types of main body information, thereby realizing various types of information integration management related to people in a grid area, and providing basic data support and resource sharing for an urban grid management platform.
The facility equipment information system 12 is mainly used for centrally counting and managing relevant facility information, equipment information and component information of each functional department in a city, for example, various municipal equipment such as fire hydrants, well lids, garbage cans and cameras, and can count, analyze and remotely operate and manage the running states of all front-end internet-of-things equipment of each functional department in the city, so that various information integration management related to the facility equipment in a grid area is realized, and basic data support and resource sharing are provided for a city grid management platform.
In the preferred embodiment, the functional business management platform 2 includes a functional resource system 21; and the functional resource system 21 is configured to, after adding the service flows of the functional departments through a preset interface, divide the service categories of the functional departments according to service data required by the service flows of the functional departments.
Illustratively, the functional resource system 21 realizes interfacing between management items in the grid area and corresponding functional departments according to a unified management and call interface of various capabilities (multiple types of legal affairs, medical affairs, education, public security, facility maintenance, and the like) required by each functional department in grid management, integrates and uniformly collects business data and business processes of each functional department into a city grid management platform, and by integrating the business data of each functional department, makes clear role positioning of each functional department in grid management and functions in management decision, coordination, supervision, and the like, strengthens the cooperation capability among the functional departments, standardizes professional services and social services, realizes effective resource allocation, and facilitates each functional department to process management items required to be processed and solved in the city grid management platform, and simultaneously recording the solution and the solution process.
In the preferred embodiment, the grid service linkage platform 3 comprises an instant messaging system 31, a data analysis system 32, an evaluation incentive system 33, an item processing system 34, an item registration system 35, a multiple grid system 36, a space building information system 37 and a GIS geographic information system 38; an instant messaging system 31, which is used for providing instant messaging service for each target function department in the process of processing target management items by each target function department; the data analysis system 32 is used for responding to analysis requests of all functional departments and performing statistical analysis on standard data based on predefined data indexes to obtain data analysis results; the evaluation incentive system 33 is used for evaluating and comparing the management conditions of each grid area according to a predefined evaluation incentive scheme and executing an incentive action; the item processing system 34 is used for responding to the operation request of the grid personnel and performing at least one operation of item setting, item processing, item forwarding, item reporting, item coordination and item guidance on the designated management items; the item registration system 35 is used for tracking and recording the whole life cycle of each management item to obtain the complete flow data of each management item; a multiple grid system 36 for dividing grid regions into cities from multiple dimensions and establishing multiple stacked city grids; the space building information system 37 is configured to respond to the first service configuration request of each functional department, add a predefined first service flow to the space building information, and provide a service for customizing and developing the space building information management service for each functional department; and the GIS geographic information system 38 is configured to respond to the second service configuration request of each functional department, add a predefined second service flow to the GIS geographic information, and provide a service for customizing and developing GIS geographic information management services for each functional department.
Illustratively, the instant messaging system 31 mainly solves the problem of cooperative communication among multiple persons in the process of processing management items and performing grid management, so as to realize the instant communication in the cooperative working process of each functional department, greatly reduce the communication time cost, and improve the processing efficiency of the management items.
The data analysis system 32 mainly performs big data statistical analysis, multiple display forms presentation and real-time overview on various data indexes, and timely discovers process problems and bottlenecks to promote follow-up processing and efficiency optimization, so that accurate extraction of respective required data by each functional department is facilitated, related problems are timely discovered, and timely cooperative processing is realized.
The evaluation incentive system 33 is mainly used for evaluating and comparing the management conditions of each grid area according to the division conditions of the multiple grids and the evaluation incentive schemes formulated by each functional department, and executing corresponding incentive means so as to promote the ordered and effective operation of the whole grid management system.
The event processing system 34 mainly manages various management events in the grid area, and grid personnel can perform flow operations such as event setting, event processing, event handover, event reporting, event coordination, event guidance supervision and processing on the designated management events according to their own duties. After the grid personnel submit the management items, the grid service linkage platform 3 can automatically match the affiliated functional departments of the management items according to the information of the affiliated areas, the affiliated grids, the item properties, the keywords and the like of the management items, and provides the grid personnel with selection confirmation, so that the workload of the grid personnel is reduced, the working efficiency is improved, and meanwhile, the requirement for the job of the grid personnel is also reduced.
The event registration system 35 mainly tracks and records the whole life cycle of the management events, and records the complete flow of the management events from the beginning of recording the management events, circulation and processing of the management events at all levels from the middle to the end of the management events.
The multiple grid system 36 establishes multiple layers of overlapped grids, such as a point location or a one-family security management grid, a facility management grid, a residential service grid, and the like, according to the spatial distribution of different function departments and different management item dimensions, on the basis of a unified basic grid, so as to meet the customized division of grid planning by each function department according to the business requirements of the function department.
The space building information system 37 is mainly customized and developed according to specific business requirements of each functional department, and business management requirements such as house information management, building management, urban community management, public place management, urban community management and the like are met.
The GIS geographic information system 38 mainly implements different management items occurring in the grid area, and maps requiring different information, such as 2D maps of different levels, e.g., a road information map, a resource information map, a facility distribution map, a topographic information map, etc., so as to meet the customization requirements of various functional departments on map information, and implement functions of map zooming, map roaming, map quantity calculation, map positioning, map eagle eye, map switching, map output, etc.
In the preferred embodiment, the unified user architecture platform 4 includes a user architecture system 41, a basic function system 42; a user system 41, configured to establish a user system according to an organization and management system of each functional department; and the basic function system 42 is used for responding to basic function configuration requests of all the functional departments, accessing the basic function subsystems and providing services for customizing and developing the basic functions for all the functional departments.
Illustratively, the user system 41 is mainly customized and developed according to the requirements of the organization and management system of each functional department, so as to implement division and management of the content such as account system, role system, organization unit, organization department, post management, and the like.
The basic function system 42 completes the customization and development of the function modules such as the unified identification system, the unified configuration management, the authorization authentication system, the visitor analysis system, the log recording system, the task scheduling system, the general message system, etc., mainly according to the related service requirements of each functional department.
In a preferred embodiment, the determining a plurality of target functional departments from all functional departments according to the target management items reported by grid personnel specifically includes: and matching the item information of the target management item with the service categories of all the functional departments, determining the target functional department from all the functional departments when the matching is successful, and acquiring the target functional department specified by the grid personnel aiming at the target management item when the matching is failed.
In a preferred embodiment of the present invention, the event information includes a keyword for managing an event, a facility device involved, a person involved, and a place involved.
Illustratively, the grid business linkage platform 3 distributes various management items reported in the grid area on the grid business linkage platform 3, for example, the management items are automatically matched and classified according to keywords in the management items and multidimensional information such as facility equipment, personnel and sites related to the management items, and the like, and determine which functional departments to handle the management items, and meanwhile, the management items which are automatically matched are checked and confirmed, and management items which cannot be automatically matched are handed to specially-assigned persons for manual matching, so that the management items are handed over to the corresponding functional departments to be processed, and the operation of grid personnel is simplified.
In the actual management process of the grid, grid personnel cannot accurately distinguish the nature and the type of the matters, so that great trouble is caused to the work of the grid personnel. The grid business linkage platform 3 can also be provided with a dispatching center to collect the problems and matters collected by grid personnel to each level of dispatching center, the dispatching center automatically matches the categories of the matters through an algorithm and assists the dispatching center administrator to manually correct the matters, and through the grid business linkage platform 3, the grid personnel only need to enter the matters, the classification and the forwarding of the matters can be identified through the automatic and manual mode of the grid business linkage platform 3, only a small amount of personnel familiar with the whole business process need to manage the matters, and the work difficulty of the grid personnel is greatly reduced.
Illustratively, a platform architecture diagram of a metro grid management platform is shown in fig. 2. The urban gridding management platform can comprise 7 user terminal interfaces of a gridder moving end, a gridder web end, a scheduling layer web end, a function layer web end, a leader layer web end, a system management web end and a system operation and maintenance web end according to user terminal interfaces.
The grid member moving end: the mobile terminal mode is used for providing roles such as basic grid operators, grid managers and the like, so that the mobile terminal mode is convenient for processing various works such as visits, patrolling, main body registration, facility registration, event records, event cooperative processing and the like in actual work, and meanwhile, the mobile terminal mode is used for providing quick information inquiry and event item tracking of the responsible grid, and the working efficiency of the basic grid is improved by the convenience of the mobile terminal. The mobile terminal can provide specific functions such as positioning, navigation, photographing and the like by combining with the characteristics of equipment, and is mainly applied to grid information acquisition, registration, change and quick query.
The web end of the network operator: the method provides functions adapting to the work requirements of base layer roles such as grid members, grid managers and the like in a web mode, and is convenient for processing work contents such as a large amount of information input, information arrangement and the like which are inconvenient to finish at a mobile terminal. The PC terminal specific function is provided on the basis of basically covering the general function of the mobile terminal. The PC end meets the requirements of batch processing items and massive information query, and can be used as a main grid working interface of the basic grid.
And a scheduling layer web end: various information inquiry and event processing follow-up of the jurisdiction are provided for the roles of staff of each level of grid coordination center in a web mode, and the main aim is to carry out coordination processing and work transfer of corresponding functional units for miscellaneous and difficult items forwarded by basic level grid staff. The web end of the scheduling layer is a central pivot for event and event circulation, and is convenient for coordinators to quickly initiate cooperative processing events by providing efficient query of event information, main body information, facility equipment information, functional resource information and the like.
Web end of functional layer: and inquiring, managing and coordinating people, events and things in charge of each functional unit worker in a web mode and API (application program interface) docking mode. The web end function of the function layer mainly supports the cooperative processing of the items responsible by the function units, when the coordination center forwards the items through scheduling, event item information needing to be handled is gathered through API docking or manual query provided by the function units, basic information and operation are provided for the function units to handle specific items, and the basic information and operation are fed back to each role such as a grid operator, a grid manager, the coordination center and a leader through the mode of calling the function web or API interface after the items are handled.
Leader web side: the leaders in all levels can be provided with information presentation and report forms of regions, functions and items in charge in a web mode, the leaders can macroscopically know the running data of grids in charge through the web end, can also deeply inquire the processing condition and progress of specific event items through the web end, and can realize the checking, supervision and coordination work in the system according to the specific processing condition.
The system management web side: the system management personnel can configure various parameters of the system through the web end, complete the work of grid division editing, account role editing, role attribution editing and the like, coordinate the operation of all modules in the system and carry out the overall management and configuration of all entities such as people, affairs, things, functions and the like.
The system operation and maintenance web end: the system operation and maintenance personnel are provided with terminals with various configurations, such as system operation state inquiry, system log inquiry, task scheduling management and the like, and the terminals are mainly used by technical personnel so that the technical operation and maintenance personnel can manage the system in operation.
By way of example, to more clearly illustrate embodiments of the present invention, a flow diagram for processing a grid transaction using a metro grid management platform is shown in fig. 3.
In summary, the embodiment of the present invention has the following advantages:
by designing a city gridding management platform, namely an integrated and established data management interactive platform 1, a functional service management platform 2, a grid service linkage platform 3 and a unified user system platform 4, acquiring basic data of each functional department in each grid area by using the data management interactive platform 1, cleaning the basic data according to a preset data format to obtain standard data, adding the service flow of each functional department by using the functional service management platform 2 through a preset interface, responding to the updating request of each functional department, modifying and optimizing the service flow of each functional department, determining a plurality of target functional departments from all the functional departments by using the grid service linkage platform 3 according to target management items reported by grid personnel, integrating the service flows of all the target functional departments, and distributing the target management items to all the target functional departments, and each target function department processes target management items according to the called standard data, and manages the basic information and the authority information of the users by using the unified user system platform 4, so that urban grid management is realized. The embodiment of the invention integrates the information resources of each functional department by using the data management interactive platform 1, integrates the business process of each functional department by using the functional business management platform 2, and quickly transfers the target management items reported by the grid personnel to a plurality of corresponding target functional departments by using the grid business linkage platform 3, so that each target functional department cooperatively processes the target management items, thereby integrating the business process and the information resources of each functional department, conveniently and quickly transferring the management items collected by the grid personnel to the corresponding plurality of functional departments for cooperative processing, and greatly improving the efficiency of urban grid-based management.
While the foregoing is directed to the preferred embodiment of the present invention, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention.
It will be understood by those skilled in the art that all or part of the processes of the above embodiments may be implemented by hardware related to instructions of a computer program, and the computer program may be stored in a computer readable storage medium, and when executed, may include the processes of the above embodiments. The storage medium may be a magnetic disk, an optical disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), or the like.
Claims (8)
1. A city gridding management platform is characterized by comprising a data management interaction platform, a functional service management platform, a grid service linkage platform and a unified user system platform;
the data management interaction platform is used for acquiring basic data of each functional department in each grid area and cleaning the basic data according to a preset data format to obtain standard data;
the functional business management platform is used for adding business processes of all functional departments through a preset interface, responding to updating requests of all functional departments and modifying and optimizing the business processes of all functional departments;
the grid business linkage platform is used for determining a plurality of target function departments from all the function departments according to target management items reported by grid personnel, integrating business processes of all the target function departments, distributing the target management items to all the target function departments, and enabling all the target function departments to process the target management items according to the called standard data;
the unified user system platform is used for managing the basic information and the authority information of the user.
2. The urban grid management platform according to claim 1, wherein the data management interaction platform comprises a principal information management system, a facility equipment information system;
the main body information management system is used for acquiring main body information in the urban comprehensive information and carrying out partition classification management on the main body information according to grid areas divided by cities;
the facility equipment information system is used for collecting, counting and analyzing facility equipment information of each functional department and remotely managing the facility equipment of each functional department.
3. The urban grid management platform of claim 1, wherein the functional business management platform comprises a functional resource system;
and the functional resource system is used for dividing the service category of each functional department according to the service data required by the service flow of each functional department after adding the service flow of each functional department through a preset interface.
4. The urban gridding management platform according to claim 1, wherein the grid business linkage platform comprises an instant messaging system, a data analysis system, an evaluation incentive system, a transaction processing system, a transaction registration system, a multi-grid system, a space building information system, a GIS geographic information system;
the instant messaging system is used for providing instant messaging service for each target function department in the process of processing the target management items by each target function department;
the data analysis system is used for responding to analysis requests of all functional departments and carrying out statistical analysis on the standard data based on predefined data indexes to obtain data analysis results;
the evaluation incentive system is used for evaluating and comparing the management condition of each grid area according to a predefined evaluation incentive scheme and executing an incentive action;
the item processing system is used for responding to the operation request of the grid personnel and carrying out at least one operation of item setting, item processing, item handover, item reporting, item coordination and item guidance on the specified management items;
the item registration system is used for tracking and recording the whole life cycle of each management item to obtain complete flow data of each management item;
the multi-grid system is used for dividing grid areas for cities from multiple dimensions and establishing multi-stacked city grids;
the space building information system is used for responding to a first service configuration request of each functional department, adding a first predefined service flow aiming at the space building information and providing service for customizing and developing space building information management service for each functional department;
the GIS geographic information system is used for responding to second service configuration requests of all the functional departments, adding a predefined second service flow aiming at GIS geographic information and providing service for customizing and developing GIS geographic information management services for all the functional departments.
5. The urban grid management platform of claim 1, wherein the unified user hierarchy platform comprises a user hierarchy system, a basic function system;
the user system is used for establishing a user system according to the organization and management system of each functional department;
and the basic function system is used for responding to basic function configuration requests of all the functional departments, accessing the basic function subsystem and providing services for customizing and developing the basic functions for all the functional departments.
6. The urban grid management platform according to claim 1, wherein the determining of a plurality of target functional departments from all functional departments according to target management items reported by grid personnel comprises:
and matching the item information of the target management item with the service categories of all functional departments, determining the target functional department from all functional departments when the matching is successful, and acquiring the target functional department specified by the grid personnel aiming at the target management item when the matching is failed.
7. The urban grid management platform of claim 6, wherein the event information comprises keywords for the management event, facilities involved, people involved, and places involved.
8. The urban grid management platform according to claim 2, wherein the subject information includes personal information, household information, corporate information, organization information; the facility device information includes operation information.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115345462A (en) * | 2022-08-09 | 2022-11-15 | 航天神舟智慧***技术有限公司 | Task overall planning and merging method and system for provincial administration |
| CN115544184A (en) * | 2022-12-05 | 2022-12-30 | 多链互联信息科技南京有限公司 | Multi-source data integration platform based on information acquisition and construction method thereof |
| CN117997657A (en) * | 2024-04-03 | 2024-05-07 | 深圳市元睿城市智能发展有限公司 | Intelligent park service method and system based on grid datamation |
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2021
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115345462A (en) * | 2022-08-09 | 2022-11-15 | 航天神舟智慧***技术有限公司 | Task overall planning and merging method and system for provincial administration |
| CN115544184A (en) * | 2022-12-05 | 2022-12-30 | 多链互联信息科技南京有限公司 | Multi-source data integration platform based on information acquisition and construction method thereof |
| CN115544184B (en) * | 2022-12-05 | 2023-04-07 | 多链互联信息科技南京有限公司 | Multi-source data integration platform based on information acquisition and construction method thereof |
| CN117997657A (en) * | 2024-04-03 | 2024-05-07 | 深圳市元睿城市智能发展有限公司 | Intelligent park service method and system based on grid datamation |
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